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kvirc/src/kvirc/sparser/kvi_sp_ctcp.cpp

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//=============================================================================
//
// File : kvi_sp_ctcp.cpp
// Creation date : Thu Aug 16 2000 13:34:42 by Szymon Stefanek
//
// This file is part of the KVirc irc client distribution
// Copyright (C) 1999-2000 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.
//
//=============================================================================
#define __KVIRC__
// FIXME: #warning "CTCP BEEP == WAKEUP == AWAKE"
// FIXME: #warning "CTCP AVATARREQ or QUERYAVATAR"
#include "kvi_mirccntrl.h"
#include "kvi_osinfo.h"
#include "kvi_app.h"
#include "kvi_sparser.h"
#include "kvi_window.h"
#include "kvi_out.h"
#include "kvi_locale.h"
#include "kvi_ircsocket.h"
#include "kvi_channel.h"
#include "kvi_defaults.h"
#include "kvi_channel.h"
#include "kvi_query.h"
#include "kvi_ircuserdb.h"
#include "kvi_iconmanager.h"
#include "kvi_modulemanager.h"
#include "kvi_sharedfiles.h"
#include "kvi_time.h"
#include "kvi_fileutils.h"
#include "kvi_ctcppagedialog.h"
#include "kvi_useraction.h"
#include "kvi_options.h"
#include "kvi_ircconnection.h"
#include "kvi_ircconnectionuserinfo.h"
#include "kvi_ircconnectionantictcpflooddata.h"
#include "kvi_lagmeter.h"
#include "kvi_kvs_eventtriggers.h"
#include "kvi_kvs_script.h"
#include "kvi_sourcesdate.h"
#include "kvi_regusersdb.h"
#include <stdlib.h>
#include <tqdatetime.h>
#ifdef COMPILE_USE_QT4
#include <TQTextDocument>
#else
#include <tqstylesheet.h>
#endif
extern KVIRC_API KviSharedFilesManager * g_pSharedFilesManager;
extern KVIRC_API KviCtcpPageDialog * g_pCtcpPageDialog;
/*
@doc: ctcp_handling
@title:
KVIrc and CTCP
@short:
For developers: Client-To-Client Protocol handling in KVIrc
@body:
[big]Introduction[/big][br]
Personally, I think that the CTCP specification is to
be symbolically printed & burned. It is really too complex
(you can go mad with the quoting specifications)
and NO IRC CLIENT supports it completely.
Here is my personal point of view on the CTCP protocol.[br]
[big]What is CTCP?[/big][br]
CTCP stands for Client-to-Client Protocol. It is designed
for exchanging almost arbitrary data between IRC clients;
the data is embedded into text messages of the underlying
IRC protocol.[br]
[big]Basic concepts[/big][br]
A CTCP message is sent as the <text> part of the PRIVMSG and
NOTICE IRC commands.[br]
To differentiate the CTCP message from a normal IRC message
text we use a delimiter character (ASCII char 1); we will
use the symbol <0x01> for this delimiter.
You may receive a CTCP message from server in one of the
following two ways:[br]
[b]:<source_mask> PRIVMSG <target> :<0x01><ctcp message><0x01>[/b][br]
[b]:<source_mask> NOTICE <target>:<0x01><ctcp message><0x01>[/b][br]
The PRIVMSG is used for CTCP REQUESTS, the NOTICE for CTCP REPLIES.
The NOTICE form should never generate an automatic reply.[br]
The two delimiters were used to begin and terminate the
CTCP message; The origial protocol allowed more than one CTCP
message inside a single IRC message. [b]Nobody sends more than
one message at once, no client can recognize it (since it
complicates the message parsing), it could be even dangerous (see below)[/b].
It makes no real sense unless we wanted to use the CTCP protocol to embed escape sequences
into IRC messages, which is not the case.[br]
Furthermore, sending more CTCP messages in a single IRC message could
be easily used to flood a client. Assuming 450 characters available for the IRC message
text part, you could include 50 CTCP messages containing "<0x01>VERSION<0x01>".[br]
Since the VERSION replies are usually long (there can be 3 or 4 replies per IRC message),
a client that has no CTCP flood protection (or has it disabled) will surely
be disconnected while sending the replies, after only
receiving a single IRC message (no flood for the sender).
From my personal point of view, only [b]one CTCP message per IRC message[/b]
should be allowed and theoretically the trailing <0x01> delimiter can be optional.[br]
[big]How to extract the CTCP message[/big][br]
The IRC messages do not allow the following characters to be sent:[br]
<NUL> (Ascii character 0), <CR> (Carriage return), <LF> (Line feed).[br]
So finally we have four characters that [b]cannot appear literally into a
CTCP message[/b]: <NUL>,<CR>,<LF>,<0x01>.[br]
To extract a <ctcp_message> from an IRC PRIVMSG or NOTICE command you
have to perform the following actions:[br]
Find the <trailing> part of the IRC message (the one just after the ':'
delimiter, or the last message token).[br]
Check if the first character of the <trailing> is a <0x01>, if it is
we have a <ctcp_message> beginning just after <0x01>.
The trailing (optional) <0x01> can be removed in this phase
or later, assuming that it is not a valid char in the <ctcp message>.[br]
In this document I will assume that you have stripped the trailing <0x01>
and thus from now on we will deal only with the <ctcp message> part.[br]
[big]Parsing a CTCP message: The quoting dilemma[/big][br]
Since there are characters that cannot appear in a <ctcp message>,
theoretically we should have to use a quoting mechanism.
Well, in fact, no actual CTCP message uses the quoting: there
is no need to include a <NUL>, a <CR> or <LF> inside the actually
defined messages (The only one could be CTCP SED, but I have never
seen it in action... is there any client that implements it?).
We could also leave the "quoting" to the "single message type semantic":
a message that needs to include "any character" could have its own
encoding method (Base64 for example). With the "one CTCP per IRC message"
convention we could even allow <0x01> inside messages. Only the leading
(and eventually trailing) <0x01> would be the delimiter, the other ones
would be valid characters. Finally, is there any CTCP type that needs
<0x01> inside a message? <0x01> is not printable (as well as <CR>,<LF> and <NUL>),
so only encoded messages (and again we can stick to the single message semantic)
messages or the ones including special parameters. Some machines might
allow <0x01> in filenames....well, a file with <0x01> in its name has something
broken inside, or the creator is a sort of "hacker" (so he also
knows how to rename a file...) :).[br]
Anyway, let's be pedantic, and define this quoting method.
Let's use the most intuitive method, adopted all around the world:[br]
The backslash character ('\') as escape.[br]
An escape sequence is formed by the backslash character and a number
of following ascii characters. We define the following two types of escape sequences:[br]
[b]'\XXX'[/b] (where XXX is an [b]octal number[/b] formed by three digits)
that indicates the ascii character with code that corresponds to the number.[br]
[b]'\C'[/b] (where C is a [b]CTCP valid ascii non digit character[/b]) that corresponds
literally to the character C discarding any other semantic that might be associated
with it (This will become clear later).
I've choosen the octal rappresentation just to follow a bit the old specification:
the authors seemed to like it. This point could be discussed in
some mailing list or sth. The '\C' sequence is useful to include the backslash
character (escape sequence '\\').[br]
[big]Let's mess a little more[/big][br]
A CTCP message is made of [b]space separated parameters[/b].[br]
The natural way of separating parameters is to use the space character.
We define a "token" as a sequence of valid CTCP characters not including literal space.
A <ctcp parameter> is usally a token, but not always;
filenames can contain spaces inside names (and it happens very often!).
So one of the parameters of CTCP DCC is not a space separated token.
How do we handle it? Again a standard is missing. Some clients simply change
the filename placing underscores instead of spaces, this is a reasonable solution if used with care.
Other clients attempt to "isolate" the filename token by surrounding it with some kind
of quotes, usually the '"' or ''' characters. This is also a good solution.
Another one that naturally comes into my mind is to use the previously defined
quoting to define a "non-breaking space" character, because a space after a backslash
could lose its original semantic. Better yet, use the backslash followed by
the octal rappresentation of the space character ('\040').
Anyway, to maintain compatibility with other popular IRC clients (such as mIRC),
let's include the '"' quotes in our standard: literal (unescaped) '"' quotes
define a single token string. To include a literal '"' character, escape it.
Additionally, the last parameter of a <ctcp message> may be made of multiple tokens.
[big]A CTCP parameter extracting example[/big][br]
A trivial example of a C "CTCP parameter extracting routine" follows.[br]
An IRC message is made of up to 510 useable characters.
When a CTCP is sent there is a PRIVMSG or NOTICE token that uses at least 6 characters,
at least two spaces and a target token (that can not be empty, so it is at least one character)
and finally one <0x01> escape character. This gives 500 characters as maximum size
for a complete <ctcp message> and thus for a <ctcp token>.
In fact, the <ctcp message> is always smaller than 500 characters; there are usually two
<0x01> chars, there is a message source part at the beginning of the IRC message
that is 10-15 characters long, and there is a ':' character before the trailing parameter.
Anyway, to really be on the "safe side", we use a 512 character buffer for each
<ctcp token>. Finally, I'll assume that you have already ensured that
the <ctcp message> that we are extracting from is shorter than 511 characters in all,
and have provided a buffer big enough to avoid this code segfaulting.
I'm assuming that msg_ptr points somewhere in the <ctcp message> and is null-terminated.[br]
(There are C++ style comments, you might want to remove them)
[example]
const char * decode_escape(const char * msg_ptr,char * buffer)
{
// This one decodes an escape sequence
// and returns the pointer "just after it"
// and should be called when *msg_ptr points
// just after a backslash
char c;
if((*msg_ptr >= '0') && (*msg_ptr < '8'))
{
// a digit follows the backslash
c = *msg_ptr - '0';
msg_ptr++;
if(*msg_ptr >= '0') && (*msg_ptr < '8'))
{
c = ((c << 3) + (*msg_ptr - '0'));
msg_ptr++;
if(*msg_ptr >= '0') && (*msg_ptr < '8'))
{
c = ((c << 3) + (*msg_ptr - '0'));
msg_ptr++;
} // else broken message, but let's be flexible
} // else it is broken, but let's be flexible
// append the character and return
*buffer = c;
return msg_ptr;
} else {
// simple escape: just append the following
// character (thus discarding its semantic)
*buffer = *msg_ptr;
return ++msg_ptr;
}
}
const char * extract_ctcp_parameter(const char * msg_ptr,char * buffer,int spaceBreaks)
{
// this one extracts the "next" ctcp parameter in msg_ptr
// it skips the leading and trailing spaces.
// spaceBreaks should be set to 0 if (and only if) the
// extracted parameter is the last in the CTCP message.
int inString = 0;
while(*msg_ptr == ' ')msg_ptr++;
while(*msg_ptr)
{
switch(*msg_ptr)
{
case '\\':
// backslash : escape sequence
msg_ptr++;
if(*msg_ptr)msg_ptr = decode_escape(msg_ptr,buffer);
else return msg_ptr; // senseless backslash
break;
case ' ':
// space : separate tokens?
if(inString || (!spaceBreaks))*buffer++ = *msg_ptr++;
else {
// not in string and space breaks: end of token
// skip trailing white space (this could be avoided)
// and return
while(*msg_ptr == ' ')msg_ptr++;
return msg_ptr;
}
break;
case '"':
// a string begin or end
inString = !inString;
msg_ptr++;
break;
default:
// any other char
*buffer++ = *msg_ptr++;
break;
}
}
return msg_ptr;
}
[/example][br]
[big]CTCP parameter semantics[/big][br]
The first <ctcp parameter> of a <ctcp message> is the <ctcp tag>: it defines
the semantic of the rest of the message.[br]
Altough it is a convention to specify the <ctcp tag> as uppercase letters,
and the original specification says that the whole <ctcp message> is
case sensitive, I'd prefer to follow the IRC message semantic (just to
have less "special cases") and treat the whole mssage as [b]case insensitive[/b].[br]
The remaining tokens depend on the <ctcp tag>. A description of known <ctcp tags>
and thus <ctcp messages> follows.[br]
[big]PING[/big][br]
[b]Syntax: <0x01>PING <data><0x01>[/b][br]
The PING request is used to check the round trip time from one client to another.
The receiving client should reply with exactly the same message but sent
through a NOTICE instead of a PRIVMSG. The <data> usually contains an unsigned
integer but not necessairly; it is not even mandatory for <data> to be a single token.
The receiver should ignore the semantic of <data>.[br]
The reply is intended to be processed by IRC clients.
[big]VERSION[/big][br]
[b]Syntax: <0x01>VERSION<0x01>[/b][br]
The VERSION request asks for informations about another user's IRC client program.
The reply should be sent thru a NOTICE with the following syntax:[br]
<0x01>VERSION <client_version_data><0x01>[br]
The preferred form for <client_version_data> is
"<client_name>:<client_version>:<client_enviroinement>", but historically
clients (and users) send a generic reply describing the client name, version
and eventually the used script name. This CTCP reply is intended to be human
readable, so any form is accepted.
[big]USERINFO[/big][br]
[b]Syntax: <0x01>USERINFO<0x01>[/b][br]
The USERINFO request asks for informations about another user.
The reply should be sent thru a NOTICE with the following syntax:[br]
<0x01>USERINFO <user_info_data><0x01>[br]
The <user_info_data> should be a human readable "user defined" string;
[big]CLIENTINFO[/big][br]
[b]Syntax: <0x01>CLIENTINFO<0x01>[/b][br]
The CLIENTINFO request asks for informations about another user's IRC client program.
While VERSION requests the client program name and version, CLIENTINFO requests
informations about CTCP capabilities.[br]
The reply should be sent thru a NOTICE with the following syntax:[br]
<0x01>CLIENTINFO <client_info_data><0x01>[br]
The <client_info_data> should contain a list of supported CTCP request tags.
The CLIENTINFO reply is intended to be human readable.
[big]FINGER[/big][br]
[b]Syntax: <0x01>FINGER<0x01>[/b][br]
The FINGER request asks for informations about another IRC user.
The reply should be sent thru a NOTICE with the following syntax:[br]
<0x01>FINGER <user_info_data><0x01>[br]
The <user_info_data> should be a human readable string containing
the system username and possibly the system idle time;
[big]SOURCE[/big][br]
[b]Syntax: <0x01>SOURCE<0x01>[/b][br]
The SOURCE request asks for the client homepage or ftp site informations.
The reply should be sent thru a NOTICE with the following syntax:[br]
<0x01>VERSION <homepage_url_data><0x01>[br]
This CTCP reply is intended to be human readable, so any form is accepted.
[big]TIME[/big][br]
[b]Syntax: <0x01>TIME<0x01>[/b][br]
The TIME request asks for the user local time.
The reply should be sent thru a NOTICE with the following syntax:[br]
<0x01>TIME <time and date string><0x01>[br]
This CTCP reply is intended to be human readable, so any form is accepted.
[big]ACTION[/big][br]
[b]Syntax: <0x01>ACTION<0x01>[/b][br]
The ACTION tag is used to describe an action.[br]
It should be sent through a NOTICE message and never generate a reply.[br]
[big]AVATAR (equivalent to ICON or FACE)[/big][br]
[b]Syntax: <0x01>AVATAR<0x01>[/b][br]
The AVATAR tag is used to query an user's avatar.[br]
[big]MULTIMEDIA (equivalent to MM or SOUND)[/big][br]
[b]Syntax: <0x01>MULTIMEDIA <filename><0x01>[/b][br]
The MULTIMEDIA tag is used to play a multimedia file on the receiver's side.[br]
The receiving client should locate the file associated to <filename>,
and play it. If the file can not be located
by the receiving client, and the MULTIMEDIA tag was sent through a PRIVMSG format CTCP,
the receiving client CAN request a [doc:dcc_connection]DCC GET[/doc] <filename> from the source user.
If the MULTIMEDIA tag was sent through a NOTICE message, the receiving client
should not generate any reply: the message should be notified to the receiving
client's user and then be discarded. The <filename> should never contain a leading
path. If any part of the <filename> appears to be a path component, it should be discarded.
The client may decide to drop the entire message too. Older clients (including
older releases of KVIrc) used to request the missing filenames by a particular
non-standard private message syntax. This convention should be dropped.[br]
[big]DCC[/big][br]
[b]Syntax: <0x01>DCC <type> <type dependant parameters><0x01>[/b][br]
The DCC tag is used to initiate a Direct Client Connection.
The known dcc types are:[br]
CHAT[br]
SEND[br]
TSEND[br]
GET[br]
TGET[br]
ACCEPT[br]
RESUME[br]
*/
void KviServerParser::encodeCtcpParameter(const char * param,KviStr &buffer,bool bSpaceBreaks)
{
//
// This one encodes a single ctcp parameter with the simplest
// subset of rules and places it in the supplied buffer
//
if(!(*param))
{
// empty parameter: the only reason we REALLY need the double quotes
if(bSpaceBreaks)
buffer.append("\"\"");
return;
}
const char * begin = param;
bool bMustQuote = false;
while(*param)
{
switch(*param)
{
case ' ':
if(bSpaceBreaks)
{
if(param != begin)buffer.append(begin,param - begin);
buffer.append("\\040");
param++;
begin = param;
} else {
// space is non breaking (last parameter)
param++;
}
break;
case '\r':
if(param != begin)buffer.append(begin,param - begin);
buffer.append("\\015");
param++;
begin = param;
break;
case '\n':
if(param != begin)buffer.append(begin,param - begin);
buffer.append("\\012");
param++;
begin = param;
break;
case '"':
if(param != begin)buffer.append(begin,param - begin);
buffer.append("\\042");
param++;
begin = param;
break;
case '\\':
if(param != begin)buffer.append(begin,param - begin);
buffer.append("\\143");
param++;
begin = param;
break;
case 0x01:
if(param != begin)buffer.append(begin,param - begin);
buffer.append("\\001");
param++;
begin = param;
break;
default:
param++;
break;
}
}
if(param != begin)buffer.append(begin,param - begin);
}
void KviServerParser::encodeCtcpParameter(const char * parametr,TQString &resultBuffer,bool bSpaceBreaks)
{
//
// This one encodes a single ctcp parameter with the simplest
// subset of rules and places it in the supplied buffer
//
KviTQCString buffer;
const char* param=parametr;
if(!param)
{
if(bSpaceBreaks)
buffer.append("\"\"");
return;
}
if(!(*param))
{
// empty parameter: the only reason we REALLY need the double quotes
if(bSpaceBreaks)
buffer.append("\"\"");
return;
}
bool bMustQuote = false;
while(*param)
{
switch(*param)
{
case ' ':
if(bSpaceBreaks)
{
buffer.append("\\040");
param++;
} else {
buffer+=*param;
param++;
}
break;
case '\r':
buffer.append("\\015");
param++;
break;
case '\n':
buffer.append("\\012");
param++;
break;
case '"':
buffer.append("\\042");
param++;
break;
case '\\':
buffer.append("\\143");
param++;
break;
case 0x01:
buffer.append("\\001");
param++;
break;
default:
buffer+=*param;
param++;
break;
}
}
resultBuffer=buffer;
}
const char * KviServerParser::decodeCtcpEscape(const char * msg_ptr,KviStr &buffer)
{
//
// This one decodes an octal sequence
// and returns the pointer "just after it".
// It should be called when *msg_ptr points
// just after a backslash.
// The decoded escape is appended to the buffer
//
// We're also assuming that *msg_ptr is not null here
//
char c;
if((*msg_ptr >= '0') && (*msg_ptr < '8'))
{
// a digit follows the backslash */
c = *msg_ptr - '0';
msg_ptr++;
if((*msg_ptr >= '0') && (*msg_ptr < '8'))
{
c = ((c << 3) + (*msg_ptr - '0'));
msg_ptr++;
if((*msg_ptr >= '0') && (*msg_ptr < '8'))
{
c = ((c << 3) + (*msg_ptr - '0'));
msg_ptr++;
} // else broken message, but let's be flexible
} // else it is broken, but let's be flexible
buffer.append(c);
return msg_ptr;
}
if(*msg_ptr == 'r')
{
buffer.append('\r');
return ++msg_ptr;
}
if(*msg_ptr == 'n')
{
buffer.append('\n');
return ++msg_ptr;
}
//
// null escape: just append the following
// character (thus discarding its semantics)
//
buffer.append(msg_ptr);
return ++msg_ptr;
}
const char * KviServerParser::decodeCtcpEscape(const char * msg_ptr,KviTQCString &buffer)
{
//
// This one decodes an octal sequence
// and returns the pointer "just after it".
// It should be called when *msg_ptr points
// just after a backslash.
// The decoded escape is appended to the buffer
//
// We're also assuming that *msg_ptr is not null here
//
char c;
if((*msg_ptr >= '0') && (*msg_ptr < '8'))
{
// a digit follows the backslash */
c = *msg_ptr - '0';
msg_ptr++;
if((*msg_ptr >= '0') && (*msg_ptr < '8'))
{
c = ((c << 3) + (*msg_ptr - '0'));
msg_ptr++;
if((*msg_ptr >= '0') && (*msg_ptr < '8'))
{
c = ((c << 3) + (*msg_ptr - '0'));
msg_ptr++;
} // else broken message, but let's be flexible
} // else it is broken, but let's be flexible
buffer+= (c ? c : ' ') ;
return msg_ptr;
}
if(*msg_ptr == 'r')
{
buffer+='\r';
return ++msg_ptr;
}
if(*msg_ptr == 'n')
{
buffer+='\n';
return ++msg_ptr;
}
//
// null escape: just append the following
// character (thus discarding its semantics)
//
buffer+=*msg_ptr;
return ++msg_ptr;
}
const char * KviServerParser::extractCtcpParameter(const char * msg_ptr,KviStr &buffer,bool bSpaceBreaks)
{
//
// This one extracts the "next" ctcp parameter in msg_ptr
// and puts it in the supplied buffer.
// It is assumed that the leading and trailing CTCP
// tags have been already removed.
// Skips the leading and trailing spaces.
// bSpaceBreaks should be set to false if (and only if) the
// extracted parameter is the last in a positional parameter
// based CTCP message.
//
int bInString = 0;
if(!msg_ptr) return 0;
while(*msg_ptr == ' ')msg_ptr++; // skip leading spaces
if(*msg_ptr == '"')
{
// a quoted parameter
bInString = 1;
msg_ptr++;
}
const char * begin = msg_ptr;
while(*msg_ptr)
{
switch(*msg_ptr)
{
case '\\':
// backslash : escape sequence
if(msg_ptr != begin)buffer.append(begin,msg_ptr - begin);
msg_ptr++;
if(*msg_ptr)
{
// decode the escape
msg_ptr = decodeCtcpEscape(msg_ptr,buffer);
begin = msg_ptr;
}
// else it is a senseless trailing backslash.
// Just ignore and let the function
// return spontaneously.
break;
case ' ':
// space : separate tokens if not in string
if(bInString || (!bSpaceBreaks))msg_ptr++;
else {
// Not in string and space breaks: end of token
// skip trailing white space (this could be avoided)
// and return
if(msg_ptr != begin)buffer.append(begin,msg_ptr - begin);
while(*msg_ptr == ' ')msg_ptr++;
return msg_ptr;
}
break;
case '"':
if(bInString)
{
// A string terminator. We don't return
// immediately since if !bSpaceBreaks
// we must handle tokens until the end
// and otherwise we just run up to the
// next breaking space (but that's a bug anyway, heh).
if(msg_ptr != begin)buffer.append(begin,msg_ptr - begin);
bInString = 0;
msg_ptr++;
begin = msg_ptr;
} else {
// we don't begin a string here
// since we're in the middle of the token
// it is assumed to be simply a non encoded "
msg_ptr++;
}
break;
default:
// any other char
msg_ptr++;
break;
}
}
if(msg_ptr != begin)buffer.append(begin,msg_ptr - begin);
return msg_ptr;
}
const char * KviServerParser::extractCtcpParameter(const char * p_msg_ptr,TQString &resultBuffer,bool bSpaceBreaks)
{
//
// This one extracts the "next" ctcp parameter in p_msg_ptr
// and puts it in the supplied buffer.
// It is assumed that the leading and trailing CTCP
// tags have been already removed.
// Skips the leading and trailing spaces.
// bSpaceBreaks should be set to false if (and only if) the
// extracted parameter is the last in a positional parameter
// based CTCP message.
//
KviTQCString buffer;
const char* msg_ptr=p_msg_ptr;
int bInString = 0;
if(!msg_ptr) return 0;
while(*msg_ptr == ' ')msg_ptr++; // skip leading spaces
if(*msg_ptr == '"')
{
// a quoted parameter
bInString = 1;
msg_ptr++;
}
while(*msg_ptr)
{
switch(*msg_ptr)
{
case '\\':
// backslash : escape sequence
msg_ptr++;
if(*msg_ptr)
{
// decode the escape
msg_ptr = decodeCtcpEscape(msg_ptr,buffer);
}
// else it is a senseless trailing backslash.
// Just ignore and let the function
// return spontaneously.
break;
case ' ':
// space : separate tokens if not in string
if(bInString || (!bSpaceBreaks)) {
buffer+=*msg_ptr;
msg_ptr++;
}
else {
// Not in string and space breaks: end of token
// skip trailing white space (this could be avoided)
// and return
while(*msg_ptr == ' ')msg_ptr++;
resultBuffer=buffer;
return msg_ptr;
}
break;
case '"':
if(bInString)
{
// A string terminator. We don't return
// immediately since if !bSpaceBreaks
// we must handle tokens until the end
// and otherwise we just run up to the
// next breaking space (but that's a bug anyway, heh).
buffer+=*msg_ptr;
bInString = 0;
msg_ptr++;
} else {
// we don't begin a string here
// since we're in the middle of the token
// it is assumed to be simply a non encoded "
buffer+=*msg_ptr;
msg_ptr++;
}
break;
default:
// any other char
buffer+=*msg_ptr;
msg_ptr++;
break;
}
}
resultBuffer=buffer;
return msg_ptr;
}
void KviServerParser::parseCtcpRequest(KviCtcpMessage *msg)
{
msg->pData = extractCtcpParameter(msg->pData,msg->szTag);
bool bDCCRequest = msg->szTag == "DCC" || msg->szTag == "XDCC" || msg->szTag == "TDCC";
bool bAction = (msg->szTag == "ACTION");
if (bDCCRequest)
{
if (KVI_OPTION_BOOL(KviOption_boolIgnoreCtcpDcc))
{
msg->msg->console()->output(KVI_OUT_IGNORE,__tr2qs("Ignoring DCC from \r!nc\r%s\r [%s@\r!h\r%s\r]"),
KviTQString::toUtf8(msg->pSource->nick()).data(),
KviTQString::toUtf8(msg->pSource->user()).data(),
KviTQString::toUtf8(msg->pSource->host()).data()
);
return;
}
} else {
KviRegisteredUser * u = msg->msg->connection()->userDataBase()->registeredUser(msg->pSource->nick(),msg->pSource->user(),msg->pSource->host());
//Ignore it?
if(u)
{
if( (!bAction && u->isIgnoreEnabledFor(KviRegisteredUser::Ctcp)) ||
(bAction && u->isIgnoreEnabledFor(IS_ME(msg->msg,msg->szTarget) ? KviRegisteredUser::Query : KviRegisteredUser::Channel)) )
{
if (KVI_OPTION_BOOL(KviOption_boolVerboseIgnore))
{
msg->msg->console()->output(KVI_OUT_IGNORE,__tr2qs("Ignoring CTCP from \r!nc\r%s\r [%s@\r!h\r%s\r]"),
KviTQString::toUtf8(msg->pSource->nick()).data(),
KviTQString::toUtf8(msg->pSource->user()).data(),
KviTQString::toUtf8(msg->pSource->host()).data()
);
}
return;
}
}
}
bool bCtcpVersion = KviTQString::equalCI(msg->szTag,"VERSION");
for(int i=0;m_ctcpRequestParseProcTable[i].msgName;i++)
{
if(KviTQString::equalCI(msg->szTag,m_ctcpRequestParseProcTable[i].msgName))
{
if(!(m_ctcpReplyParseProcTable[i].iFlags & KVI_CTCP_MESSAGE_PARSE_TRIGGERNOEVENT))
{
TQString szData = msg->msg->connection()->decodeText(msg->pData);
//do not allow to make faked version reply
if(!(bCtcpVersion && KVI_OPTION_BOOL(KviOption_boolIgnoreCtcpVersion)))
{
if(KVS_TRIGGER_EVENT_6_HALTED(KviEvent_OnCtcpRequest, \
msg->msg->console(), \
msg->pSource->nick(), \
msg->pSource->user(), \
msg->pSource->host(), \
msg->szTarget, \
msg->szTag, \
szData) && !bCtcpVersion)return;
}
}
(this->*(m_ctcpRequestParseProcTable[i].proc))(msg);
return;
}
}
TQString szData = msg->msg->connection()->decodeText(msg->pData);
// trigger the event on unrecognized requests too
if(KVS_TRIGGER_EVENT_6_HALTED(KviEvent_OnCtcpRequest, \
msg->msg->console(), \
msg->pSource->nick(), \
msg->pSource->user(), \
msg->pSource->host(), \
msg->szTarget, \
msg->szTag,
szData))
return;
// unknown
msg->bUnknown = true;
echoCtcpRequest(msg);
}
void KviServerParser::parseCtcpReply(KviCtcpMessage *msg)
{
msg->pData = extractCtcpParameter(msg->pData,msg->szTag);
for(int i=0;m_ctcpReplyParseProcTable[i].msgName;i++)
{
if(KviTQString::equalCI(msg->szTag,m_ctcpReplyParseProcTable[i].msgName))
{
if(!(m_ctcpReplyParseProcTable[i].iFlags & KVI_CTCP_MESSAGE_PARSE_TRIGGERNOEVENT))
{
TQString szData = msg->msg->connection()->decodeText(msg->pData);
if(KVS_TRIGGER_EVENT_6_HALTED(KviEvent_OnCtcpReply, \
msg->msg->console(),msg->pSource->nick(),msg->pSource->user(), \
msg->pSource->host(),msg->szTarget,msg->szTag,szData))return;
}
(this->*(m_ctcpReplyParseProcTable[i].proc))(msg);
return;
}
}
TQString szData = msg->msg->connection()->decodeText(msg->pData);
// trigger the event on unrecognized replies too
if(KVS_TRIGGER_EVENT_6_HALTED(KviEvent_OnCtcpReply, \
msg->msg->console(),msg->pSource->nick(),msg->pSource->user(), \
msg->pSource->host(),msg->szTarget,msg->szTag,szData))return;
// unknown
msg->bUnknown = true;
echoCtcpReply(msg);
}
// Ctcp message handlers
bool KviServerParser::checkCtcpFlood(KviCtcpMessage *msg)
{
if(!KVI_OPTION_BOOL(KviOption_boolUseCtcpFloodProtection))return false;
kvi_time_t tNow = kvi_unixTime();
KviIrcConnectionAntiCtcpFloodData * d = msg->msg->connection()->antiCtcpFloodData();
unsigned int interval = (unsigned int)(((unsigned int)tNow) - ((unsigned int)d->lastCtcpTime()));
if(interval < KVI_OPTION_UINT(KviOption_uintCtcpFloodCheckInterval))
{
d->increaseCtcpCount();
if(d->ctcpCount() > KVI_OPTION_UINT(KviOption_uintMaxCtcpRequests))
{
// This is flood
msg->bIsFlood = true;
return true;
}
} else {
d->setLastCtcpTime(tNow);
d->setCtcpCount(1);
}
return false;
}
void KviServerParser::replyCtcp(KviCtcpMessage *msg,const char * data)
{
KviTQCString szNick = msg->msg->connection()->encodeText(msg->pSource->nick());
msg->msg->connection()->sendFmtData("NOTICE %s :%c%s %s%c",
szNick.data(),0x01,msg->msg->connection()->encodeText(msg->szTag).data(),msg->msg->connection()->encodeText(data).data(),0x01);
}
void KviServerParser::echoCtcpReply(KviCtcpMessage * msg)
{
if(!msg->msg->haltOutput())
{
KviWindow * pOut = KVI_OPTION_BOOL(KviOption_boolCtcpRepliesToActiveWindow) ? msg->msg->console()->activeWindow() : msg->msg->console();
bool bIsChannel = false;
if(!IS_ME(msg->msg,msg->szTarget))
{
// Channel ctcp request!
pOut = msg->msg->connection()->findChannel(msg->szTarget);
if(!pOut)
{
pOut = msg->msg->console();
pOut->output(KVI_OUT_SYSTEMWARNING,
__tr2qs("The following CTCP reply has unrecognized target %Q"),&(msg->szTarget));
} else bIsChannel = true;
}
TQString szData = msg->msg->connection()->decodeText(msg->pData);
TQString szWhat = bIsChannel ? __tr2qs("Channel CTCP") : TQString("CTCP");
pOut->output(
msg->bUnknown ? KVI_OUT_CTCPREPLYUNKNOWN : KVI_OUT_CTCPREPLY,
__tr2qs("%Q %Q reply from \r!n\r%Q\r [%Q@\r!h\r%Q\r]: %Q"),
&szWhat,&(msg->szTag),&(msg->pSource->nick()),&(msg->pSource->user()),
&(msg->pSource->host()),&szData);
}
}
void KviServerParser::echoCtcpRequest(KviCtcpMessage *msg)
{
// FIXME: #warning "DEDICATED CTCP WINDOW...MINIMIZED ?"
if(!msg->msg->haltOutput())
{
TQString req = msg->szTag;
if(*(msg->pData)) {
req.append(" ");
req.append(msg->pData);
}
KviWindow * pOut = KVI_OPTION_BOOL(KviOption_boolCtcpRequestsToActiveWindow) ? msg->msg->console()->activeWindow() : msg->msg->console();
bool bIsChannel = false;
if(!IS_ME(msg->msg,msg->szTarget))
{
// Channel ctcp request!
pOut = msg->msg->connection()->findChannel(msg->szTarget);
if(!pOut)
{
pOut = msg->msg->console();
pOut->output(KVI_OUT_SYSTEMWARNING,
__tr2qs("The following CTCP request has unrecognized target %Q"),
&(msg->szTarget));
} else bIsChannel = true;
}
TQString szRequest = pOut->decodeText(req);
TQString szTag = pOut->decodeText(msg->szTag);
TQString szWhat = bIsChannel ? __tr2qs("Channel CTCP") : TQString("CTCP");
if(msg->bIsFlood)
{
TQString szData = msg->msg->connection()->decodeText(msg->pData);
if(!KVS_TRIGGER_EVENT_6_HALTED(KviEvent_OnCtcpFlood,pOut,msg->pSource->nick(),msg->pSource->username(),msg->pSource->host(),msg->szTarget,msg->szTag,szData))
pOut->output(KVI_OUT_CTCPREQUESTFLOOD,
__tr2qs("%Q %Q%c request from \r!n\r%Q\r [%Q@\r!h\r%Q\r] (%Q), ignored (flood limit exceeded)"),
&szWhat,&szTag,KVI_TEXT_RESET,&(msg->pSource->nick()),
&(msg->pSource->user()),&(msg->pSource->host()),&szRequest);
} else {
TQString szAction = msg->bUnknown ? __tr2qs("ignored (unrecognized)") :
(msg->bIgnored ? __tr2qs("ignored") : __tr2qs("replied"));
pOut->output(
msg->bUnknown ? KVI_OUT_CTCPREQUESTUNKNOWN :
(msg->bIgnored ? KVI_OUT_CTCPREQUESTIGNORED : KVI_OUT_CTCPREQUESTREPLIED),
__tr2qs("%Q %Q%c request from \r!n\r%Q\r [%Q@\r!h\r%Q\r] (%Q), %Q"),
&szWhat,&szTag,KVI_TEXT_RESET,&(msg->pSource->nick()),
&(msg->pSource->user()),&(msg->pSource->host()),&szRequest,&szAction);
}
}
}
void KviServerParser::parseCtcpRequestPing(KviCtcpMessage *msg)
{
if(!checkCtcpFlood(msg))
{
if(!KVI_OPTION_BOOL(KviOption_boolIgnoreCtcpPing))
{
replyCtcp(msg,msg->pData);
} else msg->bIgnored = true;
}
echoCtcpRequest(msg);
}
void KviServerParser::parseCtcpReplyPing(KviCtcpMessage * msg)
{
if(!msg->msg->haltOutput())
{
KviWindow * pOut = KVI_OPTION_BOOL(KviOption_boolCtcpRepliesToActiveWindow) ? msg->msg->console()->activeWindow() : msg->msg->console();
bool bIsChannel = false;
if(!IS_ME(msg->msg,msg->szTarget))
{
// Channel ctcp request!
pOut = msg->msg->connection()->findChannel(msg->szTarget);
if(!pOut)
{
pOut = msg->msg->console();
pOut->output(KVI_OUT_SYSTEMWARNING,
__tr2qs("The following CTCP PING reply has unrecognized target \"%Q\""),
&(msg->szTarget));
} else bIsChannel = true;
}
unsigned int uSecs;
unsigned int uMSecs = 0;
KviStr szTime;
struct timeval tv;
kvi_gettimeofday(&tv,0);
msg->pData = extractCtcpParameter(msg->pData,szTime,true);
bool bOk;
if(szTime.contains('.'))
{
KviStr szUSecs = szTime;
szUSecs.cutToFirst('.');
szTime.cutFromFirst('.');
uMSecs = szUSecs.toUInt(&bOk);
if(!bOk)
{
uMSecs = 0;
tv.tv_usec = 0;
}
} else tv.tv_usec = 0;
uSecs = szTime.toUInt(&bOk);
if(!bOk)pOut->output(KVI_OUT_SYSTEMWARNING,
__tr2qs("The following CTCP PING reply has a broken time identifier \"%S\", don't trust the displayed time"),&szTime);
unsigned int uDiffSecs = tv.tv_sec - uSecs;
//unsigned int uDiffMSecs = ((((unsigned int)tv.tv_usec) - uMSecs) / 1000) % 1000;
//if ((uMSecs / 1000000) <= uDiffSecs) uDiffSecs -= (uMSecs / 1000000)
while(uMSecs > 1000000)uMSecs /= 10; // precision too high?
if(((unsigned int)tv.tv_usec) < uMSecs)
{
tv.tv_usec += 1000000;
if(uDiffSecs > 0)uDiffSecs --;
}
unsigned int uDiffMSecs = (tv.tv_usec - uMSecs) / 1000;
TQString szWhat = bIsChannel ? __tr2qs("Channel CTCP") : TQString("CTCP");
pOut->output(
msg->bUnknown ? KVI_OUT_CTCPREPLYUNKNOWN : KVI_OUT_CTCPREPLY,
__tr2qs("%Q PING reply from \r!n\r%Q\r [%Q@\r!h\r%Q\r]: %u sec %u msec"),
&szWhat,&(msg->pSource->nick()),
&(msg->pSource->user()),&(msg->pSource->host()),uDiffSecs,uDiffMSecs);
}
}
void KviServerParser::parseCtcpRequestVersion(KviCtcpMessage *msg)
{
if(!checkCtcpFlood(msg))
{
if(!KVI_OPTION_BOOL(KviOption_boolIgnoreCtcpVersion))
{
TQString szVersion;
#ifdef COMPILE_USE_QT4
#define QT4_TAG " (QT4) "
#else
#define QT4_TAG
#endif
#ifdef COMPILE_ON_WINDOWS
szVersion = "KVIrc " KVI_VERSION QT4_TAG " '" KVI_RELEASE_NAME "' " KVI_SOURCES_DATE " - build " KVI_BUILD_DATE;
szVersion.append(TQString(" - %1").arg(KviOsInfo::version()));
#else
szVersion = "KVIrc " KVI_VERSION QT4_TAG " '" KVI_RELEASE_NAME "' " KVI_SOURCES_DATE " - build " KVI_BUILD_DATE " - " KVI_BUILD_FLAGS;
szVersion.append(TQString(" - %1 (%2)").arg(KviOsInfo::name()).arg(KviOsInfo::release()));
#endif
//szVersion.append(TQString(" - QT Version: %1 - %2").arg(tqVersion()).arg(__tr2qs("http://www.kvirc.net/")));
if(!KVI_OPTION_STRING(KviOption_stringCtcpVersionPostfix).isEmpty())
{
TQString sz = KVI_OPTION_STRING(KviOption_stringCtcpVersionPostfix);
if(!sz.isEmpty())
{
szVersion.append(" :");
szVersion.append(sz);
}
}
replyCtcp(msg,szVersion.utf8().data());
} else msg->bIgnored = true;
}
echoCtcpRequest(msg);
}
void KviServerParser::parseCtcpRequestUserinfo(KviCtcpMessage *msg)
{
if(!checkCtcpFlood(msg))
{
if(!KVI_OPTION_BOOL(KviOption_boolIgnoreCtcpUserinfo))
{
TQString szReply;
if(!KVI_OPTION_STRING(KviOption_stringCtcpUserInfoAge).isEmpty())
{
szReply = "Age=";
szReply += KVI_OPTION_STRING(KviOption_stringCtcpUserInfoAge);
}
if(!KVI_OPTION_STRING(KviOption_stringCtcpUserInfoGender).isEmpty())
{
if(!szReply.isEmpty())szReply += "; ";
szReply += "Gender=";
szReply += KVI_OPTION_STRING(KviOption_stringCtcpUserInfoGender);
}
if(!KVI_OPTION_STRING(KviOption_stringCtcpUserInfoLocation).isEmpty())
{
if(!szReply.isEmpty())szReply += "; ";
szReply += "Location=";
szReply += KVI_OPTION_STRING(KviOption_stringCtcpUserInfoLocation);
}
if(!KVI_OPTION_STRING(KviOption_stringCtcpUserInfoLanguages).isEmpty())
{
if(!szReply.isEmpty())szReply += "; ";
szReply += "Languages=";
szReply += KVI_OPTION_STRING(KviOption_stringCtcpUserInfoLanguages);
}
if(!KVI_OPTION_STRING(KviOption_stringCtcpUserInfoOther).isEmpty())
{
if(!szReply.isEmpty())szReply += "; ";
szReply += KVI_OPTION_STRING(KviOption_stringCtcpUserInfoOther);
}
if(szReply.isEmpty())szReply = KVI_DEFAULT_CTCP_USERINFO_REPLY;
replyCtcp(msg,szReply.utf8().data());
} else msg->bIgnored = true;
}
echoCtcpRequest(msg);
}
// FIXME: CTCP SEX , AGE , LOCATION!!! <--- so we will be safe :)
// FIXME: KEEP THIS TABLE UP TO DATE
static const char * ctcpTagTable[][2]=
{
{ "PING" , "Returns given parameters without parsing them" },
{ "VERSION" , "Returns the version of this client" },
{ "CLIENTINFO" , "With no parameters, lists supported CTCP tags," \
" 'CLIENTINFO <tag>' describes <tag>" },
{ "USERINFO" , "Returns personal information about the current user" },
{ "FINGER" , "Returns information about the current user" },
{ "SOURCE" , "Returns the client homepage URL" },
{ "TIME" , "Returns the current local time" },
{ "ACTION" , "Used to describe actions, generates no reply" },
{ "AVATAR" , "Returns the current avatar (may trigger a DCC GET) or" \
" sets your own on this side if sent through a NOTICE" },
{ "DCC" , "Initiates a DCC connection (XDCC,TDCC)" },
{ "PAGE" , "Leaves a message for this user" },
{ 0 , 0 }
};
void KviServerParser::parseCtcpRequestClientinfo(KviCtcpMessage *msg)
{
// this is completely latin1
if(!checkCtcpFlood(msg))
{
if(!KVI_OPTION_BOOL(KviOption_boolIgnoreCtcpClientinfo))
{
KviStr szTag;
msg->pData = extractCtcpParameter(msg->pData,szTag,false);
szTag.stripWhiteSpace();
szTag.toUpper();
if(szTag.isEmpty())
{
KviStr reply("KVIrc " KVI_VERSION " '" KVI_RELEASE_NAME "' " KVI_SOURCES_DATE " - http://www.kvirc.net - Supported tags: ");
for(int i=0;ctcpTagTable[i][0];i++)
{
reply.append(ctcpTagTable[i][0]);
if(ctcpTagTable[i + 1][0])reply.append(',');
}
reply.append(" - Use 'CLIENTINFO <tag>' for a description of each tag");
replyCtcp(msg,reply.ptr());
} else {
bool bFound = false;
for(int i=0;ctcpTagTable[i][0] && !bFound;i++)
{
if(kvi_strEqualCS(ctcpTagTable[i][0],szTag.ptr()))
{
KviStr reply(KviStr::Format,"%s: %s",ctcpTagTable[i][0],ctcpTagTable[i][1]);
replyCtcp(msg,reply.ptr());
bFound = true;
}
}
if(!bFound)
{
msg->szTag= "ERRMSG";
KviStr reply(KviStr::Format,"Unsupported tag %s",szTag.ptr());
replyCtcp(msg,reply.ptr());
}
}
} else msg->bIgnored = true;
}
echoCtcpRequest(msg);
}
void KviServerParser::parseCtcpRequestFinger(KviCtcpMessage *msg)
{
// completely latin1 atm
if(!checkCtcpFlood(msg))
{
if(!KVI_OPTION_BOOL(KviOption_boolIgnoreCtcpFinger))
{
KviStr username = getenv("USER");
if(username.isEmpty())username = getenv("LOGNAME");
if(username.isEmpty())username = msg->msg->connection()->userInfo()->userName();
// FIXME: #warning "UTSNAME ?...AND OTHER INFO ?...SYSTEM IDLE TIME ?...KVIRC IDLE TIME ?"
KviStr reply(KviStr::Format,"%s",username.ptr());
replyCtcp(msg,reply.ptr());
} else msg->bIgnored = true;
}
echoCtcpRequest(msg);
}
void KviServerParser::parseCtcpRequestSource(KviCtcpMessage *msg)
{
if(!checkCtcpFlood(msg))
{
if(!KVI_OPTION_BOOL(KviOption_boolIgnoreCtcpSource))
{
TQString version = "KVIrc " KVI_VERSION " '" KVI_RELEASE_NAME "' - http://www.kvirc.net/";
if(!KVI_OPTION_STRING(KviOption_stringCtcpSourcePostfix).isEmpty())
{
version+=" :";
version+= KVI_OPTION_STRING(KviOption_stringCtcpSourcePostfix);
}
replyCtcp(msg,version.utf8().data());
} else msg->bIgnored = true;
}
echoCtcpRequest(msg);
}
void KviServerParser::parseCtcpRequestTime(KviCtcpMessage *msg)
{
if(!checkCtcpFlood(msg))
{
if(!KVI_OPTION_BOOL(KviOption_boolIgnoreCtcpTime))
{
replyCtcp(msg,TQDateTime::currentDateTime().toString());
} else msg->bIgnored = true;
}
echoCtcpRequest(msg);
}
void KviServerParser::parseCtcpRequestPage(KviCtcpMessage *msg)
{
if(!checkCtcpFlood(msg))
{
if(!KVI_OPTION_BOOL(KviOption_boolIgnoreCtcpPage))
{
KVI_OPTION_STRING(KviOption_stringCtcpPageReply).stripWhiteSpace();
if(KVI_OPTION_STRING(KviOption_stringCtcpPageReply).isEmpty())
{
KVI_OPTION_STRING(KviOption_stringCtcpPageReply) = KVI_DEFAULT_CTCP_PAGE_REPLY;
}
replyCtcp(msg,KVI_OPTION_STRING(KviOption_stringCtcpPageReply));
if(KVI_OPTION_BOOL(KviOption_boolShowDialogOnCtcpPage))
{
if(!g_pCtcpPageDialog)g_pCtcpPageDialog = new KviCtcpPageDialog();
KviStr szData8;
szData8 = msg->pData;
TQString szData;
szData = msg->msg->connection()->decodeText(szData8.ptr());
g_pCtcpPageDialog->addPage(msg->pSource->nick(),msg->pSource->user(),msg->pSource->host(),szData);
g_pCtcpPageDialog->popup();
}
} else msg->bIgnored = true;
}
echoCtcpRequest(msg);
}
void KviServerParser::parseCtcpRequestAction(KviCtcpMessage *msg)
{
KviStr szData8;
// CTCP ACTION is a special exception... most clients do not encode/decode it.
//msg->pData = extractCtcpParameter(msg->pData,szData8,false);
szData8 = msg->pData;
KviWindow * pOut = 0;
bool bIsChannel = !IS_ME(msg->msg,msg->szTarget);
TQString szData;
if(bIsChannel)
{
pOut = (KviWindow *)msg->msg->connection()->findChannel(msg->szTarget);
if(pOut)szData = pOut->decodeText(szData8.ptr());
else szData = msg->msg->connection()->decodeText(szData8.ptr());
} else {
KviQuery * query = msg->msg->connection()->findQuery(msg->pSource->nick());
if(!query)
{
szData = msg->msg->connection()->decodeText(szData8.ptr());
// New query requested ?
// FIXME: #warning "CHECK FOR SPAM!"
if(KVI_OPTION_BOOL(KviOption_boolCreateQueryOnPrivmsg))
{
// We still want to create it
// Give the scripter a chance to filter it out again
if(KVS_TRIGGER_EVENT_4_HALTED(KviEvent_OnQueryWindowRequest,msg->msg->console(),
msg->pSource->nick(),
msg->pSource->username(),
msg->pSource->host(),
szData))
{
// check if the scripter hasn't created it
query = msg->msg->connection()->findQuery(msg->pSource->nick());
} else {
// no query yet, create it!
// this will trigger OnQueryWindowCreated
query = msg->msg->console()->connection()->createQuery(msg->pSource->nick());
query->setTarget(msg->pSource->nick(),msg->pSource->username(),msg->pSource->host());
}
}
}
pOut = (KviWindow *)query;
if(pOut)szData = pOut->decodeText(szData8.ptr());
else szData = msg->msg->connection()->decodeText(szData8.ptr());
}
bool bTargetFound = pOut;
if(!pOut)
{
pOut = KVI_OPTION_BOOL(KviOption_boolExternalMessagesToActiveWindow) ? msg->msg->console()->activeWindow() : msg->msg->console();
}
if(KVS_TRIGGER_EVENT_5_HALTED(KviEvent_OnAction,pOut,
msg->pSource->nick(),
msg->pSource->username(),
msg->pSource->host(),
msg->szTarget,
szData
))
{
msg->msg->setHaltOutput();
return;
}
int type = msg->msg->console()->applyHighlighting(pOut,KVI_OUT_ACTION,msg->pSource->nick(),msg->pSource->user(),msg->pSource->host(),szData);
if(type < 0)return; // event stopped the message!
if(type == KVI_OUT_HIGHLIGHT)
{
if(!pOut->hasAttention())
{
if(KVI_OPTION_BOOL(KviOption_boolFlashWindowOnHighlightedMessages))
pOut->demandAttention();
if(KVI_OPTION_BOOL(KviOption_boolPopupNotifierOnHighlightedMessages))
{
TQString szMsg = "<b>";
szMsg += msg->pSource->nick();
szMsg += "</b> ";
#ifdef COMPILE_USE_QT4
szMsg += TQt::escape(szData);
#else
szMsg += TQStyleSheet::escape(szData);
#endif
//tqDebug("kvi_sp_ctcp.cpp:975 debug: %s",szMsg.data());
g_pApp->notifierMessage(pOut,KVI_OPTION_MSGTYPE(KVI_OUT_ACTION).pixId(),szMsg,90);
}
}
}
if(bTargetFound)
{
TQString szMsg = TQString("\r!n\r%1\r ").arg(msg->pSource->nick());
szMsg += szData;
if(bIsChannel)
{
((KviChannel *)pOut)->outputMessage(type,szMsg);
} else {
pOut->outputNoFmt(type,szMsg);
}
} else {
if(bIsChannel)
{
pOut->output(KVI_OUT_SYSTEMWARNING,
__tr2qs("The following CTCP ACTION has unrecognized target %Q"),
&(msg->szTarget));
}
KviStr buffer1,buffer2;
pOut->output(type,
__tr2qs("CTCP ACTION from \r!n\r%Q\r [%Q@\r!h\r%Q\r]: %Q"),
&(msg->pSource->nick()),&(msg->pSource->user()),
&(msg->pSource->host()),&szData);
}
}
// FIXME: #warning "UTSNAME ?...AND OTHER INFO ?...SYSTEM IDLE TIME ?...KVIRC IDLE TIME ?"
void KviServerParser::parseCtcpRequestAvatar(KviCtcpMessage *msg)
{
// AVATAR
if(!KVI_OPTION_BOOL(KviOption_boolIgnoreCtcpAvatar))
{
TQString szGenderTag=" ";
if(KVI_OPTION_STRING(KviOption_stringCtcpUserInfoGender).startsWith("m",false)){
szGenderTag.append("M");
} else if(KVI_OPTION_STRING(KviOption_stringCtcpUserInfoGender).startsWith("f",false)){
szGenderTag.append("F");
} else {
szGenderTag.append("?");
}
KviAvatar * a = msg->msg->console()->currentAvatar();
if(a)
{
if(!checkCtcpFlood(msg))
{
// FIXME: #warning "OPTION FOR SETTING A FIXED BIND ADDRESS FOR OUTGOING DCC OFFERS"
TQString szUserMask;
msg->pSource->mask(szUserMask);
TQString szReply,szFileName;
szFileName=a->name();
if(KVI_OPTION_BOOL(KviOption_boolDCCFileTransferReplaceOutgoingSpacesWithUnderscores))
szFileName.replace(" ","_");
// escape the spaces with the right octal code
encodeCtcpParameter(szFileName,szReply);
if(!a->isRemote())
{
KviSharedFile * o;
if(!(o = g_pSharedFilesManager->addSharedFile(szFileName,a->localPath(),szUserMask,KVI_OPTION_UINT(KviOption_uintAvatarOfferTimeoutInSecs))))
{
// Don't delete o...it has been already deleted by g_pSharedFilesManager
msg->msg->console()->output(KVI_OUT_SYSTEMWARNING,__tr2qs("Unable to add file offer for file %Q (File not readable?)"),&(a->localPath()));
} else {
if(_OUTPUT_VERBOSE)
{
msg->msg->console()->output(KVI_OUT_SYSTEMMESSAGE,__tr2qs("Added %d sec file offer for file %Q (%Q) to recipient %Q"),
KVI_OPTION_UINT(KviOption_uintAvatarOfferTimeoutInSecs),&(a->name()),&(a->localPath()),&szUserMask);
}
}
//if(o)szReply.append(TQString(" %1").arg(o->fileSize()));
}
szReply.append(szGenderTag);
replyCtcp(msg,szReply.utf8().data());
}
} else {
// no avatar set.. ignore channel requests if the user wishes
if(!IS_ME(msg->msg,msg->szTarget))
{
// channel target
if(KVI_OPTION_BOOL(KviOption_boolIgnoreChannelAvatarRequestsWhenNoAvatarSet))msg->bIgnored = true;
}
if(!msg->bIgnored)replyCtcp(msg,"");
}
} else msg->bIgnored = true;
echoCtcpRequest(msg);
}
void KviServerParser::parseCtcpReplyAvatar(KviCtcpMessage *msg)
{
TQString szRemoteFile;
TQString szGender;
TQString decoded=msg->msg->console()->decodeText(msg->pData);
decoded = extractCtcpParameter(decoded.utf8().data(),szRemoteFile,true);
decoded = extractCtcpParameter(decoded.utf8().data(),szGender,true);
szRemoteFile.stripWhiteSpace();
bool bPrivate = IS_ME(msg->msg,msg->szTarget);
TQString textLine;
KviAvatar * avatar = 0;
bool bResetAvatar = true;
TQString nickLink;
KviTQString::sprintf(nickLink,"\r!n\r%Q\r",&(msg->pSource->nick()));
KviIrcUserEntry * e = msg->msg->connection()->userDataBase()->find(msg->pSource->nick());
if(e){
if( (szGender=="m") || (szGender=="M") ) {
e->setGender(KviIrcUserEntry::Male);
} else if((szGender=="f") || (szGender=="F") ) {
e->setGender(KviIrcUserEntry::Female);
} else {
e->setGender(KviIrcUserEntry::Unknown);
}
}
TQString szWhere = bPrivate ? __tr2qs("private") : __tr2qs("channel notification:");
TQString szWhat = bPrivate ? __tr2qs("notification") : msg->szTarget;
if(szRemoteFile.isEmpty())
{
// avatar unset
KviTQString::sprintf(textLine,__tr2qs("%Q unsets avatar"),
&nickLink);
if(_OUTPUT_VERBOSE)
KviTQString::appendFormatted(textLine," (%Q %Q)",&szWhere,&szWhat);
} else {
// FIXME: #warning "The avatar should be the one with the requested size!!"
KviTQString::sprintf(textLine,__tr2qs("%Q changes avatar to %s"),
&nickLink,szRemoteFile.utf8().data(),&szWhere,&szWhat);
if(_OUTPUT_VERBOSE)
KviTQString::appendFormatted(textLine," (%Q %Q)",&szWhere,&szWhat);
bool bIsUrl = KviTQString::equalCIN("http://",szRemoteFile,7) && (szRemoteFile.length() > 7);
if(!bIsUrl)
{
// no hacks
KviTQString::cutToLast(szRemoteFile,'/');
KviTQString::cutToLast(szRemoteFile,'\\');
}
avatar = g_pIconManager->getAvatar(TQString(),szRemoteFile);
if((avatar == 0) && e)
{
// we have no such file on our HD....
bResetAvatar = false;
// request DCC GET ?
if(KVI_OPTION_BOOL(KviOption_boolRequestMissingAvatars))
{
// FIXME: #warning "Request avatars only from registered users ?"
// FIXME: #warning "Ask before making the request ?"
if(bIsUrl)
{
KviStr szLocalFilePath;
KviStr szLocalFile = szRemoteFile;
g_pIconManager->urlToCachedFileName(szLocalFile);
g_pApp->getLocalKvircDirectory(szLocalFilePath,KviApp::Avatars,szLocalFile.ptr());
szLocalFilePath.replaceAll('\\',"\\\\"); // <-- this is especially for windows
TQString szCommand = "http.get -w=nm ";
unsigned int uMaxSize = KVI_OPTION_UINT(KviOption_uintMaximumRequestedAvatarSize);
if(uMaxSize > 0)KviTQString::appendFormatted(szCommand,"-m=%u ",uMaxSize);
szRemoteFile = szRemoteFile.replace(";","%3B");
szRemoteFile = szRemoteFile.replace("\"","%22");
szCommand += "\""+szRemoteFile+"\"";
szCommand += " \"";
szCommand += szLocalFilePath.ptr();
szCommand += "\"";
if(KviKvsScript::run(szCommand,msg->msg->console()))
{
if(_OUTPUT_VERBOSE)
{
KviTQString::appendFormatted(textLine,
__tr2qs(": No valid local copy of avatar available, requesting one (HTTP GET %s)"),
szRemoteFile.utf8().data());
}
g_pApp->setAvatarOnFileReceived(msg->msg->console(),
szRemoteFile,msg->pSource->nick(),msg->pSource->username(),msg->pSource->host());
} else {
if(_OUTPUT_VERBOSE)
KviTQString::appendFormatted(textLine,__tr2qs(": No valid local copy of avatar available; failed to start an HTTP transfer, ignoring"));
}
} else {
if(!checkCtcpFlood(msg))
{
if(_OUTPUT_VERBOSE)
{
KviTQString::appendFormatted(textLine,
__tr2qs(": No valid local copy of avatar available, requesting one (DCC GET %s)"),
szRemoteFile.utf8().data());
}
TQString szFName;
encodeCtcpParameter(szRemoteFile.utf8().data(),szFName);
msg->msg->connection()->sendFmtData("PRIVMSG %s :%cDCC GET %s%c",
msg->msg->connection()->encodeText(msg->pSource->nick()).data(),0x01,msg->msg->connection()->encodeText(szFName.utf8().data()).data(),0x01);
g_pApp->setAvatarOnFileReceived(msg->msg->console(),
szRemoteFile,msg->pSource->nick(),msg->pSource->username(),msg->pSource->host());
} else {
if(_OUTPUT_VERBOSE)
KviTQString::appendFormatted(textLine,__tr2qs(": No valid local copy of avatar available; flood limit exceeded, ignoring"));
}
}
} else {
if(_OUTPUT_VERBOSE)
KviTQString::appendFormatted(textLine,__tr2qs(": No valid local copy of avatar available, ignoring"));
}
}
}
if(!e)
{
if(_OUTPUT_VERBOSE)
KviTQString::appendFormatted(textLine,__tr2qs(": No such nickname in the user database, ignoring the change"));
msg->msg->console()->outputNoFmt(KVI_OUT_AVATAR,textLine);
return;
}
if(bResetAvatar)e->setAvatar(avatar);
msg->msg->console()->avatarChanged(avatar,msg->pSource->nick(),msg->pSource->user(),msg->pSource->host(),
msg->msg->haltOutput() ? TQString() : textLine);
}
typedef void (*dccModuleCtcpDccParseRoutine)(KviDccRequest *par);
void KviServerParser::parseCtcpRequestDcc(KviCtcpMessage *msg)
{
KviDccRequest p;
KviStr aux = msg->pData;
msg->pData = extractCtcpParameter(msg->pData,p.szType);
msg->pData = extractCtcpParameter(msg->pData,p.szParam1);
msg->pData = extractCtcpParameter(msg->pData,p.szParam2);
msg->pData = extractCtcpParameter(msg->pData,p.szParam3);
msg->pData = extractCtcpParameter(msg->pData,p.szParam4);
msg->pData = extractCtcpParameter(msg->pData,p.szParam5);
p.ctcpMsg = msg;
p.bIpV6 = msg->msg->console()->isIpV6Connection();
p.pConsole = msg->msg->console();
KviRegisteredUser * u = msg->msg->connection()->userDataBase()->registeredUser(msg->pSource->nick(),msg->pSource->user(),msg->pSource->host());
if (u)
{
if (u->isIgnoreEnabledFor(KviRegisteredUser::Dcc))
{
if (KVI_OPTION_BOOL(KviOption_boolVerboseIgnore))
{
msg->msg->console()->output(KVI_OUT_DCCREQUEST,
__tr2qs("Ignoring DCC %S request from \r!n\r%Q\r [%Q@\r!h\r%Q\r] (%Q %S)"),
&p.szType,&(msg->pSource->nick()),
&(msg->pSource->user()),&(msg->pSource->host()),
&msg->szTag,&aux);
}
return;
}
}
/*if(KVI_OPTION_BOOL(KviOption_boolIgnoreCtcpDcc))
{
if(!msg->msg->haltOutput())
{
msg->msg->console()->output(KVI_OUT_DCCREQUEST,
__tr2qs("Ignoring DCC %S request from \r!n\r%Q\r [%Q@\r!h\r%Q\r] (%Q %S)"),
&p.szType,&(msg->pSource->nick()),
&(msg->pSource->user()),&(msg->pSource->host()),
&msg->szTag,&aux);
}
return;
}*/
bool bIsFlood = checkCtcpFlood(msg);
if(bIsFlood &&
((kvi_strEqualCI(p.szType.ptr(),"SEND")) ||
(kvi_strEqualCI(p.szType.ptr(),"RSEND")) ||
(kvi_strEqualCI(p.szType.ptr(),"TSEND")) ||
(kvi_strEqualCI(p.szType.ptr(),"TRSEND"))
))
{
// don't consider as flood the avatars we have requested
if(g_pApp->findPendingAvatarChange(msg->msg->console(),msg->pSource->nick(),p.szParam1.ptr()))
bIsFlood = false;
}
if(!bIsFlood)
{
if(!msg->msg->haltOutput())
{
TQString decoded = msg->msg->console()->decodeText(p.szType.ptr());
msg->msg->console()->output(KVI_OUT_DCCREQUEST,
__tr2qs("Processing DCC %Q request from \r!n\r%Q\r [%Q@\r!h\r%Q\r] (%s %s)"),
&decoded,&(msg->pSource->nick()),
&(msg->pSource->user()),&(msg->pSource->host()),
msg->msg->console()->decodeText(msg->szTag).data(),
msg->msg->console()->decodeText(aux.ptr()).data());
}
KviModule * m = g_pModuleManager->getModule("dcc");
if(!m)
{
msg->msg->console()->output(KVI_OUT_DCCERROR,
__tr2qs("Unable to process the above request: Cannot load DCC module (%s)"),g_pModuleManager->lastError().ptr());
} else {
dccModuleCtcpDccParseRoutine proc = (dccModuleCtcpDccParseRoutine)m->getSymbol("dccModuleCtcpDccParseRoutine");
if(!proc)
{
msg->msg->console()->outputNoFmt(KVI_OUT_DCCERROR,
__tr2qs("Unable to process the above request: DCC module may be broken"));
} else {
proc(&p);
}
}
} else {
// That's flood
echoCtcpRequest(msg);
}
}
void KviServerParser::parseCtcpReplyUserinfo(KviCtcpMessage *msg)
{
TQString szRemoteFile;
TQString szGender;
TQString decoded=msg->msg->console()->decodeText(msg->pData);
bool bNeedToUpdateUserlist = false;
KviIrcUserEntry * e = msg->msg->connection()->userDataBase()->find(msg->pSource->nick());
if(e)
{
int pos = decoded.find("Gender=",0,false);
if(pos>=0)
{
TQChar c = decoded[pos+7];
switch(c.unicode())
{
case 'F':
case 'f':
bNeedToUpdateUserlist = true;
e->setGender(KviIrcUserEntry::Female);
break;
case 'M':
case 'm':
bNeedToUpdateUserlist = true;
e->setGender(KviIrcUserEntry::Male);
break;
}
}
}
if(bNeedToUpdateUserlist)
{
if(KviTQString::equalCS(g_pActiveWindow->className(),TQString("KviChannel")))
{
((KviChannel*)g_pActiveWindow)->userListView()->updateArea();
}
}
echoCtcpReply(msg);
}
void KviServerParser::parseCtcpReplyGeneric(KviCtcpMessage *msg)
{
echoCtcpReply(msg);
}
void KviServerParser::parseCtcpReplyLagcheck(KviCtcpMessage * msg)
{
// this is an internal CTCP used for checking lag
KviStr szTag;
msg->pData = extractCtcpParameter(msg->pData,szTag,true);
if(msg->msg->console()->connection()->lagMeter())
msg->msg->console()->connection()->lagMeter()->lagCheckComplete(szTag.ptr());
}
//ERRORMSG,ECHO,ERRMSG
//SED,DCC,SOUND/MULTIMEDIA/MM,SCRIPT
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