Finishing implementation of sql-backend for datebook. But I have to

port the PIM datebook application to use it, before I could debug the
whole stuff.
Thus, PIM-Database backend is finished, but highly experimental. And some
parts are still generic. For instance, the "queryByExample()" methods are
not (or not fully) implemented. Todo: custom-entries not stored.
The big show stopper: matchRegExp() (needed by OpieSearch) needs regular
expression search in the database, which is not supported by sqlite !
Therefore we need either an extended sqlite or a workaround which would
be very slow and memory consuming..

1 files changed, 6 insertions, 0 deletions

diff --git a/libopie/pim/oevent.h b/libopie/pim/oevent.h
index 9218c97..9eb948f 100644
--- a/libopie/pim/oevent.h
+++ b/libopie/pim/oevent.h
@@ -1,230 +1,236 @@
 // CONTAINS GPLed code of TT
 
 #ifndef OPIE_PIM_EVENT_H
 #define OPIE_PIM_EVENT_H
 
 #include <qstring.h>
 #include <qdatetime.h>
 #include <qvaluelist.h>
 
 #include <qpe/recordfields.h>
 #include <qpe/palmtopuidgen.h>
 
 #include "otimezone.h"
 #include "opimrecord.h"
 
 struct OCalendarHelper {
     /** calculate the week number of the date */
     static int week( const QDate& );
     /** calculate the occurence of week days since the start of the month */
     static int ocurrence( const QDate& );
 
     // returns the dayOfWeek for the *first* day it finds (ignores
     // any further days!). Returns 1 (Monday) if there isn't any day found
     static int dayOfWeek( char day );
 
     /** returns the diff of month */
     static int monthDiff( const QDate& first, const QDate& second );
 
 };
 
 class OPimNotifyManager;
 class ORecur;
 
 /**
  * This is the container for all Events. It encapsules all
  * available information for a single Event
  * @short container for events.
  */
 class OEvent : public OPimRecord {
 public:
     typedef QValueList<OEvent> ValueList;
     /**
      * RecordFields contain possible attributes
      * used in the Results of toMap()..
      */
     enum RecordFields {
         FUid = Qtopia::UID_ID,
         FCategories = Qtopia::CATEGORY_ID,
         FDescription = 0,
         FLocation,
 	FType,
 	FAlarm,
 	FSound,
 	FRType,
 	FRWeekdays,
 	FRPosition,
 	FRFreq,
 	FRHasEndDate,
 	FREndDate,
 	FRCreated,
 	FRExceptions,
 	FStart,
 	FEnd,
 	FNote,
         FTimeZone,
         FRecParent,
         FRecChildren,
     };
 
     /**
      * Start with an Empty OEvent. UID == 0 means that it is empty
      */
     OEvent(int uid = 0);
 
     /**
      * copy c'tor
      */
     OEvent( const OEvent& );
+
+    /**
+     * Create OEvent, initialized by map
+     * @see enum RecordFields
+     */
+    OEvent( const QMap<int, QString> map );
     ~OEvent();
     OEvent &operator=( const OEvent& );
 
     QString description()const;
     void setDescription( const QString& description );
 
     QString location()const;
    void setLocation( const QString& loc );
 
     bool hasNotifiers()const;
     OPimNotifyManager &notifiers()const;
 
     ORecur recurrence()const;
     void setRecurrence( const ORecur& );
     bool hasRecurrence()const;
 
     QString note()const;
     void setNote( const QString& note );
 
 
     QDateTime createdDateTime()const;
     void setCreatedDateTime( const QDateTime& dt);
 
     /** set the date to dt. dt is the QDateTime in localtime */
     void setStartDateTime( const QDateTime& );
     /** returns the datetime in the local timeZone */
     QDateTime startDateTime()const;
 
     /** returns the start datetime in the current zone */
     QDateTime startDateTimeInZone()const;
 
     /** in current timezone */
     void setEndDateTime( const QDateTime& );
     /** in current timezone */
     QDateTime endDateTime()const;
     QDateTime endDateTimeInZone()const;
 
     bool isMultipleDay()const;
     bool isAllDay()const;
     void setAllDay( bool isAllDay );
 
     /* pin this event to a timezone! FIXME */
     void setTimeZone( const QString& timeZone );
     QString timeZone()const;
 
 
     virtual bool match( const QRegExp& )const;
 
     /** For exception to recurrence here is a list of children...  */
     QArray<int> children()const;
     void setChildren( const QArray<int>& );
     void addChild( int uid );
     void removeChild( int uid );
 
     /** return the parent OEvent */
     int parent()const;
     void setParent( int uid );
 
 
     /* needed reimp */
     QString toRichText()const;
     QString toShortText()const;
     QString type()const;
 
     QMap<int, QString> toMap()const;
     void fromMap( const QMap<int, QString>& map );
     QString recordField(int )const;
 
     static int rtti();
 
     bool loadFromStream( QDataStream& );
     bool saveToStream( QDataStream& )const;
 
 /*    bool operator==( const OEvent& );
     bool operator!=( const OEvent& );
     bool operator<( const OEvent& );
     bool operator<=( const OEvent& );
     bool operator>( const OEvent& );
     bool operator>=(const OEvent& );
 */
 private:
     inline void changeOrModify();
     void deref();
     struct Data;
     Data* data;
     class Private;
     Private* priv;
 
 };
 
 /**
  * AN Event can span through multiple days. We split up a multiday eve
  */
 class OEffectiveEvent {
 public:
     typedef QValueList<OEffectiveEvent> ValueList;
     enum Position { MidWay, Start, End, StartEnd };
         // If we calculate the effective event of a multi-day event
     // we have to figure out whether we are at the first day,
     // at the end, or anywhere else ("middle"). This is important
     // for the start/end times (00:00/23:59)
     // MidWay: 00:00 -> 23:59, as we are "in the middle" of a multi-
     //         day event
     // Start: start time -> 23:59
     // End: 00:00 -> end time
     // Start | End == StartEnd: for single-day events (default)
     //                          here we draw start time -> end time
     OEffectiveEvent();
     OEffectiveEvent( const OEvent& event, const QDate& startDate, Position pos = StartEnd );
     OEffectiveEvent( const OEffectiveEvent& );
     OEffectiveEvent &operator=(const OEffectiveEvent& );
     ~OEffectiveEvent();
 
     void setStartTime( const QTime& );
     void setEndTime( const QTime& );
     void setEvent( const OEvent& );
     void setDate( const QDate& );
 
     void setEffectiveDates( const QDate& from, const QDate& to );
 
     QString description()const;
     QString location()const;
     QString note()const;
     OEvent event()const;
     QTime startTime()const;
     QTime endTime()const;
     QDate date()const;
 
     /* return the length in hours */
     int length()const;
     int size()const;
 
     QDate startDate()const;
     QDate endDate()const;
 
     bool operator<( const OEffectiveEvent &e ) const;
     bool operator<=( const OEffectiveEvent &e ) const;
     bool operator==( const OEffectiveEvent &e ) const;
     bool operator!=( const OEffectiveEvent &e ) const;
     bool operator>( const OEffectiveEvent &e ) const;
     bool operator>= ( const OEffectiveEvent &e ) const;
 
 private:
     void deref();
     inline void changeOrModify();
     class Private;
     Private* priv;
     struct Data;
     Data* data;
 
 };
 #endif