| -rw-r--r-- | library/dummy_api_docu.cpp | 250 | ||||
| -rw-r--r-- | library/timestring.cpp | 4 | ||||
| -rw-r--r-- | library/timestring.h | 12 |
3 files changed, 263 insertions, 3 deletions
diff --git a/library/dummy_api_docu.cpp b/library/dummy_api_docu.cpp index f2153df..97d28e8 100644 --- a/library/dummy_api_docu.cpp +++ b/library/dummy_api_docu.cpp @@ -114,256 +114,506 @@ * */ /** * \fn QWidget InputMethodInterface::inputMethod(QWidget*parent, Qt::WFlags f) * \brief create a new widget which should be used as input * * This method will be called if the inputmethod is to be shown. * Make sure that your widget is not too large. As of Opie1.1 InputMethods * can be floating as well. * * Delete the Widget yourself. * * * @param parent The parent of the to be created Input widget. * @param f The Qt::WFlags for the widget */ /** * \fn void InputMethodInterface::resetState() * \brief Reset the state of the inputmethod * * If you're shown reset the state of the keyboard to the * the default. */ /** * \fn QPixmap* InputMethodInterface::icon() * \brief The icon of your Input method * * Return a pointer to a QPixmap symboling your inputmethod * You need to delete the pixmap later yourself. */ /** * \fn void InputMethodInterface::onKeyPress(QObject* receiver, const char* slot) * \brief pass your key event through * * In your actual Input Implementation you'll need a SIGNAL with this * void key(ushort,ushort,ushort,bool,bool) signal. The host of your input method * requests you to connect your signal with the signal out of receiver and slot. * * ushort == unicode value * ushort == keycode * ushort == modifiers from Qt::ButtonState * bool == true if the key is pressed and false if released * bool == autorepeat on or off. * * See the QWSServer for more information about emitting keys * * * @param receiver the receiver to QObject::connect to * @param slot the slot to QObject::connect to * */ /* * MediaPlayer Plugins */ /** * \class MediaPlayerPluginInterface * \brief Plugins for the Opie Player I * * You can extend the Opie Player I by plugins placed in * OPIEDIR/plugins/codecs * * */ /** * \fn MediaPlayerDecoder MediaPlayerPluginInterface::decoder() * * Create a new MediaPlayerDecoder * */ /* * MenuApplet Interface */ /** * \class MenuAppletInterface * \brief Plugins for the Menu Applet/StartMenu * * You can extend the startmenu by plugins implementing this * interface. You need to place the plugin in plugins/applets * from where they will be loaded. * * */ /** * \fn QString MenuAppletInterface::name()const * \brief Translated name of the Menu Applet * * Return a translated name using QObject::tr of your plugin */ /** * \fn int MenuAppletInterface::position()const * \brief the wished position of this applet * * The position where you want to be placed. 0 for the down most * */ /** * \fn QIconSet MenuAppletInterface::icon()const * \brief return a QIconSet. * * The returned icon set will be shown next * to text(). * Make use of AppLnk::smallIconSize() */ /** * \fn QString MenuAppletInterface::text()const * \brief return a Text shown to the user in the menu */ /** * \fn QPopupMenu* MenuAppletInterface::popup( QWidget* parent)const * \brief Provide a SubMenu popup if you want * * You can provide a Submenu popup for your item as well. If you return * 0 no popup will be shown. * * You can use the QPopupMenu::aboutToShow() signal to be informed before * showing the popup * * @param parent The parent of the to be created popup. * @see QPopupMenu */ /** * \fn void MenuAppletInterface::activated() * \brief This method gets called once the user clicked on the item * * This is the way you get informed about user input. Your plugin * has just been clicked */ /* * StyleInterface */ /** * \class StyleInterface * \brief StyleInterface base class * * Opie styles should implement StyleExtendedInterface. * StyleInterface is only for compability reasons present and should * not be used for new styles. * * Styles need to be put into OPIEDIR/plugins/styles */ /** * \class StyleExtendedInterface * \brief The Plugin Interface for all Opie styles * * If you want to create a new QStyle for Opie use this class. * * key(ushort,ushort,ushort,bool,bool) */ /* * Taskbar Applets */ /** * \class TaskbarAppletInterface * * This is the base class of all Applets shown in the taskbar * An applets need to provide a position and a widget. * * Applets need to be put into OPIEDIR/plugins/applets * */ /** * \fn QWidget* TaskbarAppletInterface::applet( QWidget* parent ) * \brief return the new Applet Widget * * @param parent The parent of the Applet normally the taskbar */ /** * \fn int TaskbarAppletInterface::position()const; * \brief the wished position * * From left to right. 0 is left. The clock uses 10 */ /** * \class WindowDecorationInterface * * Interface class for Window Decorations. Yu need to implement * metric and drawing functions. */ /** * \class WindowDecorationInterface::WindowData * * Window informations like the QRect, Palette, Caption * and flag */ /** * \fn int WindowDecorationInterface::metric(Metric m,const WindowData* ) * * Return the width for the item out of Metric. * Normally you will case Metric and default: should call the interface * method. Also return 0 */ /** * \fn void WindowDecorationInterface::drawArea( Area a, QPainter* , const WindowData* )const * * draw the Area specefic in a to the QPainter */ /** * \fn void WindowDecorationInterface::drawButton(Button b,QPainter*p ,const WindowData* d, int x, int y, int w,int h, QWSButton::State s)const * * @param b The Button to be drawn * @param p The painter to draw at * @param d The Window Data * @param x The X position of the button * @param y The Y position of the button * @param w The width of the button * @param h The height of the button * @param s The state of the button */ /** * \fn QRegion WindowDecorationInterface::mask( const WindowData* )const * * The mask of the Decoration. * * \code * int th = metric(TitleHeight,wd); * QRect rect( wd->rect ); * QRect r(rect.left() - metric(LeftBorder,wd), * rect.top() - th - metric(TopBorder,wd), * rect.width() + metric(LeftBorder,wd) + metric(RightBorder,wd), * rect.height() + th + metric(TopBorder,wd) + metric(BottomBorder,wd)); * return QRegion(r) - rect; * \endcode */ + + +/** + * \class DateFormat + * \brief The format a Date and Time is composed + * + * Define how a Date and Time should be composed + * + * @see TimeString + */ + +/** + * \enum DateFormat::Order + * The order of the Day,Month and Year + */ +/** + * \val DateFormat::Order::DayMonthYear + * First the Day, then the Month and the Year + */ + +/** + * \val DateFormat::Order::MonthDayYear + * First the Month then Day and Year followed + */ +/** + * \val DateFormat::Order::YearMonthDay + * Year Month and then the Day + */ + +/** + * \fn QString DateFormat::toNumberString()const + * Return the Order of Days as string (M/D/Y) in example + * this string can be shown to the user. + * It will extract three bits at a time and compose + * a string + */ + +/** + * \fn QString DateFormat::toWordString()const + * Return the DateFormat as written words + * + */ + +/** + * \fn DateFormat::DateFormat(QChar s,Order or) + * A Constructor. + * @param s The seperator for the short representation. As used by toNumberString + * @param or The order used for short and long dates + */ + +/** + * \fn DateFormat::DateFormat(QChar s,Order so,Order lo) + * + * A different Constructor with different long and short representation + * @param s The seperator + * @param so The short order representation + * @param lo The long order representation + */ + + +/** + * \fn DateFormat::DateFormat(const DateFormat&) + * Copy c'tor + * + */ + +/** + * \enum DateFormat::Verbosity + * The verbosity as used by DateFormat::numberDate() and DateFormat::wordDate() + * + * \enum val shortNumber Express the Year as 04 + * \enum val longNumber Express the Year as 2004 + * \enum val showWeekDay Use week day names + * \enum val longWord Use long word. If not set the week day will be stripped to the first three characters + * + * + * @see DateFormat::numberDate + * @see DateFormat::wordDate + */ + +/** + * \fn QString DateFormat::numberDate(const QDate& d,int v)const + * + * Compose the QDate to a QString using the shortOrder() and + * the verbosity. The verbosity is only used to see if the + * year should be four positions or two positions wide. + * + * @param d The QDate to be expressed as string + * @param v Only DateFormat::Verbosity::shortNumber or + * DateFormat::Verbosity::longNumber is used. + * Use this to say if the year should be two or four + * positions wide + * + * @see DateFormat::wordDate() + */ + +/** + * \fn QString DateFormat::wordDate(const QDate& d,int v )const + * Compose the QDate to a QString using the longOrder() options. + * The difference to numberDate() is the length of the resulting + * string. Weekday- and Monthnames are expressed as words as opposed to digits. + * + * + * @param d The Date to be used + * @param v The verbosity + */ + +/** + * \fn void DateFormat::load(QDataStream&) + * load from the QDateStream. And set the values + * internally + */ + +/** + * \fn void DateFormat::save(QDateStream&)const + * save this DateFormat into the QDataStream + */ + +/** + *\fn QChar DateFormat::seperator()const + * The seperator used for the numberString() + */ +/** + * \fn DateFormat::Order DateFormat::shortOrder()const + * Return the DateFormat::Order for the shortOrder which will be used by numberString + */ +/** + * \fn DateFormat::Order DateFormat::longOrder()const + * Return the DateFormat::Order for the longOrder which will be used by the wordString + */ + +/** + * \class TimeString + * \brief A frontend to DateFormat + * + * A utility class to use DateFormat more easily + * @todo For ODP add QDateTime and QTime operations honoring system settings + */ + +/** + * \fn QString TimeString::shortDate(const QDate& d) + * Call the overloaded function with currentDateFormat() + * + * @param d The QDate to be transformed + * @see TimeString::shortDate(const QDate& d,DateFormat) + */ +/** + * \fn QString TimeString::dateString(const QDate& d); + * This function calls the overloaded function with currentDateFormat() + * + * @param d The QDate to be used + * @see TimeString::dateString(const QDate& d,DateFormat); + */ +/** + * \fn QString TimeString::longDateString(const QDate& d); + * + * This functions calls the olverloaded function with currentDateFormat() + * + * @param d The QDate to be used + * @see TimeString::longDateString(const QDate& d,DateFormat); + */ +/** + * \fn QString TimeString::dateString(const QDateTime&,bool,bool); + * @internal + */ +/** + * \fn QString TimeString::dateString(const QDateTime& t,bool) + * Do not use they do not honor system wide AMPM settings. + * Also + * + * @see numberDateString + * @see longNumberDateString + */ +/** + * \fn QString TimeString::numberDateString(const QDate& d, DateFormat f ) + * Return the date as String in number coding (DD/MM/YY) depending on the + * date format + * + * @param d The QDate to be used + * @param f The DateFormat to be used + */ +/** + * \fn QString TimeString::numberDateString(const QDate& d) + * This is an overloaded function and uses the currentDateFormat() + * of the system + * + * @see currentDateFormat() + * @param d The QDate to be used + */ +/** + * \fn QString TimeString::longNumberDateString(const QDate& d, DateFormat f ) + * Return the date as String in number coding (DD/MM/YYYY) depending on the + * date format. This uses the DateFormat::longNumber verbosity on the DateFormat::numberDate + * method + * + * @param d The QDate to be used + * @param f The DateFormat to be used + */ +/** + * \fn QString TimeString::longNumberDateString(const QDate& d) + * This is an overloaded function and uses the currentDateFormat() + * of the system. + * + * + * @see currentDateFormat() + * @see longNumberDateString(const QDate&,DateFormat) + * @param d The QDate to be used + */ + + +/** + * \fn QString TimeString::shortDate(const QDate& d,DateFormat f) + * Calls DateFormat::wordDate with d + * + * Example: '20 Feb 04' + * + * + * + * @param d The QDate used + * @param f DateFormat which will be used for composing + * @todo Make naming consistent with the two other functions calling wordDate + */ + +/** + * \fn QString TimeString::dateString(const QDate& d,DateFormat f ) + * Calls and translates DateFormat::wordDate with d and + * DateFormat::longNumber|DateFormat::longWord + * This means we will translate the month name and have a 4 digit year (2004) + * + * Example: '20 Feb 2004' + * + * @param d The QDate. + * @param f The DateFormat which will be called + */ + +/** + * \fn QSrring TimeString::longDateString(const QDate& d, DateFormat f ) + * Calls and translates DateFormat::wordDate with DateFormat::showWeekDay|DateFormat::longNumber|DateFormat::longWord. + * This means you will have a string with the week day name, monthname and a four digit year. + * + * Example: 'Fr, 20 Feb 2004' + * + * @param d The QDate + * + */ + +/** + * \fn DateFormat currentDateFormat() + * Return the System DateFormat + */ diff --git a/library/timestring.cpp b/library/timestring.cpp index 8f60b72..2fd0191 100644 --- a/library/timestring.cpp +++ b/library/timestring.cpp @@ -1,329 +1,329 @@ /********************************************************************** ** Copyright (C) 2000-2002 Trolltech AS. All rights reserved. ** ** This file is part of the Qtopia Environment. ** ** This file may be distributed and/or modified under the terms of the ** GNU General Public License version 2 as published by the Free Software ** Foundation and appearing in the file LICENSE.GPL included in the ** packaging of this file. ** ** This file is provided AS IS with NO WARRANTY OF ANY KIND, INCLUDING THE ** WARRANTY OF DESIGN, MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. ** ** See http://www.trolltech.com/gpl/ for GPL licensing information. ** ** Contact info@trolltech.com if any conditions of this licensing are ** not clear to you. ** **********************************************************************/ #include "timestring.h" #include <qobject.h> #include <qpe/qpeapplication.h> //for qApp #include "config.h" class TimeStringFormatKeeper : public QObject { Q_OBJECT public: static DateFormat currentFormat() { if ( !self ) self = new TimeStringFormatKeeper; return self->format; } private slots: void formatChanged( DateFormat f ) { format = f; } private: static TimeStringFormatKeeper *self; DateFormat format; TimeStringFormatKeeper() : QObject( qApp ) { Config config("qpe"); config.setGroup( "Date" ); format = DateFormat(QChar(config.readEntry("Separator", "/")[0]), (DateFormat::Order)config .readNumEntry("ShortOrder", DateFormat::DayMonthYear), (DateFormat::Order)config.readNumEntry("LongOrder", DateFormat::DayMonthYear)); connect( qApp, SIGNAL( dateFormatChanged(DateFormat) ), this, SLOT( formatChanged( DateFormat ) ) ); } }; TimeStringFormatKeeper *TimeStringFormatKeeper::self = 0; QString DateFormat::toNumberString() const { QString buf = ""; // for each part of the order for (int i = 0; i < 3; i++) { // switch on the relavent 3 bits. switch((_shortOrder >> (i * 3)) & 0x0007) { case 0x0001: - buf += QObject::tr( "D" ); + buf += QObject::tr( "D" , "Shortcut for Day"); break; case 0x0002: - buf += QObject::tr( "M" ); + buf += QObject::tr( "M", "Shortcur for Month" ); break; case 0x0004: buf += QObject::tr( "Y" ); break; } if (i < 2) buf += _shortSeparator; } return buf; } QString DateFormat::toWordString() const { QString buf = ""; // for each part of the order for (int i = 0; i < 3; i++) { // switch on the relavent 3 bits. switch((_longOrder >> (i * 3)) & 0x0007) { case 0x0001: buf += QObject::tr( "day" ); if (i < 2) { if ((_shortOrder << ((i+1) * 3)) & 0x0007) buf += ", "; else buf += " "; } break; case 0x0002: buf += QObject::tr( "month" ); if (i < 2) buf += " "; break; case 0x0004: buf += QObject::tr( "year" ); if (i < 2) buf += ", "; break; } } return buf; } QString DateFormat::numberDate(const QDate &d, int v) const { QString buf = ""; int pad = 2; // for each part of the order for (int i = 0; i < 3; i++) { // switch on the relavent 3 bits. switch((_shortOrder >> (i * 3)) & 0x0007) { case 0x0001: if (pad==2) buf += QString().sprintf("%02d",d.day()); else buf += QString().sprintf("%d",d.day()); break; case 0x0002: if (i==0) { // no padding with only MM/DD/YY format pad=0; } if (pad==2) buf += QString().sprintf("%02d",d.month()); else buf += QString().sprintf("%d",d.month()); break; case 0x0004: { int year = d.year(); if (!(v & longNumber)) year = year % 100; buf += QString().sprintf("%02d",year); } break; } if (i < 2) buf += _shortSeparator; } return buf; } QString DateFormat::wordDate(const QDate &d, int v) const { QString buf = ""; // for each part of the order if (v & showWeekDay) { QString weekDay = d.dayName(d.dayOfWeek()); if (!(v & longWord)) { weekDay = weekDay.left(3); } buf += weekDay; if ((_longOrder & 0x0007) == 0x0002) buf += ' '; else buf += ", "; } for (int i = 0; i < 3; i++) { // switch on the relavent 3 bits. switch((_longOrder >> (i * 3)) & 0x0007) { case 0x0001: if (i==1) { buf += QString().sprintf("%02d, ",d.day()); } else { buf += QString().sprintf("%2d",d.day()); if (separator()=='.') // 2002/1/11 buf += ". "; else buf += " "; } break; case 0x0002: { QString monthName = d.monthName(d.month()); if (!(v & longWord)) { monthName = monthName.left(3); } buf += monthName; } if (i < 2) buf += " "; break; case 0x0004: { int year = d.year(); if (!(v & longNumber)) year = year % 100; if (year < 10) buf += "0"; buf += QString::number(year); } if (i < 2) buf += ", "; break; } } return buf; } #ifndef QT_NO_DATASTREAM void DateFormat::save(QDataStream &d) const { d << _shortSeparator.unicode(); uint v= _shortOrder; d << v; v = _longOrder; d << v; } void DateFormat::load(QDataStream &d) { ushort value; d >> value; _shortSeparator = QChar(value); uint v = 0; d >> v; _shortOrder = (Order)v; v = 0; d >> v; _longOrder = (Order)v; } QDataStream &operator<<(QDataStream &s, const DateFormat&df) { df.save(s); return s; } QDataStream &operator>>(QDataStream &s, DateFormat&df) { df.load(s); return s; } #endif QString TimeString::shortDate( const QDate &d, DateFormat dtf ) { return dtf.wordDate(d); } QString TimeString::dateString( const QDate &d, DateFormat dtf ) { return QObject::tr( dtf.wordDate(d, DateFormat::longNumber | DateFormat::longWord) ); } QString TimeString::longDateString( const QDate &d, DateFormat dtf ) { return QObject::tr( dtf.wordDate(d, DateFormat::showWeekDay | DateFormat::longNumber | DateFormat::longWord) ); } DateFormat TimeString::currentDateFormat() { return TimeStringFormatKeeper::currentFormat(); } QString TimeString::dateString( const QDateTime &dt, bool ampm, bool seconds, DateFormat dtf ) { const QDate& d = dt.date(); const QTime& t = dt.time(); // based on QDateTime::toString() QString buf = timeString(t,ampm,seconds); buf += " "; buf += longDateString( d, dtf ); return buf; } QString TimeString::timeString( const QTime &t, bool ampm, bool seconds ) { if ( !ampm ) { if ( seconds ) return t.toString(); QString r = QString::number(t.hour()); if ( t.hour() < 10 ) r.prepend( "0" ); r.append( ":" ); if ( t.minute() < 10 ) r.append( "0" ); r.append(QString::number(t.minute())); return r; } // ### else the hard case that should disappear in Qt 3.0 QString argString = seconds ? "%4:%5:%6 %7" : "%4:%5 %7"; int hour = t.hour(); QString strMin = QString::number( t.minute() ); QString strSec = QString::number( t.second() ); if ( hour > 12 ) argString = argString.arg( hour - 12, 2 ); else { if ( hour == 0 ) argString = argString.arg( 12 ); else argString = argString.arg( hour, 2 ); } if ( t.minute() < 10 ) strMin.prepend( "0" ); if ( t.second() < 10 ) strSec.prepend( "0" ); argString = argString.arg( strMin ); if ( seconds ) argString = argString.arg( strSec ); if ( hour >= 12 ) argString = argString.arg( QObject::tr("PM") ); else argString = argString.arg( QObject::tr("AM") ); return argString; } QString TimeString::shortTime( bool ampm, bool seconds ) { static const char* const day[] = { QT_TRANSLATE_NOOP( "QObject", "Mon" ), QT_TRANSLATE_NOOP( "QObject", "Tue" ), QT_TRANSLATE_NOOP( "QObject", "Wed" ), QT_TRANSLATE_NOOP( "QObject", "Thu" ), QT_TRANSLATE_NOOP( "QObject", "Fri" ), diff --git a/library/timestring.h b/library/timestring.h index 0335715..875c8bf 100644 --- a/library/timestring.h +++ b/library/timestring.h @@ -1,140 +1,150 @@ /********************************************************************** ** Copyright (C) 2000-2002 Trolltech AS. All rights reserved. ** ** This file is part of the Qtopia Environment. ** ** This file may be distributed and/or modified under the terms of the ** GNU General Public License version 2 as published by the Free Software ** Foundation and appearing in the file LICENSE.GPL included in the ** packaging of this file. ** ** This file is provided AS IS with NO WARRANTY OF ANY KIND, INCLUDING THE ** WARRANTY OF DESIGN, MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. ** ** See http://www.trolltech.com/gpl/ for GPL licensing information. ** ** Contact info@trolltech.com if any conditions of this licensing are ** not clear to you. ** **********************************************************************/ #ifndef _TIMESTRING_H_ #define _TIMESTRING_H_ #include <qdatetime.h> #include <qstring.h> #if (QT_VERSION-0 >= 0x030000) #define DateFormat QPEDateFormat #endif // return a string with the time based on whether or not you want // you want it in 12 hour form. if ampm is true, then return // it in 12 hour (am/pm) form otherwise return it in 24 hour form // in theory Qt 3,0 handles this better (hopefully obsoleteing this) class DateFormat { public: // date format type 001,010,100 = day month year enum Order { DayMonthYear = 0x0111, // 0x001 + 0x010(0x2 << 3) + 0x100(0x4 << 3) MonthDayYear = 0x010A, YearMonthDay = 0x0054 }; DateFormat(QChar s = '/', Order so = MonthDayYear) : _shortOrder(so), _longOrder(so), _shortSeparator(s) { } DateFormat(QChar s, Order so, Order lo) : _shortOrder(so), _longOrder(lo), _shortSeparator(s) { } DateFormat(const DateFormat &o) : _shortOrder(o._shortOrder), _longOrder(o._longOrder), _shortSeparator(o._shortSeparator) { } bool operator==(const DateFormat &o) { if (o._shortOrder == _shortOrder && o._longOrder == _longOrder && o._shortSeparator == _shortSeparator) return TRUE; return FALSE; } // verbosity specifiers enum Verbosity { shortNumber = 0x01, // default longNumber = 0x02, padNumber = 0x04, shortWord = 0x08, // default longWord = 0x10, showWeekDay = 0x20 }; QString toNumberString() const; // the M/D/Y string. QString toWordString() const; // the Month day, year string. QString numberDate(const QDate &d, int v = 0) const; QString wordDate(const QDate &d, int v = 0) const; #ifndef QT_NO_DATASTREAM void load(QDataStream&); void save(QDataStream&) const; #endif QChar separator() const { return _shortSeparator; }; Order shortOrder() const { return _shortOrder; }; Order longOrder() const { return _longOrder; }; private: Order _shortOrder; Order _longOrder; QChar _shortSeparator; }; #ifndef QT_NO_DATASTREAM QDataStream &operator<<(QDataStream &s, const DateFormat&df); QDataStream &operator>>(QDataStream &s, DateFormat&df); #endif class TimeString { public: //enum DateFormat { MonthDayYear, DayMonthYear, ISO8601, //YearMonthDay = ISO8601 }; - +/** + * @name Convience functions which use currentDateFormat + */ +//@{ static QString shortDate( const QDate &d ) { return shortDate( d, currentDateFormat() ); } static QString dateString( const QDate &d ) { return dateString( d, currentDateFormat() ); } static QString longDateString( const QDate &d ) { return longDateString( d, currentDateFormat() ); } +//@} static QString dateString( const QDateTime &dt, bool ampm, bool seconds ) { return dateString( dt, ampm, seconds, currentDateFormat() ); } + + /** @name Do not use as they don't honor system settings for AMPM + * + */ + //@{ static QString dateString( const QDateTime &t, bool ampm = false ); static QString timeString( const QTime &t, bool ampm, bool seconds ); static QString timeString( const QTime &t, bool ampm = false ); static QString shortTime( bool ampm, bool seconds ); static QString shortTime( bool ampm = false ); + //@} static QString numberDateString( const QDate &d, DateFormat ); static QString numberDateString( const QDate &d ) { return numberDateString( d, currentDateFormat() ); } static QString longNumberDateString( const QDate &d, DateFormat ); static QString longNumberDateString( const QDate &d ) { return longNumberDateString( d, currentDateFormat() ); } static QString shortDate( const QDate &, DateFormat ); static QString dateString( const QDate &, DateFormat ); static QString longDateString( const QDate &, DateFormat ); static DateFormat currentDateFormat(); private: static QString dateString( const QDateTime &t, bool ampm, bool seconds, DateFormat ); }; #endif |