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Diffstat (limited to 'tqtinterface/qt4/src/kernel/tqwidget_x11.cpp')
| -rw-r--r-- | tqtinterface/qt4/src/kernel/tqwidget_x11.cpp | 2980 |
1 files changed, 2980 insertions, 0 deletions
diff --git a/tqtinterface/qt4/src/kernel/tqwidget_x11.cpp b/tqtinterface/qt4/src/kernel/tqwidget_x11.cpp new file mode 100644 index 0000000..f8c605a --- /dev/null +++ b/tqtinterface/qt4/src/kernel/tqwidget_x11.cpp @@ -0,0 +1,2980 @@ +/**************************************************************************** +** +** Implementation of TQWidget and TQWindow classes for X11 +** +** Created : 931031 +** +** Copyright (C) 2010 Timothy Pearson and (C) 1992-2008 Trolltech ASA. +** +** This file is part of the kernel module of the TQt GUI Toolkit. +** +** This file may be used under the terms of the GNU General +** Public License versions 2.0 or 3.0 as published by the Free +** Software Foundation and appearing in the files LICENSE.GPL2 +** and LICENSE.GPL3 included in the packaging of this file. +** Alternatively you may (at your option) use any later version +** of the GNU General Public License if such license has been +** publicly approved by Trolltech ASA (or its successors, if any) +** and the KDE Free TQt Foundation. +** +** Please review the following information to ensure GNU General +** Public Licensing requirements will be met: +** http://trolltech.com/products/qt/licenses/licensing/opensource/. +** If you are unsure which license is appropriate for your use, please +** review the following information: +** http://trolltech.com/products/qt/licenses/licensing/licensingoverview +** or contact the sales department at sales@trolltech.com. +** +** This file may be used under the terms of the Q Public License as +** defined by Trolltech ASA and appearing in the file LICENSE.TQPL +** included in the packaging of this file. Licensees holding valid TQt +** Commercial licenses may use this file in accordance with the TQt +** Commercial License Agreement provided with the Software. +** +** This file is provided "AS IS" with NO WARRANTY OF ANY KIND, +** INCLUDING THE WARRANTIES OF DESIGN, MERCHANTABILITY AND FITNESS FOR +** A PARTICULAR PURPOSE. Trolltech reserves all rights not granted +** herein. +** +**********************************************************************/ + +#include "tqapplication.h" +#include "tqapplication_p.h" +#include "tqnamespace.h" +#include "tqpaintdevicemetrics.h" +#include "tqpainter.h" +#include "tqbitmap.h" +#include "tqobjectlist.h" +#include "tqlayout.h" +#include "tqtextcodec.h" +#include "tqdatetime.h" +#include "tqcursor.h" +#include "tqt_x11_p.h" +#include <stdlib.h> + +#ifdef USE_QT4 + +// defined in qapplication_x11.cpp +extern Atom qt_wm_state; +extern Atom qt_wm_change_state; +extern Atom qt_wm_delete_window; +extern Atom qt_wm_take_focus; +extern Atom qt_wm_client_leader; +extern Atom qt_window_role; +extern Atom qt_sm_client_id; +extern Atom qt_utf8_string; +extern Atom qt_net_wm_context_help; +extern Atom qt_net_wm_ping; +extern Atom qt_xa_motif_wm_hints; +extern Atom qt_net_wm_name; +extern Atom qt_net_wm_icon_name; +extern Atom qt_net_wm_state; +extern Atom qt_net_wm_state_modal; +extern Atom qt_net_wm_state_max_v; +extern Atom qt_net_wm_state_max_h; +extern Atom qt_net_wm_state_fullscreen; +extern Atom qt_net_wm_state_above; +extern Atom qt_net_wm_state_stays_on_top; +extern Atom qt_net_wm_window_type; +extern Atom qt_net_wm_window_type_normal; +extern Atom qt_net_wm_window_type_dialog; +extern Atom qt_net_wm_window_type_toolbar; +extern Atom qt_net_wm_window_type_menu; +extern Atom qt_net_wm_window_type_utility; +extern Atom qt_net_wm_window_type_splash; +extern Atom qt_net_wm_window_type_override; +extern Atom qt_net_wm_pid; +extern Atom qt_net_wm_user_time; +extern Atom qt_enlightenment_desktop; +extern Atom qt_net_virtual_roots; +extern bool qt_broken_wm; + +// defined in qapplication_x11.cpp +extern bool qt_net_supports(Atom); +extern unsigned long *qt_net_virtual_root_list; + +TQ_EXPORT void qt_wait_for_window_manager( TQWidget* w ) +{ + TQApplication::flushX(); + XEvent ev; + TQTime t; + t.start(); + while ( !XCheckTypedWindowEvent( w->x11Display(), w->winId(), ReparentNotify, &ev ) ) { + if ( XCheckTypedWindowEvent( w->x11Display(), w->winId(), MapNotify, &ev ) ) + break; + if ( t.elapsed() > 500 ) + return; // give up, no event available + tqApp->syncX(); // non-busy wait + } + tqApp->x11ProcessEvent( &ev ); + if ( XCheckTypedWindowEvent( w->x11Display(), w->winId(), ConfigureNotify, &ev ) ) + tqApp->x11ProcessEvent( &ev ); +} + +static void qt_net_change_wm_state(const TQWidget* w, bool set, Atom one, Atom two = 0) +{ + if (w->isShown()) { + // managed by WM + XEvent e; + e.xclient.type = ClientMessage; + e.xclient.message_type = qt_net_wm_state; + e.xclient.display = const_cast<TQWidget*>(w)->x11Display(); + e.xclient.window = w->winId(); + e.xclient.format = 32; + e.xclient.data.l[ 0 ] = set ? 1 : 0; + e.xclient.data.l[ 1 ] = one; + e.xclient.data.l[ 2 ] = two; + e.xclient.data.l[ 3 ] = 0; + e.xclient.data.l[ 4 ] = 0; + XSendEvent(const_cast<TQWidget*>(w)->x11Display(), RootWindow(const_cast<TQWidget*>(w)->x11Display(), const_cast<TQWidget*>(w)->x11Screen()), + False, (SubstructureNotifyMask|SubstructureRedirectMask), &e); + } else { + Atom ret; + int format = 0, status; + unsigned char *data = 0; + unsigned long nitems = 0, after = 0; + Atom *old_states = 0; + status = XGetWindowProperty(const_cast<TQWidget*>(w)->x11Display(), w->winId(), + qt_net_wm_state, 0, 1024, False, + XA_ATOM, &ret, &format, &nitems, + &after, &data); + if (status == Success && ret == XA_ATOM && format == 32 && nitems > 0) + old_states = (Atom *) data; + else + nitems = 0; + + Atom *new_states = new Atom[nitems + 2]; + int i, j = 0; + for (i = 0; i < (int)nitems; ++i) { + if (old_states[i] && old_states[i] != one && old_states[i] != two) + new_states[j++] = old_states[i]; + } + + if (set) { + if (one) new_states[j++] = one; + if (two) new_states[j++] = two; + } + + if (j) + XChangeProperty(const_cast<TQWidget*>(w)->x11Display(), w->winId(), qt_net_wm_state, XA_ATOM, 32, + PropModeReplace, (uchar *) new_states, j); + else + XDeleteProperty(const_cast<TQWidget*>(w)->x11Display(), w->winId(), qt_net_wm_state); + + delete [] new_states; + if (data) XFree(data); + } +} + +void TQWidget::setMask( const QRegion region ) +{ + QWidget::setMask(region); +} + +void TQWidget::setMask( const QBitmap bitmap ) +{ + // Work around a bug in Qt4.x (including Qt4.7) where setting any pixel in either + // the bottom row or rightmost column of a QBitmap to Qt::color0 (i.e., transparent) + // will cause the entire mask to beome opaque + TQBitmap fixedBitmap = bitmap; + fixedBitmap.resize(bitmap.width()+1, bitmap.height()+1); + TQPainter fixerUpper(&fixedBitmap); + fixerUpper.setBrush(Qt::color1); + fixerUpper.setBackgroundMode(Qt::TransparentMode); + fixerUpper.drawLine(0, fixedBitmap.height()-1, fixedBitmap.width()-1, fixedBitmap.height()-1); + fixerUpper.drawLine(fixedBitmap.width()-1, 0, fixedBitmap.width()-1, fixedBitmap.height()-1); + fixerUpper.end(); + QWidget::setMask(fixedBitmap.mask()); +} + +/*! + When a widget gets focus, it should call setMicroFocusHint() with + some appropriate position and size, \a x, \a y, \a width and \a + height. This has no \e visual effect, it just provides hints to + any system-specific input handling tools. + + The \a text argument should be TRUE if this is a position for text + input. + + In the Windows version of TQt, this method sets the system caret, + which is used for user Accessibility focus handling. If \a text + is TRUE, it also sets the IME composition window in Far East Asian + language input systems. + + In the X11 version of TQt, if \a text is TRUE, this method sets the + XIM "spot" point for complex language input handling. + + The font \a f is a rendering hint to the currently active input method. + If \a f is 0 the widget's font is used. + + \sa microFocusHint() +*/ +void TQWidget::setMicroFocusHint(int x, int y, int width, int height, + bool text, TQFont *f ) +{ +// #ifndef TQT_NO_XIM +// if ( text ) { +// TQWidget* tlw = tqtopLevelWidget(); +// TQTLWExtra *topdata = tlw->topData(); +// +// // trigger input context creation if it hasn't happened already +// createInputContext(); +// TQInputContext *qic = (TQInputContext *) topdata->xic; +// +// if ( qt_xim && qic ) { +// TQPoint p( x, y ); +// TQPoint p2 = mapTo( tqtopLevelWidget(), TQPoint( 0, 0 ) ); +// p = mapTo( tqtopLevelWidget(), p); +// qic->setXFontSet( f ? *f : fnt ); +// qic->setComposePosition(p.x(), p.y() + height); +// qic->setComposeArea(p2.x(), p2.y(), this->width(), this->height()); +// } +// } +// #endif + + if ( TQRect( x, y, width, height ) != microFocusHint() ) { + createExtra(); + extraData()->micro_focus_hint.setRect( x, y, width, height ); + } +} + +// void TQWidget::createInputContext() +// { +// TQWidget *tlw = tqtopLevelWidget(); +// TQTLWExtra *topdata = tlw->topData(); +// +// #ifndef TQT_NO_XIM +// if (qt_xim) { +// if (! topdata->xic) { +// TQInputContext *qic = new TQInputContext(tlw); +// topdata->xic = (void *) qic; +// } +// } else +// #endif // TQT_NO_XIM +// { +// // qDebug("TQWidget::createInputContext: no xim"); +// topdata->xic = 0; +// } +// } + +/*! + \overload void TQWidget::drawText( const TQPoint &pos, const TQString& str ) + + Draws the string \a str at position \a pos. +*/ + +/*! + Draws the string \a str at position \a(x, y). + + The \a y position is the base line position of the text. The text + is drawn using the default font and the default foreground color. + + This function is provided for convenience. You will generally get + more flexible results and often higher speed by using a a \link + TQPainter painter\endlink instead. + + \sa setFont(), foregroundColor(), TQPainter::drawText() +*/ + +void TQWidget::drawText( int x, int y, const TQString &str ) +{ + if ( testWState(WState_Visible) ) { + TQPainter paint; + paint.begin( this ); + paint.drawText( x, y, str ); + paint.end(); + } +} + +#else // USE_QT4 + +// NOT REVISED + +// defined in qapplication_x11.cpp +extern Window qt_x11_wm_client_leader; +extern void qt_x11_create_wm_client_leader(); + +// defined in qapplication_x11.cpp +void qt_insert_sip( TQWidget*, int, int ); +int qt_sip_count( TQWidget* ); +bool qt_wstate_iconified( WId ); +void qt_updated_rootinfo(); + +#ifndef TQT_NO_XIM +#include "tqinputcontext_p.h" + +extern XIM qt_xim; +extern XIMStyle qt_xim_style; +#endif + +// Paint event clipping magic +extern void qt_set_paintevent_clipping( TQPaintDevice* dev, const TQRegion& region); +extern void qt_clear_paintevent_clipping(); + +extern bool qt_dnd_enable( TQWidget* w, bool on ); +extern bool qt_nograb(); + +// defined in qapplication_x11.cpp +extern void qt_deferred_map_add( TQWidget* ); +extern void qt_deferred_map_take( TQWidget* ); +extern bool qt_deferred_map_tqcontains(TQWidget *); + +static TQWidget *mouseGrb = 0; +static TQWidget *keyboardGrb = 0; + +// defined in qfont_x11.cpp +extern bool qt_has_xft; + +int qt_x11_create_desktop_on_screen = -1; + +/***************************************************************************** + TQWidget member functions + *****************************************************************************/ + +// defined in qapplication_x11.cpp +extern Atom qt_wm_state; +extern Atom qt_wm_change_state; +extern Atom qt_wm_delete_window; +extern Atom qt_wm_take_focus; +extern Atom qt_wm_client_leader; +extern Atom qt_window_role; +extern Atom qt_sm_client_id; +extern Atom qt_utf8_string; +extern Atom qt_net_wm_context_help; +extern Atom qt_net_wm_ping; +extern Atom qt_xa_motif_wm_hints; +extern Atom qt_net_wm_name; +extern Atom qt_net_wm_icon_name; +extern Atom qt_net_wm_state; +extern Atom qt_net_wm_state_modal; +extern Atom qt_net_wm_state_max_v; +extern Atom qt_net_wm_state_max_h; +extern Atom qt_net_wm_state_fullscreen; +extern Atom qt_net_wm_state_above; +extern Atom qt_net_wm_state_stays_on_top; +extern Atom qt_net_wm_window_type; +extern Atom qt_net_wm_window_type_normal; +extern Atom qt_net_wm_window_type_dialog; +extern Atom qt_net_wm_window_type_toolbar; +extern Atom qt_net_wm_window_type_menu; +extern Atom qt_net_wm_window_type_utility; +extern Atom qt_net_wm_window_type_splash; +extern Atom qt_net_wm_window_type_override; +extern Atom qt_net_wm_pid; +extern Atom qt_net_wm_user_time; +extern Atom qt_enlightenment_desktop; +extern Atom qt_net_virtual_roots; +extern bool qt_broken_wm; + +// defined in qapplication_x11.cpp +extern bool qt_net_supports(Atom); +extern unsigned long *qt_net_virtual_root_list; + +#if defined (TQT_TABLET_SUPPORT) +extern XDevice *devStylus; +extern XDevice *devEraser; +extern XEventClass event_list_stylus[7]; +extern XEventClass event_list_eraser[7]; +extern int qt_curr_events_stylus; +extern int qt_curr_events_eraser; +#endif + +const uint stdWidgetEventMask = // X event tqmask + (uint)( + KeyPressMask | KeyReleaseMask | + ButtonPressMask | ButtonReleaseMask | + KeymapStateMask | + ButtonMotionMask | + EnterWindowMask | LeaveWindowMask | + FocusChangeMask | + ExposureMask | + PropertyChangeMask | + StructureNotifyMask + ); + +const uint stdDesktopEventMask = // X event tqmask + (uint)( + KeymapStateMask | + EnterWindowMask | LeaveWindowMask | + PropertyChangeMask + ); + + +/* + The qt_ functions below are implemented in qwidgetcreate_x11.cpp. +*/ + +Window qt_XCreateWindow( const TQWidget *creator, + Display *display, Window tqparent, + int x, int y, uint w, uint h, + int borderwidth, int depth, + uint windowclass, Visual *visual, + ulong valuetqmask, XSetWindowAttributes *attributes ); +Window qt_XCreateSimpleWindow( const TQWidget *creator, + Display *display, Window tqparent, + int x, int y, uint w, uint h, int borderwidth, + ulong border, ulong background ); +void qt_XDestroyWindow( const TQWidget *destroyer, + Display *display, Window window ); + +TQ_EXPORT void qt_x11_enforce_cursor( TQWidget * w ) +{ + if ( w->testWState( TQt::WState_OwnCursor ) ) { + TQCursor * oc = TQApplication::overrideCursor(); + if ( oc ) { + XDefineCursor( w->x11Display(), w->winId(), oc->handle() ); + } else if ( w->isEnabled() ) { + XDefineCursor( w->x11Display(), w->winId(), w->cursor().handle() ); + } else { + // enforce the windows behavior of clearing the cursor on + // disabled widgets + XDefineCursor( w->x11Display(), w->winId(), None ); + } + } else { + XDefineCursor( w->x11Display(), w->winId(), None ); + } +} + +TQ_EXPORT void qt_wait_for_window_manager( TQWidget* w ) +{ + TQApplication::flushX(); + XEvent ev; + TQTime t; + t.start(); + while ( !XCheckTypedWindowEvent( w->x11Display(), w->winId(), ReparentNotify, &ev ) ) { + if ( XCheckTypedWindowEvent( w->x11Display(), w->winId(), MapNotify, &ev ) ) + break; + if ( t.elapsed() > 500 ) + return; // give up, no event available + tqApp->syncX(); // non-busy wait + } + tqApp->x11ProcessEvent( &ev ); + if ( XCheckTypedWindowEvent( w->x11Display(), w->winId(), ConfigureNotify, &ev ) ) + tqApp->x11ProcessEvent( &ev ); +} + +static void qt_net_change_wm_state(const TQWidget* w, bool set, Atom one, Atom two = 0) +{ + if (w->isShown()) { + // managed by WM + XEvent e; + e.xclient.type = ClientMessage; + e.xclient.message_type = qt_net_wm_state; + e.xclient.display = w->x11Display(); + e.xclient.window = w->winId(); + e.xclient.format = 32; + e.xclient.data.l[ 0 ] = set ? 1 : 0; + e.xclient.data.l[ 1 ] = one; + e.xclient.data.l[ 2 ] = two; + e.xclient.data.l[ 3 ] = 0; + e.xclient.data.l[ 4 ] = 0; + XSendEvent(w->x11Display(), RootWindow(w->x11Display(), w->x11Screen()), + False, (SubstructureNotifyMask|SubstructureRedirectMask), &e); + } else { + Atom ret; + int format = 0, status; + unsigned char *data = 0; + unsigned long nitems = 0, after = 0; + Atom *old_states = 0; + status = XGetWindowProperty(w->x11Display(), w->winId(), + qt_net_wm_state, 0, 1024, False, + XA_ATOM, &ret, &format, &nitems, + &after, &data); + if (status == Success && ret == XA_ATOM && format == 32 && nitems > 0) + old_states = (Atom *) data; + else + nitems = 0; + + Atom *new_states = new Atom[nitems + 2]; + int i, j = 0; + for (i = 0; i < (int)nitems; ++i) { + if (old_states[i] && old_states[i] != one && old_states[i] != two) + new_states[j++] = old_states[i]; + } + + if (set) { + if (one) new_states[j++] = one; + if (two) new_states[j++] = two; + } + + if (j) + XChangeProperty(w->x11Display(), w->winId(), qt_net_wm_state, XA_ATOM, 32, + PropModeReplace, (uchar *) new_states, j); + else + XDeleteProperty(w->x11Display(), w->winId(), qt_net_wm_state); + + delete [] new_states; + if (data) XFree(data); + } +} + +/*! + Creates a new widget window if \a window is 0, otherwise sets the + widget's window to \a window. + + Initializes the window (sets the tqgeometry etc.) if \a + initializeWindow is TRUE. If \a initializeWindow is FALSE, no + initialization is performed. This parameter only makes sense if \a + window is a valid window. + + Destroys the old window if \a destroyOldWindow is TRUE. If \a + destroyOldWindow is FALSE, you are responsible for destroying the + window yourself (using platform native code). + + The TQWidget constructor calls create(0,TRUE,TRUE) to create a + window for this widget. +*/ + +void TQWidget::create( WId window, bool initializeWindow, bool destroyOldWindow) +{ + if ( testWState(WState_Created) && window == 0 ) + return; + + // set created flag + setWState( WState_Created ); + + bool popup = testWFlags(WType_Popup); + bool dialog = testWFlags(WType_Dialog); + bool desktop = testWFlags(WType_Desktop); + + // top-level widget + if ( !parentWidget() || parentWidget()->isDesktop() ) + setWFlags( WType_TopLevel ); + + // these are top-level, too + if ( dialog || popup || desktop || testWFlags(WStyle_Splash)) + setWFlags( WType_TopLevel ); + + // a popup stays on top + if ( popup ) + setWFlags(WStyle_StaysOnTop); + + bool topLevel = testWFlags(WType_TopLevel); + Window parentw, destroyw = 0; + WId id; + + // always initialize + if ( !window ) + initializeWindow = TRUE; + + if ( desktop && + qt_x11_create_desktop_on_screen >= 0 && + qt_x11_create_desktop_on_screen != x11Screen() ) { + // desktop on a certain screen other than the default requested + TQPaintDeviceX11Data* xd = getX11Data( TRUE ); + xd->x_screen = qt_x11_create_desktop_on_screen; + xd->x_depth = TQPaintDevice::x11AppDepth( xd->x_screen ); + xd->x_cells = TQPaintDevice::x11AppCells( xd->x_screen ); + xd->x_colormap = TQPaintDevice::x11AppColormap( xd->x_screen ); + xd->x_defcolormap = TQPaintDevice::x11AppDefaultColormap( xd->x_screen ); + xd->x_visual = TQPaintDevice::x11AppVisual( xd->x_screen ); + xd->x_defvisual = TQPaintDevice::x11AppDefaultVisual( xd->x_screen ); + setX11Data( xd ); + } else if ( parentWidget() && parentWidget()->x11Screen() != x11Screen() ) { + // if we have a tqparent widget, move to its screen if necessary + TQPaintDeviceX11Data* xd = getX11Data( TRUE ); + xd->x_screen = parentWidget()->x11Screen(); + xd->x_depth = TQPaintDevice::x11AppDepth( xd->x_screen ); + xd->x_cells = TQPaintDevice::x11AppCells( xd->x_screen ); + xd->x_colormap = TQPaintDevice::x11AppColormap( xd->x_screen ); + xd->x_defcolormap = TQPaintDevice::x11AppDefaultColormap( xd->x_screen ); + xd->x_visual = TQPaintDevice::x11AppVisual( xd->x_screen ); + xd->x_defvisual = TQPaintDevice::x11AppDefaultVisual( xd->x_screen ); + setX11Data( xd ); + } + + //get display, screen number, root window and desktop tqgeometry for + //the current screen + Display *dpy = x11Display(); + int scr = x11Screen(); + Window root_win = RootWindow( dpy, scr ); + int sw = DisplayWidth(dpy,scr); + int sh = DisplayHeight(dpy,scr); + + if ( desktop ) { // desktop widget + dialog = popup = FALSE; // force these flags off + crect.setRect( 0, 0, sw, sh ); + } else if ( topLevel ) { // calc pos/size from screen + crect.setRect( sw/4, 3*sh/10, sw/2, 4*sh/10 ); + } else { // child widget + crect.setRect( 0, 0, 100, 30 ); + } + + parentw = topLevel ? root_win : parentWidget()->winId(); + + XSetWindowAttributes wsa; + + if ( window ) { // override the old window + if ( destroyOldWindow ) + destroyw = winid; + id = window; + setWinId( window ); + XWindowAttributes a; + XGetWindowAttributes( dpy, window, &a ); + crect.setRect( a.x, a.y, a.width, a.height ); + + if ( a.map_state == IsUnmapped ) + clearWState( WState_Visible ); + else + setWState( WState_Visible ); + + TQPaintDeviceX11Data* xd = getX11Data( TRUE ); + + // tqfind which screen the window is on... + xd->x_screen = TQPaintDevice::x11AppScreen(); // by default, use the default :) + int i; + for ( i = 0; i < ScreenCount( dpy ); i++ ) { + if ( RootWindow( dpy, i ) == a.root ) { + xd->x_screen = i; + break; + } + } + + xd->x_depth = a.depth; + xd->x_cells = DisplayCells( dpy, xd->x_screen ); + xd->x_visual = a.visual; + xd->x_defvisual = ( XVisualIDFromVisual( a.visual ) == + XVisualIDFromVisual( (Visual*)x11AppVisual(x11Screen()) ) ); + xd->x_colormap = a.colormap; + xd->x_defcolormap = ( a.colormap == x11AppColormap( x11Screen() ) ); + setX11Data( xd ); + } else if ( desktop ) { // desktop widget + id = (WId)parentw; // id = root window + TQWidget *otherDesktop = tqfind( id ); // is there another desktop? + if ( otherDesktop && otherDesktop->testWFlags(WPaintDesktop) ) { + otherDesktop->setWinId( 0 ); // remove id from widget mapper + setWinId( id ); // make sure otherDesktop is + otherDesktop->setWinId( id ); // found first + } else { + setWinId( id ); + } + } else { + if ( x11DefaultVisual() && x11DefaultColormap() ) { + id = (WId)qt_XCreateSimpleWindow( this, dpy, parentw, + crect.left(), crect.top(), + crect.width(), crect.height(), + 0, + black.pixel(x11Screen()), + bg_col.pixel(x11Screen()) ); + } else { + wsa.background_pixel = bg_col.pixel(x11Screen()); + wsa.border_pixel = black.pixel(x11Screen()); + wsa.colormap = (Colormap)x11Colormap(); + id = (WId)qt_XCreateWindow( this, dpy, parentw, + crect.left(), crect.top(), + crect.width(), crect.height(), + 0, x11Depth(), InputOutput, + (Visual*)x11Visual(), + CWBackPixel|CWBorderPixel|CWColormap, + &wsa ); + } + + setWinId( id ); // set widget id/handle + hd + } + +#ifndef TQT_NO_XFTFREETYPE + if (rendhd) { + XftDrawDestroy( (XftDraw *) rendhd ); + rendhd = 0; + } + + if ( qt_has_xft ) + rendhd = (HANDLE) XftDrawCreate( dpy, id, (Visual *) x11Visual(), + x11Colormap() ); +#endif // TQT_NO_XFTFREETYPE + + // NET window types + long net_wintypes[7] = { 0, 0, 0, 0, 0, 0, 0 }; + int curr_wintype = 0; + + // NET window states + long net_winstates[6] = { 0, 0, 0, 0, 0, 0 }; + int curr_winstate = 0; + + struct { + ulong flags, functions, decorations; + long input_mode; + ulong status; + } mwmhints; + + mwmhints.flags = mwmhints.functions = 0L; + mwmhints.decorations = (1L << 0); // MWM_DECOR_ALL + mwmhints.input_mode = 0L; + mwmhints.status = 0L; + + if (topLevel && ! (desktop || popup)) { + ulong wsa_mask = 0; + + if ( testWFlags(WStyle_Splash) ) { + if (qt_net_supports(qt_net_wm_window_type_splash)) { + clearWFlags( WX11BypassWM ); + net_wintypes[curr_wintype++] = qt_net_wm_window_type_splash; + } else { + setWFlags( WX11BypassWM | WStyle_Tool | WStyle_NoBorder ); + } + } + if (testWFlags(WStyle_Customize)) { + mwmhints.decorations = 0L; + mwmhints.flags |= (1L << 1); // MWM_HINTS_DECORATIONS + + if ( testWFlags( WStyle_NoBorder ) ) { + // override netwm type - quick and easy for KDE noborder + net_wintypes[curr_wintype++] = qt_net_wm_window_type_override; + } else { + if ( testWFlags( WStyle_NormalBorder | WStyle_DialogBorder ) ) { + mwmhints.decorations |= (1L << 1); // MWM_DECOR_BORDER + mwmhints.decorations |= (1L << 2); // MWM_DECOR_RESIZEH + } + + if ( testWFlags( WStyle_Title ) ) + mwmhints.decorations |= (1L << 3); // MWM_DECOR_TITLE + + if ( testWFlags( WStyle_SysMenu ) ) + mwmhints.decorations |= (1L << 4); // MWM_DECOR_MENU + + if ( testWFlags( WStyle_Minimize ) ) + mwmhints.decorations |= (1L << 5); // MWM_DECOR_MINIMIZE + + if ( testWFlags( WStyle_Maximize ) ) + mwmhints.decorations |= (1L << 6); // MWM_DECOR_MAXIMIZE + } + + if (testWFlags(WStyle_Tool)) { + wsa.save_under = True; + wsa_mask |= CWSaveUnder; + } + } else if (testWFlags(WType_Dialog)) { + setWFlags(WStyle_NormalBorder | WStyle_Title | + WStyle_SysMenu | WStyle_ContextHelp); + } else { + setWFlags(WStyle_NormalBorder | WStyle_Title | + WStyle_MinMax | WStyle_SysMenu); + + // maximized netwm state + if (testWFlags(WState_Maximized)) { + net_winstates[curr_winstate++] = qt_net_wm_state_max_v; + net_winstates[curr_winstate++] = qt_net_wm_state_max_h; + } + } + + // ### need a better way to do this + if (inherits("TQPopupMenu")) { + // menu netwm type + net_wintypes[curr_wintype++] = qt_net_wm_window_type_menu; + } else if (inherits("TQToolBar")) { + // toolbar netwm type + net_wintypes[curr_wintype++] = qt_net_wm_window_type_toolbar; + } else if (testWFlags(WStyle_Customize) && testWFlags(WStyle_Tool)) { + // utility netwm type + net_wintypes[curr_wintype++] = qt_net_wm_window_type_utility; + } + + if (dialog) // dialog netwm type + net_wintypes[curr_wintype++] = qt_net_wm_window_type_dialog; + // normal netwm type - default + net_wintypes[curr_wintype++] = qt_net_wm_window_type_normal; + + // stays on top + if (testWFlags(WStyle_StaysOnTop)) { + net_winstates[curr_winstate++] = qt_net_wm_state_above; + net_winstates[curr_winstate++] = qt_net_wm_state_stays_on_top; + } + + if (testWFlags(WShowModal)) { + mwmhints.input_mode = 3L; // MWM_INPUT_FULL_APPLICATION_MODAL + mwmhints.flags |= (1L << 2); // MWM_HINTS_INPUT_MODE + + net_winstates[curr_winstate++] = qt_net_wm_state_modal; + } + + if ( testWFlags( WX11BypassWM ) ) { + wsa.override_redirect = True; + wsa_mask |= CWOverrideRedirect; + } + + if ( wsa_mask && initializeWindow ) + XChangeWindowAttributes( dpy, id, wsa_mask, &wsa ); + } else { + if (! testWFlags(WStyle_Customize)) + setWFlags(WStyle_NormalBorder | WStyle_Title | + WStyle_MinMax | WStyle_SysMenu); + } + + + if ( !initializeWindow ) { + // do no initialization + } else if ( popup ) { // popup widget + wsa.override_redirect = True; + wsa.save_under = True; + XChangeWindowAttributes( dpy, id, CWOverrideRedirect | CWSaveUnder, + &wsa ); + } else if ( topLevel && !desktop ) { // top-level widget + TQWidget *p = parentWidget(); // real tqparent + if (p) + p = p->tqtopLevelWidget(); + + if (dialog || testWFlags(WStyle_DialogBorder) || testWFlags(WStyle_Tool)) { + if ( p ) + XSetTransientForHint( dpy, id, p->winId() ); + else // application-modal + XSetTransientForHint( dpy, id, root_win ); + } + + // tqfind the real client leader, i.e. a toplevel without tqparent + while ( p && p->parentWidget()) + p = p->parentWidget()->tqtopLevelWidget(); + + XSizeHints size_hints; + size_hints.flags = USSize | PSize | PWinGravity; + size_hints.x = crect.left(); + size_hints.y = crect.top(); + size_hints.width = crect.width(); + size_hints.height = crect.height(); + size_hints.win_gravity = + TQApplication::reverseLayout() ? NorthEastGravity : NorthWestGravity; + + XWMHints wm_hints; // window manager hints + wm_hints.input = True; + wm_hints.initial_state = NormalState; + wm_hints.flags = InputHint | StateHint; + if ( !qt_x11_wm_client_leader ) + qt_x11_create_wm_client_leader(); + + wm_hints.window_group = qt_x11_wm_client_leader; + wm_hints.flags |= WindowGroupHint; + + XClassHint class_hint; + class_hint.res_name = (char *) tqAppName(); // application name + class_hint.res_class = (char *) tqAppClass(); // application class + + XSetWMProperties( dpy, id, 0, 0, 0, 0, &size_hints, &wm_hints, &class_hint ); + + XResizeWindow( dpy, id, crect.width(), crect.height() ); + XStoreName( dpy, id, tqAppName() ); + Atom protocols[4]; + int n = 0; + protocols[n++] = qt_wm_delete_window; // support del window protocol + protocols[n++] = qt_wm_take_focus; // support take focus window protocol + protocols[n++] = qt_net_wm_ping; // support _NET_WM_PING protocol + if ( testWFlags( WStyle_ContextHelp ) ) + protocols[n++] = qt_net_wm_context_help; + XSetWMProtocols( dpy, id, protocols, n ); + + // set mwm hints + if ( mwmhints.flags != 0l ) + XChangeProperty(dpy, id, qt_xa_motif_wm_hints, qt_xa_motif_wm_hints, 32, + PropModeReplace, (unsigned char *) &mwmhints, 5); + else + XDeleteProperty(dpy, id, qt_xa_motif_wm_hints); + + // set _NET_WM_WINDOW_TYPE + if (curr_wintype > 0) + XChangeProperty(dpy, id, qt_net_wm_window_type, XA_ATOM, 32, PropModeReplace, + (unsigned char *) net_wintypes, curr_wintype); + else + XDeleteProperty(dpy, id, qt_net_wm_window_type); + + // set _NET_WM_WINDOW_STATE + if (curr_winstate > 0) + XChangeProperty(dpy, id, qt_net_wm_state, XA_ATOM, 32, PropModeReplace, + (unsigned char *) net_winstates, curr_winstate); + else + XDeleteProperty(dpy, id, qt_net_wm_state); + + // set _NET_WM_PID + long curr_pid = getpid(); + XChangeProperty(dpy, id, qt_net_wm_pid, XA_CARDINAL, 32, PropModeReplace, + (unsigned char *) &curr_pid, 1); + + // when we create a toplevel widget, the frame strut should be dirty + fstrut_dirty = 1; + + // declare the widget's object name as window role + XChangeProperty( dpy, id, + qt_window_role, XA_STRING, 8, PropModeReplace, + (unsigned char *)name(), tqstrlen( name() ) ); + + // set client leader property + XChangeProperty( dpy, id, qt_wm_client_leader, + XA_WINDOW, 32, PropModeReplace, + (unsigned char *)&qt_x11_wm_client_leader, 1 ); + } else { + // non-toplevel widgets don't have a frame, so no need to + // update the strut + fstrut_dirty = 0; + } + + if ( initializeWindow ) { + // don't erase when resizing + wsa.bit_gravity = + TQApplication::reverseLayout() ? NorthEastGravity : NorthWestGravity; + XChangeWindowAttributes( dpy, id, CWBitGravity, &wsa ); + } + + setWState( WState_MouseTracking ); + setMouseTracking( FALSE ); // also sets event tqmask + if ( desktop ) { + setWState( WState_Visible ); + } else if ( topLevel ) { // set X cursor + setWState( WState_OwnCursor ); + if ( initializeWindow ) + qt_x11_enforce_cursor( this ); + } + + if ( destroyw ) + qt_XDestroyWindow( this, dpy, destroyw ); +} + + +/*! + Frees up window system resources. Destroys the widget window if \a + destroyWindow is TRUE. + + destroy() calls itself recursively for all the child widgets, + passing \a destroySubWindows for the \a destroyWindow parameter. + To have more control over destruction of subwidgets, destroy + subwidgets selectively first. + + This function is usually called from the TQWidget destructor. +*/ + +void TQWidget::destroy( bool destroyWindow, bool destroySubWindows ) +{ + deactivateWidgetCleanup(); + if ( testWState(WState_Created) ) { + clearWState( WState_Created ); + if ( childrenListObject() ) { + TQObjectListIt it(*childrenListObject()); + register TQObject *obj; + while ( (obj=it.current()) ) { // destroy all widget tqchildren + ++it; + if ( obj->isWidgetType() ) + ((TQWidget*)obj)->destroy(destroySubWindows, + destroySubWindows); + } + } + if ( mouseGrb == this ) + releaseMouse(); + if ( keyboardGrb == this ) + releaseKeyboard(); + if ( isTopLevel() ) + qt_deferred_map_take( this ); + if ( testWFlags(WShowModal) ) // just be sure we leave modal + qt_leave_modal( this ); + else if ( testWFlags(WType_Popup) ) + tqApp->closePopup( this ); + +#ifndef TQT_NO_XFTFREETYPE + if ( rendhd) { + if ( destroyWindow ) + XftDrawDestroy( (XftDraw *) rendhd ); + else + free( (void*) rendhd ); + rendhd = 0; + } +#endif // TQT_NO_XFTFREETYPE + + if ( testWFlags(WType_Desktop) ) { + if ( acceptDrops() ) + qt_dnd_enable( this, FALSE ); + } else { + if ( destroyWindow ) + qt_XDestroyWindow( this, x11Display(), winid ); + } + setWinId( 0 ); + + extern void qPRCleanup( TQWidget *widget ); // from qapplication_x11.cpp + if ( testWState(WState_Reparented) ) + qPRCleanup(this); + } +} + +void TQWidget::reparentSys( TQWidget *tqparent, WFlags f, const TQPoint &p, bool showIt ) +{ + extern void qPRCreate( const TQWidget *, Window ); + + Display *dpy = x11Display(); + TQCursor oldcurs; + bool setcurs = testWState(WState_OwnCursor); + if ( setcurs ) { + oldcurs = cursor(); + unsetCursor(); + } + + // dnd unregister (we will register again below) + bool accept_drops = acceptDrops(); + setAcceptDrops( FALSE ); + + // clear mouse tracking, re-enabled below + bool mouse_tracking = hasMouseTracking(); + clearWState(WState_MouseTracking); + + TQWidget* oldtlw = tqtopLevelWidget(); + TQWidget *oldtqparent = parentWidget(); + WId old_winid = winid; + if ( testWFlags(WType_Desktop) ) + old_winid = 0; + setWinId( 0 ); + + // hide and reparent our own window away. Otherwise we might get + // destroyed when emitting the child remove event below. See TQWorkspace. + XUnmapWindow( x11Display(), old_winid ); + XReparentWindow( x11Display(), old_winid, + RootWindow( x11Display(), x11Screen() ), 0, 0 ); + + if ( isTopLevel() ) { + // input contexts are associated with toplevel widgets, so we need + // destroy the context here. if we are reparenting back to toplevel, + // then we will have another context created, otherwise we will + // use our new toplevel's context + destroyInputContext(); + } + + if ( isTopLevel() || !tqparent ) // we are toplevel, or reparenting to toplevel + topData()->parentWinId = 0; + + if ( tqparent != parentObj ) { + if ( parentObj ) // remove from tqparent + parentObj->removeChild( this ); + if ( tqparent ) // insert into new tqparent + tqparent->insertChild( this ); + } + bool enable = isEnabled(); // remember status + FocusPolicy fp = focusPolicy(); + TQSize s = size(); + TQPixmap *bgp = (TQPixmap *)backgroundPixmap(); + TQColor bgc = bg_col; // save colors + TQString capt= caption(); + widget_flags = f; + clearWState( WState_Created | WState_Visible | WState_ForceHide ); + create(); + if ( isTopLevel() || (!tqparent || tqparent->isVisible() ) ) + setWState( WState_ForceHide ); // new widgets do not show up in already visible parents + + const TQObjectList *chlist = childrenListObject(); + if ( chlist ) { // reparent tqchildren + TQObjectList childList(*chlist); + TQObjectListIt it(childList); // iterate over copy + TQObject *obj; + while ( (obj=it.current()) ) { + if ( obj->isWidgetType() ) { + TQWidget *w = (TQWidget *)obj; + if ( !w->isTopLevel() ) { + XReparentWindow( x11Display(), w->winId(), winId(), + w->tqgeometry().x(), w->tqgeometry().y() ); + } else if ( w->isPopup() + || w->testWFlags(WStyle_DialogBorder) + || w->testWFlags(WType_Dialog) + || w->testWFlags(WStyle_Tool) ) { + /* + when reparenting toplevel windows with toplevel-transient tqchildren, + we need to make sure that the window manager gets the updated + WM_TRANSIENT_FOR information... unfortunately, some window managers + don't handle changing WM_TRANSIENT_FOR before the toplevel window is + visible, so we unmap and remap all toplevel-transient tqchildren *after* + the toplevel tqparent has been mapped. thankfully, this is easy in TQt :) + */ + XUnmapWindow(w->x11Display(), w->winId()); + XSetTransientForHint(w->x11Display(), w->winId(), winId()); + TQApplication::postEvent(w, new TQEvent(TQEvent::ShowWindowRequest)); + } + } + ++it; + } + } + qPRCreate( this, old_winid ); + if ( bgp ) + XSetWindowBackgroundPixmap( dpy, winid, bgp->handle() ); + else + XSetWindowBackground( dpy, winid, bgc.pixel(x11Screen()) ); + + if (isTopLevel()) { + // preserve maximized/fullscreen flags and the normal tqgeometry + uint save_state = widget_state & (WState_Maximized | WState_FullScreen); + const TQRect r = topData()->normalGeometry; + setGeometry(p.x(), p.y(), s.width(), s.height()); + widget_state |= save_state; + topData()->normalGeometry = r; + } else { + setGeometry(p.x(), p.y(), s.width(), s.height()); + } + + setEnabled( enable ); + setFocusPolicy( fp ); + if ( !capt.isNull() ) { + extra->topextra->caption = TQString::null; + setCaption( capt ); + } + if ( showIt ) + show(); + if ( old_winid ) + qt_XDestroyWindow( this, dpy, old_winid ); + if ( setcurs ) + setCursor(oldcurs); + + reparentFocusWidgets( oldtlw ); + + // re-register dnd + if (oldtqparent) + oldtqparent->checkChildrenDnd(); + + if ( accept_drops ) + setAcceptDrops( TRUE ); + else { + checkChildrenDnd(); + topData()->dnd = 0; + qt_dnd_enable(this, (extra && extra->tqchildren_use_dnd)); + } + + // re-enable mouse tracking + if (mouse_tracking) + setMouseTracking(mouse_tracking); +} + + +/*! + Translates the widget coordinate \a pos to global screen + coordinates. For example, \c{mapToGlobal(TQPoint(0,0))} would give + the global coordinates of the top-left pixel of the widget. + + \sa mapFromGlobal() mapTo() mapToParent() +*/ + +TQPoint TQWidget::mapToGlobal( const TQPoint &pos ) const +{ + int x, y; + Window child; + XTranslateCoordinates( x11Display(), winId(), + TQApplication::desktop()->screen(x11Screen())->winId(), + pos.x(), pos.y(), &x, &y, &child ); + return TQPoint( x, y ); +} + +/*! + Translates the global screen coordinate \a pos to widget + coordinates. + + \sa mapToGlobal() mapFrom() mapFromParent() +*/ + +TQPoint TQWidget::mapFromGlobal( const TQPoint &pos ) const +{ + int x, y; + Window child; + XTranslateCoordinates( x11Display(), + TQApplication::desktop()->screen(x11Screen())->winId(), + winId(), pos.x(), pos.y(), &x, &y, &child ); + return TQPoint( x, y ); +} + +/*! + When a widget gets focus, it should call setMicroFocusHint() with + some appropriate position and size, \a x, \a y, \a width and \a + height. This has no \e visual effect, it just provides hints to + any system-specific input handling tools. + + The \a text argument should be TRUE if this is a position for text + input. + + In the Windows version of TQt, this method sets the system caret, + which is used for user Accessibility focus handling. If \a text + is TRUE, it also sets the IME composition window in Far East Asian + language input systems. + + In the X11 version of TQt, if \a text is TRUE, this method sets the + XIM "spot" point for complex language input handling. + + The font \a f is a rendering hint to the currently active input method. + If \a f is 0 the widget's font is used. + + \sa microFocusHint() +*/ +void TQWidget::setMicroFocusHint(int x, int y, int width, int height, + bool text, TQFont *f ) +{ +#ifndef TQT_NO_XIM + if ( text ) { + TQWidget* tlw = tqtopLevelWidget(); + TQTLWExtra *topdata = tlw->topData(); + + // trigger input context creation if it hasn't happened already + createInputContext(); + TQInputContext *qic = (TQInputContext *) topdata->xic; + + if ( qt_xim && qic ) { + TQPoint p( x, y ); + TQPoint p2 = mapTo( tqtopLevelWidget(), TQPoint( 0, 0 ) ); + p = mapTo( tqtopLevelWidget(), p); + qic->setXFontSet( f ? *f : fnt ); + qic->setComposePosition(p.x(), p.y() + height); + qic->setComposeArea(p2.x(), p2.y(), this->width(), this->height()); + } + } +#endif + + if ( TQRect( x, y, width, height ) != microFocusHint() ) { + createExtra(); + extraData()->micro_focus_hint.setRect( x, y, width, height ); + } +} + + +void TQWidget::setFontSys( TQFont * ) +{ + // Nothing +} + + +void TQWidget::setBackgroundColorDirect( const TQColor &color ) +{ + bg_col = color; + if ( extra && extra->bg_pix ) { // kill the background pixmap + delete extra->bg_pix; + extra->bg_pix = 0; + } + XSetWindowBackground( x11Display(), winId(), bg_col.pixel(x11Screen()) ); +} + +static int allow_null_pixmaps = 0; + + +void TQWidget::setBackgroundPixmapDirect( const TQPixmap &pixmap ) +{ + TQPixmap old; + if ( extra && extra->bg_pix ) + old = *extra->bg_pix; + if ( !allow_null_pixmaps && pixmap.isNull() ) { + XSetWindowBackground( x11Display(), winId(), bg_col.pixel(x11Screen()) ); + if ( extra && extra->bg_pix ) { + delete extra->bg_pix; + extra->bg_pix = 0; + } + } else { + TQPixmap pm = pixmap; + if (!pm.isNull()) { + if ( pm.depth() == 1 && TQPixmap::defaultDepth() > 1 ) { + pm = TQPixmap( pixmap.size() ); + bitBlt( &pm, 0, 0, &pixmap, 0, 0, pm.width(), pm.height() ); + } + } + if ( extra && extra->bg_pix ) + delete extra->bg_pix; + else + createExtra(); + extra->bg_pix = new TQPixmap( pm ); + TQ_CHECK_PTR( extra->bg_pix ); + extra->bg_pix->x11SetScreen( x11Screen() ); + XSetWindowBackgroundPixmap( x11Display(), winId(), extra->bg_pix->handle() ); + if ( testWFlags(WType_Desktop) ) // save rootinfo later + qt_updated_rootinfo(); + } +} + + +/*! + Sets the window-system background of the widget to nothing. + + Note that "nothing" is actually a pixmap that isNull(), thus you + can check for an empty background by checking backgroundPixmap(). + + \sa setBackgroundPixmap(), setBackgroundColor() +*/ +void TQWidget::setBackgroundEmpty() +{ + allow_null_pixmaps++; + setErasePixmap(TQPixmap()); + allow_null_pixmaps--; +} + + +void TQWidget::setBackgroundX11Relative() +{ + XSetWindowBackgroundPixmap( x11Display(), winId(), ParentRelative ); +} + +void TQWidget::setCursor( const TQCursor &cursor ) +{ + if ( cursor.handle() != arrowCursor.handle() + || (extra && extra->curs) ) { + createExtra(); + delete extra->curs; + extra->curs = new TQCursor(cursor); + } + setWState( WState_OwnCursor ); + qt_x11_enforce_cursor( this ); + XFlush( x11Display() ); +} + +void TQWidget::unsetCursor() +{ + if ( extra ) { + delete extra->curs; + extra->curs = 0; + } + if ( !isTopLevel() ) + clearWState( WState_OwnCursor ); + qt_x11_enforce_cursor( this ); + XFlush( x11Display() ); +} + +static XTextProperty* +qstring_to_xtp( const TQString& s ) +{ + static XTextProperty tp = { 0, 0, 0, 0 }; + static bool free_prop = TRUE; // we can't free tp.value in case it references + // the data of the static TQCString below. + if ( tp.value ) { + if ( free_prop ) + XFree( tp.value ); + tp.value = 0; + free_prop = TRUE; + } + + static const TQTextCodec* mapper = TQTextCodec::codecForLocale(); + int errCode = 0; + if ( mapper ) { + TQCString mapped = mapper->fromUnicode(s); + char* tl[2]; + tl[0] = mapped.data(); + tl[1] = 0; + errCode = XmbTextListToTextProperty( TQPaintDevice::x11AppDisplay(), + tl, 1, XStdICCTextStyle, &tp ); +#if defined(TQT_DEBUG) + if ( errCode < 0 ) + qDebug( "qstring_to_xtp result code %d", errCode ); +#endif + } + if ( !mapper || errCode < 0 ) { + static TQCString qcs; + qcs = s.ascii(); + tp.value = (uchar*)qcs.data(); + tp.encoding = XA_STRING; + tp.format = 8; + tp.nitems = qcs.length(); + free_prop = FALSE; + } + + // ### If we knew WM could understand tqunicode, we could use + // ### a much simpler, cheaper encoding... + /* + tp.value = (XChar2b*)s.tqunicode(); + tp.encoding = XA_UNICODE; // wish + tp.format = 16; + tp.nitems = s.length(); + */ + + return &tp; +} + +void TQWidget::setCaption( const TQString &caption ) +{ + if ( TQWidget::caption() == caption ) + return; + + topData()->caption = caption; + XSetWMName( x11Display(), winId(), qstring_to_xtp(caption) ); + + TQCString net_wm_name = caption.utf8(); + XChangeProperty(x11Display(), winId(), qt_net_wm_name, qt_utf8_string, 8, + PropModeReplace, (unsigned char *)net_wm_name.data(), + net_wm_name.length()); + + TQEvent e( TQEvent::CaptionChange ); + TQApplication::sendEvent( this, &e ); +} + +void TQWidget::setIcon( const TQPixmap &pixmap ) +{ + if ( extra && extra->topextra ) { + delete extra->topextra->icon; + extra->topextra->icon = 0; + } else { + createTLExtra(); + } + Pixmap icon_pixmap = 0; + Pixmap mask_pixmap = 0; + if ( !pixmap.isNull() ) { + TQPixmap* pm = new TQPixmap( pixmap ); + extra->topextra->icon = pm; + if ( !pm->tqmask() ) + pm->setMask( pm->createHeuristicMask() ); // may do detach() + icon_pixmap = pm->handle(); + if ( pm->tqmask() ) + mask_pixmap = pm->tqmask()->handle(); + } + XWMHints *h = XGetWMHints( x11Display(), winId() ); + XWMHints wm_hints; + bool got_hints = h != 0; + if ( !got_hints ) { + h = &wm_hints; + h->flags = 0; + } + h->icon_pixmap = icon_pixmap; + h->icon_mask = mask_pixmap; + h->flags |= IconPixmapHint | IconMaskHint; + XSetWMHints( x11Display(), winId(), h ); + if ( got_hints ) + XFree( (char *)h ); + TQEvent e( TQEvent::IconChange ); + TQApplication::sendEvent( this, &e ); +} + +void TQWidget::setIconText( const TQString &iconText ) +{ + if (TQWidget::iconText() == iconText) + return; + + topData()->iconText = iconText; + XSetWMIconName( x11Display(), winId(), qstring_to_xtp(iconText) ); + + TQCString net_wm_icon_name = iconText.utf8(); + XChangeProperty(x11Display(), winId(), qt_net_wm_icon_name, qt_utf8_string, 8, PropModeReplace, + (unsigned char *) net_wm_icon_name.data(), net_wm_icon_name.length()); +} + +void TQWidget::setMouseTracking( bool enable ) +{ + bool gmt = TQApplication::hasGlobalMouseTracking(); + if ( !enable == !testWState(WState_MouseTracking) && !gmt ) + return; + uint m = (enable || gmt) ? (uint)PointerMotionMask : 0; + if ( enable ) + setWState( WState_MouseTracking ); + else + clearWState( WState_MouseTracking ); + if ( testWFlags(WType_Desktop) ) { // desktop widget? + TQWidget* main_desktop = tqfind( winId() ); + if ( main_desktop->testWFlags(WPaintDesktop) ) + XSelectInput( x11Display(), winId(), + stdDesktopEventMask | ExposureMask ); + else + XSelectInput( x11Display(), winId(), stdDesktopEventMask ); + } else { + XSelectInput( x11Display(), winId(), + m | stdWidgetEventMask ); +#if defined (TQT_TABLET_SUPPORT) + if ( devStylus != NULL ) { + XSelectExtensionEvent( x11Display(), winId(), event_list_stylus, + qt_curr_events_stylus ); + } + if ( devEraser != NULL ) { + XSelectExtensionEvent( x11Display(), winId(), event_list_eraser, + qt_curr_events_eraser ); + } +#endif + } +} + + +/*! + Grabs the mouse input. + + This widget receives all mouse events until releaseMouse() is + called; other widgets get no mouse events at all. Keyboard + events are not affected. Use grabKeyboard() if you want to grab + that. + + \warning Bugs in mouse-grabbing applications very often lock the + terminal. Use this function with extreme caution, and consider + using the \c -nograb command line option while debugging. + + It is almost never necessary to grab the mouse when using TQt, as + TQt grabs and releases it sensibly. In particular, TQt grabs the + mouse when a mouse button is pressed and keeps it until the last + button is released. + + Note that only visible widgets can grab mouse input. If + isVisible() returns FALSE for a widget, that widget cannot call + grabMouse(). + + \sa releaseMouse() grabKeyboard() releaseKeyboard() grabKeyboard() + tqfocusWidget() +*/ + +void TQWidget::grabMouse() +{ + if ( isVisible() && !qt_nograb() ) { + if ( mouseGrb ) + mouseGrb->releaseMouse(); +#if defined(TQT_CHECK_STATE) + int status = +#endif + XGrabPointer( x11Display(), winId(), False, + (uint)( ButtonPressMask | ButtonReleaseMask | + PointerMotionMask | EnterWindowMask | + LeaveWindowMask ), + GrabModeAsync, GrabModeAsync, + None, None, GET_QT_X_TIME() ); +#if defined(TQT_CHECK_STATE) + if ( status ) { + const char *s = + status == GrabNotViewable ? "\"GrabNotViewable\"" : + status == AlreadyGrabbed ? "\"AlreadyGrabbed\"" : + status == GrabFrozen ? "\"GrabFrozen\"" : + status == GrabInvalidTime ? "\"GrabInvalidTime\"" : + "<?>"; + qWarning( "Grabbing the mouse failed with %s", s ); + } +#endif + mouseGrb = this; + } +} + +/*! + \overload + + Grabs the mouse input and changes the cursor tqshape. + + The cursor will assume tqshape \a cursor (for as long as the mouse + focus is grabbed) and this widget will be the only one to receive + mouse events until releaseMouse() is called(). + + \warning Grabbing the mouse might lock the terminal. + + \sa releaseMouse(), grabKeyboard(), releaseKeyboard(), setCursor() +*/ + +void TQWidget::grabMouse( const TQCursor &cursor ) +{ + if ( !qt_nograb() ) { + if ( mouseGrb ) + mouseGrb->releaseMouse(); +#if defined(TQT_CHECK_STATE) + int status = +#endif + XGrabPointer( x11Display(), winId(), False, + (uint)(ButtonPressMask | ButtonReleaseMask | + PointerMotionMask | EnterWindowMask | LeaveWindowMask), + GrabModeAsync, GrabModeAsync, + None, cursor.handle(), GET_QT_X_TIME() ); +#if defined(TQT_CHECK_STATE) + if ( status ) { + const char *s = + status == GrabNotViewable ? "\"GrabNotViewable\"" : + status == AlreadyGrabbed ? "\"AlreadyGrabbed\"" : + status == GrabFrozen ? "\"GrabFrozen\"" : + status == GrabInvalidTime ? "\"GrabInvalidTime\"" : + "<?>"; + qWarning( "Grabbing the mouse failed with %s", s ); + } +#endif + mouseGrb = this; + } +} + +/*! + Releases the mouse grab. + + \sa grabMouse(), grabKeyboard(), releaseKeyboard() +*/ + +void TQWidget::releaseMouse() +{ + if ( !qt_nograb() && mouseGrb == this ) { + XUngrabPointer( x11Display(), GET_QT_X_TIME() ); + XFlush( x11Display() ); + mouseGrb = 0; + } +} + +/*! + Grabs the keyboard input. + + This widget reveives all keyboard events until releaseKeyboard() + is called; other widgets get no keyboard events at all. Mouse + events are not affected. Use grabMouse() if you want to grab that. + + The focus widget is not affected, except that it doesn't receive + any keyboard events. setFocus() moves the focus as usual, but the + new focus widget receives keyboard events only after + releaseKeyboard() is called. + + If a different widget is currently grabbing keyboard input, that + widget's grab is released first. + + \sa releaseKeyboard() grabMouse() releaseMouse() tqfocusWidget() +*/ + +void TQWidget::grabKeyboard() +{ + if ( !qt_nograb() ) { + if ( keyboardGrb ) + keyboardGrb->releaseKeyboard(); + XGrabKeyboard( x11Display(), winid, False, GrabModeAsync, GrabModeAsync, + GET_QT_X_TIME() ); + keyboardGrb = this; + } +} + +/*! + Releases the keyboard grab. + + \sa grabKeyboard(), grabMouse(), releaseMouse() +*/ + +void TQWidget::releaseKeyboard() +{ + if ( !qt_nograb() && keyboardGrb == this ) { + XUngrabKeyboard( x11Display(), GET_QT_X_TIME() ); + keyboardGrb = 0; + } +} + + +/*! + Returns the widget that is currently grabbing the mouse input. + + If no widget in this application is currently grabbing the mouse, + 0 is returned. + + \sa grabMouse(), keyboardGrabber() +*/ + +TQWidget *TQWidget::mouseGrabber() +{ + return mouseGrb; +} + +/*! + Returns the widget that is currently grabbing the keyboard input. + + If no widget in this application is currently grabbing the + keyboard, 0 is returned. + + \sa grabMouse(), mouseGrabber() +*/ + +TQWidget *TQWidget::keyboardGrabber() +{ + return keyboardGrb; +} + +/*! + Sets the top-level widget containing this widget to be the active + window. + + An active window is a visible top-level window that has the + keyboard input focus. + + This function performs the same operation as clicking the mouse on + the title bar of a top-level window. On X11, the result depends on + the Window Manager. If you want to ensure that the window is + stacked on top as well you should also call raise(). Note that the + window must be visible, otherwise setActiveWindow() has no effect. + + On Windows, if you are calling this when the application is not + currently the active one then it will not make it the active + window. It will flash the task bar entry blue to indicate that + the window has done something. This is because Microsoft do not + allow an application to interrupt what the user is currently doing + in another application. + + \sa isActiveWindow(), tqtopLevelWidget(), show() +*/ + +void TQWidget::setActiveWindow() +{ + TQWidget *tlw = tqtopLevelWidget(); + if ( tlw->isVisible() && !tlw->topData()->embedded && !qt_deferred_map_tqcontains(tlw) ) { + XSetInputFocus( x11Display(), tlw->winId(), RevertToNone, GET_QT_X_TIME()); + focusInputContext(); + } +} + + +/*! + Updates the widget unless updates are disabled or the widget is + hidden. + + This function does not cause an immediate tqrepaint; instead it + schedules a paint event for processing when TQt returns to the main + event loop. This permits TQt to optimize for more speed and less + flicker than a call to tqrepaint() does. + + Calling update() several times normally results in just one + paintEvent() call. + + TQt normally erases the widget's area before the paintEvent() call. + If the \c WRepaintNoErase widget flag is set, the widget is + responsible for painting all its pixels itself. + + \sa tqrepaint(), paintEvent(), setUpdatesEnabled(), erase(), + setWFlags() +*/ + +void TQWidget::update() +{ + if ( (widget_state & (WState_Visible|WState_BlockUpdates)) == + WState_Visible ) + TQApplication::postEvent( this, new TQPaintEvent( clipRegion(), !testWFlags(WRepaintNoErase) ) ); +} + +/*! + \overload + + Updates a rectangle (\a x, \a y, \a w, \a h) inside the widget + unless updates are disabled or the widget is hidden. + + This function does not cause an immediate tqrepaint; instead it + schedules a paint event for processing when TQt returns to the main + event loop. This permits TQt to optimize for more speed and less + flicker and a call to tqrepaint() does. + + Calling update() several times normally results in just one + paintEvent() call. + + If \a w is negative, it is tqreplaced with \c{width() - x}. If \a h + is negative, it is tqreplaced width \c{height() - y}. + + TQt normally erases the specified area before the paintEvent() + call. If the \c WRepaintNoErase widget flag is set, the widget is + responsible for painting all its pixels itself. + + \sa tqrepaint(), paintEvent(), setUpdatesEnabled(), erase() +*/ + +void TQWidget::update( int x, int y, int w, int h ) +{ + if ( w && h && + (widget_state & (WState_Visible|WState_BlockUpdates)) == WState_Visible ) { + if ( w < 0 ) + w = crect.width() - x; + if ( h < 0 ) + h = crect.height() - y; + if ( w != 0 && h != 0 ) + TQApplication::postEvent( this, + new TQPaintEvent( clipRegion().intersect(TQRect(x,y,w,h)), + !testWFlags( WRepaintNoErase ) ) ); + } +} + +/*! + \overload void TQWidget::update( const TQRect &r ) + + Updates a rectangle \a r inside the widget unless updates are + disabled or the widget is hidden. + + This function does not cause an immediate tqrepaint; instead it + schedules a paint event for processing when TQt returns to the main + event loop. This permits TQt to optimize for more speed and less + flicker and a call to tqrepaint() does. + + Calling update() several times normally results in just one + paintEvent() call. +*/ + +/*! + \overload void TQWidget::tqrepaint( bool erase ) + + This version repaints the entire widget. +*/ + +/*! + \overload void TQWidget::tqrepaint() + + This version erases and repaints the entire widget. +*/ + +/*! + Repaints the widget directly by calling paintEvent() immediately, + unless updates are disabled or the widget is hidden. + + If \a erase is TRUE, TQt erases the area \a (x, y, w, h) before the + paintEvent() call. + + If \a w is negative, it is tqreplaced with \c{width() - x}, and if + \a h is negative, it is tqreplaced width \c{height() - y}. + + We suggest only using tqrepaint() if you need an immediate tqrepaint, + for example during animation. In almost all circumstances update() + is better, as it permits TQt to optimize for speed and minimize + flicker. + + \warning If you call tqrepaint() in a function which may itself be + called from paintEvent(), you may get infinite recursion. The + update() function never causes recursion. + + \sa update(), paintEvent(), setUpdatesEnabled(), erase() +*/ + +void TQWidget::tqrepaint( int x, int y, int w, int h, bool erase ) +{ + if ( (widget_state & (WState_Visible|WState_BlockUpdates)) == WState_Visible ) { + if ( x > crect.width() || y > crect.height() ) + return; + if ( w < 0 ) + w = crect.width() - x; + if ( h < 0 ) + h = crect.height() - y; + TQRect r(x,y,w,h); + if ( r.isEmpty() ) + return; // nothing to do + TQPaintEvent e( r, erase ); + if ( r != rect() ) + qt_set_paintevent_clipping( this, r ); + if ( erase && w != 0 && h != 0 ) { + if ( backgroundOrigin() == WidgetOrigin ) + XClearArea( x11Display(), winId(), x, y, w, h, False ); + else + this->erase( x, y, w, h); + } + TQApplication::sendEvent( this, &e ); + qt_clear_paintevent_clipping(); + } +} + +/*! + \overload + + Repaints the widget directly by calling paintEvent() directly, + unless updates are disabled or the widget is hidden. + + Erases the widget region \a reg if \a erase is TRUE. + + Only use tqrepaint if your widget needs to be repainted immediately, + for example when doing some animation. In all other cases, use + update(). Calling update() many times in a row will generate a + single paint event. + + \warning If you call tqrepaint() in a function which may itself be + called from paintEvent(), you may get infinite recursion. The + update() function never causes recursion. + + \sa update(), paintEvent(), setUpdatesEnabled(), erase() +*/ + +void TQWidget::tqrepaint( const TQRegion& reg, bool erase ) +{ + if ( (widget_state & (WState_Visible|WState_BlockUpdates)) == WState_Visible ) { + TQPaintEvent e( reg, erase ); + qt_set_paintevent_clipping( this, reg ); + if ( erase ) + this->erase(reg); + TQApplication::sendEvent( this, &e ); + qt_clear_paintevent_clipping(); + } +} + +/*! + \overload void TQWidget::tqrepaint( const TQRect &r, bool erase ) + + Repaints the widget directly by calling paintEvent() directly, + unless updates are disabled or the widget is hidden. + + Erases the widget region \a r if \a erase is TRUE. +*/ + +void TQWidget::setWindowState(uint newstate) +{ + bool needShow = FALSE; + uint oldstate = windowState(); + if (isTopLevel()) { + TQTLWExtra *top = topData(); + + if ((oldstate & WindowMaximized) != (newstate & WindowMaximized)) { + if (qt_net_supports(qt_net_wm_state_max_h) && qt_net_supports(qt_net_wm_state_max_v)) { + qt_net_change_wm_state(this, (newstate & WindowMaximized), + qt_net_wm_state_max_h, qt_net_wm_state_max_v); + } else if (! (newstate & WindowFullScreen)) { + if (newstate & WindowMaximized) { + // save original tqgeometry + const TQRect normalGeometry = tqgeometry(); + + if (isVisible()) { + updateFrameStrut(); + const TQRect maxRect = TQApplication::desktop()->availableGeometry(this); + const TQRect r = top->normalGeometry; + setGeometry(maxRect.x() + top->fleft, + maxRect.y() + top->ftop, + maxRect.width() - top->fleft - top->fright, + maxRect.height() - top->ftop - top->fbottom); + top->normalGeometry = r; + } + + if (top->normalGeometry.width() < 0) + top->normalGeometry = normalGeometry; + } else { + // restore original tqgeometry + setGeometry(top->normalGeometry); + } + } + } + + if ((oldstate & WindowFullScreen) != (newstate & WindowFullScreen)) { + if (qt_net_supports(qt_net_wm_state_fullscreen)) { + qt_net_change_wm_state(this, (newstate & WindowFullScreen), + qt_net_wm_state_fullscreen); + } else { + needShow = isVisible(); + + if (newstate & WindowFullScreen) { + const TQRect normalGeometry = TQRect(pos(), size()); + + top->savedFlags = getWFlags(); + reparent(0, WType_TopLevel | WStyle_Customize | WStyle_NoBorder | + // preserve some widget flags + (getWFlags() & 0xffff0000), + mapToGlobal(TQPoint(0, 0))); + const TQRect r = top->normalGeometry; + setGeometry(tqApp->desktop()->screenGeometry(this)); + top->normalGeometry = r; + + if ( top->normalGeometry.width() < 0 ) + top->normalGeometry = normalGeometry; + } else { + reparent( 0, top->savedFlags, mapToGlobal(TQPoint(0, 0)) ); + + if (newstate & WindowMaximized) { + // from fullscreen to maximized + updateFrameStrut(); + const TQRect maxRect = TQApplication::desktop()->availableGeometry(this); + const TQRect r = top->normalGeometry; + setGeometry(maxRect.x() + top->fleft, + maxRect.y() + top->ftop, + maxRect.width() - top->fleft - top->fright, + maxRect.height() - top->ftop - top->fbottom); + top->normalGeometry = r; + } else { + // restore original tqgeometry + setGeometry(top->normalGeometry); + } + } + } + } + + if ((oldstate & WindowMinimized) != (newstate & WindowMinimized)) { + if (isVisible()) { + if (newstate & WindowMinimized) { + XEvent e; + e.xclient.type = ClientMessage; + e.xclient.message_type = qt_wm_change_state; + e.xclient.display = x11Display(); + e.xclient.window = winid; + e.xclient.format = 32; + e.xclient.data.l[0] = IconicState; + e.xclient.data.l[1] = 0; + e.xclient.data.l[2] = 0; + e.xclient.data.l[3] = 0; + e.xclient.data.l[4] = 0; + XSendEvent(x11Display(), RootWindow(x11Display(), x11Screen()), + False, (SubstructureNotifyMask|SubstructureRedirectMask), &e); + } else { + XMapWindow(x11Display(), winId()); + } + } + + needShow = FALSE; + } + } + + widget_state &= ~(WState_Minimized | WState_Maximized | WState_FullScreen); + if (newstate & WindowMinimized) + widget_state |= WState_Minimized; + if (newstate & WindowMaximized) + widget_state |= WState_Maximized; + if (newstate & WindowFullScreen) + widget_state |= WState_FullScreen; + + if (needShow) + show(); + + if (newstate & WindowActive) + setActiveWindow(); + + TQEvent e(TQEvent::WindowStateChange); + TQApplication::sendEvent(this, &e); +} + +/*! + \internal + Platform-specific part of TQWidget::show(). +*/ + +void TQWidget::showWindow() +{ + if ( isTopLevel() ) { + XWMHints *h = XGetWMHints( x11Display(), winId() ); + XWMHints wm_hints; + bool got_hints = h != 0; + if ( !got_hints ) { + h = &wm_hints; + h->flags = 0; + } + h->initial_state = testWState(WState_Minimized) ? IconicState : NormalState; + h->flags |= StateHint; + XSetWMHints( x11Display(), winId(), h ); + if ( got_hints ) + XFree( (char *)h ); + + if (GET_QT_X_USER_TIME() != CurrentTime) { + Time my_tqx_user_time = GET_QT_X_USER_TIME(); + XChangeProperty(x11Display(), winId(), qt_net_wm_user_time, XA_CARDINAL, + 32, PropModeReplace, (unsigned char *) &my_tqx_user_time, 1); + SET_QT_X_USER_TIME(my_tqx_user_time); + } + + if (!topData()->embedded && + topData()->parentWinId && + topData()->parentWinId != TQPaintDevice::x11AppRootWindow(x11Screen()) && + !isMinimized() ) { + qt_deferred_map_add( this ); + return; + } + + if (isMaximized() && !isFullScreen() + && !(qt_net_supports(qt_net_wm_state_max_h) + && qt_net_supports(qt_net_wm_state_max_v))) { + XMapWindow( x11Display(), winId() ); + qt_wait_for_window_manager(this); + + // if the wm was not smart enough to adjust our size, do that manually + updateFrameStrut(); + TQRect maxRect = TQApplication::desktop()->availableGeometry(this); + + TQTLWExtra *top = topData(); + TQRect normalRect = top->normalGeometry; + + setGeometry(maxRect.x() + top->fleft, + maxRect.y() + top->ftop, + maxRect.width() - top->fleft - top->fright, + maxRect.height() - top->ftop - top->fbottom); + + // restore the original normalGeometry + top->normalGeometry = normalRect; + // internalSetGeometry() clears the maximized flag... make sure we set it back + setWState(WState_Maximized); + + return; + } + + if (isFullScreen() && !qt_net_supports(qt_net_wm_state_fullscreen)) { + XMapWindow(x11Display(), winId()); + qt_wait_for_window_manager(this); + return; + } + } + XMapWindow( x11Display(), winId() ); +} + + +/*! + \internal + Platform-specific part of TQWidget::hide(). +*/ + +void TQWidget::hideWindow() +{ + clearWState( WState_Exposed ); + deactivateWidgetCleanup(); + if ( isTopLevel() ) { + qt_deferred_map_take( this ); + if ( winId() ) // in nsplugin, may be 0 + XWithdrawWindow( x11Display(), winId(), x11Screen() ); + + TQTLWExtra *top = topData(); + crect.moveTopLeft( TQPoint(crect.x() - top->fleft, crect.y() - top->ftop ) ); + + // zero the frame strut and mark it dirty + top->fleft = top->fright = top->ftop = top->fbottom = 0; + fstrut_dirty = TRUE; + + XFlush( x11Display() ); + } else { + if ( winId() ) // in nsplugin, may be 0 + XUnmapWindow( x11Display(), winId() ); + } +} + +/*! + Raises this widget to the top of the tqparent widget's stack. + + After this call the widget will be visually in front of any + overlapping sibling widgets. + + \sa lower(), stackUnder() +*/ + +void TQWidget::raise() +{ + TQWidget *p = parentWidget(); + if ( p && p->childObjects && p->childObjects->tqfindRef(this) >= 0 ) + p->childObjects->append( p->childObjects->take() ); + XRaiseWindow( x11Display(), winId() ); +} + +/*! + Lowers the widget to the bottom of the tqparent widget's stack. + + After this call the widget will be visually behind (and therefore + obscured by) any overlapping sibling widgets. + + \sa raise(), stackUnder() +*/ + +void TQWidget::lower() +{ + TQWidget *p = parentWidget(); + if ( p && p->childObjects && p->childObjects->tqfindRef(this) >= 0 ) + p->childObjects->insert( 0, p->childObjects->take() ); + XLowerWindow( x11Display(), winId() ); +} + + +/*! + Places the widget under \a w in the tqparent widget's stack. + + To make this work, the widget itself and \a w must be siblings. + + \sa raise(), lower() +*/ +void TQWidget::stackUnder( TQWidget* w) +{ + TQWidget *p = parentWidget(); + if ( !w || isTopLevel() || p != w->parentWidget() || this == w ) + return; + if ( p && p->childObjects && p->childObjects->tqfindRef(w) >= 0 && p->childObjects->tqfindRef(this) >= 0 ) { + p->childObjects->take(); + p->childObjects->insert( p->childObjects->tqfindRef(w), this ); + } + Window stack[2]; + stack[0] = w->winId();; + stack[1] = winId(); + XRestackWindows( x11Display(), stack, 2 ); +} + + + +/* + The global variable qt_widget_tlw_gravity defines the window gravity of + the next top level window to be created. We do this when setting the + main widget's tqgeometry and the "-tqgeometry" command line option tqcontains + a negative position. +*/ + +int qt_widget_tlw_gravity = NorthWestGravity; + +static void do_size_hints( TQWidget* widget, TQWExtra *x ) +{ + XSizeHints s; + s.flags = 0; + if ( x ) { + s.x = widget->x(); + s.y = widget->y(); + s.width = widget->width(); + s.height = widget->height(); + if ( x->minw > 0 || x->minh > 0 ) { // add minimum size hints + s.flags |= PMinSize; + s.min_width = x->minw; + s.min_height = x->minh; + } + if ( x->maxw < TQWIDGETSIZE_MAX || x->maxh < TQWIDGETSIZE_MAX ) { + s.flags |= PMaxSize; // add maximum size hints + s.max_width = x->maxw; + s.max_height = x->maxh; + } + if ( x->topextra && + (x->topextra->incw > 0 || x->topextra->inch > 0) ) + { // add resize increment hints + s.flags |= PResizeInc | PBaseSize; + s.width_inc = x->topextra->incw; + s.height_inc = x->topextra->inch; + s.base_width = x->topextra->basew; + s.base_height = x->topextra->baseh; + } + + if ( x->topextra && x->topextra->uspos) { + s.flags |= USPosition; + s.flags |= PPosition; + } + if ( x->topextra && x->topextra->ussize) { + s.flags |= USSize; + s.flags |= PSize; + } + } + s.flags |= PWinGravity; + s.win_gravity = qt_widget_tlw_gravity; // usually NorthWest + // reset in case it was set + qt_widget_tlw_gravity = + TQApplication::reverseLayout() ? NorthEastGravity : NorthWestGravity; + XSetWMNormalHints( widget->x11Display(), widget->winId(), &s ); +} + + +void TQWidget::internalSetGeometry( int x, int y, int w, int h, bool isMove ) +{ + Display *dpy = x11Display(); + + if ( testWFlags(WType_Desktop) ) + return; + if (isTopLevel()) { + if (!qt_net_supports(qt_net_wm_state_max_h) + && !qt_net_supports(qt_net_wm_state_max_v)) + clearWState(WState_Maximized); + if (!qt_net_supports(qt_net_wm_state_fullscreen)) + clearWState(WState_FullScreen); + topData()->normalGeometry = TQRect(0, 0, -1, -1); + } else { + // for TQWorkspace + clearWState(WState_Maximized); + clearWState(WState_FullScreen); + } + if ( extra ) { // any size restrictions? + w = TQMIN(w,extra->maxw); + h = TQMIN(h,extra->maxh); + w = TQMAX(w,extra->minw); + h = TQMAX(h,extra->minh); + } + if ( w < 1 ) // invalid size + w = 1; + if ( h < 1 ) + h = 1; + TQPoint oldPos( pos() ); + TQSize oldSize( size() ); + TQRect oldGeom( crect ); + TQRect r( x, y, w, h ); + + // We only care about stuff that changes the tqgeometry, or may + // cause the window manager to change its state + if ( !isTopLevel() && oldGeom == r ) + return; + + crect = r; + bool isResize = size() != oldSize; + + if ( isTopLevel() ) { + if ( isMove ) + topData()->uspos = 1; + if ( isResize ) + topData()->ussize = 1; + do_size_hints( this, extra ); + } + + if ( isMove ) { + if (! qt_broken_wm) + // pos() is right according to ICCCM 4.1.5 + XMoveResizeWindow( dpy, winid, pos().x(), pos().y(), w, h ); + else + // work around 4Dwm's incompliance with ICCCM 4.1.5 + XMoveResizeWindow( dpy, winid, x, y, w, h ); + } else if ( isResize ) + XResizeWindow( dpy, winid, w, h ); + + if ( isVisible() ) { + if ( isMove && pos() != oldPos ) { + if ( ! qt_broken_wm ) { + // pos() is right according to ICCCM 4.1.5 + TQMoveEvent e( pos(), oldPos ); + TQApplication::sendEvent( this, &e ); + } else { + // work around 4Dwm's incompliance with ICCCM 4.1.5 + TQMoveEvent e( crect.topLeft(), oldGeom.topLeft() ); + TQApplication::sendEvent( this, &e ); + } + } + if ( isResize ) { + + // set config pending only on resize, see qapplication_x11.cpp, translateConfigEvent() + setWState( WState_ConfigPending ); + + TQResizeEvent e( size(), oldSize ); + TQApplication::sendEvent( this, &e ); + } + } else { + if ( isMove && pos() != oldPos ) { + if ( ! qt_broken_wm ) + // pos() is right according to ICCCM 4.1.5 + TQApplication::postEvent( this, new TQMoveEvent( pos(), oldPos ) ); + else + // work around 4Dwm's incompliance with ICCCM 4.1.5 + TQApplication::postEvent( this, new TQMoveEvent( crect.topLeft(), + oldGeom.topLeft() ) ); + } + if ( isResize ) + TQApplication::postEvent( this, + new TQResizeEvent( size(), oldSize ) ); + } +} + + +/*! + \overload + + This function corresponds to setMinimumSize( TQSize(minw, minh) ). + Sets the minimum width to \a minw and the minimum height to \a + minh. +*/ + +void TQWidget::setMinimumSize( int minw, int minh ) +{ +#if defined(TQT_CHECK_RANGE) + if ( minw < 0 || minh < 0 ) + qWarning("TQWidget::setMinimumSize: The smallest allowed size is (0,0)"); +#endif + createExtra(); + if ( extra->minw == minw && extra->minh == minh ) + return; + extra->minw = minw; + extra->minh = minh; + if ( minw > width() || minh > height() ) { + bool resized = testWState( WState_Resized ); + resize( TQMAX(minw,width()), TQMAX(minh,height()) ); + if ( !resized ) + clearWState( WState_Resized ); // not a user resize + } + if ( testWFlags(WType_TopLevel) ) + do_size_hints( this, extra ); + updateGeometry(); +} + +/*! + \overload + + This function corresponds to setMaximumSize( TQSize(\a maxw, \a + maxh) ). Sets the maximum width to \a maxw and the maximum height + to \a maxh. +*/ +void TQWidget::setMaximumSize( int maxw, int maxh ) +{ +#if defined(TQT_CHECK_RANGE) + if ( maxw > TQWIDGETSIZE_MAX || maxh > TQWIDGETSIZE_MAX ) { + qWarning("TQWidget::setMaximumSize: (%s/%s) " + "The largest allowed size is (%d,%d)", + name( "unnamed" ), className(), TQWIDGETSIZE_MAX, + TQWIDGETSIZE_MAX ); + maxw = TQMIN( maxw, TQWIDGETSIZE_MAX ); + maxh = TQMIN( maxh, TQWIDGETSIZE_MAX ); + } + if ( maxw < 0 || maxh < 0 ) { + qWarning("TQWidget::setMaximumSize: (%s/%s) Negative sizes (%d,%d) " + "are not possible", + name( "unnamed" ), className(), maxw, maxh ); + maxw = TQMAX( maxw, 0 ); + maxh = TQMAX( maxh, 0 ); + } +#endif + createExtra(); + if ( extra->maxw == maxw && extra->maxh == maxh ) + return; + extra->maxw = maxw; + extra->maxh = maxh; + if ( maxw < width() || maxh < height() ) { + bool resized = testWState( WState_Resized ); + resize( TQMIN(maxw,width()), TQMIN(maxh,height()) ); + if ( !resized ) + clearWState( WState_Resized ); // not a user resize + } + if ( testWFlags(WType_TopLevel) ) + do_size_hints( this, extra ); + updateGeometry(); +} + +/*! + \overload + + Sets the x (width) size increment to \a w and the y (height) size + increment to \a h. +*/ +void TQWidget::setSizeIncrement( int w, int h ) +{ + TQTLWExtra* x = topData(); + if ( x->incw == w && x->inch == h ) + return; + x->incw = w; + x->inch = h; + if ( testWFlags(WType_TopLevel) ) + do_size_hints( this, extra ); +} + +/*! + \overload + + This corresponds to setBaseSize( TQSize(\a basew, \a baseh) ). Sets + the widgets base size to width \a basew and height \a baseh. +*/ +void TQWidget::setBaseSize( int basew, int baseh ) +{ + createTLExtra(); + TQTLWExtra* x = topData(); + if ( x->basew == basew && x->baseh == baseh ) + return; + x->basew = basew; + x->baseh = baseh; + if ( testWFlags(WType_TopLevel) ) + do_size_hints( this, extra ); +} + +/*! + \overload void TQWidget::erase() + + This version erases the entire widget. +*/ + +/*! + \overload void TQWidget::erase( const TQRect &r ) + + Erases the specified area \a r in the widget without generating a + \link paintEvent() paint event\endlink. +*/ + +/*! + Erases the specified area \a (x, y, w, h) in the widget without + generating a \link paintEvent() paint event\endlink. + + If \a w is negative, it is tqreplaced with \c{width() - x}. If \a h + is negative, it is tqreplaced width \c{height() - y}. + + Child widgets are not affected. + + \sa tqrepaint() +*/ + +void TQWidget::erase( int x, int y, int w, int h ) +{ + extern void qt_erase_rect( TQWidget*, const TQRect& ); // in qpainer_x11.cpp + if ( w < 0 ) + w = crect.width() - x; + if ( h < 0 ) + h = crect.height() - y; + if ( w != 0 && h != 0 ) + qt_erase_rect( this, TQRect(x, y, w, h ) ); +} + +/*! + \overload + + Erases the area defined by \a reg, without generating a \link + paintEvent() paint event\endlink. + + Child widgets are not affected. +*/ + +void TQWidget::erase( const TQRegion& reg ) +{ + extern void qt_erase_region( TQWidget*, const TQRegion& ); // in qpainer_x11.cpp + qt_erase_region( this, reg ); +} + +/*! + Scrolls the widget including its tqchildren \a dx pixels to the + right and \a dy downwards. Both \a dx and \a dy may be negative. + + After scrolling, scroll() sends a paint event for the the part + that is read but not written. For example, when scrolling 10 + pixels rightwards, the leftmost ten pixels of the widget need + repainting. The paint event may be delivered immediately or later, + depending on some heuristics (note that you might have to force + processing of paint events using TQApplication::sendPostedEvents() + when using scroll() and move() in combination). + + \sa TQScrollView erase() bitBlt() +*/ + +void TQWidget::scroll( int dx, int dy ) +{ + scroll( dx, dy, TQRect() ); +} + +/*! + \overload + + This version only scrolls \a r and does not move the tqchildren of + the widget. + + If \a r is empty or invalid, the result is undefined. + + \sa TQScrollView erase() bitBlt() +*/ +void TQWidget::scroll( int dx, int dy, const TQRect& r ) +{ + if ( testWState( WState_BlockUpdates ) && !childrenListObject() ) + return; + bool valid_rect = r.isValid(); + bool just_update = TQABS( dx ) > width() || TQABS( dy ) > height(); + if ( just_update ) + update(); + TQRect sr = valid_rect?r:clipRegion().boundingRect(); + int x1, y1, x2, y2, w=sr.width(), h=sr.height(); + if ( dx > 0 ) { + x1 = sr.x(); + x2 = x1+dx; + w -= dx; + } else { + x2 = sr.x(); + x1 = x2-dx; + w += dx; + } + if ( dy > 0 ) { + y1 = sr.y(); + y2 = y1+dy; + h -= dy; + } else { + y2 = sr.y(); + y1 = y2-dy; + h += dy; + } + + if ( dx == 0 && dy == 0 ) + return; + + Display *dpy = x11Display(); + GC gc = qt_xget_readonly_gc( x11Screen(), FALSE ); + // Want expose events + if ( w > 0 && h > 0 && !just_update ) { + XSetGraphicsExposures( dpy, gc, True ); + XCopyArea( dpy, winId(), winId(), gc, x1, y1, w, h, x2, y2); + XSetGraphicsExposures( dpy, gc, False ); + } + + if ( !valid_rect && childrenListObject() ) { // scroll tqchildren + TQPoint pd( dx, dy ); + TQObjectListIt it(*childrenListObject()); + register TQObject *object; + while ( it ) { // move all tqchildren + object = it.current(); + if ( object->isWidgetType() ) { + TQWidget *w = (TQWidget *)object; + w->move( w->pos() + pd ); + } + ++it; + } + } + + if ( just_update ) + return; + + // Don't let the server be bogged-down with tqrepaint events + bool repaint_immediately = qt_sip_count( this ) < 3; + + if ( dx ) { + int x = x2 == sr.x() ? sr.x()+w : sr.x(); + if ( repaint_immediately ) + tqrepaint( x, sr.y(), TQABS(dx), sr.height(), !testWFlags(WRepaintNoErase) ); + else + XClearArea( dpy, winid, x, sr.y(), TQABS(dx), sr.height(), True ); + } + if ( dy ) { + int y = y2 == sr.y() ? sr.y()+h : sr.y(); + if ( repaint_immediately ) + tqrepaint( sr.x(), y, sr.width(), TQABS(dy), !testWFlags(WRepaintNoErase) ); + else + XClearArea( dpy, winid, sr.x(), y, sr.width(), TQABS(dy), True ); + } + + qt_insert_sip( this, dx, dy ); // #### ignores r +} + + +/*! + \overload void TQWidget::drawText( const TQPoint &pos, const TQString& str ) + + Draws the string \a str at position \a pos. +*/ + +/*! + Draws the string \a str at position \a(x, y). + + The \a y position is the base line position of the text. The text + is drawn using the default font and the default foreground color. + + This function is provided for convenience. You will generally get + more flexible results and often higher speed by using a a \link + TQPainter painter\endlink instead. + + \sa setFont(), foregroundColor(), TQPainter::drawText() +*/ + +void TQWidget::drawText( int x, int y, const TQString &str ) +{ + if ( testWState(WState_Visible) ) { + TQPainter paint; + paint.begin( this ); + paint.drawText( x, y, str ); + paint.end(); + } +} + + +/*! + Internal implementation of the virtual TQPaintDevice::metric() + function. + + Use the TQPaintDeviceMetrics class instead. + + \a m is the metric to get. +*/ + +int TQWidget::metric( int m ) const +{ + int val; + if ( m == TQPaintDeviceMetrics::PdmWidth ) { + val = crect.width(); + } else if ( m == TQPaintDeviceMetrics::PdmHeight ) { + val = crect.height(); + } else { + Display *dpy = x11Display(); + int scr = x11Screen(); + switch ( m ) { + case TQPaintDeviceMetrics::PdmDpiX: + case TQPaintDeviceMetrics::PdmPhysicalDpiX: + val = TQPaintDevice::x11AppDpiX( scr ); + break; + case TQPaintDeviceMetrics::PdmDpiY: + case TQPaintDeviceMetrics::PdmPhysicalDpiY: + val = TQPaintDevice::x11AppDpiY( scr ); + break; + case TQPaintDeviceMetrics::PdmWidthMM: + val = (DisplayWidthMM(dpy,scr)*crect.width())/ + DisplayWidth(dpy,scr); + break; + case TQPaintDeviceMetrics::PdmHeightMM: + val = (DisplayHeightMM(dpy,scr)*crect.height())/ + DisplayHeight(dpy,scr); + break; + case TQPaintDeviceMetrics::PdmNumColors: + val = x11Cells(); + break; + case TQPaintDeviceMetrics::PdmDepth: + val = x11Depth(); + break; + default: + val = 0; +#if defined(TQT_CHECK_RANGE) + qWarning( "TQWidget::metric: Invalid metric command" ); +#endif + } + } + return val; +} + +void TQWidget::createSysExtra() +{ + extra->xDndProxy = 0; + extra->tqchildren_use_dnd = FALSE; + extra->compress_events = TRUE; +} + +void TQWidget::deleteSysExtra() +{ +} + +void TQWidget::createTLSysExtra() +{ + // created lazily + extra->topextra->xic = 0; +} + +void TQWidget::deleteTLSysExtra() +{ + destroyInputContext(); +} + +/* + examine the tqchildren of our tqparent up the tree and set the + tqchildren_use_dnd extra data appropriately... this is used to keep DND enabled + for widgets that are reparented and don't have DND enabled, BUT *DO* have + tqchildren (or tqchildren of tqchildren ...) with DND enabled... +*/ +void TQWidget::checkChildrenDnd() +{ + TQWidget *widget = this; + const TQObjectList *tqchildren; + const TQObject *object; + const TQWidget *child; + while (widget && ! widget->isDesktop()) { + // note: this isn't done for the desktop widget + + bool tqchildren_use_dnd = FALSE; + tqchildren = widget->childrenListObject(); + if ( tqchildren ) { + TQObjectListIt it(*tqchildren); + while ( (object = it.current()) ) { + ++it; + if ( object->isWidgetType() ) { + child = (const TQWidget *) object; + tqchildren_use_dnd = (tqchildren_use_dnd || + child->acceptDrops() || + (child->extra && + child->extra->tqchildren_use_dnd)); + } + } + } + + widget->createExtra(); + widget->extra->tqchildren_use_dnd = tqchildren_use_dnd; + + widget = widget->parentWidget(); + } +} + +/*! + \property TQWidget::acceptDrops + \brief whether drop events are enabled for this widget + + Setting this property to TRUE announces to the system that this + widget \e may be able to accept drop events. + + If the widget is the desktop (TQWidget::isDesktop()), this may + fail if another application is using the desktop; you can call + acceptDrops() to test if this occurs. + + \warning + Do not modify this property in a Drag&Drop event handler. +*/ +bool TQWidget::acceptDrops() const +{ + return testWState( WState_DND ); +} + +void TQWidget::setAcceptDrops( bool on ) +{ + if ( testWState(WState_DND) != on ) { + if ( qt_dnd_enable( this, on ) ) { + if ( on ) + setWState( WState_DND ); + else + clearWState( WState_DND ); + } + + checkChildrenDnd(); + } +} + +/*! + \overload + + Causes only the parts of the widget which overlap \a region to be + visible. If the region includes pixels outside the rect() of the + widget, window system controls in that area may or may not be + visible, depending on the platform. + + Note that this effect can be slow if the region is particularly + complex. + + \sa setMask(), clearMask() +*/ + +void TQWidget::setMask( const TQRegion& region ) +{ + XShapeCombineRegion( x11Display(), winId(), ShapeBounding, 0, 0, + region.handle(), ShapeSet ); +} + +/*! + Causes only the pixels of the widget for which \a bitmap has a + corresponding 1 bit to be visible. Use TQt::color0 to draw + transtqparent regions and TQt::color1 to draw opaque regions of the + bitmap. + + If the region includes pixels outside the rect() of the widget, + window system controls in that area may or may not be visible, + depending on the platform. + + Note that this effect can be slow if the region is particularly + complex. + + See \c examples/tux for an example of masking for transparency. + + \sa setMask(), clearMask() +*/ + +void TQWidget::setMask( const TQBitmap &bitmap ) +{ + TQBitmap bm = bitmap; + if ( bm.x11Screen() != x11Screen() ) + bm.x11SetScreen( x11Screen() ); + XShapeCombineMask( x11Display(), winId(), ShapeBounding, 0, 0, + bm.handle(), ShapeSet ); +} + +/*! + Removes any tqmask set by setMask(). + + \sa setMask() +*/ + +void TQWidget::clearMask() +{ + XShapeCombineMask( x11Display(), winId(), ShapeBounding, 0, 0, + None, ShapeSet ); +} + +/*!\reimp + */ +void TQWidget::setName( const char *name ) +{ + TQObject::setName( name ); + if ( isTopLevel() ) { + XChangeProperty( x11Display(), winId(), + qt_window_role, XA_STRING, 8, PropModeReplace, + (unsigned char *)name, tqstrlen( name ) ); + } +} + + +/*! + \internal + + Computes the frame rectangle when needed. This is an internal function, you + should never call this. +*/ + +void TQWidget::updateFrameStrut() const +{ + TQWidget *that = (TQWidget *) this; + + if (! isVisible() || isDesktop()) { + that->fstrut_dirty = (! isVisible()); + return; + } + + Atom type_ret; + Window l = winId(), w = winId(), p, r; // target window, it's tqparent, root + Window *c; + int i_unused; + unsigned int nc; + unsigned char *data_ret; + unsigned long l_unused; + + while (XQueryTree(TQPaintDevice::x11AppDisplay(), w, &r, &p, &c, &nc)) { + if (c && nc > 0) + XFree(c); + + if (! p) { + qWarning("TQWidget::updateFrameStrut(): ERROR - no tqparent"); + return; + } + + // if the tqparent window is the root window, an Enlightenment virtual root or + // a NET WM virtual root window, stop here + data_ret = 0; + if (p == r || + (XGetWindowProperty(TQPaintDevice::x11AppDisplay(), p, + qt_enlightenment_desktop, 0, 1, False, XA_CARDINAL, + &type_ret, &i_unused, &l_unused, &l_unused, + &data_ret) == Success && + type_ret == XA_CARDINAL)) { + if (data_ret) + XFree(data_ret); + + break; + } else if (qt_net_supports(qt_net_virtual_roots) && qt_net_virtual_root_list) { + int i = 0; + while (qt_net_virtual_root_list[i] != 0) { + if (qt_net_virtual_root_list[i++] == p) + break; + } + } + + l = w; + w = p; + } + + // we have our window + int transx, transy; + XWindowAttributes wattr; + if (XTranslateCoordinates(TQPaintDevice::x11AppDisplay(), l, w, + 0, 0, &transx, &transy, &p) && + XGetWindowAttributes(TQPaintDevice::x11AppDisplay(), w, &wattr)) { + TQTLWExtra *top = that->topData(); + top->fleft = transx; + top->ftop = transy; + top->fright = wattr.width - crect.width() - top->fleft; + top->fbottom = wattr.height - crect.height() - top->ftop; + + // add the border_width for the window managers frame... some window managers + // do not use a border_width of zero for their frames, and if we the left and + // top strut, we ensure that pos() is absolutely correct. frameGeometry() + // will still be incorrect though... perhaps i should have foffset as well, to + // indicate the frame offset (equal to the border_width on X). + // - Brad + top->fleft += wattr.border_width; + top->fright += wattr.border_width; + top->ftop += wattr.border_width; + top->fbottom += wattr.border_width; + } + + that->fstrut_dirty = 0; +} + + +void TQWidget::createInputContext() +{ + TQWidget *tlw = tqtopLevelWidget(); + TQTLWExtra *topdata = tlw->topData(); + +#ifndef TQT_NO_XIM + if (qt_xim) { + if (! topdata->xic) { + TQInputContext *qic = new TQInputContext(tlw); + topdata->xic = (void *) qic; + } + } else +#endif // TQT_NO_XIM + { + // qDebug("TQWidget::createInputContext: no xim"); + topdata->xic = 0; + } +} + + +void TQWidget::destroyInputContext() +{ +#ifndef TQT_NO_XIM + TQInputContext *qic = (TQInputContext *) extra->topextra->xic; + delete qic; +#endif // TQT_NO_XIM + extra->topextra->xic = 0; +} + + +/*! + This function is called when the user finishes input composition, + e.g. changes focus to another widget, moves the cursor, etc. +*/ +void TQWidget::resetInputContext() +{ +#ifndef TQT_NO_XIM + if ((qt_xim_style & XIMPreeditCallbacks) && hasFocus()) { + TQWidget *tlw = tqtopLevelWidget(); + TQTLWExtra *topdata = tlw->topData(); + + // trigger input context creation if it hasn't happened already + createInputContext(); + + if (topdata->xic) { + TQInputContext *qic = (TQInputContext *) topdata->xic; + qic->reset(); + } + } +#endif // TQT_NO_XIM +} + + +void TQWidget::focusInputContext() +{ +#ifndef TQT_NO_XIM + TQWidget *tlw = tqtopLevelWidget(); + if (!tlw->isPopup() || isInputMethodEnabled()) { + TQTLWExtra *topdata = tlw->topData(); + + // trigger input context creation if it hasn't happened already + createInputContext(); + + if (topdata->xic) { + TQInputContext *qic = (TQInputContext *) topdata->xic; + qic->setFocus(); + } + } +#endif // TQT_NO_XIM +} + +void TQWidget::setWindowOpacity(double) +{ +} + +double TQWidget::windowOpacity() const +{ + return 1.0; +} + +#endif // USE_QT4 |