FbTk::Menu Class Reference Base class for menus. More... #include <Menu.hh> Inheritance diagram for FbTk::Menu: List of all members. accessors bool  isTorn () const bool  isVisible () const int  screenNumber () const Window  window () const FbWindow &  fbwindow () const FbWindow &  fbwindow () const FbWindow &  titleWindow () FbWindow &  frameWindow () const std::string &  label () const int  x () const int  y () const unsigned int  width () const unsigned int  height () const unsigned int  numberOfItems () const int  currentSubmenu () const unsigned int  titleHeight () const bool  hasSubmenu (unsigned int index) const bool  isItemSelected (unsigned int index) const bool  isItemEnabled (unsigned int index) const const MenuTheme &  theme () const unsigned char  alpha () const const MenuItem *  find (unsigned int index) const   menuitem at index MenuItem *  find (unsigned int index) Menu *  focused () Public Types enum   Alignment { ALIGNDONTCARE = 1, ALIGNTOP, ALIGNBOTTOM } enum   { RIGHT = 1, LEFT } enum   { EMPTY = 0, SQUARE, TRIANGLE, DIAMOND } Public Member Functions   Menu (MenuTheme &tm, ImageControl &imgctrl) void  grabInputFocus ()   get input focus virtual void  reconfigure () void  setLabel (const char *labelstr)   set label string void  move (int x, int y)   move menu to x,y void  update (int active_index=-1) void  setItemSelected (unsigned int index, bool val) void  setItemEnabled (unsigned int index, bool val) void  setMinimumSublevels (int m) virtual void  drawSubmenu (unsigned int index) virtual void  show ()   show menu virtual void  hide ()   hide menu virtual void  clearWindow () manipulators int  insert (const char *label, RefCount< Command > &cmd, int pos=-1)   add a menu item with a label and a command int  insert (const char *label, int pos=-1)   add empty menu item int  insert (const char *label, Menu *submenu, int pos=-1)   add submenu int  insert (MenuItem *item, int pos=-1)   add menu item int  remove (unsigned int item)   remove an item void  removeAll ()   remove all items void  setInternalMenu (bool val=true) void  setAlignment (Alignment a) void  setTorn () void  removeParent () virtual void  raise ()   raise this window virtual void  lower ()   lower this window void  nextItem ()   select next item void  prevItem ()   select previous item void  enterSubmenu () void  enterParent () void  disableTitle () void  enableTitle () event handlers void  handleEvent (XEvent &event) void  buttonPressEvent (XButtonEvent &bp) void  buttonReleaseEvent (XButtonEvent &br) void  motionNotifyEvent (XMotionEvent &mn) void  enterNotifyEvent (XCrossingEvent &en) void  leaveNotifyEvent (XCrossingEvent &ce) void  exposeEvent (XExposeEvent &ee) void  keyPressEvent (XKeyEvent &ke) Protected Member Functions void  setTitleVisibility (bool b) void  setMovable (bool b) void  setHideTree (bool h) virtual void  itemSelected (int button, unsigned int index) virtual void  drawItem (unsigned int index, bool highlight=false, bool clear=false, bool render_trans=true, int x=-1, int y=-1, unsigned int width=0, unsigned int height=0) virtual void  redrawTitle () virtual void  internal_hide () Menu *  parent () const Menu *  parent () const void  update (FbTk::Subject *) Detailed Description Base class for menus. Definition at line 51 of file Menu.hh. Member Enumeration Documentation anonymous enum   Bullet type Definition at line 59 of file Menu.hh. { EMPTY = 0, SQUARE, TRIANGLE, DIAMOND }; Member Function Documentation void FbTk::Menu::drawItem (  unsigned int  index, bool  highlight = false, bool  clear = false, bool  render_trans = true, int  x = -1, int  y = -1, unsigned int  w = 0, unsigned int  h = 0 )  [protected, virtual]   ! TODO: this is just temporarly and will be removed Definition at line 732 of file Menu.cc. References FbTk::Font::ascent(), FbTk::FbDrawable::copyArea(), FbTk::FbPixmap::drawable(), FbTk::FbDrawable::drawRectangle(), FbTk::FbDrawable::fillPolygon(), FbTk::FbDrawable::fillRectangle(), FbTk::GContext::gc(), FbTk::App::instance(), FbTk::MenuItem::isEnabled(), FbTk::MenuItem::isSelected(), FbTk::MenuItem::isToggleItem(), FbTk::MenuItem::label(), FbTk::GContext::setForeground(), FbTk::MenuItem::submenu(), and FbTk::Font::textWidth(). Referenced by nextItem(), and prevItem(). { if (index >= menuitems.size() || menuitems.size() == 0 || menu.persub == 0) return; MenuItem *item = menuitems[index]; if (! item) return; bool dotext = true, dohilite = true, dosel = true; const char *text = item->label().c_str(); int sbl = index / menu.persub, i = index - (sbl * menu.persub); int item_x = (sbl * menu.item_w), item_y = (i * menu.item_h); int hilite_x = item_x, hilite_y = item_y, hoff_x = 0, hoff_y = 0; int text_x = 0, text_y = 0, len = strlen(text), sel_x = 0, sel_y = 0; unsigned int hilite_w = menu.item_w, hilite_h = menu.item_h, text_w = 0, text_h = 0; unsigned int half_w = menu.item_h / 2, quarter_w = menu.item_h / 4; const FbTk::Font &font = m_theme.frameFont(); if (text) { text_w = font.textWidth(text, len); text_y = item_y + menu.bevel_w/2 + font.ascent(); switch(m_theme.frameFontJustify()) { case FbTk::LEFT: text_x = item_x + menu.bevel_w + menu.item_h + 1; break; case FbTk::RIGHT: text_x = item_x + menu.item_w - (menu.item_h + menu.bevel_w + text_w); break; default: //center text_x = item_x + ((menu.item_w + 1 - text_w) / 2); break; } text_h = menu.item_h - menu.bevel_w; } GC gc = ((highlight || item->isSelected()) ? m_theme.hiliteTextGC().gc() : m_theme.frameTextGC().gc()); const GContext &tgc = (highlight ? m_theme.hiliteTextGC() : (item->isEnabled() ? m_theme.frameTextGC() : m_theme.disableTextGC() ) ); sel_x = item_x; if (m_theme.bulletPos() == FbTk::RIGHT) sel_x += (menu.item_w - menu.item_h - menu.bevel_w); sel_x += quarter_w; sel_y = item_y + quarter_w; if (clear) { FbTk::GContext def_gc(menu.frame.window()); if (menu.frame_pixmap == 0) { def_gc.setForeground(m_theme.frameTexture().color()); m_frame_pm.fillRectangle(def_gc.gc(), item_x, item_y, menu.item_w, menu.item_h); } else { m_frame_pm.copyArea(menu.frame_pixmap, def_gc.gc(), item_x, item_y, item_x, item_y, menu.item_w, menu.item_h); } } else if (! (x == y && y == -1 && w == h && h == 0)) { // calculate the which part of the hilite to redraw if (! (std::max(item_x, x) <= (signed) std::min(item_x + menu.item_w, x + w) && std::max(item_y, y) <= (signed) std::min(item_y + menu.item_h, y + h))) { dohilite = False; } else { hilite_x = std::max(item_x, x); hilite_y = std::max(item_y, y); hilite_w = std::min(item_x + menu.item_w, x + w) - hilite_x; hilite_h = std::min(item_y + menu.item_h, y + h) - hilite_y; hoff_x = hilite_x % menu.item_w; hoff_y = hilite_y % menu.item_h; } // check if we need to redraw the text int text_ry = item_y + (menu.bevel_w / 2); if (! (std::max(text_x, x) <= (signed) std::min(text_x + text_w, x + w) && std::max(text_ry, y) <= (signed) std::min(text_ry + text_h, y + h))) dotext = false; // check if we need to redraw the select pixmap/menu bullet if (! (std::max(sel_x, x) <= (signed) std::min(sel_x + half_w, x + w) && std::max(sel_y, y) <= (signed) std::min(sel_y + half_w, y + h))) dosel = false; } if (dohilite && highlight && (menu.hilite_pixmap != ParentRelative)) { if (menu.hilite_pixmap) { m_frame_pm.copyArea(menu.hilite_pixmap, m_theme.hiliteGC().gc(), hoff_x, hoff_y, hilite_x, hilite_y, hilite_w, hilite_h); } else { m_frame_pm.fillRectangle(m_theme.hiliteGC().gc(), hilite_x, hilite_y, hilite_w, hilite_h); } } if (item->isToggleItem() && item->isSelected() && menu.sel_pixmap != ParentRelative) { if (m_theme.selectedPixmap().pixmap().drawable()) { // enable clip mask XSetClipMask(FbTk::App::instance()->display(), gc, m_theme.selectedPixmap().mask().drawable()); XSetClipOrigin(FbTk::App::instance()->display(), gc, sel_x, item_y); // copy bullet pixmap to frame m_frame_pm.copyArea(m_theme.selectedPixmap().pixmap().drawable(), gc, 0, 0, sel_x, item_y, m_theme.selectedPixmap().width(), m_theme.selectedPixmap().height()); // disable clip mask XSetClipMask(FbTk::App::instance()->display(), gc, None); } else { if (menu.sel_pixmap) { m_frame_pm.copyArea(highlight ? menu.frame_pixmap : menu.sel_pixmap, m_theme.hiliteGC().gc(), 0, 0, sel_x, sel_y, half_w, half_w); } else { m_frame_pm.fillRectangle(m_theme.hiliteGC().gc(), sel_x, sel_y, half_w, half_w); } } } else if (item->isToggleItem() && m_theme.unselectedPixmap().pixmap().drawable() != 0) { // enable clip mask XSetClipMask(FbTk::App::instance()->display(), gc, m_theme.unselectedPixmap().mask().drawable()); XSetClipOrigin(FbTk::App::instance()->display(), gc, sel_x, item_y); // copy bullet pixmap to frame m_frame_pm.copyArea(m_theme.unselectedPixmap().pixmap().drawable(), gc, 0, 0, sel_x, item_y, m_theme.unselectedPixmap().width(), m_theme.unselectedPixmap().height()); // disable clip mask XSetClipMask(FbTk::App::instance()->display(), gc, None); } if (dotext && text) { // once we've cleaned up the menu code this will be somewhere else... if (strcmp(text, "---") == 0){ // draw separator m_frame_pm.drawRectangle(tgc.gc(), item_x + menu.bevel_w + menu.item_h + 1, item_y + (menu.item_h / 2), menu.item_w - ((menu.bevel_w + menu.item_h) * 2) - 1, 0); } else { // draw normal text m_theme.frameFont().drawText(m_frame_pm.drawable(), // drawable screenNumber(), tgc.gc(), text, len, // text string and lenght text_x, text_y); // position } } if (dosel && item->submenu()) { if (m_theme.bulletPixmap().pixmap().drawable() != 0) { // enable clip mask XSetClipMask(FbTk::App::instance()->display(), gc, m_theme.bulletPixmap().mask().drawable()); XSetClipOrigin(FbTk::App::instance()->display(), gc, sel_x, item_y); // copy bullet pixmap to frame m_frame_pm.copyArea(m_theme.bulletPixmap().pixmap().drawable(), gc, 0, 0, sel_x, item_y, m_theme.bulletPixmap().width(), m_theme.bulletPixmap().height()); // disable clip mask XSetClipMask(FbTk::App::instance()->display(), gc, None); } else { switch (m_theme.bullet()) { case MenuTheme::SQUARE: m_frame_pm.drawRectangle(gc, sel_x, sel_y, half_w, half_w); break; case MenuTheme::TRIANGLE: XPoint tri[3]; if (m_theme.bulletPos() == FbTk::RIGHT) { tri[0].x = sel_x + quarter_w - 2; tri[0].y = sel_y + quarter_w - 2; tri[1].x = 4; tri[1].y = 2; tri[2].x = -4; tri[2].y = 2; } else { tri[0].x = sel_x + quarter_w - 2; tri[0].y = item_y + half_w; tri[1].x = 4; tri[1].y = 2; tri[2].x = 0; tri[2].y = -4; } m_frame_pm.fillPolygon(gc, tri, 3, Convex, CoordModePrevious); break; case MenuTheme::DIAMOND: XPoint dia[4]; dia[0].x = sel_x + quarter_w - 3; dia[0].y = item_y + half_w; dia[1].x = 3; dia[1].y = -3; dia[2].x = 3; dia[2].y = 3; dia[3].x = -3; dia[3].y = 3; m_frame_pm.fillPolygon(gc, dia, 4, Convex, CoordModePrevious); break; default: break; } } } menu.frame.clearArea(item_x, item_y, menu.item_w, menu.item_h, False); menu.frame.updateTransparent(item_x, item_y, menu.item_w, menu.item_h); } void FbTk::Menu::handleEvent (  XEvent &  event  )  [virtual]   Events that don't have an specific event function Reimplemented from FbTk::EventHandler. Definition at line 1037 of file Menu.cc. { if (event.type == FocusOut) { if (s_focused == this) s_focused = 0; } else if (event.type == FocusIn) { if (s_focused != this) s_focused = this; } } void FbTk::Menu::show (   )  [virtual]   show menu ! TODO, this should probably be done explicit if one don't want to raise Definition at line 535 of file Menu.cc. References hide(), raise(), and torn. Referenced by FluxboxWindow::showMenu(). { if (m_need_update) update(); menu.window.showSubwindows(); menu.window.show(); raise(); visible = true; if (! m_parent && shown != this) { if (shown && (! shown->torn)) shown->hide(); shown = this; } } The documentation for this class was generated from the following files: Menu.hh Menu.cc Fluxbox CVS-Jan-2003
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