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tdepim/korganizer/printing/calprintpluginbase.cpp

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/*
This file is part of KOrganizer.
Copyright (c) 1998 Preston Brown <pbrown@kde.org>
Copyright (c) 2003 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., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
As a special exception, permission is given to link this program
with any edition of TQt, and distribute the resulting executable,
without including the source code for TQt in the source distribution.
*/
#include <tqpainter.h>
#include <layout.h>
#include <tqframe.h>
#include <tqlabel.h>
#include <kdebug.h>
#include <kconfig.h>
#include <kcalendarsystem.h>
#include <kwordwrap.h>
#include "calprintpluginbase.h"
#include "cellitem.h"
#ifndef KORG_NOPRINTER
inline int round(const double x)
{
return int(x > 0.0 ? x + 0.5 : x - 0.5);
}
static TQString cleanStr( const TQString &instr )
{
TQString ret = instr;
return ret.replace( '\n', ' ' );
}
/******************************************************************
** The Todo positioning structure **
******************************************************************/
class CalPrintPluginBase::TodoParentStart
{
public:
TodoParentStart( TQRect pt = TQRect(), bool page = true )
: mRect( pt ), mSamePage( page ) {}
TQRect mRect;
bool mSamePage;
};
/******************************************************************
** The Print item **
******************************************************************/
class PrintCellItem : public KOrg::CellItem
{
public:
PrintCellItem( Event *event, const TQDateTime &start, const TQDateTime &end )
: mEvent( event ), mStart( start), mEnd( end )
{
}
Event *event() const { return mEvent; }
TQString label() const { return mEvent->summary(); }
TQDateTime start() const { return mStart; }
TQDateTime end() const { return mEnd; }
/** Calculate the start and end date/time of the recurrence that
happens on the given day */
bool overlaps( KOrg::CellItem *o ) const
{
PrintCellItem *other = static_cast<PrintCellItem *>( o );
#if 0
kdDebug(5850) << "PrintCellItem::overlaps() " << event()->summary()
<< " <-> " << other->event()->summary() << endl;
kdDebug(5850) << " start : " << start.toString() << endl;
kdDebug(5850) << " end : " << end.toString() << endl;
kdDebug(5850) << " otherStart: " << otherStart.toString() << endl;
kdDebug(5850) << " otherEnd : " << otherEnd.toString() << endl;
#endif
return !( other->start() >= end() || other->end() <= start() );
}
private:
Event *mEvent;
TQDateTime mStart, mEnd;
};
/******************************************************************
** The Print plugin **
******************************************************************/
CalPrintPluginBase::CalPrintPluginBase() : PrintPlugin(), mUseColors( true ),
mHeaderHeight( -1 ), mSubHeaderHeight( SUBHEADER_HEIGHT ), mFooterHeight( -1 ),
mMargin( MARGIN_SIZE ), mPadding( PADDING_SIZE), mCalSys( 0 )
{
}
CalPrintPluginBase::~CalPrintPluginBase()
{
}
TQWidget *CalPrintPluginBase::createConfigWidget( TQWidget *w )
{
TQFrame *wdg = new TQFrame( w );
TQVBoxLayout *layout = new TQVBoxLayout( wdg );
TQLabel *title = new TQLabel( description(), wdg );
TQFont titleFont( title->font() );
titleFont.setPointSize( 20 );
titleFont.setBold( true );
title->setFont( titleFont );
layout->addWidget( title );
layout->addWidget( new TQLabel( info(), wdg ) );
layout->addSpacing( 20 );
layout->addWidget( new TQLabel( i18n("This printing style does not "
"have any configuration options."),
wdg ) );
layout->addStretch();
return wdg;
}
void CalPrintPluginBase::doPrint( KPrinter *printer )
{
if ( !printer ) return;
mPrinter = printer;
TQPainter p;
mPrinter->setColorMode( mUseColors?(KPrinter::Color):(KPrinter::GrayScale) );
p.begin( mPrinter );
// TODO: Fix the margins!!!
// the painter initially begins at 72 dpi per the TQt docs.
// we want half-inch margins.
int margins = margin();
p.setViewport( margins, margins,
p.viewport().width() - 2*margins,
p.viewport().height() - 2*margins );
// TQRect vp( p.viewport() );
// vp.setRight( vp.right()*2 );
// vp.setBottom( vp.bottom()*2 );
// p.setWindow( vp );
int pageWidth = p.window().width();
int pageHeight = p.window().height();
// int pageWidth = p.viewport().width();
// int pageHeight = p.viewport().height();
print( p, pageWidth, pageHeight );
p.end();
mPrinter = 0;
}
void CalPrintPluginBase::doLoadConfig()
{
if ( mConfig ) {
KConfigGroupSaver saver( mConfig, description() );
mConfig->sync();
TQDateTime currDate( TQDate::currentDate() );
mFromDate = mConfig->readDateTimeEntry( "FromDate", &currDate ).date();
mToDate = mConfig->readDateTimeEntry( "ToDate" ).date();
mUseColors = mConfig->readBoolEntry( "UseColors", true );
setUseColors( mUseColors );
loadConfig();
} else {
kdDebug(5850) << "No config available in loadConfig!!!!" << endl;
}
}
void CalPrintPluginBase::doSaveConfig()
{
if ( mConfig ) {
KConfigGroupSaver saver( mConfig, description() );
saveConfig();
mConfig->writeEntry( "FromDate", TQDateTime( mFromDate ) );
mConfig->writeEntry( "ToDate", TQDateTime( mToDate ) );
mConfig->writeEntry( "UseColors", mUseColors );
mConfig->sync();
} else {
kdDebug(5850) << "No config available in saveConfig!!!!" << endl;
}
}
void CalPrintPluginBase::setKOrgCoreHelper( KOrg::CoreHelper*helper )
{
PrintPlugin::setKOrgCoreHelper( helper );
if ( helper )
setCalendarSystem( helper->calendarSystem() );
}
bool CalPrintPluginBase::useColors() const
{
return mUseColors;
}
void CalPrintPluginBase::setUseColors( bool useColors )
{
mUseColors = useColors;
}
KPrinter::Orientation CalPrintPluginBase::orientation() const
{
return (mPrinter)?(mPrinter->orientation()):(KPrinter::Portrait);
}
TQTime CalPrintPluginBase::dayStart()
{
TQTime start( 8,0,0 );
if ( mCoreHelper ) start = mCoreHelper->dayStart();
return start;
}
void CalPrintPluginBase::setCategoryColors( TQPainter &p, Incidence *incidence )
{
TQColor bgColor = categoryBgColor( incidence );
if ( bgColor.isValid() )
p.setBrush( bgColor );
TQColor tColor( textColor( bgColor ) );
if ( tColor.isValid() )
p.setPen( tColor );
}
TQColor CalPrintPluginBase::categoryBgColor( Incidence *incidence )
{
if (mCoreHelper && incidence)
return mCoreHelper->categoryColor( incidence->categories() );
else
return TQColor();
}
TQColor CalPrintPluginBase::textColor( const TQColor &color )
{
return (mCoreHelper)?(mCoreHelper->textColor( color )):TQColor();
}
bool CalPrintPluginBase::isWorkingDay( const TQDate &dt )
{
return (mCoreHelper)?( mCoreHelper->isWorkingDay( dt ) ):true;
}
TQString CalPrintPluginBase::holidayString( const TQDate &dt )
{
return (mCoreHelper)?(mCoreHelper->holidayString(dt)):(TQString());
}
Event *CalPrintPluginBase::holiday( const TQDate &dt )
{
TQString hstring( holidayString( dt ) );
if ( !hstring.isEmpty() ) {
Event*holiday=new Event();
holiday->setSummary( hstring );
holiday->setDtStart( dt );
holiday->setDtEnd( dt );
holiday->setFloats( true );
holiday->setCategories( i18n("Holiday") );
return holiday;
}
return 0;
}
const KCalendarSystem *CalPrintPluginBase::calendarSystem() const
{
return mCalSys;
}
void CalPrintPluginBase::setCalendarSystem( const KCalendarSystem *calsys )
{
mCalSys = calsys;
}
int CalPrintPluginBase::headerHeight() const
{
if ( mHeaderHeight >= 0 )
return mHeaderHeight;
else if ( orientation() == KPrinter::Portrait )
return PORTRAIT_HEADER_HEIGHT;
else
return LANDSCAPE_HEADER_HEIGHT;
}
void CalPrintPluginBase::setHeaderHeight( const int height )
{
mHeaderHeight = height;
}
int CalPrintPluginBase::subHeaderHeight() const
{
return mSubHeaderHeight;
}
void CalPrintPluginBase::setSubHeaderHeight( const int height )
{
mSubHeaderHeight = height;
}
int CalPrintPluginBase::footerHeight() const
{
if ( mFooterHeight >= 0 )
return mFooterHeight;
else if ( orientation() == KPrinter::Portrait )
return PORTRAIT_FOOTER_HEIGHT;
else
return LANDSCAPE_FOOTER_HEIGHT;
}
void CalPrintPluginBase::setFooterHeight( const int height )
{
mFooterHeight = height;
}
int CalPrintPluginBase::margin() const
{
return mMargin;
}
void CalPrintPluginBase::setMargin( const int margin )
{
mMargin = margin;
}
int CalPrintPluginBase::padding() const
{
return mPadding;
}
void CalPrintPluginBase::setPadding( const int padding )
{
mPadding = padding;
}
int CalPrintPluginBase::borderWidth() const
{
return mBorder;
}
void CalPrintPluginBase::setBorderWidth( const int borderwidth )
{
mBorder = borderwidth;
}
void CalPrintPluginBase::drawBox( TQPainter &p, int linewidth, const TQRect &rect )
{
TQPen pen( p.pen() );
TQPen oldpen( pen );
pen.setWidth( linewidth );
p.setPen( pen );
p.drawRect( rect );
p.setPen( oldpen );
}
void CalPrintPluginBase::drawShadedBox( TQPainter &p, int linewidth, const TQBrush &brush, const TQRect &rect )
{
TQBrush oldbrush( p.brush() );
p.setBrush( brush );
drawBox( p, linewidth, rect );
p.setBrush( oldbrush );
}
void CalPrintPluginBase::printEventString( TQPainter &p, const TQRect &box, const TQString &str, int flags )
{
TQRect newbox( box );
newbox.addCoords( 3, 1, -1, -1 );
p.drawText( newbox, (flags==-1)?(TQt::AlignTop | TQt::AlignJustify | TQt::BreakAnywhere):flags, str );
}
void CalPrintPluginBase::showEventBox( TQPainter &p, int linewidth, const TQRect &box,
Incidence *incidence, const TQString &str, int flags )
{
TQPen oldpen( p.pen() );
TQBrush oldbrush( p.brush() );
TQColor bgColor( categoryBgColor( incidence ) );
if ( mUseColors & bgColor.isValid() ) {
p.setBrush( bgColor );
} else {
p.setBrush( TQColor( 232, 232, 232 ) );
}
drawBox( p, ( linewidth > 0 ) ? linewidth : EVENT_BORDER_WIDTH, box );
if ( mUseColors && bgColor.isValid() ) {
p.setPen( textColor( bgColor ) );
}
printEventString( p, box, str, flags );
p.setPen( oldpen );
p.setBrush( oldbrush );
}
void CalPrintPluginBase::drawSubHeaderBox(TQPainter &p, const TQString &str, const TQRect &box )
{
drawShadedBox( p, BOX_BORDER_WIDTH, TQColor( 232, 232, 232 ), box );
TQFont oldfont( p.font() );
p.setFont( TQFont( "sans-serif", 10, TQFont::Bold ) );
p.drawText( box, TQt::AlignCenter | TQt::AlignVCenter, str );
p.setFont( oldfont );
}
void CalPrintPluginBase::drawVerticalBox( TQPainter &p, int linewidth, const TQRect &box,
const TQString &str, int flags )
{
p.save();
p.rotate( -90 );
TQRect rotatedBox( -box.top()-box.height(), box.left(), box.height(), box.width() );
showEventBox( p, linewidth, rotatedBox, 0, str,
( flags == -1 ) ? TQt::AlignLeft | TQt::AlignVCenter | TQt::SingleLine : flags );
p.restore();
}
///////////////////////////////////////////////////////////////////////////////
// Return value: If expand, bottom of the printed box, otherwise vertical end
// of the printed contents inside the box.
int CalPrintPluginBase::drawBoxWithCaption( TQPainter &p, const TQRect &allbox,
const TQString &caption, const TQString &contents, bool sameLine, bool expand, const TQFont &captionFont, const TQFont &textFont )
{
TQFont oldFont( p.font() );
// TQFont captionFont( "sans-serif", 11, TQFont::Bold );
// TQFont textFont( "sans-serif", 11, TQFont::Normal );
// TQFont captionFont( "Tahoma", 11, TQFont::Bold );
// TQFont textFont( "Tahoma", 11, TQFont::Normal );
TQRect box( allbox );
// Bounding rectangle for caption, single-line, clip on the right
TQRect captionBox( box.left() + padding(), box.top() + padding(), 0, 0 );
p.setFont( captionFont );
captionBox = p.boundingRect( captionBox, TQt::AlignLeft | TQt::AlignTop | TQt::SingleLine, caption );
p.setFont( oldFont );
if ( captionBox.right() > box.right() )
captionBox.setRight( box.right() );
if ( expand && captionBox.bottom() + padding() > box.bottom() )
box.setBottom( captionBox.bottom() + padding() );
// Bounding rectangle for the contents (if any), word break, clip on the bottom
TQRect textBox( captionBox );
if ( !contents.isEmpty() ) {
if ( sameLine ) {
textBox.setLeft( captionBox.right() + padding() );
} else {
textBox.setTop( captionBox.bottom() + padding() );
}
textBox.setRight( box.right() );
textBox.setHeight( 0 );
p.setFont( textFont );
textBox = p.boundingRect( textBox, TQt::WordBreak | TQt::AlignTop | TQt::AlignLeft, contents );
p.setFont( oldFont );
if ( textBox.bottom() + padding() > box.bottom() ) {
if ( expand ) {
box.setBottom( textBox.bottom() + padding() );
} else {
textBox.setBottom( box.bottom() );
}
}
}
drawBox( p, BOX_BORDER_WIDTH, box );
p.setFont( captionFont );
p.drawText( captionBox, TQt::AlignLeft | TQt::AlignTop | TQt::SingleLine, caption );
if ( !contents.isEmpty() ) {
p.setFont( textFont );
p.drawText( textBox, TQt::WordBreak | TQt::AlignTop | TQt::AlignLeft, contents );
}
p.setFont( oldFont );
if ( expand ) {
return box.bottom();
} else {
return textBox.bottom();
}
}
///////////////////////////////////////////////////////////////////////////////
int CalPrintPluginBase::drawHeader( TQPainter &p, TQString title,
const TQDate &month1, const TQDate &month2, const TQRect &allbox, bool expand )
{
// print previous month for month view, print current for to-do, day and week
int smallMonthWidth = (allbox.width()/4) - 10;
if (smallMonthWidth>100) smallMonthWidth=100;
int right = allbox.right();
if ( month1.isValid() ) right -= (20+smallMonthWidth);
if ( month2.isValid() ) right -= (20+smallMonthWidth);
TQRect box( allbox );
TQRect textRect( allbox );
textRect.addCoords( 5, 0, 0, 0 );
textRect.setRight( right );
TQFont oldFont( p.font() );
TQFont newFont("sans-serif", (textRect.height()<60)?16:18, TQFont::Bold);
if ( expand ) {
p.setFont( newFont );
TQRect boundingR = p.boundingRect( textRect, TQt::AlignLeft | TQt::AlignVCenter | TQt::WordBreak, title );
p.setFont( oldFont );
int h = boundingR.height();
if ( h > allbox.height() ) {
box.setHeight( h );
textRect.setHeight( h );
}
}
drawShadedBox( p, BOX_BORDER_WIDTH, TQColor( 232, 232, 232 ), box );
TQRect monthbox( box.right()-10-smallMonthWidth, box.top(), smallMonthWidth, box.height() );
if (month2.isValid()) {
drawSmallMonth( p, TQDate(month2.year(), month2.month(), 1), monthbox );
monthbox.moveBy( -20 - smallMonthWidth, 0 );
}
if (month1.isValid()) {
drawSmallMonth( p, TQDate(month1.year(), month1.month(), 1), monthbox );
monthbox.moveBy( -20 - smallMonthWidth, 0 );
}
// Set the margins
p.setFont( newFont );
p.drawText( textRect, TQt::AlignLeft | TQt::AlignVCenter | TQt::WordBreak, title );
p.setFont( oldFont );
return textRect.bottom();
}
int CalPrintPluginBase::drawFooter( TQPainter &p, TQRect &footbox )
{
TQFont oldfont( p.font() );
p.setFont( TQFont( "sans-serif", 6 ) );
TQFontMetrics fm( p.font() );
TQString dateStr = KGlobal::locale()->formatDateTime( TQDateTime::currentDateTime(), false );
p.drawText( footbox, TQt::AlignCenter | TQt::AlignVCenter | TQt::SingleLine,
i18n( "print date: formatted-datetime", "printed: %1" ).arg( dateStr ) );
p.setFont( oldfont );
return footbox.bottom();
}
void CalPrintPluginBase::drawSmallMonth(TQPainter &p, const TQDate &qd,
const TQRect &box )
{
int weekdayCol = weekdayColumn( qd.dayOfWeek() );
int month = qd.month();
TQDate monthDate(TQDate(qd.year(), qd.month(), 1));
// correct begin of week
TQDate monthDate2( monthDate.addDays( -weekdayCol ) );
double cellWidth = double(box.width())/double(7);
int rownr = 3 + ( qd.daysInMonth() + weekdayCol - 1 ) / 7;
// 3 Pixel after month name, 2 after day names, 1 after the calendar
double cellHeight = (box.height() - 5) / rownr;
TQFont oldFont( p.font() );
p.setFont(TQFont("sans-serif", int(cellHeight-1), TQFont::Normal));
// draw the title
if ( mCalSys ) {
TQRect titleBox( box );
titleBox.setHeight( int(cellHeight+1) );
p.drawText( titleBox, TQt::AlignTop | TQt::AlignHCenter, mCalSys->monthName( qd ) );
}
// draw days of week
TQRect wdayBox( box );
wdayBox.setTop( int( box.top() + 3 + cellHeight ) );
wdayBox.setHeight( int(2*cellHeight)-int(cellHeight) );
if ( mCalSys ) {
for (int col = 0; col < 7; ++col) {
TQString tmpStr = mCalSys->weekDayName( monthDate2 )[0].upper();
wdayBox.setLeft( int(box.left() + col*cellWidth) );
wdayBox.setRight( int(box.left() + (col+1)*cellWidth) );
p.drawText( wdayBox, TQt::AlignCenter, tmpStr );
monthDate2 = monthDate2.addDays( 1 );
}
}
// draw separator line
int calStartY = wdayBox.bottom() + 2;
p.drawLine( box.left(), calStartY, box.right(), calStartY );
monthDate = monthDate.addDays( -weekdayCol );
for ( int row = 0; row < (rownr-2); row++ ) {
for ( int col = 0; col < 7; col++ ) {
if ( monthDate.month() == month ) {
TQRect dayRect( int( box.left() + col*cellWidth ), int( calStartY + row*cellHeight ), 0, 0 );
dayRect.setRight( int( box.left() + (col+1)*cellWidth ) );
dayRect.setBottom( int( calStartY + (row+1)*cellHeight ) );
p.drawText( dayRect, TQt::AlignCenter, TQString::number( monthDate.day() ) );
}
monthDate = monthDate.addDays(1);
}
}
p.setFont( oldFont );
}
///////////////////////////////////////////////////////////////////////////////
/*
* This routine draws a header box over the main part of the calendar
* containing the days of the week.
*/
void CalPrintPluginBase::drawDaysOfWeek(TQPainter &p,
const TQDate &fromDate, const TQDate &toDate, const TQRect &box )
{
double cellWidth = double(box.width()) / double(fromDate.daysTo( toDate )+1);
TQDate cellDate( fromDate );
TQRect dateBox( box );
int i = 0;
while ( cellDate <= toDate ) {
dateBox.setLeft( box.left() + int(i*cellWidth) );
dateBox.setRight( box.left() + int((i+1)*cellWidth) );
drawDaysOfWeekBox(p, cellDate, dateBox );
cellDate = cellDate.addDays(1);
i++;
}
}
void CalPrintPluginBase::drawDaysOfWeekBox(TQPainter &p, const TQDate &qd,
const TQRect &box )
{
drawSubHeaderBox( p, (mCalSys)?(mCalSys->weekDayName( qd )):(TQString()), box );
}
void CalPrintPluginBase::drawTimeLine( TQPainter &p, const TQTime &fromTime,
const TQTime &toTime, const TQRect &box )
{
drawBox( p, BOX_BORDER_WIDTH, box );
int totalsecs = fromTime.secsTo( toTime );
float minlen = (float)box.height() * 60. / (float)totalsecs;
float cellHeight = ( 60. * (float)minlen );
float currY = box.top();
// TODO: Don't use half of the width, but less, for the minutes!
int xcenter = box.left() + box.width() / 2;
TQTime curTime( fromTime );
TQTime endTime( toTime );
if ( fromTime.minute() > 30 ) {
curTime = TQTime( fromTime.hour()+1, 0, 0 );
} else if ( fromTime.minute() > 0 ) {
curTime = TQTime( fromTime.hour(), 30, 0 );
float yy = currY + minlen * (float)fromTime.secsTo( curTime ) / 60.;
p.drawLine( xcenter, (int)yy, box.right(), (int)yy );
curTime = TQTime( fromTime.hour() + 1, 0, 0 );
}
currY += ( float( fromTime.secsTo( curTime ) * minlen ) / 60. );
while ( curTime < endTime ) {
p.drawLine( box.left(), (int)currY, box.right(), (int)currY );
int newY = (int)( currY + cellHeight / 2. );
TQString numStr;
if ( newY < box.bottom() ) {
TQFont oldFont( p.font() );
// draw the time:
if ( !KGlobal::locale()->use12Clock() ) {
p.drawLine( xcenter, (int)newY, box.right(), (int)newY );
numStr.setNum( curTime.hour() );
if ( cellHeight > 30 ) {
p.setFont( TQFont( "sans-serif", 14, TQFont::Bold ) );
} else {
p.setFont( TQFont( "sans-serif", 12, TQFont::Bold ) );
}
p.drawText( box.left() + 4, (int)currY + 2, box.width() / 2 - 2, (int)cellHeight,
TQt::AlignTop | TQt::AlignRight, numStr );
p.setFont( TQFont ( "helvetica", 10, TQFont::Normal ) );
p.drawText( xcenter + 4, (int)currY + 2, box.width() / 2 + 2, (int)(cellHeight / 2 ) - 3,
TQt::AlignTop | TQt::AlignLeft, "00" );
} else {
p.drawLine( box.left(), (int)newY, box.right(), (int)newY );
TQTime time( curTime.hour(), 0 );
numStr = KGlobal::locale()->formatTime( time );
if ( box.width() < 60 ) {
p.setFont( TQFont( "sans-serif", 7, TQFont::Bold ) ); // for weekprint
} else {
p.setFont( TQFont( "sans-serif", 12, TQFont::Bold ) ); // for dayprint
}
p.drawText( box.left() + 2, (int)currY + 2, box.width() - 4, (int)cellHeight / 2 - 3,
TQt::AlignTop|TQt::AlignLeft, numStr );
}
currY += cellHeight;
p.setFont( oldFont );
} // enough space for half-hour line and time
if ( curTime.secsTo( endTime ) > 3600 ) {
curTime = curTime.addSecs( 3600 );
} else {
curTime = endTime;
}
} // currTime<endTime
}
/**
prints the all-day box for the agenda print view. if expandable is set,
height is the cell height of a single cell, and the returned height will
be the total height used for the all-day events. If !expandable, only one
cell will be used, and multiple events are concatenated using ", ".
*/
int CalPrintPluginBase::drawAllDayBox(TQPainter &p, Event::List &eventList,
const TQDate &qd, bool expandable, const TQRect &box )
{
Event::List::Iterator it, itold;
int offset=box.top();
TQString multiDayStr;
Event*hd = holiday( qd );
if ( hd ) eventList.prepend( hd );
it = eventList.begin();
Event *currEvent = 0;
// First, print all floating events
while( it!=eventList.end() ) {
currEvent=*it;
itold=it;
++it;
if ( currEvent && currEvent->doesFloat() ) {
// set the colors according to the categories
if ( expandable ) {
TQRect eventBox( box );
eventBox.setTop( offset );
showEventBox( p, EVENT_BORDER_WIDTH, eventBox, currEvent, currEvent->summary() );
offset += box.height();
} else {
if ( !multiDayStr.isEmpty() ) multiDayStr += ", ";
multiDayStr += currEvent->summary();
}
eventList.remove( itold );
}
}
if ( hd ) delete hd;
int ret = box.height();
TQRect eventBox( box );
if (!expandable) {
if (!multiDayStr.isEmpty()) {
drawShadedBox( p, BOX_BORDER_WIDTH, TQColor( 128, 128, 128 ), eventBox );
printEventString( p, eventBox, multiDayStr );
} else {
drawBox( p, BOX_BORDER_WIDTH, eventBox );
}
} else {
ret = offset - box.top();
eventBox.setBottom( ret );
drawBox( p, BOX_BORDER_WIDTH, eventBox );
}
return ret;
}
void CalPrintPluginBase::drawAgendaDayBox( TQPainter &p, Event::List &events,
const TQDate &qd, bool expandable,
TQTime &fromTime, TQTime &toTime,
const TQRect &oldbox )
{
if ( !isWorkingDay( qd ) ) {
drawShadedBox( p, BOX_BORDER_WIDTH, TQColor( 232, 232, 232 ), oldbox );
} else {
drawBox( p, BOX_BORDER_WIDTH, oldbox );
}
TQRect box( oldbox );
// Account for the border with and cut away that margin from the interior
// box.setRight( box.right()-BOX_BORDER_WIDTH );
Event *event;
if ( expandable ) {
// Adapt start/end times to include complete events
Event::List::ConstIterator it;
for ( it = events.begin(); it != events.end(); ++it ) {
event = *it;
if ( event->dtStart().time() < fromTime )
fromTime = event->dtStart().time();
if ( event->dtEnd().time() > toTime )
toTime = event->dtEnd().time();
}
}
// Show at least one hour
// if ( fromTime.secsTo( toTime ) < 3600 ) {
// fromTime = TQTime( fromTime.hour(), 0, 0 );
// toTime = fromTime.addSecs( 3600 );
// }
// calculate the height of a cell and of a minute
int totalsecs = fromTime.secsTo( toTime );
float minlen = box.height() * 60. / totalsecs;
float cellHeight = 60. * minlen;
float currY = box.top();
// print grid:
TQTime curTime( TQTime( fromTime.hour(), 0, 0 ) );
currY += fromTime.secsTo( curTime ) * minlen / 60;
while ( curTime < toTime && curTime.isValid() ) {
if ( currY > box.top() )
p.drawLine( box.left(), int( currY ), box.right(), int( currY ) );
currY += cellHeight / 2;
if ( ( currY > box.top() ) && ( currY < box.bottom() ) ) {
// enough space for half-hour line
TQPen oldPen( p.pen() );
p.setPen( TQColor( 192, 192, 192 ) );
p.drawLine( box.left(), int( currY ), box.right(), int( currY ) );
p.setPen( oldPen );
}
if ( curTime.secsTo( toTime ) > 3600 )
curTime = curTime.addSecs( 3600 );
else curTime = toTime;
currY += cellHeight / 2;
}
TQDateTime startPrintDate = TQDateTime( qd, fromTime );
TQDateTime endPrintDate = TQDateTime( qd, toTime );
// Calculate horizontal positions and widths of events taking into account
// overlapping events
TQPtrList<KOrg::CellItem> cells;
cells.setAutoDelete( true );
Event::List::ConstIterator itEvents;
for( itEvents = events.begin(); itEvents != events.end(); ++itEvents ) {
TQValueList<TQDateTime> times = (*itEvents)->startDateTimesForDate( qd );
for ( TQValueList<TQDateTime>::ConstIterator it = times.begin();
it != times.end(); ++it ) {
cells.append( new PrintCellItem( *itEvents, (*it), (*itEvents)->endDateForStart( *it ) ) );
}
}
TQPtrListIterator<KOrg::CellItem> it1( cells );
for( it1.toFirst(); it1.current(); ++it1 ) {
KOrg::CellItem *placeItem = it1.current();
KOrg::CellItem::placeItem( cells, placeItem );
}
// p.setFont( TQFont( "sans-serif", 10 ) );
for( it1.toFirst(); it1.current(); ++it1 ) {
PrintCellItem *placeItem = static_cast<PrintCellItem *>( it1.current() );
drawAgendaItem( placeItem, p, startPrintDate, endPrintDate, minlen, box );
}
// p.setFont( oldFont );
}
void CalPrintPluginBase::drawAgendaItem( PrintCellItem *item, TQPainter &p,
const TQDateTime &startPrintDate,
const TQDateTime &endPrintDate,
float minlen, const TQRect &box )
{
Event *event = item->event();
// start/end of print area for event
TQDateTime startTime = item->start();
TQDateTime endTime = item->end();
if ( ( startTime < endPrintDate && endTime > startPrintDate ) ||
( endTime > startPrintDate && startTime < endPrintDate ) ) {
if ( startTime < startPrintDate ) startTime = startPrintDate;
if ( endTime > endPrintDate ) endTime = endPrintDate;
int currentWidth = box.width() / item->subCells();
int currentX = box.left() + item->subCell() * currentWidth;
int currentYPos = int( box.top() + startPrintDate.secsTo( startTime ) *
minlen / 60. );
int currentHeight = int( box.top() + startPrintDate.secsTo( endTime ) * minlen / 60. ) - currentYPos;
TQRect eventBox( currentX, currentYPos, currentWidth, currentHeight );
TQString str;
if ( event->location().isEmpty() ) {
str = i18n( "starttime - endtime summary",
"%1-%2 %3" ).
arg( KGlobal::locale()->formatTime( startTime.time() ) ).
arg( KGlobal::locale()->formatTime( endTime.time() ) ).
arg( cleanStr( event->summary() ) );
} else {
str = i18n( "starttime - endtime summary, location",
"%1-%2 %3, %4" ).
arg( KGlobal::locale()->formatTime( startTime.time() ) ).
arg( KGlobal::locale()->formatTime( endTime.time() ) ).
arg( cleanStr( event->summary() ) ).
arg( cleanStr( event->location() ) );
}
showEventBox( p, EVENT_BORDER_WIDTH, eventBox, event, str );
}
}
//TODO TODO TODO
void CalPrintPluginBase::drawDayBox( TQPainter &p, const TQDate &qd,
const TQRect &box,
bool fullDate, bool printRecurDaily, bool printRecurWeekly )
{
TQString dayNumStr;
const KLocale*local = KGlobal::locale();
// This has to be localized
if ( fullDate && mCalSys ) {
dayNumStr = i18n("weekday month date", "%1 %2 %3")
.arg( mCalSys->weekDayName( qd ) )
.arg( mCalSys->monthName( qd ) )
.arg( qd.day() );
// dayNumStr = local->formatDate(qd);
} else {
dayNumStr = TQString::number( qd.day() );
}
TQRect subHeaderBox( box );
subHeaderBox.setHeight( mSubHeaderHeight );
drawShadedBox( p, BOX_BORDER_WIDTH, p.backgroundColor(), box );
drawShadedBox( p, 0, TQColor( 232, 232, 232 ), subHeaderBox );
drawBox( p, BOX_BORDER_WIDTH, box );
TQString hstring( holidayString( qd ) );
TQFont oldFont( p.font() );
TQRect headerTextBox( subHeaderBox );
headerTextBox.setLeft( subHeaderBox.left()+5 );
headerTextBox.setRight( subHeaderBox.right()-5 );
if (!hstring.isEmpty()) {
p.setFont( TQFont( "sans-serif", 8, TQFont::Bold, true ) );
p.drawText( headerTextBox, TQt::AlignLeft | TQt::AlignVCenter, hstring );
}
p.setFont(TQFont("sans-serif", 10, TQFont::Bold));
p.drawText( headerTextBox, TQt::AlignRight | TQt::AlignVCenter, dayNumStr);
Event::List eventList = mCalendar->events( qd,
EventSortStartDate,
SortDirectionAscending );
TQString timeText;
p.setFont( TQFont( "sans-serif", 8 ) );
int textY=mSubHeaderHeight+3; // gives the relative y-coord of the next printed entry
Event::List::ConstIterator it;
for( it = eventList.begin(); it != eventList.end() && textY<box.height(); ++it ) {
Event *currEvent = *it;
if ( ( !printRecurDaily && currEvent->recurrenceType() == Recurrence::rDaily ) ||
( !printRecurWeekly && currEvent->recurrenceType() == Recurrence::rWeekly ) ) {
continue;
}
if ( currEvent->doesFloat() || currEvent->isMultiDay() ) {
timeText = "";
} else {
timeText = local->formatTime( currEvent->dtStart().time() );
}
TQString str;
if ( !currEvent->location().isEmpty() ) {
str = i18n( "summary, location", "%1, %2" ).
arg( currEvent->summary() ).arg( currEvent->location() );
} else {
str = currEvent->summary();
}
drawIncidence( p, box, timeText, str, textY );
}
if ( textY < box.height() ) {
Todo::List todos = mCalendar->todos( qd );
Todo::List::ConstIterator it2;
for ( it2 = todos.begin(); it2 != todos.end() && textY <box.height(); ++it2 ) {
Todo *todo = *it2;
if ( ( !printRecurDaily && todo->recurrenceType() == Recurrence::rDaily ) ||
( !printRecurWeekly && todo->recurrenceType() == Recurrence::rWeekly ) ) {
continue;
}
if ( todo->hasStartDate() && !todo->doesFloat() ) {
timeText = KGlobal::locale()->formatTime( todo->dtStart().time() ) + " ";
} else {
timeText = "";
}
TQString summaryStr;
if ( !todo->location().isEmpty() ) {
summaryStr = i18n( "summary, location", "%1, %2" ).
arg( todo->summary() ).arg( todo->location() );
} else {
summaryStr = todo->summary();
}
TQString str;
if ( todo->hasDueDate() ) {
if ( !todo->doesFloat() ) {
str = i18n( "%1 (Due: %2)" ).
arg( summaryStr ).
arg( KGlobal::locale()->formatDateTime( todo->dtDue() ) );
} else {
str = i18n( "%1 (Due: %2)" ).
arg( summaryStr ).
arg( KGlobal::locale()->formatDate( todo->dtDue().date(), true ) );
}
} else {
str = summaryStr;
}
drawIncidence( p, box, timeText, i18n("To-do: %1").arg( str ), textY );
}
}
p.setFont( oldFont );
}
// TODO TODO TODO
void CalPrintPluginBase::drawIncidence( TQPainter &p, const TQRect &dayBox, const TQString &time, const TQString &summary, int &textY )
{
kdDebug(5850) << "summary = " << summary << endl;
int flags = TQt::AlignLeft;
TQFontMetrics fm = p.fontMetrics();
TQRect timeBound = p.boundingRect( dayBox.x() + 5, dayBox.y() + textY,
dayBox.width() - 10, fm.lineSpacing(),
flags, time );
p.drawText( timeBound, flags, time );
int summaryWidth = time.isEmpty() ? 0 : timeBound.width() + 4;
TQRect summaryBound = TQRect( dayBox.x() + 5 + summaryWidth, dayBox.y() + textY,
dayBox.width() - summaryWidth -5, dayBox.height() );
KWordWrap *ww = KWordWrap::formatText( fm, summaryBound, flags, summary );
ww->drawText( &p, dayBox.x() + 5 + summaryWidth, dayBox.y() + textY, flags );
textY += ww->boundingRect().height();
delete ww;
}
///////////////////////////////////////////////////////////////////////////////
void CalPrintPluginBase::drawWeek(TQPainter &p, const TQDate &qd, const TQRect &box )
{
TQDate weekDate = qd;
bool portrait = ( box.height() > box.width() );
int cellWidth, cellHeight;
int vcells;
if (portrait) {
cellWidth = box.width()/2;
vcells=3;
} else {
cellWidth = box.width()/6;
vcells=1;
}
cellHeight = box.height()/vcells;
// correct begin of week
int weekdayCol = weekdayColumn( qd.dayOfWeek() );
weekDate = qd.addDays( -weekdayCol );
for (int i = 0; i < 7; i++, weekDate = weekDate.addDays(1)) {
// Saturday and sunday share a cell, so we have to special-case sunday
int hpos = ((i<6)?i:(i-1)) / vcells;
int vpos = ((i<6)?i:(i-1)) % vcells;
TQRect dayBox( box.left()+cellWidth*hpos, box.top()+cellHeight*vpos + ((i==6)?(cellHeight/2):0),
cellWidth, (i<5)?(cellHeight):(cellHeight/2) );
drawDayBox(p, weekDate, dayBox, true);
} // for i through all weekdays
}
void CalPrintPluginBase::drawTimeTable(TQPainter &p,
const TQDate &fromDate, const TQDate &toDate,
TQTime &fromTime, TQTime &toTime,
const TQRect &box)
{
// timeline is 1 hour:
int alldayHeight = (int)( 3600.*box.height()/(fromTime.secsTo(toTime)+3600.) );
int timelineWidth = TIMELINE_WIDTH;
TQRect dowBox( box );
dowBox.setLeft( box.left() + timelineWidth );
dowBox.setHeight( mSubHeaderHeight );
drawDaysOfWeek( p, fromDate, toDate, dowBox );
TQRect tlBox( box );
tlBox.setWidth( timelineWidth );
tlBox.setTop( dowBox.bottom() + BOX_BORDER_WIDTH + alldayHeight );
drawTimeLine( p, fromTime, toTime, tlBox );
// draw each day
TQDate curDate(fromDate);
int i=0;
double cellWidth = double(dowBox.width()) / double(fromDate.daysTo(toDate)+1);
while (curDate<=toDate) {
TQRect allDayBox( dowBox.left()+int(i*cellWidth), dowBox.bottom() + BOX_BORDER_WIDTH,
int((i+1)*cellWidth)-int(i*cellWidth), alldayHeight );
TQRect dayBox( allDayBox );
dayBox.setTop( tlBox.top() );
dayBox.setBottom( box.bottom() );
Event::List eventList = mCalendar->events(curDate,
EventSortStartDate,
SortDirectionAscending);
alldayHeight = drawAllDayBox( p, eventList, curDate, false, allDayBox );
drawAgendaDayBox( p, eventList, curDate, false, fromTime, toTime, dayBox );
i++;
curDate=curDate.addDays(1);
}
}
///////////////////////////////////////////////////////////////////////////////
class MonthEventStruct
{
public:
MonthEventStruct() : event(0) {}
MonthEventStruct( const TQDateTime &s, const TQDateTime &e, Event *ev)
{
event = ev;
start = s;
end = e;
if ( event->doesFloat() ) {
start = TQDateTime( start.date(), TQTime(0,0,0) );
end = TQDateTime( end.date().addDays(1), TQTime(0,0,0) ).addSecs(-1);
}
}
bool operator<(const MonthEventStruct &mes) { return start < mes.start; }
TQDateTime start;
TQDateTime end;
Event *event;
};
void CalPrintPluginBase::drawMonth( TQPainter &p, const TQDate &dt, const TQRect &box, int maxdays, int subDailyFlags, int holidaysFlags )
{
const KCalendarSystem *calsys = calendarSystem();
TQRect subheaderBox( box );
subheaderBox.setHeight( subHeaderHeight() );
TQRect borderBox( box );
borderBox.setTop( subheaderBox.bottom()+1 );
drawSubHeaderBox( p, calsys->monthName(dt), subheaderBox );
// correct for half the border width
int correction = (BOX_BORDER_WIDTH/*-1*/)/2;
TQRect daysBox( borderBox );
daysBox.addCoords( correction, correction, -correction, -correction );
int daysinmonth = calsys->daysInMonth( dt );
if ( maxdays <= 0 ) maxdays = daysinmonth;
int d;
float dayheight = float(daysBox.height()) / float( maxdays );
TQColor holidayColor( 240, 240, 240 );
TQColor workdayColor( 255, 255, 255 );
int dayNrWidth = p.fontMetrics().width( "99" );
// Fill the remaining space (if a month has less days than others) with a crossed-out pattern
if ( daysinmonth<maxdays ) {
TQRect dayBox( box.left(), daysBox.top() + round(dayheight*daysinmonth), box.width(), 0 );
dayBox.setBottom( daysBox.bottom() );
p.fillRect( dayBox, TQt::DiagCrossPattern );
}
// Backgrounded boxes for each day, plus day numbers
TQBrush oldbrush( p.brush() );
for ( d = 0; d < daysinmonth; ++d ) {
TQDate day;
calsys->setYMD( day, dt.year(), dt.month(), d+1 );
TQRect dayBox( daysBox.left()/*+rand()%50*/, daysBox.top() + round(dayheight*d), daysBox.width()/*-rand()%50*/, 0 );
// FIXME: When using a border width of 0 for event boxes, don't let the rectangles overlap, i.e. subtract 1 from the top or bottom!
dayBox.setBottom( daysBox.top()+round(dayheight*(d+1)) - 1 );
p.setBrush( isWorkingDay( day )?workdayColor:holidayColor );
p.drawRect( dayBox );
TQRect dateBox( dayBox );
dateBox.setWidth( dayNrWidth+3 );
p.drawText( dateBox, TQt::AlignRight | TQt::AlignVCenter | TQt::SingleLine,
TQString::number(d+1) );
}
p.setBrush( oldbrush );
int xstartcont = box.left() + dayNrWidth + 5;
TQDate start, end;
calsys->setYMD( start, dt.year(), dt.month(), 1 );
end = calsys->addMonths( start, 1 );
end = calsys->addDays( end, -1 );
Event::List events = mCalendar->events( start, end );
TQMap<int, TQStringList> textEvents;
TQPtrList<KOrg::CellItem> timeboxItems;
timeboxItems.setAutoDelete( true );
// 1) For multi-day events, show boxes spanning several cells, use CellItem
// print the summary vertically
// 2) For sub-day events, print the concated summaries into the remaining
// space of the box (optional, depending on the given flags)
// 3) Draw some kind of timeline showing free and busy times
// Holidays
Event::List holidays;
holidays.setAutoDelete( true );
for ( TQDate d(start); d <= end; d = d.addDays(1) ) {
Event *e = holiday( d );
if ( e ) {
holidays.append( e );
if ( holidaysFlags & TimeBoxes ) {
timeboxItems.append( new PrintCellItem( e, TQDateTime(d, TQTime(0,0,0) ),
TQDateTime( d.addDays(1), TQTime(0,0,0) ) ) );
}
if ( holidaysFlags & Text ) {
textEvents[ d.day() ] << e->summary();
}
}
}
TQValueList<MonthEventStruct> monthentries;
for ( Event::List::ConstIterator evit = events.begin();
evit != events.end(); ++evit ) {
Event *e = (*evit);
if (!e) continue;
if ( e->doesRecur() ) {
if ( e->recursOn( start ) ) {
// This occurrence has possibly started before the beginning of the
// month, so obtain the start date before the beginning of the month
TQValueList<TQDateTime> starttimes = e->startDateTimesForDate( start );
TQValueList<TQDateTime>::ConstIterator it = starttimes.begin();
for ( ; it != starttimes.end(); ++it ) {
monthentries.append( MonthEventStruct( *it, e->endDateForStart( *it ), e ) );
}
}
// Loop through all remaining days of the month and check if the event
// begins on that day (don't use Event::recursOn, as that will
// also return events that have started earlier. These start dates
// however, have already been treated!
Recurrence *recur = e->recurrence();
TQDate d1( start.addDays(1) );
while ( d1 <= end ) {
if ( recur->recursOn(d1) ) {
TimeList times( recur->recurTimesOn( d1 ) );
for ( TimeList::ConstIterator it = times.begin();
it != times.end(); ++it ) {
TQDateTime d1start( d1, *it );
monthentries.append( MonthEventStruct( d1start, e->endDateForStart( d1start ), e ) );
}
}
d1 = d1.addDays(1);
}
} else {
monthentries.append( MonthEventStruct( e->dtStart(), e->dtEnd(), e ) );
}
}
qHeapSort( monthentries );
TQValueList<MonthEventStruct>::ConstIterator mit = monthentries.begin();
TQDateTime endofmonth( end, TQTime(0,0,0) );
endofmonth = endofmonth.addDays(1);
for ( ; mit != monthentries.end(); ++mit ) {
if ( (*mit).start.date() == (*mit).end.date() ) {
// Show also single-day events as time line boxes
if ( subDailyFlags & TimeBoxes ) {
timeboxItems.append( new PrintCellItem( (*mit).event, (*mit).start, (*mit).end ) );
}
// Show as text in the box
if ( subDailyFlags & Text ) {
textEvents[ (*mit).start.date().day() ] << (*mit).event->summary();
}
} else {
// Multi-day events are always shown as time line boxes
TQDateTime thisstart( (*mit).start );
TQDateTime thisend( (*mit).end );
if ( thisstart.date()<start ) thisstart = start;
if ( thisend>endofmonth ) thisend = endofmonth;
timeboxItems.append( new PrintCellItem( (*mit).event, thisstart, thisend ) );
}
}
// For Multi-day events, line them up nicely so that the boxes don't overlap
TQPtrListIterator<KOrg::CellItem> it1( timeboxItems );
for( it1.toFirst(); it1.current(); ++it1 ) {
KOrg::CellItem *placeItem = it1.current();
KOrg::CellItem::placeItem( timeboxItems, placeItem );
}
TQDateTime starttime( start, TQTime( 0, 0, 0 ) );
int newxstartcont = xstartcont;
TQFont oldfont( p.font() );
p.setFont( TQFont( "sans-serif", 7 ) );
for( it1.toFirst(); it1.current(); ++it1 ) {
PrintCellItem *placeItem = static_cast<PrintCellItem *>( it1.current() );
int minsToStart = starttime.secsTo( placeItem->start() )/60;
int minsToEnd = starttime.secsTo( placeItem->end() )/60;
TQRect eventBox( xstartcont + placeItem->subCell()*17,
daysBox.top() + round( double( minsToStart*daysBox.height()) / double(maxdays*24*60) ),
14, 0 );
eventBox.setBottom( daysBox.top() + round( double( minsToEnd*daysBox.height()) / double(maxdays*24*60) ) );
drawVerticalBox( p, 0, eventBox, placeItem->event()->summary() );
newxstartcont = TQMAX( newxstartcont, eventBox.right() );
}
xstartcont = newxstartcont;
// For Single-day events, simply print their summaries into the remaining
// space of the day's cell
for ( int d=0; d<daysinmonth; ++d ) {
TQStringList dayEvents( textEvents[d+1] );
TQString txt = dayEvents.join(", ");
TQRect dayBox( xstartcont, daysBox.top()+round(dayheight*d), 0, 0 );
dayBox.setRight( box.right() );
dayBox.setBottom( daysBox.top()+round(dayheight*(d+1)) );
printEventString(p, dayBox, txt, TQt::AlignTop | TQt::AlignLeft | TQt::BreakAnywhere );
}
p.setFont( oldfont );
// p.setBrush( TQt::NoBrush );
drawBox( p, BOX_BORDER_WIDTH, borderBox );
p.restore();
}
///////////////////////////////////////////////////////////////////////////////
void CalPrintPluginBase::drawMonthTable(TQPainter &p, const TQDate &qd, bool weeknumbers,
bool recurDaily, bool recurWeekly,
const TQRect &box)
{
int yoffset = mSubHeaderHeight;
int xoffset = 0;
TQDate monthDate(TQDate(qd.year(), qd.month(), 1));
TQDate monthFirst(monthDate);
TQDate monthLast(monthDate.addMonths(1).addDays(-1));
int weekdayCol = weekdayColumn( monthDate.dayOfWeek() );
monthDate = monthDate.addDays(-weekdayCol);
if (weeknumbers) {
xoffset += 14;
}
int rows=(weekdayCol + qd.daysInMonth() - 1)/7 +1;
double cellHeight = ( box.height() - yoffset ) / (1.*rows);
double cellWidth = ( box.width() - xoffset ) / 7.;
// Precalculate the grid...
// rows is at most 6, so using 8 entries in the array is fine, too!
int coledges[8], rowedges[8];
for ( int i = 0; i <= 7; i++ ) {
rowedges[i] = int( box.top() + yoffset + i*cellHeight );
coledges[i] = int( box.left() + xoffset + i*cellWidth );
}
if (weeknumbers) {
TQFont oldFont(p.font());
TQFont newFont(p.font());
newFont.setPointSize(6);
p.setFont(newFont);
TQDate weekDate(monthDate);
for (int row = 0; row<rows; ++row ) {
int calWeek = weekDate.weekNumber();
TQRect rc( box.left(), rowedges[row], coledges[0] - 3 - box.left(), rowedges[row+1]-rowedges[row] );
p.drawText( rc, TQt::AlignRight | TQt::AlignVCenter, TQString::number( calWeek ) );
weekDate = weekDate.addDays( 7 );
}
p.setFont( oldFont );
}
TQRect daysOfWeekBox( box );
daysOfWeekBox.setHeight( mSubHeaderHeight );
daysOfWeekBox.setLeft( box.left()+xoffset );
drawDaysOfWeek( p, monthDate, monthDate.addDays( 6 ), daysOfWeekBox );
TQColor back = p.backgroundColor();
bool darkbg = false;
for ( int row = 0; row < rows; ++row ) {
for ( int col = 0; col < 7; ++col ) {
// show days from previous/next month with a grayed background
if ( (monthDate < monthFirst) || (monthDate > monthLast) ) {
p.setBackgroundColor( back.dark( 120 ) );
darkbg = true;
}
TQRect dayBox( coledges[col], rowedges[row], coledges[col+1]-coledges[col], rowedges[row+1]-rowedges[row] );
drawDayBox(p, monthDate, dayBox, false, recurDaily, recurWeekly );
if ( darkbg ) {
p.setBackgroundColor( back );
darkbg = false;
}
monthDate = monthDate.addDays(1);
}
}
}
///////////////////////////////////////////////////////////////////////////////
void CalPrintPluginBase::drawTodo( int &count, Todo *todo, TQPainter &p,
TodoSortField sortField, SortDirection sortDir,
bool connectSubTodos, bool strikeoutCompleted,
bool desc, int posPriority, int posSummary,
int posDueDt, int posPercentComplete,
int level, int x, int &y, int width,
int pageHeight, const Todo::List &todoList,
TodoParentStart *r )
{
TQString outStr;
const KLocale *local = KGlobal::locale();
TQRect rect;
TodoParentStart startpt;
// This list keeps all starting points of the parent to-dos so the connection
// lines of the tree can easily be drawn (needed if a new page is started)
static TQPtrList<TodoParentStart> startPoints;
if ( level < 1 ) {
startPoints.clear();
}
// Compute the right hand side of the to-do box
int rhs = posPercentComplete;
if ( rhs < 0 ) rhs = posDueDt; //not printing percent completed
if ( rhs < 0 ) rhs = x+width; //not printing due dates either
// size of to-do
outStr=todo->summary();
int left = posSummary + ( level*10 );
rect = p.boundingRect( left, y, ( rhs-left-5 ), -1, TQt::WordBreak, outStr );
if ( !todo->description().isEmpty() && desc ) {
outStr = todo->description();
rect = p.boundingRect( left+20, rect.bottom()+5, width-(left+10-x), -1,
TQt::WordBreak, outStr );
}
// if too big make new page
if ( rect.bottom() > pageHeight ) {
// first draw the connection lines from parent to-dos:
if ( level > 0 && connectSubTodos ) {
TodoParentStart *rct;
for ( rct = startPoints.first(); rct; rct = startPoints.next() ) {
int start;
int center = rct->mRect.left() + (rct->mRect.width()/2);
int to = p.viewport().bottom();
// draw either from start point of parent or from top of the page
if ( rct->mSamePage )
start = rct->mRect.bottom() + 1;
else
start = p.viewport().top();
p.moveTo( center, start );
p.lineTo( center, to );
rct->mSamePage = false;
}
}
y=0;
mPrinter->newPage();
}
// If this is a sub-to-do, r will not be 0, and we want the LH side
// of the priority line up to the RH side of the parent to-do's priority
bool showPriority = posPriority>=0;
int lhs = posPriority;
if ( r ) {
lhs = r->mRect.right() + 1;
}
outStr.setNum( todo->priority() );
rect = p.boundingRect( lhs, y + 10, 5, -1, TQt::AlignCenter, outStr );
// Make it a more reasonable size
rect.setWidth(18);
rect.setHeight(18);
// Draw a checkbox
p.setBrush( TQBrush( TQt::NoBrush ) );
p.drawRect( rect );
if ( todo->isCompleted() ) {
// cross out the rectangle for completed to-dos
p.drawLine( rect.topLeft(), rect.bottomRight() );
p.drawLine( rect.topRight(), rect.bottomLeft() );
}
lhs = rect.right() + 3;
// Priority
if ( todo->priority() > 0 && showPriority ) {
p.drawText( rect, TQt::AlignCenter, outStr );
}
startpt.mRect = rect; //save for later
// Connect the dots
if ( level > 0 && connectSubTodos ) {
int bottom;
int center( r->mRect.left() + (r->mRect.width()/2) );
if ( r->mSamePage )
bottom = r->mRect.bottom() + 1;
else
bottom = 0;
int to( rect.top() + (rect.height()/2) );
int endx( rect.left() );
p.moveTo( center, bottom );
p.lineTo( center, to );
p.lineTo( endx, to );
}
// summary
outStr=todo->summary();
rect = p.boundingRect( lhs, rect.top(), (rhs-(left + rect.width() + 5)),
-1, TQt::WordBreak, outStr );
TQRect newrect;
//FIXME: the following code prints underline rather than strikeout text
#if 0
TQFont f( p.font() );
if ( todo->isCompleted() && strikeoutCompleted ) {
f.setStrikeOut( true );
p.setFont( f );
}
p.drawText( rect, TQt::WordBreak, outStr, -1, &newrect );
f.setStrikeOut( false );
p.setFont( f );
#endif
//TODO: Remove this section when the code above is fixed
p.drawText( rect, TQt::WordBreak, outStr, -1, &newrect );
if ( todo->isCompleted() && strikeoutCompleted ) {
// strike out the summary text if to-do is complete
// Note: we tried to use a strike-out font and for unknown reasons the
// result was underline instead of strike-out, so draw the lines ourselves.
int delta = p.fontMetrics().lineSpacing();
int lines = ( rect.height() / delta ) + 1;
for ( int i=0; i<lines; i++ ) {
p.moveTo( rect.left(), rect.top() + ( delta/2 ) + ( i*delta ) );
p.lineTo( rect.right(), rect.top() + ( delta/2 ) + ( i*delta ) );
}
}
// due date
if ( todo->hasDueDate() && posDueDt>=0 ) {
outStr = local->formatDate( todo->dtDue().date(), true );
rect = p.boundingRect( posDueDt, y, x + width, -1,
TQt::AlignTop | TQt::AlignLeft, outStr );
p.drawText( rect, TQt::AlignTop | TQt::AlignLeft, outStr );
}
// percentage completed
bool showPercentComplete = posPercentComplete>=0;
if ( showPercentComplete ) {
int lwidth = 24;
int lheight = 12;
//first, draw the progress bar
int progress = (int)(( lwidth*todo->percentComplete())/100.0 + 0.5);
p.setBrush( TQBrush( TQt::NoBrush ) );
p.drawRect( posPercentComplete, y+3, lwidth, lheight );
if ( progress > 0 ) {
p.setBrush( TQColor( 128, 128, 128 ) );
p.drawRect( posPercentComplete, y+3, progress, lheight );
}
//now, write the percentage
outStr = i18n( "%1%" ).arg( todo->percentComplete() );
rect = p.boundingRect( posPercentComplete+lwidth+3, y, x + width, -1,
TQt::AlignTop | TQt::AlignLeft, outStr );
p.drawText( rect, TQt::AlignTop | TQt::AlignLeft, outStr );
}
// description
if ( !todo->description().isEmpty() && desc ) {
y = newrect.bottom() + 5;
outStr = todo->description();
rect = p.boundingRect( left+20, y, x+width-(left+10), -1,
TQt::WordBreak, outStr );
p.drawText( rect, TQt::WordBreak, outStr, -1, &newrect );
}
// Set the new line position
y = newrect.bottom() + 10; //set the line position
// If the to-do has sub-to-dos, we need to call ourselves recursively
#if 0
Incidence::List l = todo->relations();
Incidence::List::ConstIterator it;
startPoints.append( &startpt );
for( it = l.begin(); it != l.end(); ++it ) {
count++;
// In the future, to-dos might also be related to events
// Manually check if the sub-to-do is in the list of to-dos to print
// The problem is that relations() does not apply filters, so
// we need to compare manually with the complete filtered list!
Todo* subtodo = dynamic_cast<Todo *>( *it );
if (subtodo && todoList.contains( subtodo ) ) {
drawTodo( count, subtodo, p, connectSubTodos, strikeoutCompleted,
desc, posPriority, posSummary, posDueDt, posPercentComplete,
level+1, x, y, width, pageHeight, todoList, &startpt );
}
}
#endif
// Make a list of all the sub-to-dos related to this to-do.
Todo::List t;
Incidence::List l = todo->relations();
Incidence::List::ConstIterator it;
for( it=l.begin(); it!=l.end(); ++it ) {
// In the future, to-dos might also be related to events
// Manually check if the sub-to-do is in the list of to-dos to print
// The problem is that relations() does not apply filters, so
// we need to compare manually with the complete filtered list!
Todo* subtodo = dynamic_cast<Todo *>( *it );
if ( subtodo && todoList.contains( subtodo ) ) {
t.append( subtodo );
}
}
// Sort the sub-to-dos and then print them
Todo::List sl = mCalendar->sortTodos( &t, sortField, sortDir );
Todo::List::ConstIterator isl;
startPoints.append( &startpt );
for( isl = sl.begin(); isl != sl.end(); ++isl ) {
count++;
drawTodo( count, ( *isl ), p, sortField, sortDir,
connectSubTodos, strikeoutCompleted,
desc, posPriority, posSummary, posDueDt, posPercentComplete,
level+1, x, y, width, pageHeight, todoList, &startpt );
}
startPoints.remove( &startpt );
}
int CalPrintPluginBase::weekdayColumn( int weekday )
{
return ( weekday + 7 - KGlobal::locale()->weekStartDay() ) % 7;
}
void CalPrintPluginBase::drawJournalField( TQPainter &p, TQString field, TQString text,
int x, int &y, int width, int pageHeight )
{
if ( text.isEmpty() ) return;
TQString entry( field.arg( text ) );
TQRect rect( p.boundingRect( x, y, width, -1, TQt::WordBreak, entry) );
if ( rect.bottom() > pageHeight) {
// Start new page...
// FIXME: If it's a multi-line text, draw a few lines on this page, and the
// remaining lines on the next page.
y=0;
mPrinter->newPage();
rect = p.boundingRect( x, y, width, -1, TQt::WordBreak, entry);
}
TQRect newrect;
p.drawText( rect, TQt::WordBreak, entry, -1, &newrect );
y = newrect.bottom() + 7;
}
void CalPrintPluginBase::drawJournal( Journal * journal, TQPainter &p, int x, int &y,
int width, int pageHeight )
{
TQFont oldFont( p.font() );
p.setFont( TQFont( "sans-serif", 15 ) );
TQString headerText;
TQString dateText( KGlobal::locale()->
formatDate( journal->dtStart().date(), false ) );
if ( journal->summary().isEmpty() ) {
headerText = dateText;
} else {
headerText = i18n("Description - date", "%1 - %2")
.arg( journal->summary() )
.arg( dateText );
}
TQRect rect( p.boundingRect( x, y, width, -1, TQt::WordBreak, headerText) );
if ( rect.bottom() > pageHeight) {
// Start new page...
y=0;
mPrinter->newPage();
rect = p.boundingRect( x, y, width, -1, TQt::WordBreak, headerText );
}
TQRect newrect;
p.drawText( rect, TQt::WordBreak, headerText, -1, &newrect );
p.setFont( oldFont );
y = newrect.bottom() + 4;
p.drawLine( x + 3, y, x + width - 6, y );
y += 5;
drawJournalField( p, i18n("Person: %1"), journal->organizer().fullName(), x, y, width, pageHeight );
drawJournalField( p, i18n("%1"), journal->description(), x, y, width, pageHeight );
y += 10;
}
void CalPrintPluginBase::drawSplitHeaderRight( TQPainter &p, const TQDate &fd,
const TQDate &td,
const TQDate &,
int width, int )
{
TQFont oldFont( p.font() );
TQPen oldPen( p.pen() );
TQPen pen( TQt::black, 4 );
TQString title;
if ( mCalSys ) {
if ( fd.month() == td.month() ) {
title = i18n("Date range: Month dayStart - dayEnd", "%1 %2 - %3")
.arg( mCalSys->monthName( fd.month(), false ) )
.arg( mCalSys->dayString( fd, false ) )
.arg( mCalSys->dayString( td, false ) );
} else {
title = i18n("Date range: monthStart dayStart - monthEnd dayEnd", "%1 %2 - %3 %4")
.arg( mCalSys->monthName( fd.month(), false ) )
.arg( mCalSys->dayString( fd, false ) )
.arg( mCalSys->monthName( td.month(), false ) )
.arg( mCalSys->dayString( td, false ) );
}
}
TQFont serifFont("Times", 30);
p.setFont(serifFont);
int lineSpacing = p.fontMetrics().lineSpacing();
p.drawText( 0, lineSpacing * 0, width, lineSpacing,
TQt::AlignRight | TQt::AlignTop, title );
title.truncate(0);
p.setPen( pen );
p.drawLine(300, lineSpacing * 1, width, lineSpacing * 1);
p.setPen( oldPen );
p.setFont(TQFont("Times", 20, TQFont::Bold, TRUE));
int newlineSpacing = p.fontMetrics().lineSpacing();
title += TQString::number(fd.year());
p.drawText( 0, lineSpacing * 1 + 4, width, newlineSpacing,
TQt::AlignRight | TQt::AlignTop, title );
p.setFont( oldFont );
}
#endif
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