| -rw-r--r-- | korganizer/datenavigatorcontainer.cpp | 36 |
1 files changed, 23 insertions, 13 deletions
diff --git a/korganizer/datenavigatorcontainer.cpp b/korganizer/datenavigatorcontainer.cpp index f6f62a4..92abae6 100644 --- a/korganizer/datenavigatorcontainer.cpp +++ b/korganizer/datenavigatorcontainer.cpp @@ -1,427 +1,437 @@ /* This file is part of KOrganizer. Copyright (c) 2001,2002,2003 Cornelius Schumacher <schumacher@kde.org> Copyright (C) 2003-2004 Reinhold Kainhofer <reinhold@kainhofer.com> This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. As a special exception, permission is given to link this program with any edition of Qt, and distribute the resulting executable, without including the source code for Qt in the source distribution. */ #include <kdebug.h> #include <klocale.h> //#include "koglobals.h" #include "navigatorbar.h" #include "kdatenavigator.h" #include <kcalendarsystem.h> #include "datenavigatorcontainer.h" #include "koprefs.h" DateNavigatorContainer::DateNavigatorContainer( QWidget *parent, const char *name ) : QWidget( parent, name ), mCalendar( 0 ), mHorizontalCount( 1 ), mVerticalCount( 1 ) { mResizeEnabled = false; mExtraViews.setAutoDelete( true ); mNavigatorView = new KDateNavigator( this, name ); mNavigatorView->hide(); connectNavigatorView( mNavigatorView ); //setSizePolicy( QSizePolicy (QSizePolicy::Expanding,QSizePolicy::Expanding) ); mLastDisplayedDN = 0; mUpdateTimer; mUpdateTimer = new QTimer( this ); connect (mUpdateTimer ,SIGNAL(timeout()), this, SLOT ( checkUpdateDayMatrixDates() )); mFirstSelectedDate = QDate::currentDate(); mSelectedDateCount = 1; } DateNavigatorContainer::~DateNavigatorContainer() { } void DateNavigatorContainer::connectNavigatorView( KDateNavigator *v ) { connect( v, SIGNAL( datesSelected( const KCal::DateList & ) ), SIGNAL( datesSelected( const KCal::DateList & ) ) ); #if 0 connect( v, SIGNAL( incidenceDropped( Incidence *, const QDate & ) ), SIGNAL( incidenceDropped( Incidence *, const QDate & ) ) ); connect( v, SIGNAL( incidenceDroppedMove( Incidence *, const QDate & ) ), SIGNAL( incidenceDroppedMove( Incidence *, const QDate & ) ) ); #endif connect( v, SIGNAL( weekClicked( const QDate & ) ), SIGNAL( weekClicked( const QDate & ) ) ); connect( v, SIGNAL( showMonth( const QDate & ) ), SIGNAL( showMonth( const QDate & ) ) ); connect( v, SIGNAL( goPrevious() ), SIGNAL( goPrevious() ) ); connect( v, SIGNAL( goNext() ), SIGNAL( goNext() ) ); connect( v, SIGNAL( goNextMonth() ), SLOT( slotgoNextMonth() ) ); connect( v, SIGNAL( goPrevMonth() ), SLOT( slotgoPrevMonth() ) ); connect( v, SIGNAL( goNextYear() ), SLOT( slotgoNextYear() ) ); connect( v, SIGNAL( goPrevYear() ), SLOT( slotgoPrevYear() ) ); connect( v, SIGNAL( monthSelected( int ) ), SLOT( slotMonthSelected( int ) ) ); } void DateNavigatorContainer::slotgoNextYear() { jumpMonth( 12 ); emit goNextYear(); } void DateNavigatorContainer::slotgoPrevYear() { jumpMonth( -12 ); emit goPrevYear(); } void DateNavigatorContainer::slotgoPrevMonth() { jumpMonth( -1 ); emit goPrevMonth(); } void DateNavigatorContainer::slotgoNextMonth() { jumpMonth( 1 ); emit goNextMonth(); } void DateNavigatorContainer::jumpMonth( int month ) { QDate baseDate = mNavigatorView->baseDate(); computeMonthSelected( baseDate.month() + month, false ); } void DateNavigatorContainer::slotMonthSelected( int month ) { computeMonthSelected( month, true ); } void DateNavigatorContainer::computeMonthSelected( int month , bool forceEmit ) { //qDebug("slotMonthSelected %d ", month); QDate baseDate = mNavigatorView->baseDate(); if ( baseDate.month() == month ) return; //qDebug("month %d %d ",baseDate.month(),month); QDate date = QDate ( baseDate.year(), baseDate.month() , 15 ); date = date.addDays( -(baseDate.month()-month ) *30 ); QDate newBase = QDate ( date.year(), date.month() ,1 ); //qDebug("NEW BASE %s", newBase.toString().latin1()); mNavigatorView->setBaseDate( newBase ); QDate last = lastAvailableDate(); QDate first = firstAvailableDate(); QDate selFirst = mFirstSelectedDate; QDate selLast = selFirst.addDays( mSelectedDateCount-1 ); if ( selFirst >= first && selLast <= last ) { setBaseDates(); if ( forceEmit ) updateDayMatrixDates(); } else { setBaseDates(); if ( forceEmit ) updateDayMatrixDates(); if ( forceEmit ) emit monthSelected( month ); } } void DateNavigatorContainer::setCalendar( Calendar *cal ) { mCalendar = cal; mNavigatorView->setCalendar( cal ); for( uint i = 0; i < mLastDisplayedDN; ++i ) { KDateNavigator *n = mExtraViews.at( i ); n->setCalendar( cal ); } } void DateNavigatorContainer::checkUpdateDayMatrixDates() { //qDebug("KODNC: wid %d hei %d ", width(), height()); mUpdateTimer->stop(); //return; if ( width() < 3 || height() < 3 ) return; - static int lastWid = 0; + static int lastWid = 0; static int lastHei = 0; if ( lastWid == width() && height() == lastHei ) { qDebug("KODNC: No layout computing needed. "); } else { lastWid = width(); lastHei = height(); QSize minSize = mNavigatorView->yourSizeHint(); int verticalCount = size().height() / minSize.height(); int horizontalCount = size().width() / minSize.width(); //qDebug(" wattdatt %d new %d %d ", size().width() ,e->size().width() , minSize.width() ); //qDebug("COUNT %d %d %d %d ", verticalCount, horizontalCount , mVerticalCount, mHorizontalCount ); bool fontchange = false; if ( horizontalCount == 1) horizontalCount = size().width() / mNavigatorView->yourFullSizeHint().width(); QFont fo; if ( horizontalCount != mHorizontalCount || verticalCount != mVerticalCount ) { uint count = horizontalCount * verticalCount; if ( count == 0 ) { bool ok; fo = mNavigatorView->yourFontHint( size() , &ok ); //mNavigatorView->resize( size() ); //if ( ! ok ) // return; int butt = 2; horizontalCount = size().width() / mNavigatorView->sizeHintTwoButtons( ).width(); if ( horizontalCount <= 1 ) minSize = mNavigatorView->sizeHintTwoButtons( 4 ); else minSize = mNavigatorView->sizeHintTwoButtons(); verticalCount = size().height() / minSize.height(); horizontalCount = size().width() / minSize.width(); if ( horizontalCount == 0 ) horizontalCount = 1; if ( verticalCount == 0 ) verticalCount = 1; fontchange = true; count = horizontalCount * verticalCount; - } - + } else { + if ( mNavigatorView->fontChanged() ) { + fontchange = true; + fo = KOPrefs::instance()->mDateNavigatorFont; + mNavigatorView->changeFont( fo ); + mNavigatorView->unsetFontChanged(); + } + } mLastDisplayedDN = horizontalCount*verticalCount-1; while ( count > ( mExtraViews.count() + 1 ) ) { KDateNavigator *n = new KDateNavigator( this ); n->setMonthSignalOffset ( mExtraViews.count()+1 ); mExtraViews.append( n ); n->setCalendar( mCalendar ); connectNavigatorView( n ); // n->show(); } setBaseDates(); + if ( fontchange ) { + //mNavigatorView->changeFont( fo ); + uint i; + for( i = 0; i < mExtraViews.count(); ++i ) { + KDateNavigator *view = mExtraViews.at( i ); + view->changeFont( fo ); + } + } mHorizontalCount = horizontalCount; mVerticalCount = verticalCount; } - if ( !fontchange ) { - if ( mNavigatorView->fontChanged() ) { - fontchange = true; - fo = KOPrefs::instance()->mDateNavigatorFont; - mNavigatorView->changeFont( fo ); - mNavigatorView->unsetFontChanged(); - } - } - if ( fontchange ) { + if ( mNavigatorView->fontChanged() && ! fontchange ) { + qDebug("KDNC: Resetting all fonts "); + fo = KOPrefs::instance()->mDateNavigatorFont; + mNavigatorView->changeFont( fo ); + mNavigatorView->unsetFontChanged(); uint i; - for( i = 0; i < mLastDisplayedDN; ++i ) { + for( i = 0; i < mExtraViews.count(); ++i ) { KDateNavigator *view = mExtraViews.at( i ); view->changeFont( fo ); } } int theight = height() / mVerticalCount; int twidth = width() / mHorizontalCount; NavigatorBar *bar = mNavigatorView->navigatorBar(); if ( mHorizontalCount > 1 ) bar->showButtons( true, false ); else bar->showButtons( true, true ); mNavigatorView->setGeometry(0, 0, twidth, theight ); for( uint i = 0; i < mLastDisplayedDN; ++i ) { int x = ( i + 1 ) % mHorizontalCount; int y = ( i + 1 ) / mHorizontalCount; KDateNavigator *view = mExtraViews.at( i ); bar = view->navigatorBar(); if ( y > 0 ) bar->showButtons( false, false ); else { if ( x + 1 == mHorizontalCount ) bar->showButtons( false, true ); else bar->showButtons( false, false ); } view->setGeometry( x * twidth, y * theight, twidth, theight ); } int iii = 0; int ccc = mHorizontalCount * mVerticalCount; mNavigatorView->show(); while ( iii < ( mExtraViews.count() ) ) { if ( iii < ccc-1 ) mExtraViews.at( iii )->show(); else mExtraViews.at( iii )->hide(); ++iii; } } QDate last = lastAvailableDate(); QDate first = firstAvailableDate(); QDate selFirst = mFirstSelectedDate; QDate selLast = selFirst.addDays( mSelectedDateCount-1 ); if ( selFirst >= first && selLast <= last ) { updateDayMatrixDates(); } else { updateDayMatrixDates(); emit monthSelected( mFirstSelectedDate.month() ); } } void DateNavigatorContainer::updateDayMatrixDates() { QDate fDate = mFirstSelectedDate; QDate lDate = fDate.addDays( mSelectedDateCount - 1 ); mNavigatorView->dayMatrix()->setSelectedDaysFrom( fDate , lDate ); mNavigatorView->dayMatrix()->repaint( false ); for( uint i = 0; i < mLastDisplayedDN; ++i ) { KDateNavigator *n = mExtraViews.at( i ); if ( n->dayMatrix()->setSelectedDaysFrom( fDate , lDate ) ) { n->dayMatrix()->repaint( false ); } } } void DateNavigatorContainer::updateDayMatrix() { mNavigatorView->updateDayMatrix(); for( uint i = 0; i < mLastDisplayedDN; ++i ) { KDateNavigator *n = mExtraViews.at( i ); n->updateDayMatrix(); } } void DateNavigatorContainer::updateToday() { qDebug("DateNavigatorContainer::updateToday() NOT IMPL "); #if 0 mNavigatorView->updateToday(); KDateNavigator *n; for( n = mExtraViews.first(); n; n = mExtraViews.next() ) { n->updateToday(); } #endif } void DateNavigatorContainer::updateView() { mNavigatorView->updateView(); for( uint i = 0; i < mLastDisplayedDN; ++i ) { KDateNavigator *n = mExtraViews.at( i ); n->updateView(); } } void DateNavigatorContainer::updateConfig() { mNavigatorView->updateConfig(); for( uint i = 0; i < mLastDisplayedDN; ++i ) { KDateNavigator *n = mExtraViews.at( i ); n->updateConfig(); } } QDate DateNavigatorContainer::lastAvailableDate() const { QDate date = mNavigatorView->baseDate(); QDate last = QDate ( date.year(), date.month(), date.daysInMonth() ); int iii = mLastDisplayedDN; if ( mLastDisplayedDN ) last = last.addDays( 1); while ( iii ) { last = last.addDays( last.daysInMonth ()); //qDebug("DATE %s ", last.toString().latin1() ); --iii; } if ( mLastDisplayedDN ) last = last.addDays( -1); return last; } QDate DateNavigatorContainer::firstAvailableDate() const { return QDate ( mNavigatorView->baseDate().year(), mNavigatorView->baseDate().month(), 1 ); } void DateNavigatorContainer::selectDates( const DateList &dateList ) { mFirstSelectedDate = dateList.first() ; mSelectedDateCount = dateList.count() ; if ( !mLastDisplayedDN ) { mNavigatorView->selectDates( dateList ); return; } QDate fDate = dateList.first(); QDate lDate = dateList.last(); //qDebug("%s %s ", lastAvailableDate().toString().latin1(), firstAvailableDate().toString().latin1() ); //qDebug("End %s %s ",lDate.toString().latin1(),curEnd.toString().latin1() ); if ( lDate <= lastAvailableDate() && firstAvailableDate() <= fDate) { updateDayMatrixDates(); return; } mNavigatorView->selectDates( dateList ); setBaseDates(); if ( mLastDisplayedDN ) { KDateNavigator *view = mExtraViews.at( 0 ); view->dayMatrix()->setSelectedDaysFrom(*(dateList.begin()), *(--dateList.end())); view->dayMatrix()->repaint( false ); if ( mLastDisplayedDN > 1 ) { KDateNavigator *view = mExtraViews.at( 1 ); view->dayMatrix()->setSelectedDaysFrom(*(dateList.begin()), *(--dateList.end())); view->dayMatrix()->repaint( false ); } } } void DateNavigatorContainer::setBaseDates() { QDate baseDate = mNavigatorView->baseDate(); bool doRepaint = true; for( uint i = 0; i < mLastDisplayedDN; ++i ) { KDateNavigator *n = mExtraViews.at( i ); baseDate = baseDate.addDays( baseDate.daysInMonth () - baseDate.day() +1 ); n->setBaseDate( baseDate, doRepaint ); } } void DateNavigatorContainer::setResizeEnabled() { mResizeEnabled = true; //qDebug("DateNavigatorContainer::setResizeEnabled "); checkUpdateDayMatrixDates(); } void DateNavigatorContainer::resizeEvent( QResizeEvent * e ) { //qDebug("DateNavigatorContainer::resizeEvent %d %d ", width(), height()); //qDebug("COUNT %d ", mExtraViews.count()); if ( ! mResizeEnabled ) { //qDebug("NOT ResizeEnabled"); return; } else mUpdateTimer->start( 250 ); //updateDayMatrixDates(); } QSize DateNavigatorContainer::minimumSizeHint() const { return mNavigatorView->minimumSizeHint(); } QSize DateNavigatorContainer::sizeHint() const { |