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: src/org/waxworlds/importcontacts/Importer.java
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- Committer: edam
- Date: 2009-10-03 16:58:29 UTC
- Revision ID: edam@waxworlds.org-20091003165829-vxhwdodf3400ugs3
Tags: 0.9
- converted project to use Android 1.5 SDK
- cleaned-up some whitespace/newlines in source
- cleaned-up some whitespace/newlines in source
- files added:
- TODO
- gen/org
- gen/org/waxworlds
- gen/org/waxworlds/importcontacts
- src/org
- src/org/waxworlds
- files removed:
- NEWS
- gen/am
- gen/am/ed
- gen/am/ed/importcontacts
- src/am
- src/am/ed
- files renamed:
- src/am/ed/importcontacts/ => src/org/waxworlds/importcontacts/
- src/am/ed/importcontacts/VcardImporter.java => src/org/waxworlds/importcontacts/VCFImporter.java
- files modified:
- .bzrignore
added
removed
src/org/waxworlds/importcontacts/Importer.java
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/*
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* Importer.java
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*
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* Copyright (C) 2009 to 2013 Tim Marston <tim@ed.am>
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* Copyright (C) 2009 Tim Marston <edam@waxworlds.org>
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*
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* This file is part of the Import Contacts program (hereafter referred
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* to as "this program"). For more information, see
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* http://ed.am/dev/android/import-contacts
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* to as "this program"). For more information, see
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* http://www.waxworlds.org/edam/software/android/import-contacts
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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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* along with this program. If not, see <http://www.gnu.org/licenses/>.
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*/
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package am.ed.importcontacts;
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package org.waxworlds.importcontacts;
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import java.util.Arrays;
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import java.util.HashMap;
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import java.util.HashSet;
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import java.util.Iterator;
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import java.util.Locale;
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import java.util.Set;
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import java.util.regex.Matcher;
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import java.util.regex.Pattern;
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import am.ed.importcontacts.Backend.ContactCreationException;
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import android.content.ContentUris;
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import android.content.ContentValues;
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import android.content.SharedPreferences;
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import android.database.Cursor;
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import android.net.Uri;
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import android.os.Message;
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import android.provider.Contacts;
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public class Importer extends Thread
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{
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public final static int ACTION_GOBACK = 0;
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public final static int ACTION_ABORT = 1;
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public final static int ACTION_ALLDONE = 2;
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private Doit _doit;
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private int _response;
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private int _response_extra;
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private int _merge_setting;
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private int _last_merge_decision;
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private int _responseExtra;
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private HashMap< String, Long > _contacts;
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private HashMap< Long, HashSet< String > > _contactNumbers;
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private HashMap< Long, HashSet< String > > _contactEmails;
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private int _mergeSetting;
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private int _lastMergeDecision;
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private boolean _abort = false;
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private boolean _is_finished = false;
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private ContactsCache _contacts_cache = null;
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private Backend _backend = null;
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private boolean _isFinished = false;
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/**
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* Data about a contact
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*/
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public class ContactData
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{
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public final static int TYPE_HOME = 0;
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public final static int TYPE_WORK = 1;
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public final static int TYPE_MOBILE = 2; // only used with phones
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public final static int TYPE_FAX_HOME = 3; // only used with phones
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public final static int TYPE_FAX_WORK = 4; // only used with phones
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public final static int TYPE_PAGER = 5; // only used with phones
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class TypeDetail
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{
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protected int _type;
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public TypeDetail( int type )
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{
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_type = type;
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}
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public int getType()
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{
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return _type;
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}
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}
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class PreferredDetail extends TypeDetail
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{
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protected boolean _is_preferred;
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public PreferredDetail( int type, boolean is_preferred )
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{
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super( type );
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_is_preferred = is_preferred;
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}
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public boolean isPreferred()
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{
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return _is_preferred;
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}
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}
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class ExtraDetail extends PreferredDetail
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{
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protected String _extra;
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public ExtraDetail( int type, boolean is_preferred, String extra )
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{
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super( type, is_preferred );
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if( extra != null ) extra = extra.trim();
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_extra = extra;
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}
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public String getExtra()
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{
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return _extra;
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}
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public void setExtra( String extra )
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{
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if( extra != null ) extra = extra.trim();
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_extra = extra;
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}
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}
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@SuppressWarnings("serial")
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protected class ContactNotIdentifiableException extends Exception
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{
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}
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protected String _name = null;
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protected String _primary_organisation = null;
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protected boolean _primary_organisation_is_preferred;
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protected String _primary_number = null;
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protected int _primary_number_type;
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protected boolean _primary_number_is_preferred;
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protected String _primary_email = null;
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protected boolean _primary_email_is_preferred;
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protected HashMap< String, ExtraDetail > _organisations = null;
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protected HashMap< String, PreferredDetail > _numbers = null;
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protected HashMap< String, PreferredDetail > _emails = null;
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protected HashMap< String, TypeDetail > _addresses = null;
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protected HashSet< String > _notes = null;
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protected String _birthday = null;
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private ContactsCache.CacheIdentifier _cache_identifier = null;
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class PhoneData
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{
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public String _number;
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public int _type;
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public boolean _isPreferred;
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public PhoneData( String number, int type, boolean isPreferred ) {
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_number = number;
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_type = type;
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_isPreferred = isPreferred;
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}
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public String getNumber() {
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return _number;
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}
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public int getType() {
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return _type;
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}
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public boolean isPreferred() {
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return _isPreferred;
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}
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}
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class EmailData
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{
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private String _email;
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public int _type;
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private boolean _isPreferred;
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public EmailData( String email, int type, boolean isPreferred ) {
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_email = email;
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_type = type;
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_isPreferred = isPreferred;
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}
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public String getAddress() {
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return _email;
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}
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public int getType() {
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return _type;
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}
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public boolean isPreferred() {
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return _isPreferred;
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}
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}
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public String _name = null;
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public HashMap< String, PhoneData > _phones = null;
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public HashMap< String, EmailData > _emails = null;
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protected void setName( String name )
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{
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_name = name;
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}
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public boolean hasName()
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{
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return _name != null;
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}
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public String getName()
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{
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return _name;
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}
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protected void addOrganisation( String organisation, String title,
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boolean is_preferred )
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{
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organisation = organisation.trim();
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if( organisation.length() <= 0 )
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{
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// TODO: warn that an imported organisation is being ignored
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return;
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}
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if( title != null ) {
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title = title.trim();
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if( title.length() <= 0 ) title = null;
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}
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// add the organisation, as non-preferred (we prefer only one
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// organisation in finalise() after they're all imported)
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if( _organisations == null )
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_organisations = new HashMap< String, ExtraDetail >();
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if( !_organisations.containsKey( organisation ) )
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_organisations.put( organisation,
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new ExtraDetail( 0, false, title ) );
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// if this is the first organisation added, or it's a preferred
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// organisation and the current primary organisation isn't, then
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// record this as the primary organisation
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if( _primary_organisation == null ||
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( is_preferred && !_primary_organisation_is_preferred ) )
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{
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_primary_organisation = organisation;
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_primary_organisation_is_preferred = is_preferred;
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}
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}
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public boolean hasOrganisations()
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{
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return _organisations != null && _organisations.size() > 0;
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}
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public HashMap< String, ExtraDetail > getOrganisations()
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{
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return _organisations;
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}
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public boolean hasPrimaryOrganisation()
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{
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return _primary_organisation != null;
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}
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public String getPrimaryOrganisation()
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{
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return _primary_organisation;
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}
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protected void addNumber( String number, int type,
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boolean is_preferred )
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{
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number = sanitisePhoneNumber( number );
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if( number == null )
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{
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// TODO: warn that an imported phone number is being ignored
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return;
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}
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// add the number, as non-preferred (we prefer only one number
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// in finalise() after they're all imported)
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if( _numbers == null )
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_numbers = new HashMap< String, PreferredDetail >();
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if( !_numbers.containsKey( number ) )
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_numbers.put( number,
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new PreferredDetail( type, false ) );
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final Set< Integer > non_voice_types = new HashSet< Integer >(
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Arrays.asList( TYPE_FAX_HOME, TYPE_FAX_WORK, TYPE_PAGER ) );
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// if this is the first number added, or it's a preferred number
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// and the current primary number isn't, or this number is on equal
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// standing with the primary number in terms of preference and it is
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// a voice number and the primary number isn't, then record this as
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// the primary number
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if( _primary_number == null ||
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( is_preferred && !_primary_number_is_preferred ) ||
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( is_preferred == _primary_number_is_preferred &&
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!non_voice_types.contains( type ) &&
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non_voice_types.contains( _primary_number_type ) ) )
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{
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_primary_number = number;
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_primary_number_type = type;
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_primary_number_is_preferred = is_preferred;
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}
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}
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public boolean hasNumbers()
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{
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return _numbers != null && _numbers.size() > 0;
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}
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public HashMap< String, PreferredDetail > getNumbers()
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{
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return _numbers;
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}
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public boolean hasPrimaryNumber()
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{
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return _primary_number != null;
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}
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public String getPrimaryNumber()
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{
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return _primary_number;
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}
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protected void addEmail( String email, int type, boolean is_preferred )
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{
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email = sanitisesEmailAddress( email );
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if( email == null )
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{
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// TODO: warn that an imported email address is being ignored
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return;
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}
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// add the email, as non-preferred (we prefer only one email in
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// finalise() after they're all imported)
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if( _emails == null )
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_emails = new HashMap< String, PreferredDetail >();
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protected void addPhone( String number, int type, boolean isPreferred )
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{
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if( _phones == null ) _phones = new HashMap< String, PhoneData >();
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if( !_phones.containsKey( number ) )
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_phones.put( number,
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new PhoneData( number, type, isPreferred ) );
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}
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protected void addEmail( String email, int type, boolean isPreferred )
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{
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if( _emails == null ) _emails = new HashMap< String, EmailData >();
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if( !_emails.containsKey( email ) )
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_emails.put( email, new PreferredDetail( type, false ) );
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// if this is the first email added, or it's a preferred email and
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// the current primary organisation isn't, then record this as the
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// primary email
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if( _primary_email == null ||
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( is_preferred && !_primary_email_is_preferred ) )
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{
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_primary_email = email;
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_primary_email_is_preferred = is_preferred;
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}
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}
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public boolean hasEmails()
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{
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return _emails != null && _emails.size() > 0;
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}
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public HashMap< String, PreferredDetail > getEmails()
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{
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return _emails;
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}
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public boolean hasPrimaryEmail()
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{
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return _primary_email != null;
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}
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public String getPrimaryEmail()
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{
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return _primary_email;
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}
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protected void addAddress( String address, int type )
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{
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address = address.trim();
327
if( address.length() <= 0 )
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{
329
// TODO: warn that an imported address is being ignored
330
return;
331
}
332
333
if( _addresses == null ) _addresses =
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new HashMap< String, TypeDetail >();
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if( !_addresses.containsKey( address ) )
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_addresses.put( address, new TypeDetail( type ) );
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}
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public boolean hasAddresses()
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{
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return _addresses != null && _addresses.size() > 0;
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}
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public HashMap< String, TypeDetail > getAddresses()
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{
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return _addresses;
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}
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protected void addNote( String note )
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{
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if( _notes == null ) _notes = new HashSet< String >();
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if( !_notes.contains( note ) )
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_notes.add( note );
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}
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public boolean hasNotes()
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{
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return _notes != null && _notes.size() > 0;
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}
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public HashSet< String > getNotes()
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{
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return _notes;
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}
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public void setBirthday( String birthday )
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{
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_birthday = birthday;
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}
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public boolean hasBirthday()
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{
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return _birthday != null;
374
}
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public String getBirthday()
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{
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return _birthday;
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}
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protected void finalise()
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throws ContactNotIdentifiableException
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{
384
// Ensure that if there is a primary number, it is preferred so
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// that there is always one preferred number. Android will assign
386
// preference to one anyway so we might as well decide one sensibly.
387
if( _primary_number != null ) {
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PreferredDetail data = _numbers.get( _primary_number );
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_numbers.put( _primary_number,
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new PreferredDetail( data.getType(), true ) );
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}
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// do the same for the primary email
394
if( _primary_email != null ) {
395
PreferredDetail data = _emails.get( _primary_email );
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_emails.put( _primary_email,
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new PreferredDetail( data.getType(), true ) );
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}
399
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// do the same for the primary organisation
401
if( _primary_organisation != null ) {
402
ExtraDetail data = _organisations.get( _primary_organisation );
403
_organisations.put( _primary_organisation,
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new ExtraDetail( 0, true, data.getExtra() ) );
405
}
406
407
// create a cache identifier from this contact data, which can be
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// used to look-up an existing contact
409
_cache_identifier = ContactsCache.CacheIdentifier.factory( this );
410
if( _cache_identifier == null )
411
throw new ContactNotIdentifiableException();
412
}
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public ContactsCache.CacheIdentifier getCacheIdentifier()
415
{
416
return _cache_identifier;
417
}
418
419
private String sanitisePhoneNumber( String number )
420
{
421
number = number.trim();
422
Pattern p = Pattern.compile( "^[-\\(\\) \\+0-9#*]+" );
423
Matcher m = p.matcher( number );
424
if( m.lookingAt() ) return m.group( 0 );
425
return null;
426
}
427
428
private String sanitisesEmailAddress( String email )
429
{
430
email = email.trim();
431
Pattern p = Pattern.compile(
432
"^[^ @]+@[a-zA-Z]([-a-zA-Z0-9]*[a-zA-z0-9])?(\\.[a-zA-Z]([-a-zA-Z0-9]*[a-zA-z0-9])?)+$" );
433
Matcher m = p.matcher( email );
434
if( m.matches() ) {
435
String[] bits = email.split( "@" );
436
return bits[ 0 ] + "@" +
437
bits[ 1 ].toLowerCase( Locale.ENGLISH );
438
}
439
return null;
142
_emails.put( email, new EmailData( email, type, isPreferred ) );
440
143
}
441
144
}
442
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@SuppressWarnings("serial")
444
146
protected class AbortImportException extends Exception { };
445
147
446
148
public Importer( Doit doit )
448
150
_doit = doit;
449
151
450
152
SharedPreferences prefs = getSharedPreferences();
451
_merge_setting = prefs.getInt( "merge_setting", Doit.ACTION_PROMPT );
153
_mergeSetting = prefs.getInt( "merge_setting", Doit.ACTION_PROMPT );
452
154
}
453
155
454
156
@Override
456
158
{
457
159
try
458
160
{
459
// update UI
460
setProgressMessage( R.string.doit_caching );
461
462
// create the appropriate backend
463
if( Integer.parseInt( android.os.Build.VERSION.SDK ) >= 5 )
464
_backend = new ContactsContractBackend( _doit );
465
else
466
_backend = new ContactsBackend( _doit );
467
468
// create a cache of existing contacts and populate it
469
_contacts_cache = new ContactsCache();
470
_backend.populateCache( _contacts_cache );
161
// cache current contact names
162
buildContactsCache();
471
163
472
164
// do the import
473
165
onImport();
484
176
485
177
synchronized private void setIsFinished()
486
178
{
487
_is_finished = true;
179
_isFinished = true;
488
180
}
489
181
490
182
protected void onImport() throws AbortImportException
501
193
wake( response, RESPONSEEXTRA_NONE );
502
194
}
503
195
504
synchronized public void wake( int response, int response_extra )
196
synchronized public void wake( int response, int responseExtra )
505
197
{
506
198
_response = response;
507
_response_extra = response_extra;
199
_responseExtra = responseExtra;
508
200
notify();
509
201
}
510
202
511
203
synchronized public boolean setAbort()
512
204
{
513
if( !_is_finished && !_abort ) {
205
if( !_isFinished && !_abort ) {
514
206
_abort = true;
515
207
notify();
516
208
return true;
533
225
{
534
226
checkAbort();
535
227
_doit._handler.sendMessage( Message.obtain(
536
_doit._handler, Doit.MESSAGE_ERROR, message ) );
537
try {
538
wait();
539
}
540
catch( InterruptedException e ) { }
541
542
// no need to check if an abortion happened during the wait, we are
543
// about to finish anyway!
544
finish( ACTION_ABORT );
545
}
546
547
protected void showContinueOrAbort( int res ) throws AbortImportException
548
{
549
showContinueOrAbort( _doit.getText( res ).toString() );
550
}
551
552
synchronized protected void showContinueOrAbort( String message )
553
throws AbortImportException
554
{
555
checkAbort();
556
_doit._handler.sendMessage( Message.obtain(
557
_doit._handler, Doit.MESSAGE_CONTINUEORABORT, message ) );
558
try {
559
wait();
560
}
561
catch( InterruptedException e ) { }
562
563
// if we're aborting, there's no need to check if an abortion happened
564
// during the wait
565
if( _response == RESPONSE_NEGATIVE )
566
finish( ACTION_ABORT );
567
else
568
checkAbort();
228
_doit._handler, Doit.MESSAGE_ERROR, message ) );
229
try {
230
wait();
231
}
232
catch( InterruptedException e ) { }
233
// no need to check if an abortion happened during the wait, we are
234
// about to finish anyway!
235
finish( ACTION_ABORT );
236
}
237
238
protected void showFatalError( int res ) throws AbortImportException
239
{
240
showFatalError( _doit.getText( res ).toString() );
241
}
242
243
synchronized protected void showFatalError( String message )
244
throws AbortImportException
245
{
246
checkAbort();
247
_doit._handler.sendMessage( Message.obtain(
248
_doit._handler, Doit.MESSAGE_ERROR, message ) );
249
try {
250
wait();
251
}
252
catch( InterruptedException e ) { }
253
// no need to check if an abortion happened during the wait, we are
254
// about to finish anyway!
255
finish( ACTION_ABORT );
256
}
257
258
protected boolean showContinue( int res ) throws AbortImportException
259
{
260
return showContinue( _doit.getText( res ).toString() );
261
}
262
263
synchronized protected boolean showContinue( String message )
264
throws AbortImportException
265
{
266
checkAbort();
267
_doit._handler.sendMessage( Message.obtain(
268
_doit._handler, Doit.MESSAGE_CONTINUEORABORT, message ) );
269
try {
270
wait();
271
}
272
catch( InterruptedException e ) { }
273
274
// check if an abortion happened during the wait
275
checkAbort();
276
277
return _response == RESPONSE_POSITIVE;
569
278
}
570
279
571
280
protected void setProgressMessage( int res ) throws AbortImportException
572
281
{
573
282
checkAbort();
574
283
_doit._handler.sendMessage( Message.obtain( _doit._handler,
575
Doit.MESSAGE_SETPROGRESSMESSAGE, getText( res ) ) );
284
Doit.MESSAGE_SETPROGRESSMESSAGE, getText( res ) ) );
576
285
}
577
286
578
protected void setProgressMax( int max_progress )
287
protected void setProgressMax( int maxProgress )
579
288
throws AbortImportException
580
289
{
581
290
checkAbort();
582
291
_doit._handler.sendMessage( Message.obtain(
583
_doit._handler, Doit.MESSAGE_SETMAXPROGRESS,
584
Integer.valueOf( max_progress ) ) );
292
_doit._handler, Doit.MESSAGE_SETMAXPROGRESS,
293
new Integer( maxProgress ) ) );
585
294
}
586
295
587
protected void setTmpProgress( int tmp_progress )
588
throws AbortImportException
296
protected void setTmpProgress( int tmpProgress ) throws AbortImportException
589
297
{
590
298
checkAbort();
591
299
_doit._handler.sendMessage( Message.obtain(
592
_doit._handler, Doit.MESSAGE_SETTMPPROGRESS,
593
Integer.valueOf( tmp_progress ) ) );
300
_doit._handler, Doit.MESSAGE_SETTMPPROGRESS,
301
new Integer( tmpProgress ) ) );
594
302
}
595
303
596
304
protected void setProgress( int progress ) throws AbortImportException
597
305
{
598
306
checkAbort();
599
307
_doit._handler.sendMessage( Message.obtain(
600
_doit._handler, Doit.MESSAGE_SETPROGRESS,
601
Integer.valueOf( progress ) ) );
308
_doit._handler, Doit.MESSAGE_SETPROGRESS,
309
new Integer( progress ) ) );
602
310
}
603
311
604
312
protected void finish( int action ) throws AbortImportException
607
315
int message;
608
316
switch( action )
609
317
{
610
case ACTION_ALLDONE: message = Doit.MESSAGE_ALLDONE; break;
318
case ACTION_GOBACK: message = Doit.MESSAGE_FINISHED_GOBACK; break;
319
case ACTION_ALLDONE: message = Doit.MESSAGE_FINISHED_ALLDONE; break;
611
320
default: // fall through
612
case ACTION_ABORT: message = Doit.MESSAGE_ABORT; break;
321
case ACTION_ABORT: message = Doit.MESSAGE_FINISHED; break;
613
322
}
614
323
_doit._handler.sendEmptyMessage( message );
615
324
622
331
return _doit.getText( res );
623
332
}
624
333
625
/**
626
* Should we skip a contact, given whether it exists or not and the current
627
* merge setting? This routine handles throwing up a prompt, if required.
628
*
629
* @param contact_detail the display name of the contact
630
* @param exists true if this contact matches one in the cache
631
* @param merge_setting the merge setting to use
632
* @return true if the contact should be skipped outright
633
* @throws AbortImportException
634
*/
635
synchronized private boolean shouldWeSkipContact( String contact_detail,
636
boolean exists, int merge_setting ) throws AbortImportException
637
{
638
_last_merge_decision = merge_setting;
334
protected boolean isImportRequired( String name )
335
throws AbortImportException
336
{
337
checkAbort();
338
return isImportRequired( name, _mergeSetting );
339
}
340
341
synchronized private boolean isImportRequired( String name,
342
int mergeSetting ) throws AbortImportException
343
{
344
_lastMergeDecision = mergeSetting;
639
345
640
346
// handle special cases
641
switch( merge_setting )
347
switch( mergeSetting )
642
348
{
643
349
case Doit.ACTION_KEEP:
644
// if we are skipping on a duplicate, check for one
645
return exists;
350
// if we keep contacts on duplicate, we better check for one
351
return !_contacts.containsKey( name );
646
352
647
353
case Doit.ACTION_PROMPT:
648
// if we are prompting on duplicate, then we can say that we won't
649
// skip if there isn't one
650
if( !exists ) return false;
354
// if we are prompting on duplicate, we better check for one
355
if( !_contacts.containsKey( name ) )
356
return true;
651
357
652
// ok, duplicate exists, so do prompt
653
_doit._handler.sendMessage( Message.obtain( _doit._handler,
654
Doit.MESSAGE_MERGEPROMPT, contact_detail ) );
358
// ok, it exists, so do prompt
359
_doit._handler.sendMessage( Message.obtain(
360
_doit._handler, Doit.MESSAGE_MERGEPROMPT, name ) );
655
361
try {
656
362
wait();
657
363
}
660
366
// check if an abortion happened during the wait
661
367
checkAbort();
662
368
663
// if "always" was selected, make choice permanent
664
if( _response_extra == RESPONSEEXTRA_ALWAYS )
665
_merge_setting = _response;
369
// if "always" was selected, make choice permenant
370
if( _responseExtra == RESPONSEEXTRA_ALWAYS )
371
_mergeSetting = _response;
666
372
667
// recurse, with our new merge setting
668
return shouldWeSkipContact( contact_detail, exists, _response );
373
// recurse, with out new merge setting
374
return isImportRequired( name, _response );
669
375
}
670
376
671
// for all other cases (either overwriting or merging) we don't skip
672
return false;
377
// for all other cases (either overwriting or merging) we will need the
378
// imported data
379
return true;
673
380
}
674
381
675
382
protected void skipContact() throws AbortImportException
676
383
{
677
384
checkAbort();
678
679
// show that we're skipping a new contact
680
385
_doit._handler.sendEmptyMessage( Doit.MESSAGE_CONTACTSKIPPED );
681
386
}
682
387
685
390
{
686
391
checkAbort();
687
392
688
// It is expected that we use contact.getCacheIdentifier() here. The
689
// contact we are passed should have been successfully finalise()d,
690
// which includes generating a valid cache identifier.
691
ContactsCache.CacheIdentifier cache_identifier =
692
contact.getCacheIdentifier();
693
694
393
// if( !showContinue( "====[ IMPORTING ]====\n: " + contact._name ) )
695
394
// finish( ACTION_ABORT );
696
395
697
// attempt to lookup the id of an existing contact in the cache with
698
// this contact data's cache identifier
699
Long id = (Long)_contacts_cache.lookup( cache_identifier );
396
ContentValues values = new ContentValues();
397
boolean uiInformed = false;
700
398
701
// check to see if this contact should be skipped
702
if( shouldWeSkipContact( cache_identifier.getDetail(), id != null,
703
_merge_setting ) )
399
// does contact exist already?
400
Uri contactUri = null;
401
Long id;
402
if( ( id = (Long)_contacts.get( contact._name ) ) != null )
704
403
{
705
// show that we're skipping a contact
706
_doit._handler.sendEmptyMessage( Doit.MESSAGE_CONTACTSKIPPED );
707
return;
404
// should we skip this import altogether?
405
if( _lastMergeDecision == Doit.ACTION_KEEP ) return;
406
407
// get contact's URI
408
contactUri = ContentUris.withAppendedId(
409
Contacts.People.CONTENT_URI, id );
410
411
// should we destroy the existing contact before importing?
412
if( _lastMergeDecision == Doit.ACTION_OVERWRITE ) {
413
_doit.getContentResolver().delete( contactUri, null, null );
414
contactUri = null;
415
416
// upate the UI
417
_doit._handler.sendEmptyMessage( Doit.MESSAGE_CONTACTOVERWRITTEN );
418
uiInformed = true;
419
420
// update cache
421
_contacts.remove( contact._name );
422
}
708
423
}
709
424
710
// if a contact exists, and we're overwriting, destroy the existing
711
// contact before importing
712
boolean contact_deleted = false;
713
if( id != null && _last_merge_decision == Doit.ACTION_OVERWRITE )
425
// if we don't have a contact URI it is because the contact never
426
// existed or because we deleted it
427
if( contactUri == null )
714
428
{
715
contact_deleted = true;
429
// create a new contact
430
values.put( Contacts.People.NAME, contact._name );
431
contactUri = _doit.getContentResolver().insert(
432
Contacts.People.CONTENT_URI, values );
433
id = ContentUris.parseId( contactUri );
434
if( id <= 0 ) return; // shouldn't happen!
716
435
717
// remove from device
718
_backend.deleteContact( id );
436
// add them to the "My Contacts" group
437
Contacts.People.addToMyContactsGroup(
438
_doit.getContentResolver(), id );
719
439
720
440
// update cache
721
_contacts_cache.removeLookup( cache_identifier );
722
_contacts_cache.removeAssociatedData( id );
723
724
// show that we're overwriting a contact
725
_doit._handler.sendEmptyMessage( Doit.MESSAGE_CONTACTOVERWRITTEN );
726
727
// discard the contact id
728
id = null;
729
}
730
731
try {
732
// if we don't have a contact id yet (or we did, but we destroyed it
733
// when we deleted the contact), we'll have to create a new contact
734
if( id == null )
735
{
736
// create a new contact
737
id = _backend.addContact( contact._name );
738
739
// update cache
740
_contacts_cache.addLookup( cache_identifier, id );
741
742
// if we haven't already shown that we're overwriting a contact,
743
// show that we're creating a new contact
744
if( !contact_deleted )
745
_doit._handler.sendEmptyMessage(
746
Doit.MESSAGE_CONTACTCREATED );
441
_contacts.put( contact._name, id );
442
443
// update UI
444
if( !uiInformed ) {
445
_doit._handler.sendEmptyMessage( Doit.MESSAGE_CONTACTCREATED );
446
uiInformed = true;
747
447
}
748
else
749
// show that we're merging with an existing contact
750
_doit._handler.sendEmptyMessage( Doit.MESSAGE_CONTACTMERGED );
751
752
// import contact parts
753
if( contact.hasNumbers() )
754
importContactPhones( id, contact.getNumbers() );
755
if( contact.hasEmails() )
756
importContactEmails( id, contact.getEmails() );
757
if( contact.hasAddresses() )
758
importContactAddresses( id, contact.getAddresses() );
759
if( contact.hasOrganisations() )
760
importContactOrganisations( id, contact.getOrganisations() );
761
if( contact.hasNotes() )
762
importContactNotes( id, contact.getNotes() );
763
if( contact.hasBirthday() )
764
importContactBirthday( id, contact.getBirthday() );
765
}
766
catch( Backend.ContactCreationException e )
767
{
768
showError( R.string.error_unabletoaddcontact );
769
}
448
}
449
450
// update UI
451
if( !uiInformed )
452
_doit._handler.sendEmptyMessage( Doit.MESSAGE_CONTACTMERGED );
453
454
// import contact parts
455
if( contact._phones != null )
456
importContactPhones( contactUri, contact._phones );
457
if( contact._emails != null )
458
importContactEmails( contactUri, contact._emails );
770
459
}
771
460
772
private void importContactPhones( Long id,
773
HashMap< String, ContactData.PreferredDetail > datas )
774
throws ContactCreationException
461
private void importContactPhones( Uri contactUri,
462
HashMap< String, ContactData.PhoneData > phones )
775
463
{
464
Long contactId = ContentUris.parseId( contactUri );
465
Uri contactPhonesUri = Uri.withAppendedPath( contactUri,
466
Contacts.People.Phones.CONTENT_DIRECTORY );
467
Set phonesKeys = phones.keySet();
468
776
469
// add phone numbers
777
Set< String > datas_keys = datas.keySet();
778
Iterator< String > i = datas_keys.iterator();
470
Iterator i = phonesKeys.iterator();
779
471
while( i.hasNext() ) {
780
String number = i.next();
781
ContactData.PreferredDetail data = datas.get( number );
472
ContactData.PhoneData phone = phones.get( i.next() );
782
473
783
// We don't want to add this number if it's crap, or it already
784
// exists (which would cause a duplicate to be created). We don't
785
// take in to account the type when checking for duplicates. This
786
// is intentional: types aren't really very reliable. We assume
787
// that if the number exists at all, it doesn't need importing.
788
// Because of this, we also can't update the cache (which we don't
789
// need to anyway, so it's not a problem).
790
if( _contacts_cache.hasAssociatedNumber( id, number ) )
791
continue;
474
// we don't want to add this number if it's crap, or it already
475
// exists (which would cause a duplicate to be created). We don't
476
// take in to account the type when checking for duplicates. This is
477
// intentional: types aren't really very reliable. We assume that
478
// if the number exists at all, it doesn't need importing. Because
479
// of this, we also can't update the cache (which we don't need to
480
// anyway, so it's not a problem).
481
String number = sanitisePhoneNumber( phone._number );
482
if( number == null ) continue;
483
HashSet< String > numbers = _contactNumbers.get( contactId );
484
if( numbers != null && numbers.contains( number ) ) continue;
792
485
793
486
// add phone number
794
_backend.addContactPhone( id, number, data );
795
796
// and add this address to the cache to prevent a addition of
797
// duplicate date from another file
798
_contacts_cache.addAssociatedNumber( id, number );
487
ContentValues values = new ContentValues();
488
values.put( Contacts.Phones.TYPE, phone._type );
489
values.put( Contacts.Phones.NUMBER, phone._number );
490
if( phone._isPreferred ) values.put( Contacts.Phones.ISPRIMARY, 1 );
491
_doit.getContentResolver().insert( contactPhonesUri, values );
492
}
493
494
// now add those phone numbers to the cache to prevent the addition of
495
// duplicate data from another file
496
i = phonesKeys.iterator();
497
while( i.hasNext() ) {
498
ContactData.PhoneData phone = phones.get( i.next() );
499
500
String number = sanitisePhoneNumber( phone._number );
501
if( number != null ) {
502
HashSet< String > numbers = _contactNumbers.get( contactId );
503
if( numbers == null ) {
504
_contactNumbers.put( contactId, new HashSet< String >() );
505
numbers = _contactNumbers.get( contactId );
506
}
507
numbers.add( number );
508
}
799
509
}
800
510
}
801
511
802
private void importContactEmails( Long id,
803
HashMap< String, ContactData.PreferredDetail > datas )
804
throws ContactCreationException
512
private void importContactEmails( Uri contactUri,
513
HashMap< String, ContactData.EmailData > emails )
805
514
{
515
Long contactId = ContentUris.parseId( contactUri );
516
Uri contactContactMethodsUri = Uri.withAppendedPath( contactUri,
517
Contacts.People.ContactMethods.CONTENT_DIRECTORY );
518
Set emailsKeys = emails.keySet();
519
806
520
// add email addresses
807
Set< String > datas_keys = datas.keySet();
808
Iterator< String > i = datas_keys.iterator();
521
Iterator i = emailsKeys.iterator();
809
522
while( i.hasNext() ) {
810
String email = i.next();
811
ContactData.PreferredDetail data = datas.get( email );
523
ContactData.EmailData email = emails.get( i.next() );
812
524
813
// we don't want to add this email address if it exists already or
814
// we would introduce duplicates
815
if( _contacts_cache.hasAssociatedEmail( id, email ) )
816
continue;
525
// like with phone numbers, we don't want to add this email address
526
// if it exists already or we would introduce duplicates.
527
String address = sanitiseEmailAddress( email.getAddress() );
528
if( address == null ) continue;
529
HashSet< String > addresses = _contactEmails.get( contactId );
530
if( addresses != null && addresses.contains( address ) ) continue;
817
531
818
532
// add phone number
819
_backend.addContactEmail( id, email, data );
820
821
// and add this address to the cache to prevent a addition of
822
// duplicate date from another file
823
_contacts_cache.addAssociatedEmail( id, email );
824
}
825
}
826
827
private void importContactAddresses( Long id,
828
HashMap< String, ContactData.TypeDetail > datas )
829
throws ContactCreationException
830
{
831
// add addresses
832
Set< String > datas_keys = datas.keySet();
833
Iterator< String > i = datas_keys.iterator();
834
while( i.hasNext() ) {
835
String address = i.next();
836
ContactData.TypeDetail data = datas.get( address );
837
838
// we don't want to add this address if it exists already or we
839
// would introduce duplicates
840
if( _contacts_cache.hasAssociatedAddress( id, address ) )
841
continue;
842
843
// add postal address
844
_backend.addContactAddresses( id, address, data );
845
846
// and add this address to the cache to prevent a addition of
847
// duplicate date from another file
848
_contacts_cache.addAssociatedAddress( id, address );
849
}
850
}
851
852
private void importContactOrganisations( Long id,
853
HashMap< String, ContactData.ExtraDetail > datas )
854
throws ContactCreationException
855
{
856
// add addresses
857
Set< String > datas_keys = datas.keySet();
858
Iterator< String > i = datas_keys.iterator();
859
while( i.hasNext() ) {
860
String organisation = i.next();
861
ContactData.ExtraDetail data = datas.get( organisation );
862
863
// we don't want to add this address if it exists already or we
864
// would introduce duplicates
865
if( _contacts_cache.hasAssociatedOrganisation( id, organisation ) )
866
continue;
867
868
// add organisation address
869
_backend.addContactOrganisation( id, organisation, data );
870
871
// and add this address to the cache to prevent a addition of
872
// duplicate date from another file
873
_contacts_cache.addAssociatedOrganisation( id, organisation );
874
}
875
}
876
877
private void importContactNotes( Long id, HashSet< String > datas )
878
throws ContactCreationException
879
{
880
// add notes
881
Iterator< String > i = datas.iterator();
882
while( i.hasNext() ) {
883
String note = i.next();
884
885
// we don't want to add this note if it exists already or we would
886
// introduce duplicates
887
if( _contacts_cache.hasAssociatedNote( id, note ) )
888
continue;
889
890
// add note
891
_backend.addContactNote( id, note );
892
893
// and add this note to the cache to prevent a addition of duplicate
894
// date from another file
895
_contacts_cache.addAssociatedNote( id, note );
896
}
897
}
898
899
private void importContactBirthday( Long id, String birthday )
900
throws ContactCreationException
901
{
902
// we don't want to import this birthday if it already exists
903
if( _contacts_cache.hasAssociatedBirthday( id, birthday ) )
904
return;
905
906
// add birthday
907
_backend.addContactBirthday( id, birthday );
908
909
// and update the cache
910
_contacts_cache.addAssociatedBirthday( id, birthday );
533
ContentValues values = new ContentValues();
534
values.put( Contacts.ContactMethods.KIND, Contacts.KIND_EMAIL );
535
values.put( Contacts.ContactMethods.DATA, email.getAddress() );
536
values.put( Contacts.ContactMethods.TYPE, email.getType() );
537
if( email.isPreferred() )
538
values.put( Contacts.ContactMethods.ISPRIMARY, 1 );
539
_doit.getContentResolver().insert( contactContactMethodsUri,
540
values );
541
}
542
543
// now add those email addresses to the cache to prevent the addition of
544
// duplicate data from another file
545
i = emailsKeys.iterator();
546
while( i.hasNext() ) {
547
ContactData.EmailData email = emails.get( i.next() );
548
549
String address = sanitiseEmailAddress( email.getAddress() );
550
if( address != null ) {
551
HashSet< String > addresses = _contactEmails.get( contactId );
552
if( addresses == null ) {
553
_contactEmails.put( contactId, new HashSet< String >() );
554
addresses = _contactEmails.get( contactId );
555
}
556
addresses.add( address );
557
}
558
}
911
559
}
912
560
913
561
synchronized protected void checkAbort() throws AbortImportException
917
565
throw new AbortImportException();
918
566
}
919
567
}
568
569
private void buildContactsCache() throws AbortImportException
570
{
571
// update UI
572
setProgressMessage( R.string.doit_caching );
573
574
String[] cols;
575
Cursor cur;
576
577
// init contacts caches
578
_contacts = new HashMap< String, Long >();
579
_contactNumbers = new HashMap< Long, HashSet< String > >();
580
_contactEmails = new HashMap< Long, HashSet< String > >();
581
582
// query and store map of contact names to ids
583
cols = new String[] { Contacts.People._ID, Contacts.People.NAME };
584
cur = _doit.managedQuery( Contacts.People.CONTENT_URI,
585
cols, null, null, null);
586
if( cur.moveToFirst() ) {
587
int idCol = cur.getColumnIndex( Contacts.People._ID );
588
int nameCol = cur.getColumnIndex( Contacts.People.NAME );
589
do {
590
_contacts.put( cur.getString( nameCol ), cur.getLong( idCol ) );
591
} while( cur.moveToNext() );
592
}
593
594
// query and store map of contact ids to sets of phone numbers
595
cols = new String[] { Contacts.Phones.PERSON_ID,
596
Contacts.Phones.NUMBER };
597
cur = _doit.managedQuery( Contacts.Phones.CONTENT_URI,
598
cols, null, null, null);
599
if( cur.moveToFirst() ) {
600
int personIdCol = cur.getColumnIndex( Contacts.Phones.PERSON_ID );
601
int numberCol = cur.getColumnIndex( Contacts.Phones.NUMBER );
602
do {
603
Long id = cur.getLong( personIdCol );
604
String number = sanitisePhoneNumber(
605
cur.getString( numberCol ) );
606
if( number != null ) {
607
HashSet< String > numbers = _contactNumbers.get( id );
608
if( numbers == null ) {
609
_contactNumbers.put( id, new HashSet< String >() );
610
numbers = _contactNumbers.get( id );
611
}
612
numbers.add( number );
613
}
614
} while( cur.moveToNext() );
615
}
616
617
// query and store map of contact ids to sets of email addresses
618
cols = new String[] { Contacts.ContactMethods.PERSON_ID,
619
Contacts.ContactMethods.DATA };
620
cur = _doit.managedQuery( Contacts.ContactMethods.CONTENT_URI,
621
cols, Contacts.ContactMethods.KIND + " = ?",
622
new String[] { "" + Contacts.KIND_EMAIL }, null );
623
if( cur.moveToFirst() ) {
624
int personIdCol = cur.getColumnIndex(
625
Contacts.ContactMethods.PERSON_ID );
626
int addressCol = cur.getColumnIndex(
627
Contacts.ContactMethods.DATA );
628
do {
629
Long id = cur.getLong( personIdCol );
630
String address = sanitiseEmailAddress(
631
cur.getString( addressCol ) );
632
if( address != null ) {
633
HashSet< String > addresses = _contactEmails.get( id );
634
if( addresses == null ) {
635
_contactEmails.put( id, new HashSet< String >() );
636
addresses = _contactEmails.get( id );
637
}
638
addresses.add( address );
639
}
640
} while( cur.moveToNext() );
641
}
642
}
643
644
private String sanitisePhoneNumber( String number )
645
{
646
number = number.replaceAll( "[-\\(\\) ]", "" );
647
Pattern p = Pattern.compile( "^\\+?[0-9]+" );
648
Matcher m = p.matcher( number );
649
if( m.lookingAt() ) return m.group( 0 );
650
return null;
651
}
652
653
private String sanitiseEmailAddress( String address )
654
{
655
address = address.trim();
656
Pattern p = Pattern.compile(
657
"^[^ @]+@[a-zA-Z]([-a-zA-Z0-9]*[a-zA-z0-9])?(\\.[a-zA-Z]([-a-zA-Z0-9]*[a-zA-z0-9])?)+$" );
658
Matcher m = p.matcher( address );
659
if( m.matches() ) {
660
String[] bits = address.split( "@" );
661
return bits[ 0 ] + "@" + bits[ 1 ].toLowerCase();
662
}
663
return null;
664
}
920
665
}
Loggerhead is a web-based interface for Bazaar branches
Version: 1.18.2, Revision: 480