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/***************************************************************************
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mapihd.cpp - description
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-------------------
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begin : Tue Jul 25 2000
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copyright : (C) 2000 by Hans Dijkema
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email : kmailcvt@hum.org
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***************************************************************************/
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/***************************************************************************
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* *
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* This program is free software; you can redistribute it and/or modify *
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* it under the terms of the GNU General Public License as published by *
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* the Free Software Foundation; either version 2 of the License, or *
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* (at your option) any later version. *
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* *
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***************************************************************************/
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#include "pab_pablib.h"
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bool operator < (mapitag_t & a,mapitag_t & b) { return a._order<b._order; }
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bool operator > (mapitag_t & a,mapitag_t & b) { return a._order>b._order; }
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bool operator == (mapitag_t & a,mapitag_t & b) { return a._order==b._order; }
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static word_t
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map_givenname[]=
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{ pr_givenname,
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SET_MS_GIVEN_NAME,
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0
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},
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map_email[]=
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{ pr_email,
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SET_MS_EMAIL,
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0
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},
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map_firstname[]=
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{ pr_firstname,
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SET_MS_FIRSTNAME,
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0
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},
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map_lastname[]=
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{ pr_lastname,
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SET_MS_LASTNAME,
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0
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},
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map_additionalname[]=
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{ pr_additionalname,
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SET_MS_MIDDLENAME,
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0
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},
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map_title[]=
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{ pr_title,
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SET_MS_TITLE,
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0
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},
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map_address[]=
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{ pr_address,
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SET_MS_ADDRESS,
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0
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},
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map_zip[]=
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{ pr_zip,
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SET_MS_ZIP,
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0
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},
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map_state[]=
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{ pr_state,
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SET_MS_STATE,
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0
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},
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map_town[]=
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{ pr_town,
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SET_MS_TOWN,
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0
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},
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map_country[]=
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{ pr_country,
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SET_MS_COUNTRY,
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0
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},
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map_tel[]=
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{ pr_tel,
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SET_MS_TEL,
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0
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},
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map_mobile[]=
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{ pr_mobile,
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SET_MS_MOBILE,
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0
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},
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map_fax[]=
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{ pr_fax,
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SET_MS_FAX,
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0
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},
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map_job[]=
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{ pr_job,
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HP_OPENMAIL_JOB,
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0
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},
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map_organization[]=
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{ pr_organization,
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SET_MS_ORGANIZATION,
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HP_OPENMAIL_ORGANIZATION,
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0
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},
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map_department[]=
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{ pr_department,
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SET_MS_DEPARTMENT,
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HP_OPENMAIL_DEPARTMENT,
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0
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},
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map_subdep[]=
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{ pr_subdep,
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HP_OPENMAIL_SUBDEP,
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0
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},
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map_notes[]=
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{ pr_notes,
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SET_MS_COMMENT,
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0
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},
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map_notused[]=
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{ pr_notused,
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HP_OPENMAIL_LOCATION_OF_WORK, // location of work
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SET_NOT_USED,
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0
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};
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static word_t *mapi_map[]={ map_givenname, map_email,
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map_firstname, map_lastname, map_additionalname,map_title,
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map_address, map_town, map_zip, map_state, map_country,
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map_tel, map_mobile, map_fax,
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map_organization, map_department, map_subdep, map_job,
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map_notes,
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map_notused,
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NULL
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};
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pabrec_entry mapitag_t::matchTag(void)
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{
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int i,j;
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pabrec_entry e=pr_unknown;
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for(i=0;mapi_map[i]!=NULL && e==pr_unknown;i++) {
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for(j=1;mapi_map[i][j]!=0 && _tag!=mapi_map[i][j];j++);
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if (mapi_map[i][j]!=0) {
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e=(pabrec_entry) mapi_map[i][0];
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}
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}
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return e;
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}
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pabfields_t::pabfields_t(pabrec & R, TQWidget * /*parent*/)
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{
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// Skip the first two words, because they're always the
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// same 000c 0014 ==> 0014 gives us the types, so we
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// parse from 0014 till the next offset and order the tags.
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int mb,me;
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uint i,k;
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content_t _tag,_order;
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mb=R[1];
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me=R[2];
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while (mb<me) {
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_tag=R.read(mb);mb+=sizeof(_tag);
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_order=R.read(mb);mb+=sizeof(_order);
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{mapitag_t mt(_tag,_order);
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tags[tags.size()]=mt;
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context_tags[context_tags.size()]=mt;
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}
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}
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tags.sort();
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// get the right entries now
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for(i=2,k=0;i<R.N() && k<tags.size();i++,k++) {
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if (!isUsed(k)) { i-=1; }
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else {pabrec_entry e;
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TQString E;
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e=isWhat(k);
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E=R.getEntry(i);
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{ TQString s=E;
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s=s.stripWhiteSpace();
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E=s;
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}
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/*
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{ char m[1024];
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snprintf(m, sizeof(m), "%d %d %04x %08lx %d %s %d %d",i,k,literal(k),order(k),e,E.latin1(),E[0].latin1(),E.length());
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info->addLog(m);
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}
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*/
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if (!E.isEmpty()) {
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switch (e) {
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case pr_givenname: givenName=E;
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break;
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case pr_email: email=E;
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break;
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case pr_firstname: firstName=E;
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break;
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case pr_additionalname: additionalName=E;
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break;
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case pr_lastname: lastName=E;
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break;
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case pr_title: title=E;
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break;
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case pr_address: address=E;
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break;
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case pr_town: town=E;
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break;
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case pr_state: state=E;
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break;
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case pr_zip: zip=E;
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break;
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case pr_country: country=E;
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break;
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case pr_organization: organization=E;
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break;
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case pr_department: department=E;
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break;
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case pr_subdep: subDep=E;
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break;
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case pr_job: job=E;
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break;
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case pr_tel: tel=E;
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break;
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case pr_fax: fax=E;
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break;
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case pr_modem: modem=E;
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break;
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case pr_mobile: mobile=E;
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break;
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case pr_url: homepage=E;
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break;
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case pr_talk: talk=E;
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break;
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case pr_notes: comment=E;
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break;
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case pr_birthday: birthday=E;
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break;
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case pr_notused:
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break;
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default: {/*char m[250];
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snprintf(m,sizeof(m),"unknown tag '%x'",literal(k));
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info->log(m);*/
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}
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break;
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}
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}
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}
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}
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if (!firstName.isEmpty() && !lastName.isEmpty()) {
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givenName=lastName+", "+firstName;
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}
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// Determine if the record is ok.
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OK=true;
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}
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bool pabfields_t::isUsed(int k)
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{
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return tags[k].isUsed();
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}
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pabrec_entry pabfields_t::isWhat(int k)
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{
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return tags[k].matchTag();
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}
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word_t pabfields_t::literal(int k)
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{
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return tags[k].literal();
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}
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content_t pabfields_t::order(int k)
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{
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return tags[k].order();
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}
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TDEABC::Addressee pabfields_t::get() {
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TDEABC::Addressee a;
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if (!givenName.isEmpty()) a.setFormattedName(givenName);
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if (!email.isEmpty()) a.insertEmail(email);
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if (!title.isEmpty()) a.setTitle(title);
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if (!firstName.isEmpty()) a.setName(firstName);
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if (!additionalName.isEmpty()) a.setAdditionalName(additionalName);
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if (!lastName.isEmpty()) a.setFamilyName(lastName);
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TDEABC::Address addr;
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if (!address.isEmpty()) addr.setStreet(address);
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if (!town.isEmpty()) addr.setLocality(town);
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if (!zip.isEmpty()) addr.setPostalCode(zip);
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if (!state.isEmpty()) addr.setRegion(state);
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if (!country.isEmpty()) addr.setCountry(country);
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a.insertAddress(addr);
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if (!organization.isEmpty()) a.setOrganization(organization);
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if (!department.isEmpty()) a.setRole(department);
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// Miss out department, subDep, job
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if (!tel.isEmpty()) a.insertPhoneNumber( TDEABC::PhoneNumber( tel, TDEABC::PhoneNumber::Voice ) );
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if (!fax.isEmpty()) a.insertPhoneNumber( TDEABC::PhoneNumber( fax, TDEABC::PhoneNumber::Fax ) );
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if (!mobile.isEmpty()) a.insertPhoneNumber( TDEABC::PhoneNumber( mobile, TDEABC::PhoneNumber::Cell ) );
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if (!modem.isEmpty()) a.insertPhoneNumber( TDEABC::PhoneNumber( modem, TDEABC::PhoneNumber::Modem ) );
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if (!homepage.isEmpty()) a.setUrl(KURL( homepage ));
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// Miss out talk
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if (!comment.isEmpty()) a.setNote(comment);
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// Miss out birthday
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return a;
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}
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/* class pabrec {
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private:
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char entry[1024];
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byte *_mem;
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word_t *_N;
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word_t *_w;
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public:
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pabrec(pab *); // expects record the begin at reading point (ftell).
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~pabrec();
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public:
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word_t N(void) { return _N[0]; }
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word_t operator[](int i) { return _w[i]; }
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const char *getEntry(int i);
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public:
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content_t read(word_t offset);
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};
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*/
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pabrec::pabrec(pab & P)
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{
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adr_t A=P.tell();
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content_t hdr;
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word_t offset,size,dummy;
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int i;
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hdr=P.go(A);
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offset=P.lower(hdr);
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size=offset;
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_mem=new byte[size];
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P.read(_mem,size);
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P.go(A+offset);
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P.read(m_N);
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m_W=new word_t[m_N+1];
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P.read(dummy);
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for(i=0;i<=m_N;i++) {
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P.read(m_W[i]);
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}
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}
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pabrec::~pabrec()
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{
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delete _mem;
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delete m_W;
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}
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content_t pabrec::read(word_t offset)
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{
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content_t R;
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R=_mem[offset+3];
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R<<=8;R+=_mem[offset+2];
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R<<=8;R+=_mem[offset+1];
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R<<=8;R+=_mem[offset];
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return R;
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}
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const char *pabrec::getEntry(int i)
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{
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int mb,me;
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int k;
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mb=m_W[i];me=m_W[i+1];
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for(k=0;mb!=me;mb++) {
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if (_mem[mb]>=' ' || _mem[mb]=='\n' || _mem[mb]==13 || _mem[mb]=='\t') {
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if (_mem[mb]==13) { entry[k]='\n'; }
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else { entry[k]=_mem[mb]; }
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k+=1;
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}
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}
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entry[k]='\0';
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return (const char *) entry;
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}
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