/************************************************************************** kooldock.cpp - description ------------------- begin : Tue Jun 10 22:18:34 BST 2003 copyright : (C) 2003 by KoolDock team email : ***************************************************************************/ /*************************************************************************** * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License as published by * * the Free Software Foundation; either version 2 of the License, or * * (at your option) any later version. * * * ***************************************************************************/ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include // for "renicing" the bar #include #include #include "kooldock.h" #include #include #include "setupdialogprg.h" #include #include //#include #include KoolDock::KoolDock(TQWidget* parent, const char* name) : TQWidget(parent, name, WStyle_Customize | WStyle_NoBorder | WNoAutoErase | WDestructiveClose | WStyle_StaysOnTop) { // Default configuration paths progPath = locateLocal("data", "kooldock"); menuPath = progPath + TQString("/menu/"); confFile = locateLocal("config", "kooldockrc"); lockSetTab= false; // disables changing opened tab in preferences window setupdlg = new SetupDialogPrg(); // create the setup dialog object. connect(setupdlg, TQ_SIGNAL(apply()), TQ_SLOT(chkRestart())); perf = new TQTime(); reloadIcons = true; // Menu definitions deskpopup = new TDEPopupMenu(); appMenu = new TDEPopupMenu(); godesk = new TDEPopupMenu; tasklist = new TDEPopupMenu; popup = new TDEPopupMenu; advMenu = new TDEPopupMenu; connect(popup, TQ_SIGNAL(aboutToShow()), TQ_SLOT(aboutToShow())); connect(popup, TQ_SIGNAL(aboutToHide()), TQ_SLOT(aboutToHide())); connect(appMenu, TQ_SIGNAL(aboutToShow()), TQ_SLOT(aboutToShow())); connect(appMenu, TQ_SIGNAL(aboutToHide()), TQ_SLOT(aboutToHide())); connect(deskpopup, TQ_SIGNAL(aboutToShow()), TQ_SLOT(menuShow())); connect(appMenu, TQ_SIGNAL(highlighted(int)), this, TQ_SLOT(menuX(int))); connect(godesk, TQ_SIGNAL(activated(int)), this, TQ_SLOT(goToDesktop(int))); connect(tasklist, TQ_SIGNAL(activated(int)), this, TQ_SLOT(goToWindow(int))); connect(deskpopup, TQ_SIGNAL(activated(int)), this, TQ_SLOT(sendToDesktop(int))); menuCount = 0; init(); //initialization } KoolDock::~KoolDock() { if (xosdw) delete(xosdw); if (clipw) delete(clipw); if (info) delete(info); if (wm) delete(wm); if (setupdlg) delete(setupdlg); if (rootpix) delete(rootpix); if (trackTimer) delete(trackTimer); if (mTimer) delete(mTimer); if (mkbigTimer) delete(mkbigTimer); if (mksmallTimer) delete(mksmallTimer); if (onChangeTimer) delete(onChangeTimer); if (_filterData) delete(_filterData); } void KoolDock::mTimerEnd() // mouse emulation timer { if (menuCount > 0) { return; // a popup is still opened - disable scrolling } TQPoint pointer = TQCursor::pos(); lastXPos = pointer.x() - rx; // remember current mouse position (relative to window position) lastYPos = pointer.y() - ry; int px, py, pw, ph; int mpx = pointer.x(); int mpy = pointer.y(); if (fExpanded && !mksmallTimer->isActive()) { px = x1; } else { px = x0; } if ((fOrientation & 2) == 2) { py = 0; } else { py = dh - h; } pw = w; ph = h; if ((fOrientation & 1) == 1) { std::swap(px, py); std::swap(pw, ph); std::swap(mpx, mpy); } if (xinerama == 1) { px += XinPreviousWidth; } if (fHidden == 1) { if ((pointer.y() >= py) && (pointer.y() <= (py + ph)) && (pointer.x() >= px) && (pointer.x() <= (px + pw))) { mMoveEvent(pointer.x() - rx, pointer.y() - ry); } else { debug(TQString("mTimer1Leave: %1 %2 %3 %4 %5 %6").arg(pointer.x()).arg(pointer.y()).arg(dh - h).arg(ry).arg(rx).arg(x + w)); onleaveEvent(NULL); } } else { if (pointer.y() >= py && pointer.y() <= (py + ph) && pointer.x() >= px && pointer.x() <= (px + pw)) { if (fExpanded && !mksmallTimer->isActive()) { mMoveEvent(pointer.x() - rx, pointer.y() - ry); } else { debug(TQString("mTimer2EnterEv: %1 %2").arg(pointer.x() - rx).arg(pointer.y() - ry)); if ((mpx >= firstX) && (mpx <= firstX+tmpw)) { enterEvent(NULL); } } } else { if (fExpanded) { debug(TQString("mTimer2Leave")); onleaveEvent(NULL); } } } if (fSteppy == 1) { if (!mkbigTimer->isActive() || !mksmallTimer->isActive()) { mMoveEvent(pointer.x() - rx, pointer.y() - ry); } } } void KoolDock::trackTimerEnd() { TQPoint pointer; pointer = TQCursor::pos(); int px = pointer.x(); int py = pointer.y(); if ((fOrientation & 1) == 1) { std::swap(px, py); } if ((fOrientation & 2) == 2) { py = dh - py; } if ((py + 2 >= dh) && (px > x0) && (px < x0 + w0)){ if (track2active == false) { TQTimer::singleShot(hideTimer, this, TQ_SLOT(trackTimer2End())); } track2active = true; } } void KoolDock::trackTimer2End() { TQPoint pointer = TQCursor::pos(); int px = pointer.x(); int py = pointer.y(); if ((fOrientation & 1) == 1) { std::swap(px, py); } if ((fOrientation & 2) == 2) { py = dh - py; } if (((py + 2) >= dh) && (px > x0) && (px < x0 + w0)) { if (mksmallTimer->isActive() == true) { mksmallTimerstop(); } move(0, rdh); raise(); trackTimer->stop(); getBottomBG(); if (h1 > h0) { getTopBG(); } debug(TQString("tracktimer: grabWindow(%1, %2, %3, %4)").arg(x1).arg(dh - h1).arg(w1).arg(h1)); resize2(w, h); Ybase = iwBig2; enterEvent(NULL); } track2active = false; } void KoolDock::paintEvent(TQPaintEvent *) { // Draw backgound, icons, and all that stuff over the widget. if (initialization && (ptPart == 5)) { return; } TQPainter p; p.begin(&offscr, this); int i; int ii; debug(TQString("painting")); // draw background (new engine) TQImage TempBG; TQPixmap TempScaledLeft; TQPixmap TempScaledRight; int p3,p4=0,p5=0,p6,p7,p8,p9,p10; if (w < dw) { Offset = 0; } int bgY = 0; if (fExpanded == true) { bgY = h1 - h0 + Ybase; } lastX = cur_cx[items.count() - 1] - iSize[items.count() - 1] / 2 + adjust; lastX += iSize[items.count() - 1]; if (ii_first == 0) { firstX = cur_cx[0] - iSize[0] / 2 - iSpace / 2 + adjust + soffset - eoffset + x; } else { firstX = cur_cx[0] - iSize[0] / 2 - iSpace / 2 + SPACE_W + x; } lastX += soffset; tmpw = lastX + x - firstX + iSpace / 2; if (ii_last < (int) items.count() - 1) { tmpw += eoffset; } if ((ii_first == ii_last) && (ii_first > 0)) { tmpw -= adjust; } int p1 = 0; int p2 = 0; KPixmapIO pixio; if (!fLeftImg.isEmpty()) { TempBG = pixio.convertToImage(LeftImg); if ((fOrientation & 1) == 1) { p1 = LeftImg.height(); } else { p1 = LeftImg.width(); } p2 = h0; if ((fOrientation & 1) == 1) { std::swap(p1, p2); } if (scaleMax) { TempScaledLeft = TQPixmap(TempBG.scale(p1, p2, TQImage::ScaleMin)); } else { TempScaledLeft = TQPixmap(TempBG.scale(p1, p2)); } p2 = 0; if ((fOrientation & 1) == 1) { p1 = TempScaledLeft.height(); } else { p1 = TempScaledLeft.width(); } } if (!fRightImg.isEmpty()) { TempBG = pixio.convertToImage(RightImg); if ((fOrientation & 1) == 1) { p2 = RightImg.height(); } else { p2 = RightImg.width(); } p3 = h0; if ((fOrientation & 1) == 1) { std::swap(p2, p3); } if (scaleMax) { TempScaledRight = TQPixmap(TempBG.scale(p2, p3, TQImage::ScaleMin)); } else { TempScaledRight = TQPixmap(TempBG.scale(p2, p3)); } if ((fOrientation & 1) == 1) { p2 = TempScaledRight.height(); } else { p2 = TempScaledRight.width(); } } if (oldtmpw < tmpw) { p10 = oldfirstX - Offset - p1; p8 = oldtmpw + p1 + p2; } else { p10 = firstX - Offset - p1; p8 = tmpw + p1 + p2; } oldfirstX = firstX; oldtmpw = tmpw; if (p10 < 0) { p10 = 0; } if ((p8 + p10) > dw) { p8 = dw - p10; } p1 = p10; p2 = 0; p3 = p8; p4 = h1 - h0; p5 = p10; p6 = h1 - h0; p7 = p8; p8 = h0; p9 = p10; p10 = 0; if ((fOrientation & 2) == 2) { p6 = 0; p2 = h0; } if ((fOrientation & 1) == 1) { std::swap(p1, p2); std::swap(p3, p4); std::swap(p5, p6); std::swap(p7, p8); std::swap(p9, p10); } if ((h1 - h0) > 0) { bitBlt(&offscr, p1, p2, &topBg, p9, p10, p3, p4); // Put the top background } bitBlt(&offscr, p5, p6, &bottomBg, p5, p6, p7, p8); // Put the rest of the background if (dockOpacity > 0) { p1 = firstX - Offset; if ((fOrientation & 2) == 2) { p2 = 0; } else { p2 = h1 - h0 + Ybase; } p3 = tmpw; p4 = h0 - Ybase; if (p4 > 0) { if ((fOrientation & 1) == 1) { std::swap(p1, p2); std::swap(p3, p4); } bitBlt(&offscr, p1, p2, &bottomBgf, p1, p2, p3, p4); } } // End drawing background // Left side image p1 = 0; p5 = 0; p6 = 0; if (!fLeftImg.isEmpty()) { if ((fOrientation & 1) == 1) { p1 = TempScaledLeft.height(); } else { p1 = TempScaledLeft.width(); } p4 = firstX - Offset - p1; if (fNWideBg && (p4 < 0)) { p4 = 0; } p5 = p4 + p1; if ((fOrientation & 2) == 2) { if (fExpanded == 1) { p2 = -Ybase; } else { p2 = 0; } } else { if (fExpanded == 1) { p2 = bgY; } else { p2 = h1 - h0; } } if ((fOrientation & 1) == 1) { std::swap(p2, p4); } bitBlt(&offscr, p4, p2, &TempScaledLeft); } // Right side image if (!fRightImg.isEmpty()) { if ((fOrientation & 1) == 1) { p1 = TempScaledRight.height(); } else { p1 = TempScaledRight.width(); } p2 = firstX - Offset + tmpw; if (fNWideBg && (p2>dw-p1)) { p2 = dw - p1; } p6 = p2; if ((fOrientation & 2) == 2) { if (fExpanded == 1) { p3 = -Ybase; } else { p3 = 0; } } else { if (fExpanded == 1) { p3 = bgY; } else { p3 = h1 - h0; } } if ((fOrientation & 1) == 1) { std::swap(p2, p3); } bitBlt(&offscr, p2, p3, &TempScaledRight); } // Center image if (!fCenterImg.isEmpty()) { TempBG = pixio.convertToImage(CenterImg); // hack!! to optimize drawing speed, scale the background image only when it's // necessary, I prefer to use a bit more memory than loosing speed. // -- Matias if ((fOrientation & 1) == 1) { p1 = TempScaledCenter.height(); } else { p1 = TempScaledCenter.width(); } if (p1 != (p6 - p5)) { p2 = p6 - p5; p3 = h0; if ((fOrientation & 1) == 1) { std::swap(p2, p3); } TempScaledCenter = TQPixmap(TempBG.scale(p2, p3)); } p1 = p5; if ((fOrientation & 2) == 2) { if (fExpanded) { p2 = -Ybase; } else { p2 = 0; } } else { if (fExpanded == 1) { p2 = bgY; } else { p2 = h1 - h0; } } if ((fOrientation & 1) == 1) { std::swap(p1, p2); } bitBlt(&offscr, p1, p2, &TempScaledCenter); } // End drawing the backgound // Draw borders if (fShowBorders) { p1 = firstX - Offset; p3 = SPACE_W; p4 = h0; p5 = tmpw; p6 = SPACE_W; p7 = tmpw - SPACE_W + firstX - Offset; p2 = h1 - h0 + Ybase; p8 = p2; p9 = p1; p10 = p2; if ((fOrientation & 2) == 2) { p2 = -Ybase; p8 = -Ybase; p10 = p4 - Ybase - 1; } if ((fOrientation & 1) == 1) { std::swap(p1, p2); std::swap(p3, p4); std::swap(p5, p6); std::swap(p7, p8); std::swap(p9, p10); } p.fillRect(TQRect(p1, p2, p3, p4), TQBrush(borderColor)); p.fillRect(TQRect(p9, p10, p5, p6), TQBrush(borderColor)); p.fillRect(TQRect(p7, p8, p3, p4), TQBrush(borderColor)); } // End drawing borders Item *item; // New icon drawing engine int Ypos; // Y position int Xpos; // X position KPixmap *currentIcon; // current icon pixmap for (i = 0; i < (int) items.count(); i++) { item = items.at(i); // Start setting the icon position if (i < ii_first) { // left side icons Xpos = cur_cx[i] - iwSmall / 2 + SPACE_W - Offset; } else if ((i >= ii_first) && (i <= ii_last)) { // Zoomed icons (center) Xpos = cur_cx[i] - iSize[i] / 2 + adjust - Offset + soffset - eoffset; if ((i == ii_first) && (i == (int) items.count() - 1) && (i > 0)) { Xpos = cur_cx[i - 1] + iwSmall / 2 + SPACE_W - Offset + iSpace; } } else if (i > ii_last) { // Right side icons Xpos = cur_cx[i] - iwSmall / 2 + adjust + SPACE_W - 2 - Offset; } // End getting icon positions if ((fOrientation & 2) == 2) { Ypos = iy - Ybase; } else { Ypos = h1 - iy - iSize[i] + Ybase; } // Now, get the icon image if ((Xpos < dw) && ((Xpos + iwBig2) > 0)) { currentIcon = new KPixmap(*item->getIcon(iSize[i])); if (items.at (i)->wIcon == true) { for (ii = 0; ii < (int) witems.count(); ii++) { if (items.at(i)->getId() == witems.at(ii)->getId()) { currentIcon = new KPixmap(*witems.at(ii)->getIcon(iSize[i])); } } } // Misc icon effects and animations if (iOnClick == i) { // Highlight the clicked icon KPixmapEffect::fade(*currentIcon, ((float) 50) * 0.01, TQColor("#FFFFFF")); TQTimer::singleShot(10 * 60, this, TQ_SLOT(unhighlight())); // Unhighlight the icon in 1 second } // Notify animation if (fShowNotification && item->isAnimed()) { KPixmapEffect::fade(*currentIcon, ((float) animValue) * 0.01, TQColor("#FFFFFF")); } // Let's apply an effect to the active window in TaskBar if ((item->getId() == wm->activeWindow()) && (item->getId() != 0)) { KPixmapEffect::fade(*currentIcon, ((float) 60) * 0.01, TQColor("#FFFFFF")); } // End drawing icon effects Xpos += x; if ((fOrientation & 1) == 1) { std::swap(Xpos, Ypos); } // Draw the icon on the widget in its respective position bitBlt(&offscr, Xpos, Ypos, currentIcon); // Destroy the unused currentIcon pixmap. delete currentIcon; } } // End drawing icons // Draw the seperators between launcher and taskbar, and between tasbar and systray if (fShowTaskbar && ((numLaunchers > 0 && ((int) items.count() > numLaunchers)) || ((fShowKMenu == 1) && (items.count() > 1)))) { i = numLaunchers - 1; if ((i >= 0) && (i < (int) items.count() - 1)) { Xpos = xFromIndex(i) + xFromIndex(i + 1) + iSize[i]; p1= Xpos / 2 - Offset + x; p3 = SPACE_W; p4 = h0; if (fExpanded == 0) { p2 = h1 - h0; if ((fOrientation & 2) == 2) { p2 = 0; } } else if ((signed) items.count() > numLaunchers) { p2 = h1 - h0 + Ybase; if ((fOrientation & 2) == 2) { p2 = -Ybase; } } if ((fOrientation & 1) == 1) { p.fillRect(TQRect(p2, p1, p4, p3), TQBrush(sepColor)); } else { p.fillRect(TQRect(p1, p2, p3, p4), TQBrush(sepColor)); } } } if ((fSystray == 1) && (numSystray > 0)) { i = items.count() - numSystray - 1; if ((i >= 0) && (i < (int) items.count() - 1)) { Xpos = xFromIndex(i) + xFromIndex(i + 1) + iSize[i]; p1 = Xpos / 2 - Offset + x; p3 = SPACE_W; p4 = h0; if (h == h0) { p2 = h; if ((fOrientation & 2) == 2) { p2 = 0; } } else { p2 = h1 - h0 + Ybase; if ((fOrientation & 2) == 2) { p2 = -Ybase; } } if ((fOrientation &1) == 1) { p.fillRect(TQRect(p2, p1, p4, p3), TQBrush(sepColor)); } else { p.fillRect(TQRect(p1, p2, p3, p4), TQBrush(sepColor)); } } } p.end(); // Finally update the widget if ((fOrientation & 1) == 1) { bitBlt(this, 0, 0, &offscr, 0, 0, h1, dh, TQt::CopyROP); } else { bitBlt(this, 0, 0, &offscr, 0, 0, dw, h1, TQt::CopyROP); } //Preparing mask TQBitmap bm(size(), true); TQPainter mp; mp.begin(&bm, this); mp.setPen(TQt::black); mp.fillRect(rect(), TQt::black); mp.fillRect(TQRect(0, 0, 1, 1), TQt::white); p1 = 0; p2 = 0; if (!fLeftImg.isEmpty()) { if ((fOrientation & 1) == 1) { p1 = TempScaledLeft.height(); } else { p1 = TempScaledLeft.width(); } } if (!fRightImg.isEmpty()) { if ((fOrientation & 1) == 1) { p2 = TempScaledRight.height(); } else { p2 = TempScaledRight.width(); } } p3 = firstX - Offset - p1; if ((fOrientation & 2) == 2) { p4 = 0; } else { if (fExpanded) { p4 = 0; } else { p4 = h1 - h0; } } p5 = tmpw + p1 + p2; if (fExpanded) { p6 = h1; } else { p6 = h0; } if (p3 < 0) { p3 = 0; } if (p5 + p3 > dw) { p5 = dw - p3; } if ((fOrientation & 1) == 1) { p6++; mp.fillRect(TQRect(p4, p3, p6, p5), TQt::white); } else { mp.fillRect(TQRect(p3, p4, p5, p6), TQt::white); } if ((fOrientation & 2) == 2) { mp.fillRect(TQRect(rw - 1, rh - 1, 1, 1), TQt::black); } else { if ((fOrientation & 1) == 1) { mp.fillRect(TQRect(0, rh - 1, 1, 1), TQt::black); } else { mp.fillRect(TQRect(rw - 1, 0, 1, 1), TQt::black); } } if (initialization) { mp.fillRect(rect(), TQt::black); mp.fillRect(TQRect(0, 0, 1, 1), TQt::white); } mp.end(); setMask(bm); } void KoolDock::unhighlight() { iOnClick = -1; paintEvent(NULL);; } void KoolDock::mousePressEvent(TQMouseEvent *e) { mPress(e->x(), e->y(), e->button()); } void KoolDock::mPress(int mx, int my, ButtonState srcButton) { int i, j; int iClicked; Item *item; if ((fOrientation & 1) == 1) { std::swap(mx, my); } if ((fOrientation & 2) == 2) { my = h1 - my; } mx = mx - x1; mx = mx + Offset; iClicked = itemFromPoint(mx); if (srcButton == TQt::LeftButton) { i = iClicked; if ((my >= h1 - iy - iSize[i]) && (my <= h1 - iy)) { if ((i >= 0) && (i < (int) items.count())) { items.at(i)->anim(false); WId id = items.at(i)->getId(); if (id == 0) { // If user clicked on a quick launcher, launch the app // Acknowledge on click iOnClick = i; paintEvent(NULL); // Run the app debug(TQString("clicked: %1").arg(items.at(i)->getName())); if (items.at(i)->getName() == "KMenu") { // Show K Menu run(items.at(i)->getCommand()); } else { // Run the application with TDE feedback (loading icon) // We need to run the .desktop file, since the command // may be a url or another TDEIO stuff like 'system:/' if (items.at(i)->getFilename() != "") { run(items.at(i)->getFilename()); } else { run(items.at(i)->getCommand()); } } } else { KWin::WindowInfo info; KWin::WindowInfo winfo; info = KWin::windowInfo(id, 0, NET::WM2WindowClass); TQString name = info.visibleName(); TQCString cls = info.windowClassClass(); if (i >= ((int) items.count() - numSystray)) { KWin::deIconifyWindow(id); kdDebug(0) << "Systray: " << id << " Name: " << name << " Estado: " << info.state() << endl; } else { // If user clicked on a running task's icon, activate it cId = id; if (fGrouping) // Switch between windows when clicking on window group icon { // Find currently focused window in witems list int jl = -1, il; bool getNext = false; for (j = 0, item = witems.at(0); item; j++, item = witems.next()) { if (item->getId() == CurrentFocus) { jl = j; break; } } if (jl >= 0) { if (witems.at(jl)->getClass() == cls) { getNext = true; } } else { getNext = true; } jl = -1; if (getNext) { il = witems.count(); for (j = 0, item = witems.at(0); item; j++, item = witems.next()) { if (item->getIndex() < il) { if (item->getClass() == cls) { winfo = item->info; if ((fMinimizedOnly == 0 || winfo.isMinimized()) && (fCurrent == 0 || winfo.isOnDesktop(KWin::currentDesktop()))) { jl = j; il = item->getIndex(); } } } } } else { il = -1; for (j = 0, item = witems.at(0); item; j++, item = witems.next()) { if (item->getIndex() > il) { if (item->getClass() == cls) { winfo = item->info; if ((fMinimizedOnly == 0 || winfo.isMinimized()) && (fCurrent == 0 || winfo.isOnDesktop(KWin::currentDesktop()))) { jl = j; il = item->getIndex(); } } } } } if (jl >= 0) { cId = witems.at(jl)->getId(); } } if (cId != CurrentFocus) { activateApp(); } else { minApp(); CurrentFocus = winId(); } } } } if ((fHidden == 1) && (fHideOnClick == 1)) { onleaveEvent(NULL); // it's configurable } } } else if (srcButton == TQt::RightButton) { // Right button. i = iClicked; advMenu->clear(); advMenu->insertItem(SmallIconSet("go-up"), i18n("Keep &Above Others"), this, TQ_SLOT(toggleAlwaysOnTop()), 0, 1); advMenu->insertItem(SmallIconSet("go-down"), i18n("Keep &Below Others"), this, TQ_SLOT(toggleKeptBelowOthers()), 0, 2); advMenu->insertItem(SmallIconSet("view-fullscreen"), i18n("&Fullscreen"), this, TQ_SLOT(toggleFullScreen()), 0, 3); // Main KoolDock popup menu popup->clear(); popup->insertTitle(i18n("Main Menu")); popup->insertItem(SmallIcon("configure"), i18n("Edit Quick Launch &Menu"), this, TQ_SLOT(edit())); popup->insertItem(SmallIcon("pencil"), i18n("Edit &Preferences"), this, TQ_SLOT(editPref())); popup->insertItem(SmallIcon("edit-redo"), i18n("&Reload configuration"), this, TQ_SLOT(restart())); popup->insertSeparator(); popup->insertItem(SmallIcon("about_kde"), i18n("&About"), this, TQ_SLOT(about())); popup->insertSeparator(); popup->insertItem(SmallIcon("system-log-out"), i18n("E&xit"), this, TQ_SLOT(endProg())); // End Main KoolDock Menu if (fShowNav == 1) { // Menu to be appended to MainMenu godesk->clear(); for (int index = 0; index < KWin::numberOfDesktops(); index++) { TQString tmp = i18n("Desktop &%1").arg(index + 1); int menustate = godesk->insertItem(SmallIcon("forward"), tmp, index + 1); if (KWin::currentDesktop() == (index + 1)) { godesk->setItemEnabled(menustate, false); } } // End godesk Menu // Append Navigation Menu (godesk+Time) TQDateTime timeEntry = TQDateTime::currentDateTime(); TQString tmp = i18n("Navigation: Desktop %1").arg(KWin::currentDesktop()); popup->insertTitle(tmp); popup->insertItem(SmallIcon("forward"), i18n("&Go to Desktop"), godesk); popup->insertItem(SmallIcon("forward"), i18n("&Task List"), tasklist); popup->insertSeparator(); popup->insertItem(SmallIcon("clock"), timeEntry.toString()); // End append Navigation Menu } if ((my >= h1 - iy - iSize[i]) && (my <= h1 - iy)) { if ((i >= 0) && (i < (int) items.count())) { WId id = items.at (i)->getId(); if (id == 0) { // If user right clicked on a quick launch icon. if (items.at (i)->getCommand() != "") { // Edit the .desktop file if ((i == 0) && fShowKMenu) { // If user right clicked on the K menu, show the configuration menu. popup->exec(TQCursor::pos()); } else { iGroup = false; appMenu->clear(); appMenu->insertTitle(i18n("Item menu")); iFilename = items.at(i)->getFilename(); appMenu->insertItem(SmallIcon("configure"), i18n("&Edit item"), this, TQ_SLOT(editItem())); appMenu->insertItem(SmallIcon("window-close"), i18n("&Delete item"), this, TQ_SLOT(removeItem())); appMenu->insertSeparator(); appMenu->insertItem(SmallIcon("forward"), "&KoolDock", popup); appMenu->exec(TQCursor::pos()); } } } else { // If user clicked on a running task icon, show the app menu. // Pop-up menu for right-clicking on a taskbar icon. cId = id; KWin::WindowInfo winfo = KWin::windowInfo(cId, 0, NET::WM2WindowClass | NET::WM2AllowedActions); // Begin Move to Desktop Menu deskpopup->clear(); deskpopup->insertItem(SmallIcon("forward"), i18n("All desktops"), 0); TQString tmp = i18n("Current Desktop &%1").arg(KWin::currentDesktop()); deskpopup->insertItem (SmallIcon ("forward"), tmp, KWin::currentDesktop()); deskpopup->insertSeparator(); for (int i = 0; i < KWin::numberOfDesktops(); i++) { if (winfo.isOnDesktop(KWin::currentDesktop()) && (i + 1) == KWin::currentDesktop()) { continue; } else { if ((i + 1) != KWin::currentDesktop()) { TQString tmpd = i18n("Desktop &%1").arg(i + 1); deskpopup->insertItem(SmallIcon("forward"), tmpd, i + 1); } } } dIndex = winfo.desktop(); if (dIndex == -1) { dIndex = 0; } deskpopup->setItemChecked(dIndex, true); // End Move to Desktop Menu advMenu->setItemChecked(1, winfo.state() & NET::KeepAbove); advMenu->setItemChecked(2, winfo.state() & NET::KeepBelow); advMenu->setItemChecked(3, winfo.state() & NET::FullScreen); advMenu->setItemEnabled(3, winfo.actionSupported(NET::ActionFullScreen)); appMenu->clear(); if (fGrouping && (items.at(iClicked)->getCount() > 0)) { iGroup = true; TQCString cls = winfo.windowClassClass(); popups.clear(); for (j = 0, item = witems.at(0); item; j++, item = witems.next()) { if (item->getClass() == cls) { winfo = item->info; if ((fMinimizedOnly == 0 || winfo.isMinimized()) && (fCurrent == 0 || winfo.isOnDesktop(KWin::currentDesktop()))) { TDEPopupMenu *tmpMenu = new TDEPopupMenu; createMenu(tmpMenu, &winfo); connect(tmpMenu, TQ_SIGNAL(aboutToShow()), TQ_SLOT(menuShow())); popups.append(tmpMenu); appMenu->setItemParameter(appMenu->insertItem(*item->getIcon(iwBig2), item->getName(), tmpMenu), item->getId()); } } } appMenu->insertSeparator(); appMenu->insertItem(SmallIcon("forward"), "&Move to Desktop", deskpopup); appMenu->insertItem(i18n("Mi&nimize all"), this, TQ_SLOT(minAllApps())); appMenu->insertItem(i18n("Ma&ximize all"), this, TQ_SLOT(maxAllApps())); appMenu->insertItem(i18n("&Restore all"), this, TQ_SLOT(restAllApps())); appMenu->insertItem(SmallIcon("window-close"), i18n("&Close all"), this, TQ_SLOT(closeAllApps())); } else { iGroup = false; createMenu(appMenu, &winfo); } appMenu->insertSeparator(); appMenu->insertItem(SmallIcon("forward"), "KoolDock", popup); appMenu->exec(TQCursor::pos()); iGroup = false; } } } else { // Show the configuration popup menu if the user clicked on another place. popup->exec(TQCursor::pos()); } deskpopup->clear(); godesk->clear(); popup->clear(); popups.clear(); appMenu->clear(); } } void KoolDock::mMoveEvent(int ex, int ey) { if (!fExpanded) { return; } unsigned int i; int mx, dmx; int dx; unsigned int k; int cur_cx_desk; int p1 = 0, p2 = 0; if ((fOrientation & 1) == 1) { mx = ex; ex = ey; ey = mx; } if ((fOrientation & 2) == 2) { ey = h1-ey; } if (w0 > dw) { mx = w0 * ex / dw; } else { mx = ex - x0; } dmx = abs(mx - last_mx); last_mx = mx; if (w1 > dw) { Offset = (w1 - dw) * mx / w0; ex = ex + Offset; } else { Offset = 0; } if (fSteppy == 1) { last_ncx = mx = (int) (last_ncx * 0.7 + cx[(ex - x0 - iSpace) / iDist] * 0.3); } if (!mkbigTimer->isActive() && !mksmallTimer->isActive()) { Ybase = 0; } if ((dmx >= UPDATE_DIST && fExpanded) || mkbigTimer->isActive() || mksmallTimer->isActive()) { ii_first = 0; ii_last = items.count() - 1; for (i = 0; i < items.count(); i++) { dx = abs(cx[i] - mx); if (dx < funcW) { iSize[i] = func(dx); } else { iSize[i] = iwSmall; if (cx[i] < mx) { ii_first = std::min (i + 1, items.count() - 1); } else if (ii_last == (int) items.count() - 1) { ii_last = std::max ( (int) i - 1, 0); } } } cur_cx[0] = iSpace + iSize[0] / 2; for (i = 1; i < items.count() + 1; i++) { cur_cx[i] = cur_cx[i - 1] + (iSize[i] + iSize[i - 1]) / 2 + iSpace; } for (k = 0; (k < items.count() - 1) && (mx > cx[k]); k++); cur_cx_desk = ((int) ((iwBig2 - iwSmall) * 0.6 * fAmount) + iSpace * 2) / 2 + cx[k] + (int) ((cx[k] - mx) * (func(0) + func(iDist) - 2 * iwSmall) / (2 * iDist)); adjust = cur_cx_desk - cur_cx[k]; if ((w1 < dw) && (!mkbigTimer->isActive() || (zoomTicksB > 1 && mkbigTimer->isActive()))) { if (!initialization && (menuCount == 0)) { if (mx < 0) { onleaveEvent(NULL); } if ((lastX > 0) && (mx > tmpw + firstX - x1 - (w1 - w0) / 2)) { onleaveEvent(NULL); } } } if (ii_last < (int) items.count() - 1) { cur_cx[items.count() - 1] = w1 * zoomVal / fzoomSpeed + (eoffset - soffset + (w1 + w0) / 2) * (fzoomSpeed - zoomVal) / (fzoomSpeed) - iwSmall / 2 - iSpace - adjust; for (i = items.count() - 2; (int) i >= ii_last + 1; i--) { cur_cx[i] = cur_cx[i + 1] - iDist; } if (ii_last == 0) { cur_cx[0] = cur_cx[1] - iDist - (iSize[0] - iSize[1]) / 2; } } for (i = 0; (int) i < ii_first; i++) { cur_cx[i] += (int) ((soffset - eoffset + (w1 - w0) / 2) * (fzoomSpeed - zoomVal) / fzoomSpeed); } paintEvent(NULL); } mx = ex-x1; i = itemFromPoint(mx); mouseOnLauncher = ((int) i < numLaunchers); if ((showNames == 1) && (iwBig == iwBig2) && (dmx < 10)) { // Get the name of the item at the mouse position if (!mksmallTimer->isActive() && !mkbigTimer->isActive()) { if (i < MAX_ICONS + 1) { if (((int) i >= 0) && (i < items.count())) { nom = items.at(i)->getName(); } else { nom = ""; } } if (nom != aux) { xosd_st = 0; } if (xosd_st == 0) { xosdw->setText(nom); xosd_st = 1; } aux = nom; mx = mx-Offset; if (fOrientation == 0) { p1 = mx + x1 - (xosdw->w / 2); p2 = dh - h - xosdw->h; } if (fOrientation == 1) { p1 = dh - h1 - xosdw->w; p2 = mx- xosdw->h / 2 + x1; } if (fOrientation == 2) { p1 = mx + x1 - (xosdw->w / 2); p2 = h1; } if (fOrientation == 3) { p1 = h1; p2 = mx- xosdw->h / 2 + x1; } if ((fOrientation & 1) == 0) { if (p1 < 0) { p1 = 0; } if (p1 + xosdw->w > dw) { p1 = dw - xosdw->w; } } if (xinerama == 1) { p1 += XinPreviousWidth; } if (!initialization && ((xosdw->pos().x() != p1) || (xosdw->pos().y() != p2))) { xosdw->move2(p1, p2); } } } if (dmx >= 10) { xosdw->move2(0, rdh); } } // Mouse Wheel now switches desktops (away from user desktop+1, towards user desktop-1) // -Francisco void KoolDock::wheelEvent(TQWheelEvent* e) { if ((e->delta() == 120) && (KWin::currentDesktop() < KWin::numberOfDesktops())) { KWin::setCurrentDesktop(KWin::currentDesktop() + 1); } if ((e->delta() == -120) && (KWin::currentDesktop() > 0)) { KWin::setCurrentDesktop(KWin::currentDesktop() - 1); } } void KoolDock::mkbigTimerDo() { zoomTicksB++; iwBig = iwBig2 * zoomVal / fzoomSpeed + iwSmall * (fzoomSpeed - zoomVal) / fzoomSpeed; // frames to grow up the dockbar if (iwBig < iwSmall) { iwBig = iwSmall; } zoomVal = zoomVal + zoomStepB; if (fzoomSpeed <= zoomVal) { zoomVal = fzoomSpeed; iwBig = iwBig2; mkbigTimer->stop(); last_mx = -1; debug(TQString("Stopped mkbigTimer")); if ((zoomTicksB >= neededTicksB) && fSpeed) { // Performace check int timing = perf->elapsed(); zoomStepB = zoomStepB * timing / fzoomSpeed; if (zoomStepB <= 0) { zoomStepB = 1; } if (zoomStepB > 200) { zoomStepB = 200; } neededTicksB = (int) ((fzoomSpeed / zoomStep) - 1) * zoomStep / zoomStepB; } zoomTicksB = 0; zoomTicksS = 0; if (initialization) { pTest(); } else { if (fHidden == 1) { mTimer->start(fMouseTimer, false); } else { mTimer->changeInterval(fMouseTimer); } } } iy = (iDist - iwSmall) / 2; funcH = iwBig - iwSmall; if (fHidden == 1) { Ybase = iwBig2 * (fzoomSpeed - zoomVal) / fzoomSpeed; } mMoveEvent(TQWidget::mapFromGlobal(TQCursor::pos()).x(), TQWidget::mapFromGlobal(TQCursor::pos()).y()); paintEvent(NULL); } void KoolDock::mksmallTimerDo() { zoomTicksS++; iwBig = iwBig2 * zoomVal / fzoomSpeed + iwSmall * (fzoomSpeed - zoomVal) / fzoomSpeed; if (iwBig < iwSmall) { iwBig = iwSmall; } if (zoomVal < 0) { zoomVal = 0; mksmallTimerstop(); } else { if (fHidden == 1) { Ybase = iwBig2 * (fzoomSpeed - zoomVal) / fzoomSpeed; } funcH = iwBig - iwSmall; iy = (iDist - iwSmall) / 2; mMoveEvent(lastXPos, lastYPos); paintEvent(NULL); } zoomVal = zoomVal - zoomStepS; } void KoolDock::mksmallTimerstop() { zoomVal = 0; if ((fStayBelow == 1) && (fHidden == 0)) { setDockBelow(); } int i; mksmallTimer->stop(); xosdw->move2(0, rdh); fExpanded = false; debug(TQString("Stopped mksmallTimer")); if (!initialization) { if (fHidden == 0) { mTimer->changeInterval(250); } else { mTimer->stop(); } } w = w0; x = x0; h = h0; // Normalize the dock for (i = 0; i < (int) items.count() + 1; i++) { iSize[i] = iwSmall; cur_cx[i] = cx[i]; } ii_first = 0; ii_last = items.count() - 1; adjust = 0; iwBig = iwBig2; if (fHidden == 0) { move2(x, dh - h); resize2(w, h); } else { move(0, rdh); resize2(w, h); } oldfirstX = x; oldtmpw = w; paintEvent(NULL); if ((zoomTicksS >= neededTicksS) && fSpeed) { // Performace check int timing = perf->elapsed(); zoomStepS = zoomStepS * timing / fzoomSpeed; if (zoomStepS <= 0) { zoomStepS = 1; } if (zoomStepS > 200) { zoomStepS = 200; } neededTicksS = (int) ((fzoomSpeed / zoomStep) - 1) * zoomStep / zoomStepS; } zoomTicksB = 0; zoomTicksS = 0; if (initialization) { pTest(); } } void KoolDock::enterEvent (TQEvent *) { if (((fExpanded == true) && !mksmallTimer->isActive()) || mkbigTimer->isActive()) { return; } if ((fStayBelow == 1) && (fHidden == 0)) { setDockAbove(); } if (mksmallTimer->isActive() == true) { mksmallTimer->stop(); } w = w1; x = x1; h = h1; if (!fExpanded) { getTopBG(); if (dockOpacity > 0) { bitBlt(&bottomBgf, 0, 0, &bottomBg); KPixmapEffect::fade(bottomBgf, ((float) dockOpacity) * 0.01, bgColor); } adjust = x0 - x1; iwBig = iwSmall; } resize2(w, h); move2(x, rdh); funcH = iwBig - iwSmall; iy = (iDist - iwSmall) / 2; fExpanded = true; oldfirstX = x; oldtmpw = w; debug("enterEvent"); zoomTicksB = 0; zoomTicksS = 0; perf->start(); mkbigTimer->start(zoomStep, false); mkbigTimerDo(); paintEvent(NULL); move2(x,dh-h); } void KoolDock::onleaveEvent(TQEvent *) { if (menuCount > 0) { return; } if (mksmallTimer->isActive() == true) { return; } zoomTicksB = 0; zoomTicksS = 0; perf->start(); debug("onleaveEvent"); lastXPos = TQWidget::mapFromGlobal(TQCursor::pos()).x(); lastYPos = TQWidget::mapFromGlobal(TQCursor::pos()).y(); if (mkbigTimer->isActive()) { mkbigTimer->stop(); } mksmallTimer->start(zoomStep, false); if (showNames == 1) { xosdw->move2(0, rdh); xosd_st = 0; } if (fHidden == 1) { trackTimer->start(250, false); } } void KoolDock::edit() { editPref(); setupdlg->tabWidget->setCurrentPage(3); } void KoolDock::run(const TQString& command) { TQString exec; static TQString zz = TQString(0); static int ii = 0; static TQCString yy = ""; kapp->propagateSessionManager(); _filterData->setData(command.stripWhiteSpace()); TQStringList filters; filters << "kurisearchfilter" << "tdeshorturifilter"; KURIFilter::self()->filterURI(*(_filterData), filters); TQString cmd = (_filterData->uri().isLocalFile() ? _filterData->uri().path() :_filterData->uri().url()); // Nothing interesting. Quit! if (cmd.isEmpty()) { KMessageBox::sorry(0L, i18n("You have to enter a command to execute or a URL to be opened first.")); return; } else { switch (_filterData->uriType()) { case KURIFilterData::LOCAL_FILE: case KURIFilterData::LOCAL_DIR: case KURIFilterData::NET_PROTOCOL: case KURIFilterData::HELP: { if (useList) { TDEApplication::startServiceByDesktopPath(command, lstDrop, NULL , NULL , &ii , yy ,true); } else { (void) new KRun(_filterData->uri()); } return; } case KURIFilterData::EXECUTABLE: case KURIFilterData::SHELL: { exec = cmd; if (_filterData->hasArgsAndOptions()) { cmd += _filterData->argsAndOptions(); } break; } case KURIFilterData::UNKNOWN: case KURIFilterData::ERROR: default: KMessageBox::sorry(0, i18n("The program name or command %1\n" "cannot be found. Please correct the command\n" "or URL and try again").arg(cmd)); return; } } if (KRun::runCommand(cmd, exec, "")) { return; } else { KMessageBox::sorry(0, i18n("Could not run %1.\nPlease correct" " the command or URL and try again.").arg(cmd)); return; } } // Parabolic function int KoolDock::func(int x) { int res = iwBig - (int) ((x * x * funcH) / (funcW * funcW)); return res; } int KoolDock::func2(int x) { int res; if (x < funcW) { res = iwBig - (int) ((x * x * funcH) / (funcW * funcW)); } else { res = iwSmall; } return res; } // Here we add windows to the taskbar void KoolDock::addWindows() { // Show task bar int index; if (fShowTaskbar) { KWin::WindowInfo info; TQValueList::ConstIterator it; int i; Item *item; // First we removed every taskbar item int count = items.count() - numSystray; for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { item->setCount(0); } for (i = count; i >= numLaunchers; i--) { items.remove(i); } // Lets go through all the windows if (firstTime) { for (it = wm->windows().begin(); it != wm->windows().end(); ++it) { addwTask(*it); } firstTime = false; } for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { item->setId(item->getId()); info = item->info; index = info.desktop(); // If it belongs to the current desktop, lets add it if (info.valid()) { if ((fCurrent == 0) || (index == KWin::currentDesktop()) || (index == -1)) { addTask(item->getId(), i); } } } for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (!item->info.valid()) { witems.remove(i); } } doUpdateGeometry(); } CurrentFocus = wm->activeWindow(); updTaskList(); } void KoolDock::workAreaChanged() { int mdw, mdh; if (xinerama == 0) { mdw = TQApplication::desktop()->width(); mdh = TQApplication::desktop()->height(); } else { mdw = leftRes; mdh = XinDesiredHeight; } if ((fOrientation & 1) == 1) { std::swap(mdw, mdh); } if ((dw != mdw) || (dh != mdh)) { reload(); } } // What happens when we change desktops void KoolDock::currentDesktopChanged(int) { if (initialization) { return; } //funcH = iwBig2 - iwSmall; //iwBig = iwBig2; addWindows(); doUpdateGeometry(); move(0, rdh); getTopBG(); if (fExpanded) { move2(x1, dh - h1); } if ((fHidden == 0) && (!fExpanded)) { move2(x0, dh - h0); } xosdw->move2(0, rdh); oldDesktop = KWin::currentDesktop(); } void KoolDock::windowAdded(WId id) { if (initialization) { return; } if (!fShowTaskbar && fShowNav) { addToTaskList(id); } if (!fShowTaskbar) { return; } KWin::WindowInfo info = KWin::windowInfo(id); TQString name = info.name(); if (name == "kooldock xosd window") { debug("Not adding OSD window to taskbar."); return; } if (name == "kooldock") { debug("Not adding ourselves."); return; } debug(TQString("windowAdded(%1)").arg(name)); if (addwTask(id) && fShowNav) { addToTaskList(id); } addTask(id); doUpdateGeometry(); debug(TQString("windowAdded(%1)").arg(name)); } void KoolDock::windowRemoved(WId id) { if (initialization) { return; } if (fShowNav) { rmFromTaskList(id); } if (!fShowTaskbar) { return; } unsigned int i; Item *item; debug(TQString("windowRemoved(%1)").arg(id)); KWin::WindowInfo info = KWin::windowInfo(id); TQString name = info.name(); if (name == "kooldock xosd window") { debug("Not removing OSD window from taskbar."); return; } for (i = 0; i < witems.count(); i++) { item = witems.at(i); if (item->getId() == id) { rmTask(id,i); rmwTask(i); rmFromTaskList(id); break; } } doUpdateGeometry(); } void KoolDock::numberOfDesktopsChanged(int /*num*/) { if (initialization) return; if (fShowTaskbar || fShowNav) addWindows(); } void KoolDock::windowChanged(WId id, unsigned int properties) { if (initialization) { return; } if (fShowNav && !fShowTaskbar) { rmFromTaskList(id); addToTaskList(id); } if (!fShowTaskbar) { return; } Item *item; bool iconChanged, nameChanged; int i; bool toRepaint = false; bool hasfound = false; int iFound; KWin::WindowInfo winfo = KWin::windowInfo(id); iconChanged = (properties & NET::WMIcon); nameChanged = ((properties & NET::WMName) | (properties & NET::WMVisibleName)); properties = 0; if (id != winId()) { // Do not add kooldock window if (ignored (winfo.name()) == false) { for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { // Find item in witem (window item) list if (item->getId() == id) { hasfound = true; // Remember whether item was found and its index iFound = i; // Handle icon/name changes if (iconChanged) { item->setIcon(KWin::icon(id, iwBig2, iwBig2, true)); toRepaint = true; } if (nameChanged) { item->setName(winfo.name()); } if ((fShowNotification) && (id != wm->activeWindow())) { debug(TQString("windowChanged (inactive window changed)")); // An inactive window's title changed // notify user item->anim(true); if (onChangeTimer == NULL) { onChangeTimer = new TQTimer(this); connect(onChangeTimer, TQ_SIGNAL(timeout()), this, TQ_SLOT(onChangeTimerTicked())); onChangeTimer->start(ON_CHANGE_ANIM_INTERVAL, false); } } item->setId(id); break; } } // If window is on window list and user has not changed desktop recently... if (hasfound && (oldDesktop == KWin::currentDesktop())) { if (witems.at(iFound)->getCount() == 0) { // Window icon is not visible on kooldock //... check whether it can be added if (((fCurrent == 0) || winfo.isOnDesktop(KWin::currentDesktop())) && (fMinimizedOnly == 0 || winfo.isMinimized())) { toRepaint |= addTask(id); } } else { //... check whether it can be removed if (((fCurrent == 1) && (!winfo.isOnDesktop(KWin::currentDesktop()))) || ((fMinimizedOnly == 1) && (!winfo.isMinimized()))) { toRepaint |= rmTask(id, iFound); } } if (fShowNav) { rmFromTaskList(id); addToTaskList(id); } } if (toRepaint) { doUpdateGeometry(); paintEvent(NULL); } } } } void KoolDock::systemTrayWindowAdded(WId id) { if (initialization) { return; } if (fSystray == 1) { KWin::WindowInfo info = KWin::windowInfo(id); TQString name = info.visibleName(); if (ignored(info.name()) == false) { TQPixmap pix = KWin::icon(id, iwBig2, iwBig2, true); numSystray++; items.append(new Item(pix, id, name, iwSmall, iwBig2)); debug(TQString("addSystem Tray(%1)").arg(info.visibleName())); doUpdateGeometry(); } } } void KoolDock::systemTrayWindowRemoved(WId id) { if (initialization) { return; } if (fSystray == 1) { numSystray--; if (numSystray < 0) { numSystray = 0; } windowRemoved(id); } } void KoolDock::activeWindowChanged(WId id) { if (initialization) { return; } if (id != winId()) { CurrentFocus = id; } // end notify animation unsigned int i; for (i = 0; i <= items.count() - 1; i++) { if (items.at(i)->getId() == id) { items.at(i)->anim(false); } } bool toDelete = true; for (i = 0; i <= items.count() - 1; i++) { if (items.at(i)->isAnimed()) { toDelete = false; } } if (toDelete && (onChangeTimer != NULL)) { delete onChangeTimer; onChangeTimer = NULL; debug("Deleted onChangeTimer"); } if (fGrouping) { movetoback(id); } paintEvent(NULL); } void KoolDock::doUpdateGeometry() { int dw1, dw0; unsigned int i; iwBig= iwBig2; for (i = 0; i < items.count(); i++) { cx[i] = iSpace + i * iDist + iwSmall / 2; iSize[i] = iwSmall; if (!fExpanded) { cur_cx[i] = cx[i]; } } w0 = 2 * iSpace + (items.count() - 1) * iDist + iwSmall + soffset * 2 - eoffset * 2; w = w0; w1 = w0 + (int) ((iwBig - iwSmall) * 0.6 * fAmount) + iSpace * 2; x1 = (dw - w1) * fpercentPos / 100; if (w1 > dw) { x1 = 0; } if (w1 > dw) { dw1 = dw; } else { dw1 = w1; } if (w0 > dw) { dw0 = dw; } else { dw0 = w0; } x0 = (dw1 - dw0) / 2 + x1; x = x0; h0 = 2 * iy + iwSmall; h = h0; h1 = 2 * iy + iwBig; adjust = 0; if (fHidden == 0) { resize2(w, h); move2(x, dh - h); } ii_first = 0; ii_last = items.count() - 1; if (fExpanded == true) { w = w1; h = h1; x = x1; funcH = iwBig2 - iwSmall; iy = (iDist - iwSmall) / 2; if (fHidden == 1) { move(0, rdh); getBottomBG(); getTopBG(); } resize2(w, h); move2(x, dh - h); } else if (fHidden == 1) { move(0, rdh); } debug(TQString("w1: %1").arg(w1)); debug(TQString("x1: %1").arg(x1)); if (fExpanded) { last_mx = -10; mMoveEvent(lastXPos, lastYPos); } oldfirstX = x; oldtmpw = w; paintEvent(NULL); xosdw->move2(0, rdh); } bool KoolDock::rmTask(WId id, int iFound) { Item *item, *witem, *fitem; int i, j; int miFound; bool hasfound; hasfound = false; miFound = iFound; TQCString cls; if (miFound == -1) { for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (item->getId() == id) { hasfound = true; miFound = i; break; } } } else { hasfound = true; } if (hasfound) { fitem = witems.at(miFound); if (fitem->getId() == id) { if (fitem->getCount() == 1) { cls = fitem->getClass(); // Remove item for (i = numLaunchers, item = items.at(numLaunchers); item; i++, item = items.next()) { if (fGrouping) { if (cls == item->getClass()) { int cnt = item->getCount(); fitem->setCount(0); if (cnt == 0) { items.remove(i); return true; } else { int ir, il = -1, im = -1; int jl = -1, jm = -1; ir = fitem->getIndex(); for (j = 0, witem = witems.at(0); witem; j++, witem = witems.next()) { if (witem->getClass() == cls) { if ((witem->getIndex() < ir) && (witem->getIndex() > il)) { il = witem->getIndex(); jl = witem->getId(); } if (witem->getIndex() > im) { im = witem->getIndex(); jm = witem->getId(); } } } item->setCount(cnt - 1); if (jl >= 0) { item->setId(jl); return true; } if (jm >= 0) { item->setId(jm); } return true; } } } else { if (item->getId() == id) { items.remove(i); witems.at(miFound)->setCount(0); return true; } } } } } } return false; } void KoolDock::rmwTask(int iFound) { Item* item; int i; int ind = witems.at(iFound)->getIndex(); for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (item->getIndex() > ind) { item->setIndex(item->getIndex() - 1); } } witems.remove(iFound); } bool KoolDock::addTask(WId id, int iFound) { Item *item; int i ; bool hasfound = false; int miFound = iFound; KWin::WindowInfo info = KWin::windowInfo(id, 0, NET::WM2WindowClass); const int SUPPORTED_WINDOW_TYPES = NET::NormalMask | NET::DesktopMask | NET::DockMask | NET::ToolbarMask | NET::MenuMask | NET::DialogMask | NET::OverrideMask | NET::TopMenuMask | NET::UtilityMask | NET::SplashMask; TQString name = info.visibleName(); TQCString cls = info.windowClassClass(); if (info.windowType(SUPPORTED_WINDOW_TYPES) == NET::Normal || info.windowType(SUPPORTED_WINDOW_TYPES) == NET::Override || info.windowType(SUPPORTED_WINDOW_TYPES) == NET::Dialog || info.windowType(SUPPORTED_WINDOW_TYPES) == NET::Unknown) { if (info.isMinimized() || fMinimizedOnly==0) { if (fCurrent==0 || info.isOnDesktop (KWin::currentDesktop())) { if ((info.state() & NET::SkipTaskbar) == 0) { if (ignored (info.name()) == false) { if (miFound == -1) { for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (item->getId() == id) { hasfound = true; miFound = i; break; } } } else { hasfound=true; } if (hasfound) { if (witems.at(miFound)->getId() == id) { if (witems.at(miFound)->getCount() == 0) { witems.at(miFound)->setCount(1); if (fGrouping) { hasfound = false; for (i = numLaunchers, item = items.at(numLaunchers); item; i++, item = items.next()) { if (item->getClass() == cls) { item->setCount(item->getCount() + 1); return true; } } } TQPixmap pix; items.insert(items.count() - numSystray, new Item(pix, id, name, iwSmall, iwBig2, true)); items.at(items.count() - 1)->setClass(cls); debug(TQString("addTask(%1)").arg(info.visibleName())); return true; } } } } } } } } return false; } bool KoolDock::addwTask(WId id) { KWin::WindowInfo info = KWin::windowInfo(id, 0, NET::WM2WindowClass); const int SUPPORTED_WINDOW_TYPES = NET::NormalMask | NET::DesktopMask | NET::DockMask | NET::ToolbarMask | NET::MenuMask | NET::DialogMask | NET::OverrideMask | NET::TopMenuMask | NET::UtilityMask | NET::SplashMask; TQString name = info.visibleName(); TQCString cls = info.windowClassClass(); if (info.windowType(SUPPORTED_WINDOW_TYPES) == NET::Normal || info.windowType(SUPPORTED_WINDOW_TYPES) == NET::Override || info.windowType(SUPPORTED_WINDOW_TYPES) == NET::Dialog || info.windowType(SUPPORTED_WINDOW_TYPES) == NET::Unknown) { if ((info.state() & NET::SkipTaskbar) == 0) { if (ignored(info.name()) == false) { TQPixmap pix = KWin::icon(id, iwBig2, iwBig2, true); witems.append(new Item(pix, id, name, iwSmall, iwBig2)); witems.at(witems.count() - 1)->setClass(cls); witems.at(witems.count() - 1)->setIndex(witems.count() - 1); return true; } } } return false; } void KoolDock::loadConf() { TDEConfig *config = TDEGlobal::config(); config->setGroup("kooldock"); fShowTaskbar = config->readNumEntry("ShowTaskbar", 0); fMinimizedOnly = config->readNumEntry("MinimizedOnly", 0); fShowNotification = config->readNumEntry("ShowNotification", 0); showNames = config->readNumEntry("showNames", 1); fCleaner = config->readNumEntry("Cleaner", 0); xosdFont = config->readEntry("xosdFont", "Tahoma"); xosdColor = config->readEntry("xosdColor", "#f1f1f1"); xosdShadowColor = config->readEntry("xosdShadowColor", "#000000"); xosdSize = config->readNumEntry("xosdSize", 17); xosdShadowOffset = config->readNumEntry("xosdShadowOffset", 2); fShowBorders = config->readNumEntry("ShowBorders", 0); borderColor = TQColor(config->readEntry("BorderColor", "#b1c4de")); iwSmall = config->readNumEntry("SmallIconSize", 32); iwBig = config->readNumEntry("BigIconSize", 90); fAmount = config->readNumEntry("BigIconAmount", 5); if (fAmount > 10) { fAmount = 10; } if (fAmount < 4) { fAmount = 4; } fShowKMenu = config->readNumEntry("ShowKMenu", 0); fUseKBFX = config->readNumEntry("KBFX", 0); dockOpacity = config->readNumEntry("DockOpacity", 0); iSpace = config->readNumEntry("iSpace", 10); if (dockOpacity < 0) { dockOpacity = 0; } else if (dockOpacity > 100) { dockOpacity = 100; } bgColor = TQColor(config->readEntry("BackgroundColor", "#ccccff")); sepColor = TQColor(config->readEntry("SeparatorColor", "#000000")); fPriority = config->readNumEntry("Priority", 3); fMouseTimer = config->readNumEntry("MouseTimer", 25); fClipping = config->readNumEntry("Clipping", 0); fClipIcons = config->readNumEntry("ClipIconArea", 0); fpercentPos = config->readNumEntry("percentPos", 50); fOrientation = config->readNumEntry("fOrientation", 0); if ((fOrientation < 0) || (fOrientation > 3)) { fOrientation = 0; } fzoomSpeed = config->readNumEntry("zoomSpeed", 20); fSpeed = config->readNumEntry("speedControl", 0) == 1; if (fzoomSpeed > 10) { if (fzoomSpeed > 100) { zoomStep = 10; } else { zoomStep = fzoomSpeed / 10; } } else { zoomStep = 1; } if (fSpeed) { zoomStepB = 200; zoomStepS = 200; neededTicksB = 1; neededTicksS = 1; } else { zoomStepB = zoomStep; zoomStepS = zoomStep; neededTicksB = (int) (fzoomSpeed / zoomStep) - 1; neededTicksS = (int) (fzoomSpeed / zoomStep) - 1; } if (neededTicksB == 0) { neededTicksB = 1; } if (neededTicksS == 0) { neededTicksS = 1; } if (fpercentPos < 0) { fpercentPos = 0; } if (fpercentPos > 100) { fpercentPos = 100; } fHidden = config->readNumEntry("Hidden", 1); fHighLightTime = config->readNumEntry("HighLightTime", 2); fHideOnClick = config->readNumEntry("HideOnClick", 0); fStayBelow = config->readNumEntry("StayBelow", 0); fSteppy = config->readNumEntry("fSteppy", 0); fLeftImg = config->readEntry("LeftImg"); fRightImg = config->readEntry("RightImg"); fCenterImg = config->readEntry("CenterImg"); fNWideBg = config->readBoolEntry("nWideBg", true); scaleMax = config->readBoolEntry("scaleMax", false); fFirstRun = config->readBoolEntry("FirstRun", true); xinerama = config->readNumEntry("Xinerama", 0); leftRes=config->readNumEntry("leftRes", TQApplication::desktop()->width()); XinDesiredHeight=config->readNumEntry("XinDesiredHeight", TQApplication::desktop()->height()); XinPreviousWidth=config->readNumEntry("XinPreviousWidth", 0); hideTimer = config->readNumEntry("hideTimer", 125); Solid = config->readNumEntry("Solid", 1); fShowShot = config->readBoolEntry("ShowSShot", false); fGrouping = config->readBoolEntry("iconGrouping", false); fShowNav = config->readNumEntry("Navigator", 1); fSystray = 0;//config->readNumEntry("Systray", 0); fCurrent = config->readNumEntry("currentDesktop", 0); curTheme = config->readEntry("Theme"); if (config->readNumEntry ("xosdBold", 1) == 0) { xosdBold = false; } else { xosdBold = true; } if (config->readNumEntry ("xosdItalic", 1) == 0) { xosdItalic = false; } else { xosdItalic = true; } if (iwSmall > iwBig) { iwSmall = 32; iwBig = 90; } if (!fShowTaskbar) { fShowNotification = 0; } if ((fHidden != 1) && (fHidden != 0)) { fHidden = 1; } if ((fStayBelow != 1) && (fStayBelow != 0)) { fStayBelow = 0; } } void KoolDock::loadIgnore() { TQString line; // Read the ignorelist into 'ignoreList' TQFile in(TQString(progPath + "/ignorelist.conf")); // Clear de ignoreList and the KEditListBox (ignoreBox) ignoreList.clear(); setupdlg->ignoreBox->clear(); if (in.open(IO_ReadOnly)) { while (in.readLine(line, MAX_LEN) != -1) { // Append the item and strip the last char (new line) ignoreList.append(line.mid(0, line.length() - 1)); } in.close(); if (!ignoreList.isEmpty()) { setupdlg->ignoreBox->insertStringList(ignoreList); } } } void KoolDock::saveConf() { TDEConfig *config = TDEGlobal::config(); config->setGroup("kooldock"); config->writeEntry("ShowTaskbar", fShowTaskbar); config->writeEntry("MinimizedOnly", fMinimizedOnly); config->writeEntry("ShowNotification", fShowNotification); config->writeEntry("ShowBorders", fShowBorders); config->writeEntry("BorderColor", borderColor.name()); config->writeEntry("SmallIconSize", iwSmall); config->writeEntry("BigIconSize", iwBig2); config->writeEntry("BigIconAmount", fAmount); config->writeEntry("DockOpacity", dockOpacity); config->writeEntry("BackgroundColor", bgColor.name()); config->writeEntry("SeparatorColor", sepColor.name()); config->writeEntry("ShowKMenu", fShowKMenu); config->writeEntry("KBFX", fUseKBFX); config->writeEntry("Priority", fPriority); config->writeEntry("MouseTimer", fMouseTimer); config->writeEntry("Clipping", fClipping); config->writeEntry("ClipIconArea", fClipIcons); config->writeEntry("percentPos", fpercentPos); config->writeEntry("zoomSpeed", fzoomSpeed); config->writeEntry("speedControl", fSpeed); config->writeEntry("Hidden", fHidden); config->writeEntry("StayBelow", fStayBelow); config->writeEntry("fOrientation", fOrientation); config->writeEntry("showNames", showNames); config->writeEntry("Cleaner", fCleaner); config->writeEntry("xosdFont", xosdFont); config->writeEntry("xosdColor", xosdColor); config->writeEntry("xosdShadowColor", xosdShadowColor); config->writeEntry("xosdSize", xosdSize); config->writeEntry("HideOnClick", fHideOnClick); config->writeEntry("fSteppy", fSteppy); config->writeEntry("HighLightTime", fHighLightTime); config->writeEntry("iSpace", iSpace); config->writeEntry("FirstRun", FALSE); config->writeEntry("Xinerama", xinerama); config->writeEntry("hideTimer", hideTimer); config->writeEntry("Solid", Solid); config->writeEntry("ShowSShot", fShowShot); config->writeEntry("iconGrouping", fGrouping); config->writeEntry("Navigator", fShowNav); config->writeEntry("Systray", fSystray); config->writeEntry("currentDesktop", fCurrent); if (xosdBold == true) { config->writeEntry("xosdBold", 1); } else { config->writeEntry("xosdBold", 0); } if (xosdItalic == true) { config->writeEntry("xosdItalic", 1); } else { config->writeEntry("xosdItalic", 0); } config->sync(); } void KoolDock::editPref() { bool tmp; // To save some code // Open up the configuration dialog // Fill dialog with values from configuration tmp = (fHidden == 1); setupdlg->chk1->setChecked(tmp); setupdlg->hideTimer->setEnabled(tmp); setupdlg->hideOnClick->setEnabled(tmp); setupdlg->cbStayBelow->setEnabled(!tmp); setupdlg->cbStayBelow->setChecked(fStayBelow == 1); tmp = (fShowTaskbar == 1); setupdlg->chk6->setEnabled(tmp); setupdlg->cbMinimizedOnly->setEnabled(tmp); setupdlg->chkSshot->setEnabled(tmp); setupdlg->chkGrouping->setEnabled(tmp); setupdlg->currentDesk->setEnabled(tmp); setupdlg->systray->setChecked(fSystray == 1); setupdlg->currentDesk->setChecked(fCurrent == 1); // Even if start Hidden is disabled we load the stored value setupdlg->hideTimer->setValue(hideTimer); setupdlg->hideOnClick->setChecked(fHideOnClick == 1); setupdlg->Steppy->setChecked(fSteppy == 1); setupdlg->cbCleaner->setChecked(fCleaner == 1); tmp= (showNames == 1); setupdlg->chk2->setChecked(tmp); setupdlg->xosdBold->setEnabled(tmp); setupdlg->xosdItalic->setEnabled(tmp); setupdlg->xosdSize->setEnabled(tmp); setupdlg->spinBox2->setEnabled(tmp); setupdlg->kColorCombo1->setEnabled(tmp); setupdlg->kColorCombo_shadow->setEnabled(tmp); setupdlg->xosdFont->setEnabled(tmp); setupdlg->cbCleaner->setEnabled(tmp); if (Solid == 1) { setupdlg->chkSolid->setChecked(true); setupdlg->chkSolidSlot(); } else { if (!curTheme.isEmpty()) { setupdlg->theme->setCurrentText(curTheme); } setupdlg->chkImg->setChecked(true); setupdlg->chkSolidSlot(); } setupdlg->chk4->setChecked(fShowBorders == 1); setupdlg->kColorCombo1->setColor(xosdColor); setupdlg->kColorCombo_shadow->setColor(xosdShadowColor); setupdlg->xosdFont->setCurrentFont(xosdFont); setupdlg->kColorCombo2->setColor(bgColor.name()); setupdlg->kColorCombo3->setColor(borderColor.name()); setupdlg->kColorCombo4->setColor(sepColor.name()); setupdlg->spinBox1->setValue(dockOpacity); setupdlg->xosdSize->setValue(xosdSize); setupdlg->spinBox2->setValue(xosdShadowOffset); setupdlg->chk5->setChecked(fShowTaskbar == 1); setupdlg->cbMinimizedOnly->setChecked(fMinimizedOnly == 1); setupdlg->chk6->setChecked(fShowNotification == 1); setupdlg->chk7->setChecked(fShowKMenu == 1); setupdlg->chkUseKBFX->setChecked(fUseKBFX == 1); setupdlg->iwSmall->setValue(iwSmall); setupdlg->iwBig->setValue(iwBig2); setupdlg->fAmount->setValue(fAmount); setupdlg->sbSpace->setValue(iSpace); setupdlg->nWideBg->setChecked(fNWideBg); if (scaleMax) { setupdlg->opScale2->setChecked(true); } else { setupdlg->opScale1->setChecked(true); } setupdlg->xosdBold->setChecked(xosdBold); setupdlg->xosdItalic->setChecked(xosdItalic); if (xinerama == 1) { setupdlg->xrma->setChecked(true); setupdlg->SleftRes->setEnabled(true); setupdlg->SHeight->setEnabled(true); setupdlg->PWidth->setEnabled(true); setupdlg->SleftRes->setValue(leftRes); setupdlg->SHeight->setValue(XinDesiredHeight); setupdlg->PWidth->setValue(XinPreviousWidth); } else { setupdlg->SleftRes->setEnabled(false); setupdlg->SHeight->setEnabled(false); setupdlg->PWidth->setEnabled(false); setupdlg->xrma->setChecked(false); setupdlg->SleftRes->setValue(TQApplication::desktop()->width()); setupdlg->SHeight->setValue(TQApplication::desktop()->height()); } setupdlg->nav->setChecked(fShowNav==1); setupdlg->chkSshot->setChecked(fShowShot); setupdlg->chkGrouping->setChecked(fGrouping); setupdlg->Priority->setValue(fPriority); setupdlg->chClipping->setChecked(fClipping == 1); setupdlg->chClipIcons->setChecked(fClipIcons == 1); setupdlg->zoomSpeed->setValue(fzoomSpeed); setupdlg->chkSpeed->setChecked(fSpeed); setupdlg->percentPos->setValue(fpercentPos); if (fOrientation == 0) { setupdlg->op0->setChecked(true); } if (fOrientation == 1) { setupdlg->op1->setChecked(true); } if (fOrientation == 2) { setupdlg->op2->setChecked(true); } if (fOrientation == 3) { setupdlg->op3->setChecked(true); } loadIgnore(); // Load Ignore List if (!setupdlg->isVisible() && !lockSetTab) { setupdlg->tabWidget->setCurrentPage(0); } setupdlg->toReloadIcons->setChecked(false); setupdlg->show(); KWin::WindowInfo winfo = KWin::windowInfo(setupdlg->winId()); if (winfo.desktop() !=-1) { KWin::setOnDesktop(setupdlg->winId(), KWin::currentDesktop()); } KWin::activateWindow(setupdlg->winId()); } void KoolDock::loadMenu() { TQDir homeDir = TQDir::home(); if (homeDir.exists(menuPath)) { TQDir dir(menuPath); // First make sure every index is correct! // Update the launchers index TQString preffix; TQStringList fileListRemove = dir.entryList("*.desktop"); TQStringList fileListRemove2 = fileListRemove; for (unsigned int i = 0; i < fileListRemove2.count(); i++) { fileListRemove2[i].remove(0,2); } // Rename the files so they reflect their new position for (unsigned int i = 0; i < fileListRemove.count(); i++) { if (i < 10) { preffix = TQString("0%1").arg(i); } if (i >= 10) { preffix = TQString("%1").arg(i); } dir.rename(fileListRemove[i], TQString("%1%2").arg(preffix).arg(fileListRemove2[i])); } // End updating launchers index TQStringList fileList = dir.entryList("*.desktop"); if (!fileList.isEmpty()) { for (TQStringList::Iterator it = fileList.begin(); it != fileList.end(); ++it) { if (((*it) != ".") && ((*it) != "..")) { items.append(new Item(menuPath + (*it), iwSmall, iwBig2)); } } } } else { debug("Config directory doesn't exits"); TQDir progPathDir(progPath); progPathDir.mkdir(progPath); TQDir menuPathDir(menuPath); menuPathDir.mkdir(menuPath); debug("Created item directory"); // create initial entries. addFile(TQString("00_konqueror.desktop"), TQString("konqueror"), TQString("kfmclient openProfile webbrowsing"), TQString("Konqueror Web Browser")); addFile(TQString("01_home.desktop"), TQString("kfm_home"), TQString("kfmclient openProfile filemanagement"), TQString("Home directory")); addFile(TQString("02_kmail.desktop"), TQString("kmail"), TQString("kmail"), TQString("KMail")); addFile(TQString("03_kate.desktop"), TQString("kate"), TQString("kate"), TQString("Kate")); addFile(TQString("04_konsole.desktop"), TQString("konsole"), TQString("konsole"), TQString("Konsole")); addFile(TQString("05_kcontrol.desktop"), TQString("kcontrol"), TQString("kcontrol"), TQString("Control Center")); loadMenu(); } numLaunchers = items.count(); } void KoolDock::about() { TDEAboutApplication about(this, 0, false); about.exec(); } void KoolDock::onChangeTimerTicked() { if (animValue > 70) { animState = false; } if (animValue < 5) { animState = true; } if (animState == true) { animValue = animValue + 5; } else { animValue = animValue - 5; } paintEvent(NULL); } void KoolDock::updateBackground(const TQPixmap& pix) { if ((pix.width() == 1) && (pix.height() == 1)) { if (fHidden == 0) { if ((fOrientation & 1) == 1) { bottomBg = TQPixmap(h1, dw); } else { bottomBg = TQPixmap(dw, h1); } bottomBg.fill(pix.convertToImage().pixel(0,0)); } if (dockOpacity > 0) { bitBlt(&bottomBgf, 0, 0, &bottomBg); KPixmapEffect::fade(bottomBgf, ((float) dockOpacity) * 0.01, bgColor); } } else { if (fHidden == 0) { bottomBg = TQPixmap(pix); } if (dockOpacity > 0) { bitBlt(&bottomBgf, 0, 0, &bottomBg); KPixmapEffect::fade(bottomBgf, ((float) dockOpacity) * 0.01, bgColor); } } uw = w; paintEvent(NULL); } void KoolDock::toggleAlwaysOnTop() { KWin::WindowInfo info= KWin::windowInfo(cId); if (info.state() & NET::KeepAbove) { KWin::clearState(cId,NET::KeepAbove); } else { KWin::setState(cId,NET::KeepAbove); KWin::raiseWindow(cId); } } void KoolDock::toggleKeptBelowOthers() { KWin::WindowInfo info = KWin::windowInfo(cId); if (info.state() & NET::KeepBelow) { KWin::clearState(cId,NET::KeepBelow); } else { KWin::setState(cId,NET::KeepBelow); KWin::lowerWindow(cId); } } void KoolDock::toggleFullScreen() { KWin::WindowInfo info = KWin::windowInfo(cId); if (info.state() & NET::FullScreen) { KWin::clearState(cId,NET::FullScreen); } else { KWin::setState(cId,NET::FullScreen); } } void KoolDock::moveApp() { KWin::WindowInfo info = KWin::windowInfo(cId); activateApp(); TQCursor::setPos(info.geometry().center()); NETRootInfo ri(tqt_xdisplay(), NET::WMMoveResize); ri.moveResizeRequest(cId, info.geometry().center().x(), info.geometry().center().y(), NET::Move); } void KoolDock::resizeApp() { KWin::WindowInfo info = KWin::windowInfo(cId); activateApp(); TQCursor::setPos(info.geometry().bottomRight()); NETRootInfo ri(tqt_xdisplay(), NET::WMMoveResize); ri.moveResizeRequest(cId, info.geometry().bottomRight().x(), info.geometry().bottomRight().y(), NET::BottomRight); } void KoolDock::minApp() { Item *item; int i; TQPixmap shot; TQImage tmpImg; KWin::WindowInfo info= KWin::windowInfo(cId); if (info.isMinimized()) { for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (item->getId() == cId) { // Set default's item icon item->setIcon(KWin::icon(cId, iwBig2, iwBig2, TRUE)); } } KWin::deIconifyWindow(cId, true); KWin::activateWindow(cId); } else { if (fShowShot == true) { for (i=0, item = witems.at(0); item; i++, item = witems.next()) { if (item->getId() == cId) { // Take the screenshot shot = TQPixmap::grabWindow(cId); // Scale the screenshot tmpImg = shot.convertToImage(); tmpImg.scale(iwBig2, iwBig2); shot.convertFromImage(tmpImg); // Set the new item's icon item->setIcon(shot); } } paintEvent(NULL); } KWin::iconifyWindow(cId, true); } hide(); TQTimer::singleShot(100, this, TQ_SLOT(refreshBackground())); } void KoolDock::maxApp() { Item *item; int i; KWin::WindowInfo info = KWin::windowInfo(cId); if (fShowShot == true) { for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (item->getId() == cId) { // Set default's item icon item->setIcon(KWin::icon(cId, iwBig2, iwBig2, true)); } } } if (info.isMinimized()) { KWin::deIconifyWindow(cId, true); } else { if (info.state() & NET::Max) { KWin::clearState(cId, NET::Max); } else { KWin::setState(cId, NET::Max); } } KWin::activateWindow(cId); hide(); TQTimer::singleShot(100, this, TQ_SLOT(refreshBackground())); } void KoolDock::restApp() { Item *item; int i; KWin::WindowInfo info = KWin::windowInfo(cId); if (fShowShot == true) { for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (item->getId() == cId) { // Set default's item icon item->setIcon(KWin::icon(cId, iwBig2, iwBig2, true)); } } } KWin::clearState(cId, NET::MaxVert + NET::MaxHoriz); KWin::deIconifyWindow(cId, true); KWin::activateWindow(cId); hide(); TQTimer::singleShot(100, this, TQ_SLOT(refreshBackground())); } void KoolDock::minAllApps() { int i; Item *item; KWin::WindowInfo info = KWin::windowInfo(cId, 0, NET::WM2WindowClass); TQCString cls = info.windowClassClass(); for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (!item->info.isMinimized()) { if (((fMinimizedOnly == 0) || (item->info.isMinimized())) || ((fCurrent == 0) || item->info.isOnDesktop(info.desktop()))) { if (cls == item->getClass()) { KWin::iconifyWindow(item->getId(), true); } } } } } void KoolDock::maxAllApps() { int i; Item *item; KWin::WindowInfo info = KWin::windowInfo(cId, 0, NET::WM2WindowClass); TQCString cls = info.windowClassClass(); for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (!(item->info.state() & NET::Max) || item->info.isMinimized()) { if (((fMinimizedOnly == 0) || item->info.isMinimized()) || ((fCurrent == 0) || item->info.isOnDesktop(info.desktop()))) { if (cls == item->getClass()) { if (item->info.isMinimized()) { KWin::deIconifyWindow(item->getId(), true); } KWin::setState(item->getId(), NET::Max); } } } } } void KoolDock::restAllApps() { int i; Item *item; KWin::WindowInfo info = KWin::windowInfo(cId, 0, NET::WM2WindowClass); TQCString cls = info.windowClassClass(); for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (item->info.state() & NET::Max || item->info.isMinimized()) { if (((fMinimizedOnly == 0) || item->info.isMinimized()) || ((fCurrent == 0) || item->info.isOnDesktop(info.desktop()))) { if (cls == item->getClass()) { if (item->info.isMinimized()) { KWin::deIconifyWindow(item->getId(), true); } else { KWin::clearState(item->getId(), NET::Max); } } } } } } void KoolDock::closeAllApps() { int i; Item *item; KWin::WindowInfo info = KWin::windowInfo(cId, 0, NET::WM2WindowClass); TQCString cls = info.windowClassClass(); for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (((fMinimizedOnly == 0) || item->info.isMinimized()) || ((fCurrent == 0) || item->info.isOnDesktop(info.desktop()))) { if (cls == item->getClass()) { NETRootInfo app(tqt_xdisplay(), NET::CloseWindow); app.closeWindowRequest(item->getId()); } } } } void KoolDock::shadeApp() { KWin::WindowInfo info = KWin::windowInfo(cId); if (info.state() & NET::Shaded) { KWin::clearState(cId, NET::Shaded); } else { KWin::setState(cId, NET::Shaded); } hide(); TQTimer::singleShot(100, this, TQ_SLOT(refreshBackground())); } void KoolDock::activateApp() { Item *item; int i; KWin::WindowInfo info = KWin::windowInfo(cId); if (fShowShot == true) { for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (item->getId() == cId) { // Set default's item icon item->setIcon(KWin::icon(cId, iwBig2, iwBig2, TRUE)); } } } if ((info.desktop() != -1) && (info.desktop() != KWin::currentDesktop())) { goToDesktop(info.desktop()); } if (info.isMinimized()) { KWin::deIconifyWindow(cId, true); } KWin::activateWindow(cId); hide(); TQTimer::singleShot(100, this, TQ_SLOT(refreshBackground())); } void KoolDock::closeApp() { NETRootInfo app(tqt_xdisplay(), NET::CloseWindow); app.closeWindowRequest(cId); debug(TQString("Closed: %1").arg(cId)); } void KoolDock::editItem() { run(TQString("kfmclient openProperties ") + iFilename); } void KoolDock::sendToDesktop(int desktop) { if (desktop == 0) { desktop = -1; } if (iGroup && allApps) { int i; Item *item; KWin::WindowInfo info = KWin::windowInfo(cId, 0, NET::WM2WindowClass); TQCString cls = info.windowClassClass(); for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (((fMinimizedOnly == 0) || item->info.isMinimized()) || ((fCurrent == 0) || item->info.isOnDesktop(info.desktop()))) { if (cls == item->getClass()) { KWin::setOnDesktop(item->getId(), desktop); } } } return; } KWin::setOnDesktop(cId, desktop); } void KoolDock::goToDesktop(int desktop) { KWin::setCurrentDesktop(desktop); } void KoolDock::goToWindow(int win) { cId = (WId) win; activateApp(); } void KoolDock::removeItem() { TQFile::remove(iFilename); restart(); } void KoolDock::addFile(const TQString& filename, const TQString& iconname, const TQString& execname, const TQString& name, bool notify, bool terminal, bool tclose, bool cuser, TQString puser) { TQString progPath = locateLocal("data", "kooldock"); TQString menuPath = progPath + TQString("/menu/"); TQString confFile = locateLocal("config", "kooldockrc"); TQFile out(TQString(menuPath + filename)); if (out.open (IO_WriteOnly)) { TQTextStream out_s(&out); out_s << "[Desktop Entry]" << endl; out_s << "Comment=" << endl; out_s << "Encoding=UTF-8" << endl; out_s << "Exec=" << execname << endl; out_s << "GenericName=" << endl; out_s << "Icon=" << iconname << endl; out_s << "MimeType=" << endl; out_s << "Name=" << name << endl; out_s << "Path=" << endl; out_s << "ServiceTypes=" << endl; out_s << "SwallowExec=" << endl; out_s << "SwallowTitle=" << endl; out_s << "Terminal=false" << endl; out_s << "TerminalOptions=" << endl; out_s << "Type=Application" << endl; if (notify == true) { out_s << "X-TDE-StartupNotify=true" << endl; } else { out_s << "X-TDE-StartupNotify=false" << endl; } if (cuser == true) { out_s << "X-TDE-SubstituteUID=true" << endl; out_s << "X-TDE-Username=" << puser << endl; } else { out_s << "X-TDE-SubstituteUID=false" << endl; out_s << "X-TDE-Username=" << endl; } if (terminal == true) { out_s << "Terminal=true" << endl; } else { out_s << "Terminal=false" << endl; } if (tclose == true) { out_s << "TerminalOptions=\\s--noclose" << endl; } else { out_s << "TerminalOptions=" << endl; } out.close(); } } bool KoolDock::ignored(const TQString& appname) { if (ignoreList.count() > 0) { for (unsigned int i = 0; i < ignoreList.count(); i++) { if (ignoreList[i] == appname) { return true; } } } return false; } #ifdef _ENABLE_DEBUG void KoolDock::debug(TQString message) { // Debugging function (show messages to stdout) kdDebug (0) << "DEBUG: " << message << endl; } #endif #ifndef _ENABLE_DEBUG void KoolDock::debug (TQString) { } #endif void KoolDock::endProg() { if ((fHidden == 0) && (fClipping == 1)) { if ((fOrientation & 1) == 1) { setDesktopIconsArea(0, 0, dh, dw); } else { setDesktopIconsArea(0, 0, dw, dh); } } debug("Clean exit."); exit(0); } void KoolDock::restart() { TQString cmd; cmd = mainPath + " &"; kdDebug(0) << "mainPath: " << mainPath << endl; debug("Restarting..."); int status = system(cmd.latin1()); debug(TQString("Status: %1").arg(status)); endProg(); } void KoolDock::reload() { setupdlg->setEnabled(false); hide(); if (wm) { delete wm; } trackTimer->stop(); mkbigTimer->stop(); mksmallTimer->stop(); mTimer->stop(); if (onChangeTimer != NULL) { onChangeTimer->stop(); } if (trackTimer) { delete trackTimer; } if (mTimer) { delete mTimer; } if (mkbigTimer) { delete mkbigTimer; } if (mksmallTimer) { delete mksmallTimer; } if (onChangeTimer != NULL) { delete onChangeTimer; } if (_filterData) { delete _filterData; } if (rootpix) { delete rootpix; } if (xosdw) { delete xosdw; } if (clipw) { delete clipw; } if (info) { delete info; } if (reloadIcons) { items.clear(); witems.clear(); } init(); if (setupdlg->isVisible()) { lockSetTab=true; editPref(); if (reloadIcons) { setupdlg->appClear(); setupdlg->appFill(); } lockSetTab=false; } } void KoolDock::chkRestart() { if (initialization) { return; } if (!setupdlg) { return; } // this function is called by a timer to check if the dock should be restarted // or not, depending on what was done in the configuration dialog. reloadIcons = setupdlg->toReloadIcons->isChecked(); reload(); reloadIcons = false; setupdlg->toReloadIcons->setChecked(false); } void KoolDock::setMainPath(const TQString& path) { mainPath = path; } void KoolDock::setArgs(const TQString& params) { args = params; if ((args == "-options") || (args == "-o")) { editPref(); } } void KoolDock::move2(int nx, int ny) { int cx, cy, xn=0; if (xinerama == 1) { xn = XinPreviousWidth; } cx = 0; if ((fOrientation & 2) == 2) { ny = 0; cy = 0; } else { ny = dh - h1; cy = dh - h0; } if ((fOrientation & 1) == 1) { rx=ny; ry=nx; std::swap(cx, cy); } else { rx = nx; ry = ny; } if ((rx == x0) && (ry == dh - h0) && (fExpanded == false) && (w1 > dw)) { if (w0 > dw) { Offset = (w1 - dw) * lastXPos/ dw - rx; if ((fOrientation & 1) == 1) { ry = 0; } move(xn, ry); } else { Offset = 0; if ((fOrientation & 1) == 1) { ry = 0; } else { rx = 0; } move(rx + xn, ry); } } else { if ((fOrientation & 1) == 1) { ry = 0; } else { rx = 0; } move(rx + xn, ry); } rx += xn; } void KoolDock::resize2(int nw, int nh) { nw = dw; nh = h1; if ((fOrientation & 1) == 1) { rw = nh; rh = nw; } else { rw = nw; rh = nh; } if (w1 < dw) { Offset = 0; } resize(rw, rh); nw = dw; nh = h0; } void KoolDock::getBottomBG() { if (fHidden == 0) { return; } int p1, p2, p3, p4; p1 = 0; if ((fOrientation & 2) ==2) { p2 = 0; } else { p2 = dh - h1; } p3 = dw; p4 = h1; if ((fOrientation & 1) == 1) { std::swap(p1, p2); std::swap(p3, p4); } if (xinerama == 1) { p1 += XinPreviousWidth; } bottomBg = TQPixmap::grabWindow(tqt_xrootwin(), p1, p2, p3, p4); } void KoolDock::getTopBG() { int p1, p2, p3, p4; p1 = 0; if ((fOrientation & 2) ==2) { p2 = h0; } else { p2 = dh - h1; } p3 = dw; p4 = h1 - h0; if ((fOrientation & 1) ==1) { std::swap(p1, p2); std::swap(p3, p4); } if (xinerama == 1) { p1 += XinPreviousWidth; } topBg = TQPixmap::grabWindow(tqt_xrootwin(), p1, p2, p3, p4); } void KoolDock::setDesktopIconsArea(int left, int top, int width, int height) { if (fClipIcons == 0) { return; } DCOPClient* client = TDEApplication::dcopClient(); if (!client->isAttached()) { client->attach(); client->registerAs("KoolDock"); } for (int i = 0; i < KWin::numberOfDesktops(); i++) { TQByteArray data; TQDataStream args(data, IO_WriteOnly); args << left << top << width << height << i; client->send("kdesktop", "KDesktopIface", "desktopIconsAreaChanged(TQRect, int)", data); } } void KoolDock::setDockAbove() { KWin::setState(winId(), NET::KeepAbove); raise(); } void KoolDock::setDockBelow() { KWin::setState(winId(), NET::KeepBelow); lower(); } void KoolDock::menuShow() { allApps = false; if (iGroup && (menuCount != 0)) { int tcId = appMenu->itemParameter(currMenu); if ((tcId == currMenu) && (menuCount == 1)) { allApps = true; deskpopup->setItemChecked(dIndex, false); return; } cId = tcId; KWin::WindowInfo info = KWin::windowInfo(cId, 0, NET::WM2AllowedActions); deskpopup->setItemChecked(dIndex, false); dIndex = info.desktop(); if (dIndex == -1) { dIndex = 0; } deskpopup->setItemChecked(dIndex, true); advMenu->setItemChecked(1, info.state() & NET::KeepAbove); advMenu->setItemChecked(2, info.state() & NET::KeepBelow); advMenu->setItemChecked(3, info.state() & NET::FullScreen); advMenu->setItemEnabled(3, info.actionSupported(NET::ActionFullScreen)); } } void KoolDock::menuX(int num) { if (iGroup && (menuCount != 0)) { currMenu = num; } } void KoolDock::init() { initialization = true; nDesks=-2; ptPart = 5; // Load the configuration loadConf(); if ((fStayBelow == 0) || (fHidden == 1)) { reparent(0, getWFlags() | WX11BypassWM, pos(), false); } else { reparent(0, getWFlags() & ~WX11BypassWM, pos(), false); } hide(); // Initialize the systray counter if (reloadIcons) { numSystray = 0; } // First, set our "nice" priority if (fPriority > 19) { fPriority = DEF_PRIORITY; } if (fPriority < 0) { fPriority = DEF_PRIORITY; } setpriority(0, 0, fPriority); debug(TQString("Priority: %1").arg(fPriority)); iwBig2 = iwBig; lastX = 0; iDist = iwSmall + iSpace; funcW = (int) (iDist * fAmount / 2); funcH = iwBig - iwSmall; iy = iSpace / 2; KWin::setOnAllDesktops(winId(), true); KWin::setState(winId(), NET::SkipTaskbar | NET::SkipPager); KWin::setType(winId(), NET::Dock); items.setAutoDelete(true); popups.setAutoDelete(true); desks.setAutoDelete(true); if (fShowKMenu == 1) { if (fUseKBFX == 1) { if (reloadIcons) { items.append(new Item("kmenu", "dcop kicker KBFXInterface showMenu", "KMenu", iwSmall, iwBig2)); } } else { if (reloadIcons) { items.append(new Item("kmenu", "dcop kicker kicker popupKMenu 0", "KMenu", iwSmall, iwBig2)); } } } //Lets load the menu entries if (reloadIcons) { loadMenu(); } if (items.count() == 0) { items.append(new Item("kooldock", "kooldock -k; kooldock -o" , "K", iwSmall, iwBig2)); } // Create the "xosd" widget xosdw = new xosd(); rdh = TQApplication::desktop()->height(); xosdw->move(0, rdh); wm = new KWinModule(); info = new NETWinInfo(tqt_xdisplay(), winId(), tqt_xrootwin(), NET::WMState); info->setDesktop(NETWinInfo::OnAllDesktops); info->setState(NETWinInfo::SkipTaskbar | NETWinInfo::SkipPager, NETWinInfo::SkipTaskbar | NETWinInfo::SkipPager); setBackgroundMode(NoBackground); // Load the ignore List loadIgnore(); xosd_st = 0; xosdw->setFont(xosdFont); if (xosdItalic == true) { xosdw->setItalic(); } if (xosdBold == true) { xosdw->setBold(); } xosdw->setSize(xosdSize); xosdw->setShadowOffset(xosdShadowOffset); xosdw->setColor(xosdColor); xosdw->setShadowColor(xosdShadowColor); // Show task bar if (fShowTaskbar) { connect(wm, TQ_SIGNAL(activeWindowChanged(WId)), TQ_SLOT(activeWindowChanged(WId))); } connect(wm, TQ_SIGNAL(windowAdded(WId)), TQ_SLOT(windowAdded(WId))); connect(wm, TQ_SIGNAL(windowRemoved(WId)), TQ_SLOT(windowRemoved(WId))); connect(wm, TQ_SIGNAL(windowChanged(WId, unsigned int)), TQ_SLOT(windowChanged(WId, unsigned int))); if (fSystray) { /* System Tray implementation (hope this works - Francisco) */ connect(wm, TQ_SIGNAL(systemTrayWindowAdded(WId)), TQ_SLOT(systemTrayWindowAdded(WId))); connect(wm, TQ_SIGNAL(systemTrayWindowRemoved(WId)), TQ_SLOT(systemTrayWindowRemoved(WId))); TQCString screenstr; screenstr.setNum(tqt_xscreen()); TQCString trayatom = "_NET_SYSTEM_TRAY_S" + screenstr; Display *display = tqt_xdisplay(); net_system_tray_selection = XInternAtom(display, trayatom, false); net_system_tray_opcode = XInternAtom(display, "_NET_SYSTEM_TRAY_OPCODE", false); // Acquire system tray XSetSelectionOwner(display, net_system_tray_selection, winId(), CurrentTime); } connect(wm, TQ_SIGNAL(numberOfDesktopsChanged(int)), TQ_SLOT(numberOfDesktopsChanged(int))); connect(wm, TQ_SIGNAL(currentDesktopChanged(int)), TQ_SLOT(currentDesktopChanged(int))); connect(wm, TQ_SIGNAL(workAreaChanged()), TQ_SLOT(workAreaChanged())); // Pseudo-Transparency code rootpix = new KRootPixmap(this); rootpix->setCustomPainting(true); connect(rootpix, TQ_SIGNAL(backgroundUpdated(const TQPixmap &)), TQ_SLOT(updateBackground(const TQPixmap &))); rootpix->start(); debug(TQString("Items loaded: %1").arg(items.count())); // Simple work around to support xinerama (user defined) if (xinerama == 0) { dw = TQApplication::desktop()->width(); dh = TQApplication::desktop()->height(); } else { dw = leftRes; dh = XinDesiredHeight; } xosdw->setClear(fCleaner); xosdw->setOrientation(fOrientation & 1, dw, rdh); // All icons to small size unsigned int i; for (i = 0; i < items.count() + 1; i++) { iSize[i] = iwSmall; } for (i = 0; i < items.count() + 1; i++) { cx[i] = iSpace + i * iDist + iwSmall / 2; cur_cx[i] = cx[i]; } if ((fOrientation & 1) == 1) { std::swap(dw, dh); } if ((fOrientation == 2) || (fOrientation == 1)) { TQString tmpstr; tmpstr = fLeftImg; fLeftImg = fRightImg; fRightImg = tmpstr; } Offset = 0; xosdw->move2(0, rdh); xosdw->show(); fExpanded = false; // Timer to track the mouse position // When the mouse pointer reaches the bottom of the screen, the bar should popup in a userdefined time (int hideTimer) track2active = false; trackTimer = new TQTimer(this); connect(trackTimer, TQ_SIGNAL(timeout()), this, TQ_SLOT(trackTimerEnd())); ii_first = 0; ii_last = items.count() - 1; iOnClick = -1; onChangeTimer = NULL; Ybase = 0; soffset = 0; eoffset = 0; last_ncx = 0; // For the the onscreen text (icon names) nom = ""; aux = ""; mTimer = new TQTimer(this); connect(mTimer, TQ_SIGNAL(timeout()), this, TQ_SLOT(mTimerEnd())); _filterData = new KURIFilterData(); mkbigTimer = new TQTimer(this); connect(mkbigTimer, TQ_SIGNAL(timeout()), this, TQ_SLOT(mkbigTimerDo())); mksmallTimer = new TQTimer(this); connect(mksmallTimer, TQ_SIGNAL(timeout()), this, TQ_SLOT(mksmallTimerDo())); TQWMatrix m; m.rotate(-90 * fOrientation); if (!fLeftImg.isEmpty()) { LeftImg.load(fLeftImg); LeftImg = LeftImg.xForm(m); } if (!fRightImg.isEmpty()) { RightImg.load(fRightImg); RightImg = RightImg.xForm(m); } if (!fCenterImg.isEmpty()) { CenterImg.load(fCenterImg); CenterImg = CenterImg.xForm(m); } if (fHidden == 1) { move(0, rdh); } //Lets add the necesary windows if (reloadIcons && fShowTaskbar) {firstTime=true;addWindows();} debug("Kooldock has started"); doUpdateGeometry(); if ((fOrientation & 1) == 1) { offscr = TQPixmap(h1, dw); bottomBgf = TQPixmap(h1, dw); } else { offscr = TQPixmap(dw, h1); bottomBgf = TQPixmap(dw, h1); } soffset = iwSmall / 2 + func2(abs(1 - funcW)) + func2(abs(iDist + 1 - funcW)) + func2(abs(2 * iDist + 1 - funcW)) + func2(abs(3 * iDist + 1 -funcW)) / 2 - ((int) ((iwBig - iwSmall) * 0.6 * fAmount) + iSpace * 2) / 2 - 4 * iwSmall - (int) ((3 * iDist + 1 - funcW) * (func(0) + func (iDist) - 2 * iwSmall) / (2 * iDist)) + 1; eoffset= (int) ((iwBig2 - iwSmall) * fAmount / 100); doUpdateGeometry(); if (fFirstRun) { fFirstRun=false; // Show welcome dialog. const char* welcomeMsg = I18N_NOOP("
Welcome
It appears to be the first time you run KoolDock.
" "By default the dock is hidden at the botton of the screen, move your mouse" " to the bottom edge of the screen and the dock will appear.
" "Right click on the dock for a menu that allows you to configure it
" "or run with -o parameter to have preferences window at start.
" "We hope this software is usefull for you
-- The KoolDock Team"); KMessageBox::information(0L, i18n(welcomeMsg)); saveConf(); // create initial configuration. } clipw = new clip(); if (fHidden == 1) { clipw->resize(0, 0); clipw->move(-10, -10); } else { int cx, cy; cx = 0; if ((fOrientation & 2) == 2) { cy = 0; } else { cy = dh - h0; } if ((fOrientation & 1) == 1) { clipw->move(cy, cx); clipw->resize(h0, dw); } else { clipw->move(cx, cy); clipw->resize(dw, h0); } } KWin::setOnAllDesktops(clipw->winId(), true); KWin::setState(clipw->winId(), NET::KeepBelow); clipw->lower(); clipw->show(); animValue = 0; animState = true; if (fHidden == 0) { resize2(w0, h0); rootpix->repaint(true); } // Create desktop clipper widget if ((fHidden == 0) && (fClipping == 1)) { // Clipping desktop if (fOrientation == 0) { clipw->clipDesktop(0, 0, 0, 0, 0, 0, 0, 0, 0, h0, 0, dh); setDesktopIconsArea(0, 0, dw, dh - h0); } if (fOrientation == 1) { clipw->clipDesktop(0, 0, 0, h0, 0, dh, 0, 0, 0, 0, 0, 0); setDesktopIconsArea(0, 0, dh - h0, dw); } if (fOrientation == 2) { clipw->clipDesktop(0, 0, 0, 0, 0, 0, h0, 0, dh, 0, 0, 0); setDesktopIconsArea(0, h0, dw, dh); } if (fOrientation == 3) { clipw->clipDesktop(h0, 0, dh, 0, 0, 0, 0, 0, 0, 0, 0, 0); setDesktopIconsArea(h0, 0, dh, dw); } } if ((fStayBelow == 1) && (fHidden == 0)) { setDockBelow(); } setAcceptDrops(true); useList = false; if (fSpeed) { ptPart = 0; } else { ptPart = 1; } if (fHidden == 0) { paintEvent(NULL); } if (ptPart == 0) { enterEvent(NULL); } else { pTest(); } } void KoolDock::pTest() { if (ptPart == 0) { onleaveEvent(NULL); ptPart = 1; return; } // Finalize initialization if (fHidden == 1) { trackTimer->start(250, false); } else { mTimer->start(250, false); } oldDesktop = KWin::currentDesktop(); initialization = false; if (fShowTaskbar) { addWindows(); } show(); if (fHidden == 0) { paintEvent(NULL); } setupdlg->setEnabled(true); if (fFirstRun) { editPref(); } updTaskList(); } void KoolDock::refreshBackground() { getBottomBG(); getTopBG(); if (dockOpacity > 0) { bitBlt(&bottomBgf, 0, 0, &bottomBg); KPixmapEffect::fade(bottomBgf, ((float) dockOpacity) * 0.01, bgColor); } show(); KWin::setOnAllDesktops(winId(),true); paintEvent(NULL); } void KoolDock::dragMoveEvent(TQDragMoveEvent* event) { if (mouseOnLauncher && TQTextDrag::canDecode(event)) { event->accept(); } else { event->ignore(); } } void KoolDock::dropEvent(TQDropEvent* event) { TQString strDrop; TQPoint pointer = TQCursor::pos(); int px, py; px = pointer.x() - pos().x(); py = pointer.y() - pos().y(); TQTextDrag::decode(event, strDrop); lstDrop = TQStringList::split(TQString("\n"), strDrop, false); useList = true; mPress(px, py, TQt::LeftButton); useList = false; } //Funtion used in window grouping void KoolDock::movetoback(WId id) { int i; Item* item; int ic = -1, jc; TQCString cls; //find clicked item in witems list for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (item->getId() == id) { ic = i; break; } } if (ic >= 0) { jc = witems.at(ic)->getIndex(); // Get item stack index for (i = 0, item = witems.at(0); item; i++, item = witems.next()) { if (item->getIndex() > jc) { item->setIndex(item->getIndex() - 1); } } // Move clicked item to last position in the stack witems.at(ic)->setIndex(witems.count() - 1); cls = witems.at(ic)->getClass(); for (i= numLaunchers, item = items.at(numLaunchers); item; i++, item = items.next()) { if (item->getClass() == cls) { item->setId(witems.at(ic)->getId()); item->setName(witems.at(ic)->getName()); break; } } } } //Gets index of an incon by position int KoolDock::itemFromPoint(int x) { int i, Xpos = -1; for (i = 0; i < (int) items.count(); i++) { Xpos = xFromIndex(i); if (((x + iSpace / 2) > Xpos) && ((x-iSpace) < (Xpos+iSize[i]))) { break; } } return i; } //Gets position of an icon by its index int KoolDock::xFromIndex(int i) { int Xpos; if (i < ii_first) { Xpos = cur_cx[i] - iwSmall / 2 + SPACE_W; } else if ((i >= ii_first) && (i <= ii_last)) { Xpos = cur_cx[i] - iSize[i] / 2 + adjust + soffset; } else { // if (i > ii_last) Xpos = cur_cx[i] - iwSmall / 2 + adjust + SPACE_W - 3 + soffset * 0; } return Xpos; } void KoolDock::aboutToShow() { menuCount++; } void KoolDock::aboutToHide() { menuCount--; } void KoolDock::createMenu(TDEPopupMenu* tmpMenu, KWin::WindowInfo* info) { TQString appTitle; int menustate; appTitle = info->visibleName(); appTitle.truncate(30); tmpMenu->insertTitle(appTitle); tmpMenu->insertItem(i18n("Ad&vanced"), advMenu); menustate = tmpMenu->insertItem(SmallIcon("move"), i18n("&Move"), this, TQ_SLOT(moveApp())); tmpMenu->setItemEnabled(menustate, info->actionSupported(NET::ActionMove)); menustate = tmpMenu->insertItem(i18n("Re&size"), this, TQ_SLOT(resizeApp())); tmpMenu->setItemEnabled(menustate, info->actionSupported(NET::ActionMove)); menustate = tmpMenu->insertItem(i18n("Mi&nimize"), this, TQ_SLOT(minApp())); if (info->isMinimized()) { tmpMenu->setItemChecked(menustate, true); } tmpMenu->setItemEnabled(menustate, info->actionSupported(NET::ActionMinimize)); menustate = tmpMenu->insertItem(i18n("Ma&ximize"), this, TQ_SLOT(maxApp())); if ((info->state() & NET::Max) && !info->isMinimized()) { tmpMenu->setItemChecked(menustate, true); } tmpMenu->setItemEnabled(menustate, info->actionSupported(NET::ActionMax)); menustate = tmpMenu->insertItem(i18n("&Shade"), this, TQ_SLOT(shadeApp())); if (info->state() & NET::Shaded) { tmpMenu->setItemChecked(menustate, true); } tmpMenu->setItemEnabled(menustate, info->actionSupported(NET::ActionShade)); tmpMenu->insertItem(SmallIcon("forward"), i18n("&Move to Desktop"), deskpopup); tmpMenu->insertSeparator(); tmpMenu->insertItem(SmallIcon("window-close"), i18n("&Close"), this, TQ_SLOT(closeApp())); } void KoolDock::updTaskList() { if (!fShowNav) { return; } desks.setAutoDelete(true); //tasklist; menu to access every window throught navigation menu int j, index, incr; KWin::WindowInfo tmpinfo; nDesks = KWin::numberOfDesktops(); tasklist->clear(); desks.clear(); for (index = 0; index <= nDesks; index++) { desks.append(new dInfo); } KWin::WindowInfo info; TQValueList::ConstIterator it; for (it = wm->windows().begin(); it != wm->windows().end(); ++it) { tmpinfo = KWin::windowInfo(*it); const int SUPPORTED_WINDOW_TYPES = NET::NormalMask | NET::DesktopMask | NET::DockMask | NET::ToolbarMask | NET::MenuMask | NET::DialogMask | NET::OverrideMask | NET::TopMenuMask | NET::UtilityMask | NET::SplashMask; TQString name = tmpinfo.visibleName(); if (tmpinfo.windowType(SUPPORTED_WINDOW_TYPES) == NET::Normal || tmpinfo.windowType(SUPPORTED_WINDOW_TYPES) == NET::Override || tmpinfo.windowType(SUPPORTED_WINDOW_TYPES) == NET::Dialog || tmpinfo.windowType(SUPPORTED_WINDOW_TYPES) == NET::Unknown) { if ((tmpinfo.state() & NET::SkipTaskbar) == 0) { if (ignored (tmpinfo.name()) == false) { index = tmpinfo.desktop(); if (index == -1) { index = 0; } incr = 0; if (!desks.at(index)->gBool()) { desks.current()->sBool(true); if (index == 0) { tasklist->insertTitle(i18n("All desktops"), -1, desks.current()->gInt()); } else { tasklist->insertTitle(i18n("Desktop %1").arg(index), -1, desks.current()->gInt()); } incr++; } tasklist->insertItem(KWin::icon(*it), tmpinfo.visibleName(), *it, desks.current()->gInt() +incr); incr++; for (j = index; j <= nDesks; j++) { desks.at(j)->inc(incr); } } } } } } void KoolDock::addToTaskList(WId id) { if (!fShowNav || nDesks<0) return; int i; Item* item; int index, rIndex, j, incr = 0, decr = 0; KWin::WindowInfo tmpinfo = KWin::windowInfo(id); rIndex = tmpinfo.desktop(); const int SUPPORTED_WINDOW_TYPES = NET::NormalMask | NET::DesktopMask | NET::DockMask | NET::ToolbarMask | NET::MenuMask | NET::DialogMask | NET::OverrideMask | NET::TopMenuMask | NET::UtilityMask | NET::SplashMask; TQString name = tmpinfo.visibleName(); if (tmpinfo.windowType(SUPPORTED_WINDOW_TYPES) == NET::Normal || tmpinfo.windowType(SUPPORTED_WINDOW_TYPES) == NET::Override || tmpinfo.windowType(SUPPORTED_WINDOW_TYPES) == NET::Dialog || tmpinfo.windowType(SUPPORTED_WINDOW_TYPES) == NET::Unknown) { if ((tmpinfo.state() & NET::SkipTaskbar) == 0) { if (ignored(tmpinfo.name()) == false) { if (rIndex == 0) { return; } index = rIndex; if (index == -1) { index = 0; } if (!desks.at(index)->gBool()) { desks.at(index)->sBool(true); if (index == 0) { tasklist->insertTitle(i18n("All desktops"), -1, desks.at(index)->gInt()); } else { tasklist->insertTitle(i18n("Desktop %1").arg(index), -1, desks.at(index)->gInt()); } incr++; } else { if (fShowTaskbar) { for (i = witems.count(), item = witems.at(i); item; i--, item = witems.prev()) { if (item->getId() == id) { break; } if (item->info.desktop() == rIndex) { decr++; } } } } tasklist->insertItem(KWin::icon(id), tmpinfo.visibleName(), id, desks.at(index)->gInt() + incr - decr); incr++; for (j = index; j <= nDesks; j++) { desks.at(j)->inc(incr); } } } } } void KoolDock::rmFromTaskList(WId id) { if (!fShowNav || nDesks<0) { return; } int i, j, k, dec=0; unsigned int index = 0; i = tasklist->indexOf(id); index = tasklist->idAt(i); if (index == id) { tasklist->removeItem(id); dec--; for (j = 0; j <= nDesks; j++) { if (desks.at(j)->gBool() && (desks.at(j)->gInt() >= i + 1)) { if (desks.at(j)->gInt() == i + 1) { if (tasklist->text(tasklist->idAt(i - 1)).isNull() && tasklist->text(tasklist->idAt(i)).isNull()) { dec--; desks.at(j)->sBool(false); tasklist->removeItemAt(i - 1); } } for (k = j; k <= nDesks; k++) { desks.at(k)->inc(dec); } break; } } } } #include "kooldock.moc"