| -rw-r--r-- | kabc/vcard21parser.cpp | 40 |
1 files changed, 23 insertions, 17 deletions
diff --git a/kabc/vcard21parser.cpp b/kabc/vcard21parser.cpp index 60d02b8..e24a9dc 100644 --- a/kabc/vcard21parser.cpp +++ b/kabc/vcard21parser.cpp @@ -1,607 +1,613 @@ /* This file is part of libkabc. Copyright (c) 2001 Mark Westcott <mark@houseoffish.org> This library is free software; you can redistribute it and/or modify it under the terms of the GNU Library General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library 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 Library General Public License for more details. You should have received a copy of the GNU Library General Public License along with this library; see the file COPYING.LIB. If not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /* Enhanced Version of the file for platform independent KDE tools. Copyright (c) 2004 Ulf Schenk $Id$ */ #include <qmap.h> #include <qregexp.h> +//Added by qt3to4: +#include <Q3ValueList> #include <kmdcodec.h> #include "vcard21parser.h" #include "vcardconverter.h" using namespace KABC; bool VCardLineX::isValid() const { // Invalid: if it is "begin:vcard" or "end:vcard" if ( name == VCARD_BEGIN_N || name == VCARD_END_N ) return false; if ( name[0] == 'x' && name[1] == '-' ) // A custom x- line return true; // This is long but it makes it a bit faster (and saves me from using // a tree which is probably the ideal situation, but a bit memory heavy) - switch( name[0] ) { + switch( name[0].unicode() ) { case 'a': if ( name == VCARD_ADR && qualified && (qualifiers.contains(VCARD_ADR_DOM) || qualifiers.contains(VCARD_ADR_INTL) || qualifiers.contains(VCARD_ADR_POSTAL) || qualifiers.contains(VCARD_ADR_HOME) || qualifiers.contains(VCARD_ADR_WORK) || qualifiers.contains(VCARD_ADR_PREF) ) ) return true; if ( name == VCARD_AGENT ) return true; break; case 'b': if ( name == VCARD_BDAY ) return true; break; case 'c': if ( name == VCARD_CATEGORIES ) return true; if ( name == VCARD_CLASS && qualified && (qualifiers.contains(VCARD_CLASS_PUBLIC) || qualifiers.contains(VCARD_CLASS_PRIVATE) || qualifiers.contains(VCARD_CLASS_CONFIDENTIAL) ) ) return true; break; case 'e': if ( name == VCARD_EMAIL && qualified && (qualifiers.contains(VCARD_EMAIL_INTERNET) || qualifiers.contains(VCARD_EMAIL_PREF) || qualifiers.contains(VCARD_EMAIL_X400) ) ) return true; break; case 'f': if ( name == VCARD_FN ) return true; break; case 'g': if ( name == VCARD_GEO ) return true; break; case 'k': if ( name == VCARD_KEY && qualified && (qualifiers.contains(VCARD_KEY_X509) || qualifiers.contains(VCARD_KEY_PGP) ) ) return true; break; case 'l': if ( name == VCARD_LABEL ) return true; if ( name == VCARD_LOGO ) return true; break; case 'm': if ( name == VCARD_MAILER ) return true; break; case 'n': if ( name == VCARD_N ) return true; if ( name == VCARD_NAME ) return true; if ( name == VCARD_NICKNAME ) return true; if ( name == VCARD_NOTE ) return true; break; case 'o': if ( name == VCARD_ORG ) return true; break; case 'p': if ( name == VCARD_PHOTO ) return true; if ( name == VCARD_PROFILE ) return true; if ( name == VCARD_PRODID ) return true; break; case 'r': if ( name == VCARD_ROLE ) return true; if ( name == VCARD_REV ) return true; break; case 's': if ( name == VCARD_SOURCE ) return true; if ( name == VCARD_SOUND ) return true; break; case 't': if ( name == VCARD_TEL && qualified && (qualifiers.contains(VCARD_TEL_HOME) || qualifiers.contains(VCARD_TEL_WORK) || qualifiers.contains(VCARD_TEL_PREF) || qualifiers.contains(VCARD_TEL_VOICE) || qualifiers.contains(VCARD_TEL_FAX) || qualifiers.contains(VCARD_TEL_MSG) || qualifiers.contains(VCARD_TEL_CELL) || qualifiers.contains(VCARD_TEL_PAGER) || qualifiers.contains(VCARD_TEL_BBS) || qualifiers.contains(VCARD_TEL_MODEM) || qualifiers.contains(VCARD_TEL_CAR) || qualifiers.contains(VCARD_TEL_ISDN) || qualifiers.contains(VCARD_TEL_VIDEO) || qualifiers.contains(VCARD_TEL_PCS) ) ) return true; if ( name == VCARD_TZ ) return true; if ( name == VCARD_TITLE ) return true; break; case 'u': if ( name == VCARD_URL ) return true; if ( name == VCARD_UID ) return true; break; case 'v': if ( name == VCARD_VERSION ) return true; break; default: break; } return false; } VCard21Parser::VCard21Parser() { } VCard21Parser::~VCard21Parser() { } void VCard21Parser::readFromString(KABC::AddressBook *addressbook, const QString &data) { KABC::Addressee mAddressee = readFromString(data); addressbook->insertAddressee(mAddressee); } KABC::Addressee VCard21Parser::readFromString( const QString &data) { KABC::Addressee addressee; VCard21ParserImpl *mVCard = VCard21ParserImpl::parseVCard(data); QString tmpStr; // Check if parsing failed if (mVCard == 0) { kdDebug() << "Parsing failed" << endl; return addressee; } //set the addressees name and formated name QStringList tmpList = mVCard->getValues(VCARD_N); QString formattedName = ""; if (tmpList.count() > 0) addressee.setFamilyName(tmpList[0]); if (tmpList.count() > 1) addressee.setGivenName(tmpList[1]); if (tmpList.count() > 2) addressee.setAdditionalName(tmpList[2]); if (tmpList.count() > 3) addressee.setPrefix(tmpList[3]); if (tmpList.count() > 4) addressee.setSuffix(tmpList[4]); tmpStr = (mVCard->getValue(VCARD_FN)); if (!tmpStr.isEmpty()) addressee.setFormattedName(tmpStr); //set the addressee's nick name tmpStr = mVCard->getValue(VCARD_NICKNAME); addressee.setNickName(tmpStr); //set the addressee's organisation tmpStr = mVCard->getValue(VCARD_ORG); addressee.setOrganization(tmpStr); //set the addressee's title tmpStr = mVCard->getValue(VCARD_TITLE); addressee.setTitle(tmpStr); //set the addressee's email - we can only deal with two. The preferenced one and one other. tmpStr = mVCard->getValue(VCARD_EMAIL, VCARD_EMAIL_INTERNET); addressee.insertEmail(tmpStr, false); tmpStr = mVCard->getValue(VCARD_EMAIL,VCARD_EMAIL_PREF); addressee.insertEmail(tmpStr, true); //set the addressee's url tmpStr = mVCard->getValue(VCARD_URL); if (tmpStr.isEmpty()) tmpStr = mVCard->getValue(VCARD_URL, VCARD_ADR_WORK); if (tmpStr.isEmpty()) tmpStr = mVCard->getValue(VCARD_URL, VCARD_ADR_HOME); if (!tmpStr.isEmpty()) { addressee.setUrl(KURL(tmpStr)); } //set the addressee's birthday tmpStr = mVCard->getValue(VCARD_BDAY); addressee.setBirthday(VCardStringToDate(tmpStr)); //set the addressee's phone numbers - for ( QValueListIterator<VCardLineX> i = mVCard->_vcdata->begin();i != mVCard->_vcdata->end(); ++i ) { + for ( Q3ValueListIterator<VCardLineX> i = mVCard->_vcdata->begin();i != mVCard->_vcdata->end(); ++i ) { if ( (*i).name == VCARD_TEL ) { int type = 0; if ( (*i).qualified ) { if ( (*i).qualifiers.contains( VCARD_TEL_HOME ) ) type |= PhoneNumber::Home; if ( (*i).qualifiers.contains( VCARD_TEL_WORK ) ) type |= PhoneNumber::Work; if ( (*i).qualifiers.contains( VCARD_TEL_PREF ) ) type |= PhoneNumber::Pref; if ( (*i).qualifiers.contains( VCARD_TEL_VOICE ) ) type |= PhoneNumber::Voice; if ( (*i).qualifiers.contains( VCARD_TEL_FAX ) ) type |= PhoneNumber::Fax; if ( (*i).qualifiers.contains( VCARD_TEL_MSG ) ) type |= PhoneNumber::Msg; if ( (*i).qualifiers.contains( VCARD_TEL_CELL ) ) type |= PhoneNumber::Cell; if ( (*i).qualifiers.contains( VCARD_TEL_PAGER ) ) type |= PhoneNumber::Pager; if ( (*i).qualifiers.contains( VCARD_TEL_BBS ) ) type |= PhoneNumber::Bbs; if ( (*i).qualifiers.contains( VCARD_TEL_MODEM ) ) type |= PhoneNumber::Modem; if ( (*i).qualifiers.contains( VCARD_TEL_CAR ) ) type |= PhoneNumber::Car; if ( (*i).qualifiers.contains( VCARD_TEL_ISDN ) ) type |= PhoneNumber::Isdn; if ( (*i).qualifiers.contains( VCARD_TEL_VIDEO ) ) type |= PhoneNumber::Video; if ( (*i).qualifiers.contains( VCARD_TEL_PCS ) ) type |= PhoneNumber::Pcs; } addressee.insertPhoneNumber( PhoneNumber( (*i).parameters[ 0 ], type ) ); } } addressee.makePhoneNumbersOLcompatible(); //set the addressee's addresses - for ( QValueListIterator<VCardLineX> i = mVCard->_vcdata->begin();i != mVCard->_vcdata->end(); ++i ) { + for ( Q3ValueListIterator<VCardLineX> i = mVCard->_vcdata->begin();i != mVCard->_vcdata->end(); ++i ) { if ( (*i).name == VCARD_ADR ) { int type = 0; if ( (*i).qualified ) { if ( (*i).qualifiers.contains( VCARD_ADR_DOM ) ) type |= Address::Dom; if ( (*i).qualifiers.contains( VCARD_ADR_INTL ) ) type |= Address::Intl; if ( (*i).qualifiers.contains( VCARD_ADR_POSTAL ) ) type |= Address::Postal; if ( (*i).qualifiers.contains( VCARD_ADR_PARCEL ) ) type |= Address::Parcel; if ( (*i).qualifiers.contains( VCARD_ADR_HOME ) ) type |= Address::Home; if ( (*i).qualifiers.contains( VCARD_ADR_WORK ) ) type |= Address::Work; if ( (*i).qualifiers.contains( VCARD_ADR_PREF ) ) type |= Address::Pref; } - addressee.insertAddress( readAddressFromQStringList( (*i).parameters, type ) ); + QStringList tmp; + for(Q3ValueList<QString>::const_iterator ii=(*i).parameters.begin();ii!=(*i).parameters.end();++ii) + tmp.push_back(*ii); + addressee.insertAddress( readAddressFromQStringList( tmp, type ) ); } } //set the addressee's delivery label tmpStr = mVCard->getValue(VCARD_LABEL); if (!tmpStr.isEmpty()) { qDebug("VCard21Parser::readFromString please verify if replace is correct"); //US tmpStr.replace("\r\n","\n"); tmpStr.replace( QRegExp("\r\n"), "\n" ); Address tmpAddress; tmpAddress.setLabel(tmpStr); addressee.insertAddress(tmpAddress); } //set the addressee's notes tmpStr = mVCard->getValue(VCARD_NOTE); qDebug("VCard21Parser::readFromString please verify if correct"); //US tmpStr.replace("\r\n","\n"); tmpStr.replace( QRegExp("\r\n"), "\n" ); addressee.setNote(tmpStr); //set the addressee's timezone tmpStr = mVCard->getValue(VCARD_TZ); TimeZone tmpZone(tmpStr.toInt()); addressee.setTimeZone(tmpZone); //set the addressee's geographical position tmpList = mVCard->getValues(VCARD_GEO); if (tmpList.count()==2) { tmpStr = tmpList[0]; float glat = tmpStr.toFloat(); tmpStr = tmpList[1]; float glong = tmpStr.toFloat(); Geo tmpGeo(glat,glong); addressee.setGeo(tmpGeo); } //set the last revision date tmpStr = mVCard->getValue(VCARD_REV); addressee.setRevision(VCardStringToDate(tmpStr)); //set the role of the addressee tmpStr = mVCard->getValue(VCARD_ROLE); addressee.setRole(tmpStr); return addressee; } KABC::Address VCard21Parser::readAddressFromQStringList ( const QStringList &data, const int type ) { KABC::Address mAddress; mAddress.setType( type ); if ( data.count() > 0 ) mAddress.setPostOfficeBox( data[0] ); if ( data.count() > 1 ) mAddress.setExtended( data[1] ); if ( data.count() > 2 ) mAddress.setStreet( data[2] ); if ( data.count() > 3 ) mAddress.setLocality( data[3] ); if ( data.count() > 4 ) mAddress.setRegion( data[4] ); if ( data.count() > 5 ) mAddress.setPostalCode( data[5] ); if ( data.count() > 6 ) mAddress.setCountry( data[6] ); return mAddress; } VCard21ParserImpl *VCard21ParserImpl::parseVCard( const QString& vc, int *err ) { int _err = 0; int _state = VC_STATE_BEGIN; - QValueList<VCardLineX> *_vcdata; - QValueList<QString> lines; + Q3ValueList<VCardLineX> *_vcdata; + QStringList lines; - _vcdata = new QValueList<VCardLineX>; + _vcdata = new Q3ValueList<VCardLineX>; lines = QStringList::split( QRegExp( "[\x0d\x0a]" ), vc ); // for each line in the vCard for ( QStringList::Iterator j = lines.begin(); j != lines.end(); ++j ) { VCardLineX _vcl; // take spaces off the end - ugly but necessary hack for ( int g = (*j).length()-1; g > 0 && (*j)[g].isSpace(); --g ) (*j)[g] = 0; // first token: // verify state, update if necessary if ( _state & VC_STATE_BEGIN) { if ( !qstricmp( (*j).latin1(), VCARD_BEGIN ) ) { _state = VC_STATE_BODY; continue; } else { _err = VC_ERR_NO_BEGIN; break; } } else if ( _state & VC_STATE_BODY ) { if ( !qstricmp( (*j).latin1(), VCARD_END ) ) { _state |= VC_STATE_END; break; } // split into two tokens int colon = (*j).find( ':' ); if ( colon < 0 ) { _err = VC_ERR_INVALID_LINE; break; } QString key = (*j).left( colon ); QString value = (*j).mid( colon + 1 ); // check for qualifiers and // set name, qualified, qualifier(s) QStringList keyTokens = QStringList::split( ';', key ); bool qp = false, first_pass = true; bool b64 = false; if ( keyTokens.count() > 0 ) { _vcl.qualified = false; _vcl.name = keyTokens[ 0 ].lower(); for ( QStringList::Iterator z = keyTokens.begin(); z != keyTokens.end(); ++z ) { QString zz = (*z).lower(); if ( zz == VCARD_QUOTED_PRINTABLE || zz == VCARD_ENCODING_QUOTED_PRINTABLE ) { qp = true; } else if ( zz == VCARD_BASE64 ) { b64 = true; } else if ( !first_pass ) { _vcl.qualified = true; _vcl.qualifiers.append( zz ); } first_pass = false; } } else { _err = VC_ERR_INVALID_LINE; } if ( _err != 0 ) break; if ( _vcl.name == VCARD_VERSION ) _state |= VC_STATE_HAVE_VERSION; if ( _vcl.name == VCARD_N || _vcl.name == VCARD_FN ) _state |= VC_STATE_HAVE_N; // second token: // split into tokens by ; // add to parameters vector if ( b64 ) { if ( value.at( value.length() - 1 ) != '=' ) do { value += *( ++j ); } while ( (*j).at( (*j).length() - 1 ) != '=' ); } else { if ( qp ) { // join any split lines while ( value.at( value.length() - 1 ) == '=' ) { value.remove( value.length() - 1, 1 ); value.append(*( ++j )); } } _vcl.parameters = QStringList::split( ';', value, true ); if ( qp ) { // decode the quoted printable - for ( QStringList::Iterator z = _vcl.parameters.begin(); z != _vcl.parameters.end(); ++z ) - *z = KCodecs::quotedPrintableDecode( (*z).latin1() ); + for ( QLinkedList<QString>::Iterator z = _vcl.parameters.begin(); z != _vcl.parameters.end(); ++z ) + *z = KCodecs::quotedPrintableDecode( (Q3CString)(*z).latin1() ); } } } else { _err = VC_ERR_INTERNAL; break; } // validate VCardLineX if ( !_vcl.isValid() ) { _err = VC_ERR_INVALID_LINE; break; } // add to vector _vcdata->append( _vcl ); } // errors to check at the last minute (exit state related) if ( _err == 0 ) { if ( !( _state & VC_STATE_END ) ) // we have to have an end!! _err = VC_ERR_NO_END; if ( !( _state & VC_STATE_HAVE_N ) || // we have to have the mandatories! !( _state & VC_STATE_HAVE_VERSION ) ) _err = VC_ERR_MISSING_MANDATORY; } // set the error message if we can, and only return an object // if the vCard was valid. if ( err ) *err = _err; if ( _err != 0 ) { delete _vcdata; return 0; } return new VCard21ParserImpl( _vcdata ); } -VCard21ParserImpl::VCard21ParserImpl(QValueList<VCardLineX> *_vcd) : _vcdata(_vcd) +VCard21ParserImpl::VCard21ParserImpl(Q3ValueList<VCardLineX> *_vcd) : _vcdata(_vcd) { } QString VCard21ParserImpl::getValue(const QString& name, const QString& qualifier) { QString failed; const QString lowname = name.lower(); const QString lowqualifier = qualifier.lower(); - for (QValueListIterator<VCardLineX> i = _vcdata->begin();i != _vcdata->end();++i) { + for (Q3ValueListIterator<VCardLineX> i = _vcdata->begin();i != _vcdata->end();++i) { if ((*i).name == lowname && (*i).qualified && (*i).qualifiers.contains(lowqualifier)) { if ((*i).parameters.count() > 0) return (*i).parameters[0]; else return failed; } } return failed; } QString VCard21ParserImpl::getValue(const QString& name) { QString failed; const QString lowname = name.lower(); - for (QValueListIterator<VCardLineX> i = _vcdata->begin();i != _vcdata->end();++i) { + for (Q3ValueListIterator<VCardLineX> i = _vcdata->begin();i != _vcdata->end();++i) { if ((*i).name == lowname && !(*i).qualified) { if ((*i).parameters.count() > 0) return (*i).parameters[0]; else return failed; } } return failed; } QStringList VCard21ParserImpl::getValues(const QString& name) { const QString lowname = name.lower(); - for (QValueListIterator<VCardLineX> i = _vcdata->begin();i != _vcdata->end();++i) { - if ((*i).name == lowname && !(*i).qualified) - return (*i).parameters; + for (Q3ValueListIterator<VCardLineX> i = _vcdata->begin();i != _vcdata->end();++i) { + if ((*i).name == lowname && !(*i).qualified) { + return QStringList( (*i).parameters ); + } } // failed. return QStringList(); } QStringList VCard21ParserImpl::getValues(const QString& name, const QString& qualifier) { const QString lowname = name.lower(); const QString lowqualifier = qualifier.lower(); - for (QValueListIterator<VCardLineX> i = _vcdata->begin();i != _vcdata->end();++i) { + for (Q3ValueListIterator<VCardLineX> i = _vcdata->begin();i != _vcdata->end();++i) { if ((*i).name == lowname && (*i).qualified && (*i).qualifiers.contains(lowqualifier)) - return (*i).parameters; + return QStringList( (*i).parameters ); } // failed. return QStringList(); } |