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#ifndef _KVI_IRCMASK_H_
#define _KVI_IRCMASK_H_
//=============================================================================
//
// File : kvi_ircmask.h
// Creation date : Fri Jan 8 1999 19:50:35 by Szymon Stefanek
//
// This file is part of the KVirc irc client distribution
// Copyright (C) 1999-2004 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.
//
//=============================================================================
// originally this file was named kvi_ircuser.h and the class was KviIrcUser
// ported to UNICODE on 2004.10.28 1:50 am
#include "kvi_settings.h"
#include "kvi_heapobject.h"
#include "kvi_qstring.h"
//=============================================================================
// Irc user mask abstraction
//=============================================================================
class KVILIB_API KviIrcMask : public KviHeapObject
{
friend class KviIrcUserList;
friend class KviIrcUserChanList;
private:
TQString m_szNick;
TQString m_szUser;
TQString m_szHost;
static TQString m_szWild;
public:
// Sets the nick for this user.<br>
// If szNick is NULL or it points to an empty string the nick is set to "*".<br>
void setNick(const TQString &szNick){ m_szNick = szNick.isEmpty() ? m_szWild : szNick; };
// Sets the username for this user.<br>
// If szUsername is NULL or it points to an empty string the username is set to "*".<br>
void setUsername(const TQString &szUser){ m_szUser = szUser.isEmpty() ? m_szWild : szUser; };
void setUser(const TQString &szUser){ m_szUser = szUser.isEmpty() ? m_szWild : szUser; };
// Sets the host for this user.<br>
// If szHost is NULL or it points to an empty string the host is set to "*".<br>
void setHost(const TQString &szHost){ m_szHost = szHost.isEmpty() ? m_szWild : szHost; };
// Sets the host , nick and username extracting it from an irc mask:<br>
// nick!user@host<br>
// The mask is terminated by end-of string null character or a character equal to c in the string.<br>
// Returns the pointer to the end of the mask in the szMask string.(c or null-terminator)<br>
//const char * setMask(const TQString &szMask,char c=' ');
// Sets the host , nick and username extracting it from an userhost mask:<br>
// nick[*]=<+|->user@host<br>
// The mask is terminated by end-of string null char or a space character.<br>
// Returns the pointer to the next non-space char in the szMask string or to the null-terminator<br>
// If there are no more masks avaiable.
// WARNING : the szMask pointer can NOT be NULL
//const char *setUserhostMask(const TQString &szMask);
// Returns the nick of this user.<br>
// In the worst case you get a string == "*"<br>
const TQString &nick() const { return m_szNick; };
// DEPRECATED!
const TQString &username() const { return m_szUser; };
const TQString &user() const { return m_szUser; };
const TQString &host() const { return m_szHost; };
bool hasUser() const { return !(m_szUser.isEmpty() || (m_szUser == m_szWild)); };
bool hasHost() const { return !(m_szHost.isEmpty() || (m_szHost == m_szWild)); };
bool hasNumericHost() const;
// Retuns in szMask the specified (if possible) mask of this user.<br>
// If the host or username are not known , the mask may contain less information
// than requested.<br>
enum MaskType
{
NickUserHost = 0, // [email protected] ([email protected]) (default)
NickUserNet = 1, // 1 : nick!~user@*.abc.host.top ([email protected].*)
NickUser = 2, // 2 : nick!~user@*
NickHost = 3, // 3 : nick!*@machine.host.top (nick!*@XXX.XXX.XXX.XXX)
NickNet = 4, // 4 : nick!*@*.abc.host.top (nick!*@XXX.XXX.XXX.*)
Nick = 5, // 5 : nick!*@*
UserHost = 6, // 6 : *[email protected] (*[email protected])
UserNet = 7, // 7 : *!~user@*.abc.host.top (*[email protected].*)
User = 8, // 8 : *!~user@*
Host = 9, // 9 : *!*@machine.host.top (*!*@XXX.XXX.XXX.XXX)
Net = 10, // 10: *!*@*.abc.host.top (*!*@XXX.XXX.XXX.*)
NickCleanUserHost = 11, // 11 : nick!*[email protected] (nick!*[email protected])
NickCleanUserNet = 12, // 12 : nick!*user@*.abc.host.top (nick!*[email protected].*)
NickCleanUser = 13, // 13 : nick!*user@*
CleanUserHost = 14, // 14 : *!*[email protected] (*!user@*XXX.XXX.XXX.XXX)
CleanUserNet = 15, // 15 : *!*user@*.abc.host.top (*!user@*XXX.XXX.XXX.*)
CleanUser = 16, // 16 : *!*user@*
NickUserLargeNet = 17, // 17 : nick!~user@*.host.top ([email protected].*)
NickLargeNet = 18, // 18 : nick!*@*.host.top (nick!*@XXX.XXX.*)
UserLargeNet = 19, // 19 : *!~user@*.host.top (*[email protected].*)
NickCleanUserLargeNet = 20, // 20 : nick!*user@*.host.top (nick!*[email protected].*)
CleanUserLargeNet = 21, // 21 : *!*user@*.host.top (*!user@*XXX.XXX.*)
// smart versions of the masks 17-21 that try take care of masked ip addresses
// in the form xxx.xxx.INVALID-TOP-MASK
NickUserSmartNet = 22, // 22 : nick!~user@*.host.top ([email protected].*)
NickSmartNet = 23, // 23 : nick!*@*.host.top (nick!*@XXX.XXX.*)
UserSmartNet = 24, // 24 : *!~user@*.host.top (*[email protected].*)
NickCleanUserSmartNet = 25, // 25 : nick!*user@*.host.top (nick!*[email protected].*)
CleanUserSmartNet = 26 // 26 : *!*user@*.host.top (*!user@*XXX.XXX.*)
};
void mask(TQString &szMask,MaskType eMaskType = NickCleanUserHost) const;
bool hasWildNick();
// Wild external matches (this and external are wild)
// bool matches(const char *szMask);
// // passing 0 as one of params here means that it is a match by default
// bool matches(const char *nick,const char *user,const char *host);
bool matches(const KviIrcMask &mask) const;
// Fixed external matches (this is wild , external is fixed)
bool matchesFixed(const TQString &nick,const TQString &user,const TQString &host) const;
// bool matchesFixed(const TQString &szMask) const;
bool matchesFixed(const KviIrcMask &mask) const;
// Fixed internal matches (this is fixed , external is wild)
//bool matchedBy(const TQString &szMask) const;
bool matchedBy(const KviIrcMask &mask) const { return mask.matchesFixed(*this); };
int nonWildChars();
bool operator==(const KviIrcMask &user);
public:
// Constructs an empty mask (*!*@*)
KviIrcMask();
// Constructs this KviIrcMask object from a string mask
KviIrcMask(const TQString &szMask);
// Carbon copy
KviIrcMask(const KviIrcMask &ircUser)
: m_szNick(ircUser.m_szNick), m_szUser(ircUser.m_szUser), m_szHost(ircUser.m_szHost) {};
KviIrcMask(const TQString &nick,const TQString &user,const TQString &host)
: m_szNick(nick), m_szUser(user), m_szHost(host) {};
private:
int getIpDomainMaskLen() const;
TQString getHostDomainMask() const;
int getLargeIpDomainMaskLen() const;
TQString getLargeHostDomainMask() const;
// this is just a GUESS and must be called AFTER making sure that it is NOT a plain numeric IP
bool hasMaskedIp() const;
};
#endif //_KVI_IRCMASK_H_
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