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tdelibs/kab/addressbook.h

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/* -*- C++ -*-
This file declares the basic personal information management class
used in the KDE addressbook.
the KDE addressbook
$ Author: Mirko Boehm $
$ Copyright: (C) 1996-2001, Mirko Boehm $
$ Contact: mirko@kde.org
http://www.kde.org $
$ License: GPL with the following explicit clarification:
This code may be linked against any version of the Qt toolkit
from Troll Tech, Norway. $
$Id$
*/
#ifndef ADDRESSBOOK_H
#define ADDRESSBOOK_H
class KeyValueMap;
class QConfigDB;
class Section;
class StringKabKeyMap; /* The type of the mirror map. */
class QStringList;
/* Used to implement field lookup accoording to
keys. */
class KeyNameMap;
#include <list>
#include <tqframe.h>
#include <tqdatetime.h>
#include <tqstring.h>
#include <tqsize.h>
#include <tqvariant.h>
#include <tqmap.h>
/**
* The class KabKey is used to select entries out of the database file.
* In future, keys might become more complex.
*/
class KabKey
{
public:
/**
* The comparison operator
*/
bool operator==(const KabKey&) const;
/**
* Get the key as a QCString
*/
TQCString getKey() const;
/**
* Set this key
*/
void setKey(const TQCString&);
protected:
/**
* The key of the in this database
*/
TQCString key;
class KabKeyPrivate;
KabKeyPrivate *d;
};
class CategoriesMap : public TQMap<int, TQString>
{
};
// -----------------------------------------------------------------------------
// this will be incremented when kab's file format changes significantly:
#if defined KAB_FILE_FORMAT
#undef KAB_FILE_FORMAT
#endif
/*
0: all formats before the email list was implemented
1: format enhanced for unlimited number of email addresses
2: format enhanced by more address fields
10: format of kab 2
11: added categories
*/
#define KAB_FILE_FORMAT 11
// -----------------------------------------------------------------------------
// this defines will contain the program version used for different purposes:
#ifdef KAB_VERSION
#undef KAB_VERSION
#endif
#ifdef KAB_MINOR
#undef KAB_MINOR
#endif
#ifdef KAB_PATCH
#undef KAB_PATCH
#endif
#ifdef KAB_STATE
#undef KAB_STATE
#endif
#define KAB_VERSION 2
#define KAB_MINOR 2
#define KAB_PATCH 0
#define KAB_STATE "final"
// -----------------------------------------------------------------------------
/** The class AddressBook implements the base class for the KDE addressbook.
* \par Overview
* It
* is used by the KabAPI to make the interface to kab files available to
* application programmers. <BR>
* Unlike in the first kab version, the configuration file and the data file are
* different objects of QConfigDB. This way, the data file is no more limited
* to the one in the users KDE directory, multiple files may be used. Different
* instances of the program may use different data files. Read-only addressbook
* files are possible. <BR>
* Only one configuration file per user is used, it is <BR>
* <TT> ~/.kde/share/apps/kab/kab.config </TT> <BR>
* A standard user file will automatically be created as <BR>
* <TT> ~/.kde/share/apps/kab/addressbook.kab </TT> <BR>
* File changes are watched by the program, so every instance will automatically
* update its database on a change of the opened file.
*
* \par The KDE addressbook database system
* kab manages entries in address databases based on a key system where the
* program assigns keys to added entries. These keys are not reused in one file,
* so API users can rely on a key to be unique and identifying until the entry
* is deleted by the user (this is a change to kab 1 that reused freed entry
* keys). Of course, in different files a key might be used twice. <BR>
* The keys are objects of the type KabKey and define the section in the
* addressbook database where the entry is stored (see QConfigDB
* reference). Keys invalidate on file changes, so keep track of the
* signal ::changed. <BR>
* kab watches file changes. If the opened file changes on disk, it is
* automatically reloaded and ::changed() is emitted.
*
* \par The users standard personal information database
* kab assumes that it is able to read and write the users standard database.
* This way, the kab application itselfes and applications using the KabAPI can
* rely on the possibility to add entries to this database (from a browser, for
* example). Usually, this file is opened automatically by the constructor.
* If - for what reason ever - the file cannot be either created or read, kab
* will still start up, but no database operation will work until the user
* opened a file. In this case, the method ::getState will return
* ::PermDenied. In general it is a good idea to check the return value of the
* ::getState method before using KabAPI operations.
*
* \par The mirror map
* The entries are stored in the QConfigDB object ::data which represents the
* currently opened file. In every file there is a section with the name
* <TT> entries </TT> that contains a subsection for every entry. The name of
* the subsection is the key of the entry. <BR>
* When retrieving the sections, they are ordered alphabetically by their keys.
* This is not what users expect, since the keys show the insertion order of
* the entries, not more and not less. Additionally the displaying order should
* be configurable. <BR>
* That is why kab uses a STL map to map its entry keys to user
* (at least programmer...) defined descriptors. Usually, the descriptors are
* created as a combination of the entry data, and then displayed in aphabetical
* order in the selector combobox. This map is called the mirror map throughout
* the documentation. It is created or updated every time the database changes.
* Thus the way to find a special entry is: <OL>
* <LI> the user selects an item in the selector combo box, returning its
* index, </LI>
* <LI> the index is used to find the key of the entry in the mirror map, </LI>
* <LI> and finally the entry is retrieved by its key from the database. </LI>
* </OL>
* To modify the sorting order, the way to create the entry descriptors in the
* mirror map nedds to be changed.
*
* \par The view
* If you display an AddressBook object (that is a derived TQFrame),
* it may show an entry
* of the database that you might select. The entry you hand over to the method
* ::displayEntry does not need to be contained in the currently loaded file.
* This way you may integrate views of
* the users addressbook database in your own application as a simple widget
* type. To allow the user to
* navigate through the database, you might want to show kab's own toolbar in
* your mainwindow (or whereever). (The toolbar is not implemented by now). <BR>
* Some parts of the AddressBook widget are \e interactive, that means they are
* displayed as transparent KURLLabels that react when the user clicks on it.
* These interactive parts have to be enabled by calling setInteractiveMode().
*/
class AddressBook : public QFrame
{
// ############################################################################
Q_OBJECT
// ----------------------------------------------------------------------------
public:
/**
* The return values of some AddressBook member functions are #ErrorCode
* values.
*/
enum ErrorCode {
NoError, /** No error, the operation did not fail. */
PermDenied, /**< Access permissions for the operation are not available. */
Locked, /**< An writing operation on a locked file was requested. */
Rejected, /**< The requested operation has been rejected by the user. */
NoSuchEntry, /**< An entry has been referenced using a unknown key. */
NoEntry, /**< You tried to retrieve an entry but there is none. */
NoFile, /**< No file has been loaded by now. */
NoSuchFile, /**< A filename could not be found on the filesystem. */
InternError, /**< A error in kab's internal logic occurred. */
OutOfRange, /**< An index value was out of the allowed range. */
NoSuchField, /**< You queried a field that does not exist. */
NotImplemented /**< The requested operation is not implemented. */
};
/**
* Some predefined telephone types. More are possible, but these are
* provided and thus, for example, translated.
*/
enum Telephone {
NoTelephone,
Fixed,
Mobile,
Fax,
Modem,
User1,
User2,
User3,
NoOfTelephoneTypes
};
/** Each entry in a loaded database has its own ::Entry object.
*
* \par The structure of the address database
* As you might have read, kab uses the QConfigDB class to manage its
* data files. This class is intended to handle hierarchical structures.
* Thus, kab is able to create human readable but still deep and complex
* data files. This paragraph describes the overall structure of the
* files, the next two deal with special parts of it. <BR>
* First of all, kab II data files (that usually end with \c .kab, while in
* kab 1 the fixed file name was \c addressbook.database) have two main
* sections (see the documentation of the QConfigDB and Section classes),
* one is called \c config, it contains different file specific
* configuration settings like the last displayed entry, and one section
* called \c entries that in turn contains a subsection for each entry in
* the database file. The keys of this subsections are the literal strings
* that are used in the KabKey class in the member KabKey::key. Each entry
* subsection has some key-value-pairs described below and another
* subsection "addresses" with one or more addresses in it. See the
* following example for a kab II data file (without any key-value-pairs):
* <BR> <PRE>
* [config]
* [END]
* [entries]
* [1] (the first entry with literal key "1")
* [addresses]
* [1] (the first address, addresses are enumerated)
* [END]
* [2] (the second address)
* [END]
* ... (more addresses may follow)
* [END]
* [END]
* [2] (the second entry)
* [addresses]
* [1]
* [END]
* [END]
* [END]
* ... (more entries may follow)
* [END] </PRE> <BR>
*
* \par The fields an entry contains
* An entry contains all settings that are expected to be unique for all
* addresses directly as key-value-pairs. Everything that is part of a
* specific address of this person is part of an object of the member list
* \c addresses referenced in the next paragraph. <BR>
* The keys defined directly in the entry sections are: <DL>
* <DT>title<DT><DD> The title of that person. </DD>
* <DT>rank<DT><DD>A possible military rank of that person. </DD>
* <DT>fn<DT><DD>The formatted name. If it is not empty, it replaces the
* standard combination of the other name fields in the address
* display. </DD>
* <DT>nameprefix<DT><DD>A possible name prefix. </DD>
* <DT>firstname<DT><DD>The first name. </DD>
* <DT>middlename<DT><DD>The middle name. </DD>
* <DT>lastname<DT><DD>The last name. </DD>
* <DT>birthday<DT><DD>The birthday (a TQDate). </DD>
* <DT>comment<DT><DD>A free form comment. </DD>
* <DT>talk<DT><DD>The talk addresses (a string list). </DD>
* <DT>emails<DT><DD>The email addresses (a string list). </DD>
* <DT>keywords<DT><DD>A list of free-form keywords. </DD>
* <DT>telephone<DT><DD>A list of telephone numbers in a special format. </DD>
* <DT>URLs<DT><DD>A list of internet addresses. </DD>
* <DT>user_1<DT><DD>The first user-declared data field. </DD>
* <DT>user_2<DT><DD>The second user-declared data field. </DD>
* <DT>user_3<DT><DD>The third user-declared data field. </DD>
* <DT>user_4<DT><DD>The fourth user-declared data field. </DD>
* </DL>
* See the next section for a description of the addresses subsections.
*
* \par The fields of the addresses subsections
* The section for each entry contains a subsection \c addresses with
* in turn a subsection for each address. The addresses are enumerated
* in the order they are inserted, their keys are the numbers of
* inserting converted to a string. <BR>
* The keys defined in an address subsection are: <DL>
* <DT>headline</DT><DD> A headline shown for the address. </DD>
* <DT>position</DT><DD> The position of the person. </DD>
* <DT>org</DT><DD> The organization. </DD>
* <DT>orgunit</DT><DD> The organizational unit. </DD>
* <DT>orgsubunit</DT><DD> The organizational subunit. </DD>
* <DT>role</DT><DD> The role of the person. </DD>
* <DT>deliverylabel</DT><DD> A label for delivering to this address. </DD>
* <DT>address</DT><DD> The street, house no., flat etc line. </DD>
* <DT>zip</DT><DD> A zip or postal code. </DD>
* <DT>town</DT><DD> The town the person lives in in this address. </DD>
* <DT>country</DT><DD> The country for federal states. </DD>
* <DT>state</DT><DD> The state for federal states. </DD>
* </DL>
*
* \par The local configuration section
* For each kab II database file there are some settings that apply
* only to the file itselfes, not to all kab databases the user works
* with. These settings are called the local configuration. The settings
* are stored in the \c config section of the local file. The following
* keys are declared in this section: <DL>
* <DT>user_1</DT><DD>The \e name of the first user-declared field. </DD>
* <DT>user_2</DT><DD>The \e name of the second user-declared field. </DD>
* <DT>user_3</DT><DD>The \e name of the third user-declared field. </DD>
* <DT>user_4</DT><DD>The \e name of the fourth user-declared field. </DD>
* </DL>
* More fields will surely follow.
**/
class Entry {
public:
// types:
/** Since an entry may have different addresses, we need a type for them.
* Multiple addresses are used to distinguish between addresses at home
* and work, for example. */
class Address {
public:
/** A constructor. */
Address();
// ----- This aggregates are used to access the fields by
// keywords. We use char* here to be able to initialize the keys
// in code as statics without initializing Qt etc. :
/** An aggregat containing the keys of all declared fields:
*/
static const char* Fields[];
/** The number of elements in Fields.
*/
static const int NoOfFields;
/** Query the literal, translated name of the field given by its
key.
@return false if key is not defined */
static bool nameOfField(const char* key, TQString& value);
/** Get a field by its field name. Field names are defined in
@see Fields. Since there are different file types a field
may be represented with, a TQVariant is returned. */
ErrorCode get(const char* key, TQVariant&);
// ----- the following members represent the fields:
/** The headline for this address. */
TQString headline;
/** The position of the person at this address. */
TQString position;
/** The organization of the person at this address. */
TQString org;
/** The org unit of the person at this address. */
TQString orgUnit;
/** The org subunit of the person at this address. */
TQString orgSubUnit;
/** The description for delivering. */
TQString deliveryLabel;
/** Street, with house number. */
TQString address;
/** Zip or postal code. */
TQString zip;
/** The town. */
TQString town;
/** The country for federal states. */
TQString country;
/** The state for federal states. */
TQString state;
protected:
static KeyNameMap *fields;
};
/** Contains one or more Address objects. */
std::list<AddressBook::Entry::Address> addresses;
// ----- This aggregates are used to access the fields by
// keywords. We use char* here to be able to initialize the keys
// in code as statics without initializing Qt etc. :
/** An aggregat containing the keys of all declared fields:
*/
static const char* Fields[];
/** The number of elements in Fields.
*/
static const int NoOfFields;
// methods:
/** Use this method to retrieve the address at the given \a index.
* The method is provided for convenience. The address data is
* returned in \a address. */
AddressBook::ErrorCode getAddress(int index, Address& address) const;
/** Returns the number of addresses of this entry. */
int noOfAddresses() const;
/** Query the literal, translated name of the field given by its
key.
@return false if key is not defined */
static bool nameOfField(const char* key, TQString& value);
/** Get a field by its field name. Field names are defined in
@see Fields. Since there are different file types a field
may be represented with, a TQVariant is returned. */
ErrorCode get(const char* key, TQVariant&);
// members:
// this parts are assumed to be unique for every entry:
TQString title; /**< The title of the person. */
TQString rank; /**< The rank of the person. */
TQString fn; /**< The formatted name of the person. */
TQString nameprefix; /**< A possibly name prefix for that person. */
TQString firstname; /**< The first name of the person. */
TQString middlename; /**< The middle name of the person. */
TQString lastname; /**< The last name of the person. */
TQDate birthday; /**< The birthday of this person. */
TQString comment; /**< The comment. */
TQStringList talk; /**< The talk addresses. */
TQStringList emails; /**< The email addresses. */
TQStringList keywords; /**< The user defined keywords for searching. */
/**
* Telephon numbers and types. This list contains combinations of telephone
* numbers and the types of the phones, in this order. See enum
* Telephone above.
*/
TQStringList telephone;
TQStringList URLs; /**< The home or related web pages of this person. */
TQString user1; /**< The first user-declared field. */
TQString user2; /**< The second user-declared field. */
TQString user3; /**< The third user-declared field. */
TQString user4; /**< The fourth user-declared field. */
TQStringList custom;
TQStringList categories; /**< The categories this entry is assigned to. */
protected:
static KeyNameMap *fields;
};
/**
* The constructor. If \e load is true, the user standard file will
* automatically be loaded into the object.
*/
AddressBook(TQWidget* parent=0, const char* name=0, bool load=true);
~AddressBook(); /**< The destructor. */
/**
* Get the internal state of the object.
* If no problem occurred, it returns ::NoError.
* If the standard or the latest opened file could not be loaded,
* it returns ::PermDenied
*/
ErrorCode getState();
/**
* Load the file with the given path. An empty file name reloads the
* currently opened file.
*/
ErrorCode load(const TQString& filename=TQString::null);
/**
* Save the file to the given path and file name. An empty file name saves
* to the file where the database has been read from.
* If force is true, the method will switch to r/w mode for saving and
* back.
*/
ErrorCode save(const TQString& filename=TQString::null, bool force=false);
/**
* Close this file.
* ::closeFile assures sure that the ::data object is reset no matter of the
* state of the assigned file.
* If \a save is true, it will not close the file if it could not be
* saved.
*/
ErrorCode closeFile(bool saveit=true);
/**
* Retrieve an entry from the database by its key.
*/
ErrorCode getEntry(const KabKey& key, Entry&);
/**
* Retrieve the Section of the entry directly, returning a section object.
*/
ErrorCode getEntry(const KabKey& key, Section*&);
/**
* Get all entries in displaying order. This method might be slow (O(n)).
*/
ErrorCode getEntries(std::list<Entry>&);
/**
* Add an ::Entry, \a return the new key for further operations.
* If update is false, the mirror map will not be affected, if it is true,
* the mirror map gets updated, too.
*/
ErrorCode add(const Entry&, KabKey& key, bool update=true);
/**
* Set the entry with the given key to the new contents. Be aware of
* #PermDenied for read-only databases or file sharing conflicts. You cannot
* change entries in a database for which you do not have write access.
*/
ErrorCode change(const KabKey& key, const Entry&);
/**
* Remove the entry with the given key. Returns #NoSuchEntry if there is no
* entry with this key, #PermDenied for read only databases.
*/
ErrorCode remove(const KabKey& key);
/**
* Returns the number of entries in the loaded database.
*/
unsigned int noOfEntries();
/**
* This method returns the literal name for the entry,
* containing either the formatted name (if given) or a
* combination of the first, additional and last name.
* The name is returned in \a text.
* If \a reverse is false, the text looks like
* firstname (add. name) last name,
* if it is true,
+ last name, first name (add. name).
* If \a initials is true, the text contains initials only:
* f. a. name [with reverse==false] or
* name, f. a. [with reverse==true].
* If there is no entry with this key, the method returns ::NoSuchEntry.
*/
ErrorCode literalName(const KabKey& key, TQString& text,
bool reverse=false, bool initials=false);
/**
* This is an overloaded method that differs only in the arguments it takes.
*/
ErrorCode literalName(const Entry& entry, TQString& text,
bool reverse=false, bool initials=false);
/**
* Get the key of the item in the selector with the given index.
*/
ErrorCode getKey(int index, KabKey&);
/**
* Get the index of this key in the selector. This is the reverse
* functionality to getKey().
*/
ErrorCode getIndex(const KabKey&, int&);
/**
* Fill the string list with name lines. If your application shows a combobox
* containing an overview over the currently loaded KabAPI database, then
* call this method when receiving the signal ::changed and display the list
* in the combo.
*/
ErrorCode getListOfNames(TQStringList*, bool reverse=true, bool initials=true);
/**
* Hand over the configuration database. Careful!
*/
QConfigDB* getConfig();
/**
* This method returns the QConfigDB section where the configuration of the
* currently opened file is stored. It might be used to retrieve or to modify
* these settings. The file-specific settings are saved along with
* the open file.
* Do not confuse the configuration section of the opened file with
* the configuration of the program. Each file might have its own
* local configuration for some settings where it makes sense.
* @ return Null if no file has been opened.
*/
Section *configurationSection();
/**
* This method opens a dialog for configuring the file-specific settings
* for the loaded file. The database is automatically saved if the user
* accepts the changes.
*/
// ErrorCode configureFile();
/**
* Creates a new database with the given file name. If the filename is
* empty, it creates the users standard data file. The method does not load
* the new database.
*/
ErrorCode createNew(const TQString& filename=TQString::null);
/**
* Creates the local configuration file. The filename is fixed to
* \c kab.config, it will be created in the local kab directory
* (\c $HOME/.kde/share/apps/kab). Adapt the global configuration template
* file (\c $KDEDIR/share/apps/kab/template.config) for unusual site-specific
* settings.
* The method does not load the new config file.
*/
ErrorCode createConfigFile();
ErrorCode loadConfigFile(); /**< Load the local configuration file. */
// ErrorCode configureKab(); /**< Open the configuration dialog for the KabAPI. */
// TQSize sizeHint(); /**< The preferred (minimal) size of the view. */ // ni
/**
* This method parses a vCard and creates an Entry object from it.
*/
ErrorCode makeEntryFromVCard(const TQString& card, Entry&);
/**
* This method creates a vCard string from an entry.
*/
ErrorCode makeVCardFromEntry(const Entry& entry, const TQString& card);
/**
* Returns the complete path to the user standard file. An empty path
* indicates an error, but this should not happen. It is NOT ensured
* that the file exists.
*/
TQString getStandardFileName();
/**
* Call this to get a telephone type translated to the locale.
*/
static TQString phoneType(AddressBook::Telephone);
/**
* Query the entry categories defined for this address
* book. Categories may differ between addressbooks.
*/
ErrorCode categories(CategoriesMap& categories);
/**
* Modify the categories for this addressbook. The map given will replace the
* previoulsy stored one.
*/
ErrorCode setCategories(const CategoriesMap& categories);
/**
* Query the real name of a category by its index.
*/
ErrorCode category(int index, TQString&);
/**
* Query the category section. This is the "raw" storage of the defined
* categories. It is always defined (or will be created if you have an old
* file that does not have categories).
* @see Section
*/
Section* categoriesSection();
// ----------------------------------------------------------------------------
#ifdef KDE_NO_COMPAT
private:
#endif
TQString getStandardFilename() { return getStandardFileName(); };
protected:
QConfigDB *config; /**< The configuration database. */
QConfigDB *data; /**< The currently open data files. */
StringKabKeyMap *entries; /**< The mirror map. */
ErrorCode state; /**< The internal state of the object. */
/**
* Get the next available entry key for this file. For internal use only.
*/
KabKey nextAvailEntryKey();
/**
* Returns true if both pathes point to the same file.
* The method resolves relative file names to find this out.
*/
bool isSameFile(const TQString& a, const TQString& b);
/**
* Parse the section and copy its contents into \a entry.
* The method expects a subsection called \e addresses that contains a
* number of subsections each containing data for one Entry::Address object.
* All other fields are copied directly into the members of \a entry.
*/
ErrorCode makeEntryFromSection(Section*, Entry&); // nicht beendet
/**
* For internal use only. This parses one address subsection and puts its
* contents in the Address object.
*/
ErrorCode makeAddressFromMap(KeyValueMap*, Entry::Address&);
/**
* Create a section from the entries settings.
*/
ErrorCode makeSectionFromEntry(const Entry&, Section&); // nicht beendet
/**
* Update the mirror map after changes of the database.
*/
ErrorCode updateMirrorMap();
/**
* Get the entry section of the file. Maybe a NULL pointer if no file is
* opened.
*/
Section* entrySection();
/**
* Lock the file for changing.
* Since all database files are opened read-only, they must be locked before
* the files contents are changed. After changing the file must be saved and
* unlocked. Returns ::PermDenied if the file could not be locked, ::NoError
* if it was not locked and is now, and ::Locked if the file is already
* locked.
* @see unlock
* @see QConfigDB::setFileName
*/
ErrorCode lock();
/**
* Unlock the file after changes. Returns ::NoError if the file was locked
* and could be unlocked, ::PermDenied if the file was not locked and
* possibly ::InternError if anything fails.
* @see ::lock
* @see QConfigDB::setFileName
*/
ErrorCode unlock();
/**
* Set the background image. Kab will store a deep copy of the image.
* If the image is a null image nothing will be displayed.
*/
// void setBackground(const TQImage&);
/**
* Enable or disable the background image.
*/
// void setBackgroundEnabled(bool state);
/**
* Retrieve wether the background image is enabled or not.
*/
// bool getBackgroundEnabled();
/**
* Set if the URL labels are interactive.
*/
// void setInteractiveMode(bool state);
/**
* Get if the URL labels are interactive.
*/
// bool getInteractiveMode();
protected slots:
/**
* Called when ::data has been cleared or reloaded.
*/
void reloaded(QConfigDB*);
/**
* Called when the \e file assigned to ::data has changed on disk.
*/
void dataFileChanged();
/**
* Called when the \e file assigned to ::config has changed on disk.
*/
void configFileChanged();
// ----------------------------------------------------------------------------
public slots:
/**
* This slot is called when an external object changed the database through
* the kabapi.
*/
void externalChange();
// ----------------------------------------------------------------------------
signals:
void changed(); /**< The entries have changed, update the selector. */
void setStatus(const TQString&); /**< This is kab radio with the news... */
void newFile(const TQString&); /**< Notifies changes of the file name. */
// ############################################################################
private:
class AddressBookPrivate;
AddressBookPrivate *d;
};
#endif // ADDRESSBOOK_H
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