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tdepim/korn/tdeio.cpp

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14 KiB

/*
* Copyright (C) Sirtaj Singh Kang
* Copyright (C) Kurt Granroth
* Copyright (C) 2004, Mart Kelder (mart.kde@hccnet.nl)
*
* 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 option) 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
*/
/*
* tdeio.cpp -- Implementation of class KKIODrop.
* It is copyied from imap.cpp, with was writed by:
* Author: Kurt Granroth
* Version: $Id$
* Changed by:
* Mart Kelder <mart.kde@hccnet.nl>, 2004
*/
#include "tdeio.h"
#include "tdeio_count.h"
#include "tdeio_subjects.h"
#include "tdeio_read.h"
#include "tdeio_delete.h"
#include "protocol.h"
#include "protocols.h"
#include "stringid.h"
#include"utils.h"
//#include"kiocfg.h"
//#include"dropdlg.h"
#include "mailsubject.h"
#include<tdeconfig.h>
#include<tdeconfigbase.h>
#include<kdebug.h>
#include<tdelocale.h>
#include<kprocess.h>
#include<tqptrlist.h>
#include<tqregexp.h>
#include<tqvaluelist.h>
#include<tqvaluevector.h>
#include<assert.h>
#include<ctype.h>
#include<stdio.h>
#include<stdlib.h>
//Headers of protocols
#include"tdeio_proto.h"
//#include"pop3_proto.h"
//#include"pop3s_proto.h"
//#include"imap_proto.h"
//#include"imaps_proto.h"
//#include"nntp_proto.h"
//#include"maildir_proto.h"
//#include"qmail_proto.h"
//#include"process_proto.h"
#include"mbox_proto.h"
/*
* The 'process' maildrop is a lot different than the other protocols:
* it haven't a tdeioslave and could not result in file list. To prevent
* trowing it away, that functionality is hacked in this file.
*/
KKioDrop::KKioDrop()
: KPollableDrop(),
_kurl( 0 ),
_metadata( 0 ),
_valid(false),
_protocol( 0 ),
_ssl(false),
_count( 0 ),
_subjects( 0 ),
_read( 0 ),
_readSubjectsTotalSteps( 0 ),
_deleteMailsTotalSteps( 0 ),
_process( 0 ),
_mailurls( 0 )
{
_kurl = new KURL;
_metadata = new TDEIO::MetaData;
//Initialising protocol; if no protocol is set before first use, it will use the first protocol
_protocol = Protocols::firstProtocol()->getKIOProtocol(); //The first protocol is the default
_kurl->setPort( _protocol->defaultPort( _ssl ) );
//Creating children and connect them to the outside world; this class passes the messages for them...
//This class handles all the counting.
_count = new TDEIO_Count( this, "tdeio_count" );
//This class is responsible for providing the available subjects
_subjects = new TDEIO_Subjects( this, "tdeio_subjects" );
//This class is used when a full message has to be read.
_read = new TDEIO_Read( this, "tdeio_read" );
//This class can delete mails.
_delete = new TDEIO_Delete( this, "tdeio_delete" );
_mailurls = new TQValueList<FileInfo>;
}
KKioDrop::KKioDrop( TDEConfigGroup* )
: KPollableDrop(),
_kurl( 0 ),
_metadata( 0 ),
_valid(false),
_protocol( 0 ),
_ssl(false),
_count( 0 ),
_subjects( 0 ),
_read( 0 ),
_readSubjectsTotalSteps( 0 ),
_deleteMailsTotalSteps( 0 ),
_process( 0 ),
_mailurls( 0 )
{
_kurl = new KURL;
_metadata = new TDEIO::MetaData;
//Initialising protocol; if no protocol is set before first use, it will use the first protocol
_protocol = Protocols::firstProtocol()->getKIOProtocol(); //The first protocol is the default
_kurl->setPort( _protocol->defaultPort( _ssl ) );
//Creating children and connect them to the outside world; this class passes the messages for them...
//This class handles all the counting.
_count = new TDEIO_Count( this, "tdeio_count" );
//This class is responsible for providing the available subjects
_subjects = new TDEIO_Subjects( this, "tdeio_subjects" );
//This class is used when a full message has to be read.
_read = new TDEIO_Read( this, "tdeio_read" );
//This class can delete mails.
_delete = new TDEIO_Delete( this, "tdeio_delete" );
_mailurls = new TQValueList<FileInfo>;
//readConfigGroup( *config );
}
void KKioDrop::setKioServer( const TQString & proto, const TQString & server, int port )
{
//Settings default for last vars; could not inline because TDEIO::MetaData-object is not defined in header.
setKioServer( proto, server, port, TDEIO::MetaData(), false, true );
}
void KKioDrop::setKioServer(const TQString & proto, const TQString & server, int port, const TDEIO::MetaData metadata, bool ssl,
bool setProtocol )
{
TQString auth;
if( port == -1 )
port = _protocol->defaultPort( ssl );
if( setProtocol ) //false if _protocol already made
{
_protocol = Protocols::getProto( proto )->getKIOProtocol();
if( ! _protocol )
_protocol = Protocols::firstProtocol()->getKIOProtocol();
}
_kurl->setProtocol( _protocol->protocol( ssl ) );
_kurl->setHost ( server );
_kurl->setPort ( port );
_ssl = ssl;
//Checking for authentication-settings.
//if( _metadata->contains("auth") )
//{
// auth = (*_metadata)["auth"];
// *_metadata = metadata;
// if( ! _metadata->contains("auth") )
// (*_metadata)["auth"] = auth;
//} else
*_metadata = metadata;
_count->stopActiveCount();
}
void KKioDrop::setUser(const TQString & user, const TQString & password,
const TQString & mailbox, const TQString & auth )
{
_kurl->setUser( user );
_password = password ;
_kurl->setPass( _password );
_kurl->setPath( mailbox );
if( ! auth.isEmpty() && auth != "Plain" )
(*_metadata)["auth"] = auth;
else if( _metadata->contains( "auth" ) )
_metadata->erase( "auth" );
_valid = _kurl->isValid();
emit validChanged( valid() );
if( ! _valid )
kdWarning() << i18n( "url is not valid" ) << endl;
_count->stopActiveCount();
}
TQString KKioDrop::protocol() const
{
return _protocol->configName();
}
TQString KKioDrop::server() const
{
return _kurl->host();
}
int KKioDrop::port() const
{
return _kurl->port();
}
TQString KKioDrop::user() const
{
return _kurl->user();
}
TQString KKioDrop::password() const
{
return _password ;
}
TQString KKioDrop::mailbox() const
{
return _kurl->path();
}
TQString KKioDrop::auth() const
{
return ( _metadata->contains("auth")?(*_metadata)["auth"]:"" );
}
void KKioDrop::recheck()
{
if( _protocol->configName() == "process" ) //Process isn't pollable
{
emit rechecked();
return;
}
_count->count( this );
return;
}
void KKioDrop::forceRecheck()
{
if( _protocol->configName() == "process" )
return;
_count->stopActiveCount();
_count->count( this );
return;
}
bool KKioDrop::valid()
{
return _valid && _count->valid() && _subjects->valid();
}
KKioDrop::~KKioDrop()
{
delete _count;
delete _subjects;
delete _kurl;
delete _metadata;
delete _mailurls;
}
bool KKioDrop::canReadSubjects( )
{
return (_protocol!=0?_protocol->canReadSubjects():false);
}
TQValueVector<KornMailSubject> * KKioDrop::doReadSubjects(bool * )
{
_subjects->doReadSubjects( this );
/*
* A empty TQValueVector is made here.
* After that, the size is expanded to the expected number of subjects.
* This way, reallocation of memmory is minimized, and thus more efficient.
*/
TQValueVector<KornMailSubject> *vector = new TQValueVector<KornMailSubject>( );
vector->reserve( _mailurls->count() );
return vector;
}
bool KKioDrop::canReadMail( )
{
return (_protocol!=0?_protocol->canReadMail():false);
}
bool KKioDrop::deleteMails(TQPtrList<const KornMailId> * ids, bool * /*stop*/)
{
_delete->deleteMails( ids, this );
return _delete->valid();
}
bool KKioDrop::canDeleteMails ()
{
return (_protocol!=0?_protocol->canDeleteMail():false);
}
TQString KKioDrop::readMail(const KornMailId * item, bool * )
{
_read->readMail( item, this );
return "";
}
KMailDrop* KKioDrop::clone() const
{
KKioDrop *clone = new KKioDrop;
*clone = *this;
return clone;
}
bool KKioDrop::readConfigGroup( const TQMap< TQString, TQString > &map, const Protocol* protocol )
{
TQString val, val2;
if( !map.contains( "server" ) || !map.contains( "port" ) || !map.contains( "ssl" ) || !map.contains( "username" ) ||
!map.contains( "mailbox" ) || !map.contains( "password" ) || !map.contains( "metadata" ) || !map.contains( "name" ) )
{
kdWarning() << "Bug: map niet compleet" << endl;
return false;
}
this->setName( (*map.find( "name" )).utf8() );
_protocol = protocol->getKIOProtocol();
if( !_protocol )
_protocol = Protocols::firstProtocol()->getKIOProtocol();
val = *map.find( "server" );
setKioServer( val2, val, (*map.find( "port" )).toInt(), TDEIO::MetaData(), *map.find( "ssl" ) == "true", false );
_kurl->setUser( *map.find( "username" ) );
_kurl->setPath( *map.find( "mailbox" ) );
_kurl->setPass( *map.find( "password" ) );
TQStringList list = TQStringList::split( ',', *map.find( "metadata" ) );
TQStringList::Iterator it;
for( it = list.begin(); it != list.end(); ++it )
{
int split = (*it).find( "=" );
if( split > 0 )
_metadata->insert( (*it).left( split ), (*it).right( (*it).length() - split - 1 ) );
}
_valid = true;
emitValidChanged();
return true;
}
bool KKioDrop::writeConfigGroup( TDEConfigBase& cfg ) const
{
KPollableDrop::writeConfigGroup( cfg );
/*TQString p;
if( _kurl->hasPass() ) {
p = _kurl->pass();
//encrypt ( p );
}
cfg.writeEntry(fu(ProtoConfigKey), _protocol->configName() );
if( ( _protocol->fields() | _protocol->urlFields() ) & TDEIO_Protocol::server )
cfg.writeEntry(fu(HostConfigKey), _kurl->host() );
if( ( _protocol->fields() | _protocol->urlFields() ) & TDEIO_Protocol::port )
cfg.writeEntry(fu(PortConfigKey), _kurl->port() );
if( ( _protocol->fields() | _protocol->urlFields() ) & TDEIO_Protocol::username )
cfg.writeEntry(fu(UserConfigKey), _kurl->user() );
if( ( _protocol->fields() | _protocol->urlFields() ) & TDEIO_Protocol::mailbox )
cfg.writeEntry(fu(MailboxConfigKey), _kurl->path() );
if( ( _protocol->fields() | _protocol->urlFields() ) & TDEIO_Protocol::password )
cfg.writeEntry(fu(PassConfigKey), p );
if( ( _protocol->fields() | _protocol->urlFields() ) & TDEIO_Protocol::auth )
cfg.writeEntry(fu(AuthConfigKey), auth() );
*/
return true;
}
KKioDrop& KKioDrop::operator = ( const KKioDrop& other )
{
*_kurl=*other._kurl;
setFreq( other.freq() );
if( other._protocol )
_protocol = other._protocol->getKIOProtocol();
_ssl = other._ssl;
return *this;
}
//Public slots
void KKioDrop::readSubjectsCanceled()
{
_subjects->cancelled();
}
void KKioDrop::readMailCanceled()
{
_read->canceled( );
}
void KKioDrop::deleteMailsCanceled()
{
_delete->canceled( );
}
//Private slots for displaying connection errors
void KKioDrop::slotConnectionError( int number, const TQString& arg )
{
kdError() << TDEIO::buildErrorString( number, arg ) << endl;
// if( passivePopup() )
emitShowPassivePopup( TDEIO::buildErrorString( number, arg ) );
}
void KKioDrop::slotConnectionWarning( const TQString& msg )
{
kdWarning() << msg << endl;
}
void KKioDrop::slotConnectionInfoMessage( const TQString& msg )
{
kdDebug() << msg << endl; //Display only in debug modes
}
//Private slots
//The next functions are needed for process maildrops.
bool KKioDrop::startProcess()
{ //code copyied from edrop.cpp
if( _protocol->configName() != "process" )
return true;
if( _process != 0 ) {
return false;
}
// debug( "proc start: %s", _command.data() );
_process = new TDEProcess;
_process->setUseShell( true );
// only reading stdin yet
connect( _process,TQT_SIGNAL(receivedStdout( TDEProcess *, char *, int)),
this, TQT_SLOT(receivedStdout( TDEProcess *,char *,int)) );
connect( _process, TQT_SIGNAL(processExited(TDEProcess*)),
this, TQT_SLOT(processExit(TDEProcess*)) );
*_process << _kurl->path();
_process->start( TDEProcess::NotifyOnExit, TDEProcess::Stdout );
return true;
}
bool KKioDrop::stopProcess()
{ //code copied from edrop.cpp
if( _protocol->configName() != "process" )
return true;
if( _process != 0 ) {
// debug( "proc stop" );
_process->kill( SIGHUP );
delete _process;
_process = 0;
}
return true;
}
void KKioDrop::receivedStdout( TDEProcess *proc, char * buffer, int /*len*/ )
{
assert(static_cast<void *>(proc) == static_cast<void *>(_process));
//Original code
/*char *buf = new char[ len + 1 ];
memcpy( buf, buffer, len );
buf[ len ] = '\0';
char *ptr = buf, *start = buf;
int num = 0;
while( *ptr ) {
// find number
while( *ptr && !isdigit( *ptr ) ) {
ptr++;
}
start = ptr;
if( *ptr == 0 ) {
break;
}
// find end
while( *ptr && isdigit( *ptr ) ) {
ptr++;
}
// atoi number
char back = *ptr;
*ptr = 0;
num = atoi( start );
*ptr = back;
}
emit changed( num );
delete [] buf;*/
//Alternatieve code
TQString buf = buffer;
TQRegExp regexp( "^(.*\\D+|\\D*)(\\d+)\\D*$" );
if( regexp.search( buf ) == 0 )
{ //Number found
emit changed( regexp.cap( 2 ).toInt(), this );
}
}
void KKioDrop::processExit(TDEProcess* proc)
{
assert(static_cast<void *>(proc) == static_cast<void *>(_process));
_process = 0;
// debug( "proc exited" );
}
const char *KKioDrop::ProtoConfigKey = "protocol";
const char *KKioDrop::HostConfigKey = "server";
const char *KKioDrop::PortConfigKey = "port";
const char *KKioDrop::UserConfigKey = "username";
const char *KKioDrop::PassConfigKey = "password";
const char *KKioDrop::MailboxConfigKey = "mailbox";
const char *KKioDrop::SavePassConfigKey = "savepass";
const char *KKioDrop::MetadataConfigKey = "metadata";
#include "tdeio.moc"