/* * The ManaPlus Client * Copyright (C) 2004-2009 The Mana World Development Team * Copyright (C) 2009-2010 The Mana Developers * Copyright (C) 2011-2016 The ManaPlus Developers * * This file is part of The ManaPlus Client. * * 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 * any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program. If not, see <http://www.gnu.org/licenses/>. */ /* _______ __ __ __ ______ __ __ _______ __ __ * / _____/\ / /\ / /\ / /\ / ____/\ / /\ / /\ / ___ /\ / |\/ /\ * / /\____\// / // / // / // /\___\// /_// / // /\_/ / // , |/ / / * / / /__ / / // / // / // / / / ___ / // ___ / // /| ' / / * / /_// /\ / /_// / // / // /_/_ / / // / // /\_/ / // / | / / * /______/ //______/ //_/ //_____/\ /_/ //_/ //_/ //_/ //_/ /|_/ / * \______\/ \______\/ \_\/ \_____\/ \_\/ \_\/ \_\/ \_\/ \_\/ \_\/ * * Copyright (c) 2004 - 2008 Olof Naessén and Per Larsson * * * Per Larsson a.k.a finalman * Olof Naessén a.k.a jansem/yakslem * * Visit: http://guichan.sourceforge.net * * License: (BSD) * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions * are met: * 1. Redistributions of source code must retain the above copyright * notice, this list of conditions and the following disclaimer. * 2. Redistributions in binary form must reproduce the above copyright * notice, this list of conditions and the following disclaimer in * the documentation and/or other materials provided with the * distribution. * 3. Neither the name of Guichan nor the names of its contributors may * be used to endorse or promote products derived from this software * without specific prior written permission. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS * "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT * LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR * A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT * OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, * SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED * TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR * PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF * LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING * NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. */ #include "gui/widgets/window.h" #include "client.h" #include "configuration.h" #ifndef DYECMD #include "dragdrop.h" #else #include "resources/image.h" #endif #include "graphicsvertexes.h" #include "soundmanager.h" #include "const/sound.h" #include "gui/focushandler.h" #include "gui/gui.h" #include "gui/popupmanager.h" #include "gui/skin.h" #include "gui/viewport.h" #include "gui/fonts/font.h" #include "gui/popups/popupmenu.h" #include "gui/windows/setupwindow.h" #include "gui/widgets/containerplacer.h" #include "gui/widgets/layout.h" #include "render/renderers.h" #include "utils/delete2.h" #include "debug.h" const int resizeMask = 8 + 4 + 2 + 1; int Window::windowInstances = 0; int Window::mouseResize = 0; Window::Window(const std::string &caption, const Modal modal, Window *const parent, std::string skin) : BasicContainer2(nullptr), MouseListener(), WidgetListener(), mCaption(caption), mAlignment(Graphics::CENTER), mPadding(2), mTitleBarHeight(16), mMovable(true), mDragOffsetX(0), mDragOffsetY(0), mMoved(false), mSkin(nullptr), mDefaultX(0), mDefaultY(0), mDefaultWidth(0), mDefaultHeight(0), mShowTitle(true), mLastRedraw(true), mGrip(nullptr), mParent(parent), mLayout(nullptr), mCloseRect(), mStickyRect(), mGripRect(), mTextChunk(), mWindowName("window"), mMinWinWidth(100), mMinWinHeight(40), mMaxWinWidth(mainGraphics->mWidth), mMaxWinHeight(mainGraphics->mHeight), mVertexes(new ImageCollection), mCaptionOffsetX(7), mCaptionOffsetY(5), mCaptionAlign(Graphics::LEFT), mTitlePadding(4), mGripPadding(2), mResizeHandles(-1), mOldResizeHandles(-1), mClosePadding(0), mStickySpacing(0), mStickyPadding(0), mCaptionFont(getFont()), mModal(modal), mCloseWindowButton(false), mDefaultVisible(false), mSaveVisible(false), mStickyButton(false), mSticky(false), mStickyButtonLock(false), mPlayVisibleSound(false), mInit(false), mTextChanged(true), mAllowClose(false) { logger->log("Window::Window(\"%s\")", caption.c_str()); mWindow = this; windowInstances++; // mFrameSize = 1; addMouseListener(this); setFrameSize(0); setPadding(3); setTitleBarHeight(20); if (skin.empty()) skin = "window.xml"; int childPalette = 1; // Loads the skin if (theme) { mSkin = theme->load(skin, "window.xml"); if (mSkin) { setPadding(mSkin->getPadding()); if (getOptionBool("titlebarBold")) mCaptionFont = boldFont; mTitlePadding = mSkin->getTitlePadding(); mGripPadding = getOption("resizePadding"); mCaptionOffsetX = getOption("captionoffsetx"); if (!mCaptionOffsetX) mCaptionOffsetX = 7; mCaptionOffsetY = getOption("captionoffsety"); if (!mCaptionOffsetY) mCaptionOffsetY = 5; mCaptionAlign = static_cast<Graphics::Alignment>( getOption("captionalign")); if (mCaptionAlign < Graphics::LEFT || mCaptionAlign > Graphics::RIGHT) { mCaptionAlign = Graphics::LEFT; } setTitleBarHeight(CAST_U32( getOption("titlebarHeight"))); if (!mTitleBarHeight) mTitleBarHeight = mCaptionFont->getHeight() + mPadding; mTitleBarHeight += getOption("titlebarHeightRelative"); setPalette(getOption("palette")); childPalette = getOption("childPalette"); mShowTitle = getOptionBool("showTitle", true); mClosePadding = getOption("closePadding"); mStickySpacing = getOption("stickySpacing"); mStickyPadding = getOption("stickyPadding"); } } // Add this window to the window container if (windowContainer) windowContainer->add(this); if (mModal == Modal_true) { gui->setCursorType(Cursor::CURSOR_POINTER); requestModalFocus(); } // Windows are invisible by default setVisible(Visible_false); addWidgetListener(this); mForegroundColor = getThemeColor(ThemeColorId::WINDOW); mForegroundColor2 = getThemeColor(ThemeColorId::WINDOW_OUTLINE); setPalette(childPalette); } Window::~Window() { logger->log("Window::~Window(\"%s\")", getCaption().c_str()); if (gui) gui->removeDragged(this); #ifndef DYECMD if (setupWindow) setupWindow->unregisterWindowForReset(this); #endif client->windowRemoved(this); saveWindowState(); delete2(mLayout); while (!mWidgets.empty()) delete mWidgets.front(); mWidgets.clear(); removeWidgetListener(this); delete2(mVertexes); windowInstances--; if (mSkin) { if (theme) theme->unload(mSkin); mSkin = nullptr; } if (mGrip) { mGrip->decRef(); mGrip = nullptr; } if (!mInit) { logger->log("error: Window created without calling postInit(): " + mWindowName); } } void Window::setWindowContainer(WindowContainer *const wc) { windowContainer = wc; } void Window::draw(Graphics *const graphics) { if (!mSkin) return; BLOCK_START("Window::draw") bool update = false; if (mResizeHandles != mOldResizeHandles) { mRedraw = true; mOldResizeHandles = mResizeHandles; } if (mRedraw) { mLastRedraw = true; mRedraw = false; update = true; mVertexes->clear(); graphics->calcWindow(mVertexes, 0, 0, mDimension.width, mDimension.height, mSkin->getBorder()); // Draw Close Button if (mCloseWindowButton) { const Image *const button = mSkin->getCloseImage( mResizeHandles == CLOSE); if (button) { graphics->calcTileCollection(mVertexes, button, mCloseRect.x, mCloseRect.y); } } // Draw Sticky Button if (mStickyButton) { const Image *const button = mSkin->getStickyImage(mSticky); if (button) { graphics->calcTileCollection(mVertexes, button, mStickyRect.x, mStickyRect.y); } } if (mGrip) { graphics->calcTileCollection(mVertexes, mGrip, mGripRect.x, mGripRect.y); } graphics->finalize(mVertexes); } else { mLastRedraw = false; } graphics->drawTileCollection(mVertexes); // Draw title if (mShowTitle) { int x; switch (mCaptionAlign) { case Graphics::LEFT: default: x = mCaptionOffsetX; break; case Graphics::CENTER: x = mCaptionOffsetX - mCaptionFont->getWidth(mCaption) / 2; break; case Graphics::RIGHT: x = mCaptionOffsetX - mCaptionFont->getWidth(mCaption); break; } if (mTextChanged) { mTextChunk.textFont = mCaptionFont; mTextChunk.deleteImage(); mTextChunk.text = mCaption; mTextChunk.color = mForegroundColor; mTextChunk.color2 = mForegroundColor2; mCaptionFont->generate(mTextChunk); mTextChanged = false; } const Image *const image = mTextChunk.img; if (image) graphics->drawImage(image, x, mCaptionOffsetY); } if (update) { graphics->setRedraw(update); drawChildren(graphics); graphics->setRedraw(false); } else { drawChildren(graphics); } BLOCK_END("Window::draw") } void Window::safeDraw(Graphics *const graphics) { if (!mSkin) return; BLOCK_START("Window::safeDraw") graphics->drawImageRect(0, 0, mDimension.width, mDimension.height, mSkin->getBorder()); // Draw Close Button if (mCloseWindowButton) { const Image *const button = mSkin->getCloseImage( mResizeHandles == CLOSE); if (button) graphics->drawImage(button, mCloseRect.x, mCloseRect.y); } // Draw Sticky Button if (mStickyButton) { const Image *const button = mSkin->getStickyImage(mSticky); if (button) graphics->drawImage(button, mStickyRect.x, mStickyRect.y); } if (mGrip) graphics->drawImage(mGrip, mGripRect.x, mGripRect.y); // Draw title if (mShowTitle) { int x; switch (mCaptionAlign) { case Graphics::LEFT: default: x = mCaptionOffsetX; break; case Graphics::CENTER: x = mCaptionOffsetX - mCaptionFont->getWidth(mCaption) / 2; break; case Graphics::RIGHT: x = mCaptionOffsetX - mCaptionFont->getWidth(mCaption); break; } if (mTextChanged) { mTextChunk.textFont = mCaptionFont; mTextChunk.deleteImage(); mTextChunk.text = mCaption; mTextChunk.color = mForegroundColor; mTextChunk.color2 = mForegroundColor2; mCaptionFont->generate(mTextChunk); mTextChanged = false; } const Image *const image = mTextChunk.img; if (image) graphics->drawImage(image, x, mCaptionOffsetY); } safeDrawChildren(graphics); BLOCK_END("Window::safeDraw") } void Window::setContentSize(int width, int height) { width = width + 2 * mPadding; height = height + mPadding + mTitleBarHeight; if (mMinWinWidth > width) width = mMinWinWidth; else if (mMaxWinWidth < width) width = mMaxWinWidth; if (mMinWinHeight > height) height = mMinWinHeight; else if (mMaxWinHeight < height) height = mMaxWinHeight; setSize(width, height); } void Window::setLocationRelativeTo(const Widget *const widget) { if (!widget) return; int wx, wy; int x, y; widget->getAbsolutePosition(wx, wy); getAbsolutePosition(x, y); setPosition(mDimension.x + (wx + (widget->getWidth() - mDimension.width) / 2 - x), mDimension.y + (wy + (widget->getHeight() - mDimension.height) / 2 - y)); } void Window::setLocationHorisontallyRelativeTo(const Widget *const widget) { if (!widget) return; int wx, wy; int x, y; widget->getAbsolutePosition(wx, wy); getAbsolutePosition(x, y); setPosition(mDimension.x + (wx + (widget->getWidth() - mDimension.width) / 2 - x), 0); } void Window::setLocationRelativeTo(const ImagePosition::Type &position, int offsetX, int offsetY) { if (position == ImagePosition::UPPER_LEFT) { } else if (position == ImagePosition::UPPER_CENTER) { offsetX += (mainGraphics->mWidth - mDimension.width) / 2; } else if (position == ImagePosition::UPPER_RIGHT) { offsetX += mainGraphics->mWidth - mDimension.width; } else if (position == ImagePosition::LEFT) { offsetY += (mainGraphics->mHeight - mDimension.height) / 2; } else if (position == ImagePosition::CENTER) { offsetX += (mainGraphics->mWidth - mDimension.width) / 2; offsetY += (mainGraphics->mHeight - mDimension.height) / 2; } else if (position == ImagePosition::RIGHT) { offsetX += mainGraphics->mWidth - mDimension.width; offsetY += (mainGraphics->mHeight - mDimension.height) / 2; } else if (position == ImagePosition::LOWER_LEFT) { offsetY += mainGraphics->mHeight - mDimension.height; } else if (position == ImagePosition::LOWER_CENTER) { offsetX += (mainGraphics->mWidth - mDimension.width) / 2; offsetY += mainGraphics->mHeight - mDimension.height; } else if (position == ImagePosition::LOWER_RIGHT) { offsetX += mainGraphics->mWidth - mDimension.width; offsetY += mainGraphics->mHeight - mDimension.height; } setPosition(offsetX, offsetY); } void Window::setMinWidth(const int width) { if (mSkin) { mMinWinWidth = width > mSkin->getMinWidth() ? width : mSkin->getMinWidth(); } else { mMinWinWidth = width; } } void Window::setMinHeight(const int height) { if (mSkin) { mMinWinHeight = height > mSkin->getMinHeight() ? height : mSkin->getMinHeight(); } else { mMinWinHeight = height; } } void Window::setMaxWidth(const int width) { mMaxWinWidth = width; } void Window::setMaxHeight(const int height) { mMaxWinHeight = height; } void Window::setResizable(const bool r) { if ((mGrip != nullptr) == r) return; if (mGrip) mGrip->decRef(); if (r) { mGrip = Theme::getImageFromThemeXml("resize.xml", ""); if (mGrip) { mGripRect.x = mDimension.width - mGrip->getWidth() - mGripPadding; mGripRect.y = mDimension.height - mGrip->getHeight() - mGripPadding; } else { mGripRect.x = 0; mGripRect.y = 0; } } else { mGrip = nullptr; } } void Window::widgetResized(const Event &event A_UNUSED) { const Rect area = getChildrenArea(); if (mGrip) { mGripRect.x = mDimension.width - mGrip->getWidth() - mGripPadding; mGripRect.y = mDimension.height - mGrip->getHeight() - mGripPadding; } if (mLayout) { int w = area.width; int h = area.height; mLayout->reflow(w, h); } if (mSkin) { const bool showClose = mCloseWindowButton && mSkin->getCloseImage(false); if (showClose) { const Image *const button = mSkin->getCloseImage(false); if (button) { const int buttonWidth = button->getWidth(); mCloseRect.x = mDimension.width - buttonWidth - mClosePadding; mCloseRect.y = mClosePadding; mCloseRect.width = buttonWidth; mCloseRect.height = button->getHeight(); } } if (mStickyButton) { const Image *const button = mSkin->getStickyImage(mSticky); if (button) { const int buttonWidth = button->getWidth(); int x = mDimension.width - buttonWidth - mStickySpacing - mClosePadding; if (showClose) x -= mSkin->getCloseImage(false)->getWidth(); mStickyRect.x = x; mStickyRect.y = mStickyPadding; mStickyRect.width = buttonWidth; mStickyRect.height = button->getHeight(); } } } else { mCloseRect.x = 0; mCloseRect.y = 0; mCloseRect.width = 0; mCloseRect.height = 0; mStickyRect.x = 0; mStickyRect.y = 0; mStickyRect.width = 0; mStickyRect.height = 0; } mRedraw = true; } void Window::widgetMoved(const Event& event A_UNUSED) { mRedraw = true; } void Window::widgetHidden(const Event &event A_UNUSED) { if (isBatchDrawRenders(openGLMode)) mVertexes->clear(); mTextChunk.deleteImage(); mTextChanged = true; mRedraw = true; if (gui) gui->setCursorType(Cursor::CURSOR_POINTER); if (!mFocusHandler) return; for (WidgetListConstIterator it = mWidgets.begin(); it != mWidgets.end(); ++ it) { if (mFocusHandler->isFocused(*it)) mFocusHandler->focusNone(); } } void Window::setCloseButton(const bool flag) { mCloseWindowButton = flag; if (flag) mAllowClose = true; } bool Window::isResizable() const { return mGrip; } void Window::setStickyButton(const bool flag) { mStickyButton = flag; } void Window::setSticky(const bool sticky) { mSticky = sticky; mRedraw = true; } void Window::setStickyButtonLock(const bool lock) { mStickyButtonLock = lock; mStickyButton = lock; } void Window::setVisible(Visible visible) { setVisible(visible, false); } void Window::setVisible(const Visible visible, const bool forceSticky) { if (visible == mVisible) return; // Check if the window is off screen... if (visible == Visible_true) ensureOnScreen(); else mResizeHandles = 0; if (mStickyButtonLock) { BasicContainer2::setVisible(visible); } else { BasicContainer2::setVisible(fromBool((!forceSticky && mSticky) || visible == Visible_true, Visible)); } if (visible == Visible_true) { if (mPlayVisibleSound) soundManager.playGuiSound(SOUND_SHOW_WINDOW); if (gui) { MouseEvent *const event = reinterpret_cast<MouseEvent*>( gui->createMouseEvent(this)); if (event) { const int x = event->getX(); const int y = event->getY(); if (x >= 0 && x <= mDimension.width && y >= 0 && y <= mDimension.height) { mouseMoved(*event); } delete event; } } } else { if (mPlayVisibleSound) soundManager.playGuiSound(SOUND_HIDE_WINDOW); } } void Window::scheduleDelete() { windowContainer->scheduleDelete(this); } void Window::mousePressed(MouseEvent &event) { if (event.isConsumed()) return; if (event.getSource() == this) { if (getParent()) getParent()->moveToTop(this); mDragOffsetX = event.getX(); mDragOffsetY = event.getY(); mMoved = event.getY() <= CAST_S32(mTitleBarHeight); } const MouseButtonT button = event.getButton(); if (button == MouseButton::LEFT) { const int x = event.getX(); const int y = event.getY(); // Handle close button if (mCloseWindowButton && mSkin && mCloseRect.isPointInRect(x, y)) { mouseResize = 0; mMoved = 0; event.consume(); close(); return; } // Handle sticky button if (mStickyButton && mSkin && mStickyRect.isPointInRect(x, y)) { setSticky(!isSticky()); mouseResize = 0; mMoved = 0; event.consume(); return; } // Handle window resizing mouseResize = getResizeHandles(event) & resizeMask; if (mouseResize != 0) event.consume(); if (canMove()) mMoved = !mouseResize; else mMoved = false; } #ifndef DYECMD else if (button == MouseButton::RIGHT) { if (popupMenu) { event.consume(); popupMenu->showWindowPopup(this); } } #endif } void Window::close() { setVisible(Visible_false); } void Window::mouseReleased(MouseEvent &event A_UNUSED) { if (mGrip && mouseResize) { mouseResize = 0; if (gui) gui->setCursorType(Cursor::CURSOR_POINTER); } mMoved = false; } void Window::mouseEntered(MouseEvent &event) { updateResizeHandler(event); } void Window::mouseExited(MouseEvent &event A_UNUSED) { if (mGrip && !mouseResize && gui) gui->setCursorType(Cursor::CURSOR_POINTER); } void Window::updateResizeHandler(MouseEvent &event) { if (!gui) return; #ifndef DYECMD if (!dragDrop.isEmpty()) return; #endif mResizeHandles = getResizeHandles(event); // Changes the custom mouse cursor based on it's current position. switch (mResizeHandles & resizeMask) { case BOTTOM | RIGHT: case TOP | LEFT: gui->setCursorType(Cursor::CURSOR_RESIZE_DOWN_RIGHT); break; case TOP | RIGHT: case BOTTOM | LEFT: gui->setCursorType(Cursor::CURSOR_RESIZE_DOWN_LEFT); break; case BOTTOM: case TOP: gui->setCursorType(Cursor::CURSOR_RESIZE_DOWN); break; case RIGHT: case LEFT: gui->setCursorType(Cursor::CURSOR_RESIZE_ACROSS); break; default: gui->setCursorType(Cursor::CURSOR_POINTER); break; } } void Window::mouseMoved(MouseEvent &event) { updateResizeHandler(event); if (popupManager && !event.isConsumed()) { popupManager->hideBeingPopup(); popupManager->hideTextPopup(); } } bool Window::canMove() const { return !mStickyButtonLock || !mSticky; } void Window::mouseDragged(MouseEvent &event) { if (canMove()) { if (!event.isConsumed() && event.getSource() == this) { if (isMovable() && mMoved) { setPosition(event.getX() - mDragOffsetX + getX(), event.getY() - mDragOffsetY + getY()); } event.consume(); } } else { if (!event.isConsumed() && event.getSource() == this) event.consume(); return; } // Keep guichan window inside screen when it may be moved if (isMovable() && mMoved) { setPosition(std::min(mainGraphics->mWidth - mDimension.width, std::max(0, mDimension.x)), std::min(mainGraphics->mHeight - mDimension.height, std::max(0, mDimension.y))); } if (mouseResize && !mMoved) { const int dx = event.getX() - mDragOffsetX; const int dy = event.getY() - mDragOffsetY; Rect newDim = getDimension(); if (mouseResize & (TOP | BOTTOM)) { const int newHeight = newDim.height + ((mouseResize & TOP) ? -dy : dy); newDim.height = std::min(mMaxWinHeight, std::max(mMinWinHeight, newHeight)); if (mouseResize & TOP) newDim.y -= newDim.height - getHeight(); } if (mouseResize & (LEFT | RIGHT)) { const int newWidth = newDim.width + ((mouseResize & LEFT) ? -dx : dx); newDim.width = std::min(mMaxWinWidth, std::max(mMinWinWidth, newWidth)); if (mouseResize & LEFT) newDim.x -= newDim.width - mDimension.width; } // Keep guichan window inside screen (supports resizing any side) if (newDim.x < 0) { newDim.width += newDim.x; newDim.x = 0; } if (newDim.y < 0) { newDim.height += newDim.y; newDim.y = 0; } if (newDim.x + newDim.width > mainGraphics->mWidth) newDim.width = mainGraphics->mWidth - newDim.x; if (newDim.y + newDim.height > mainGraphics->mHeight) newDim.height = mainGraphics->mHeight - newDim.y; // Update mouse offset when dragging bottom or right border if (mouseResize & BOTTOM) mDragOffsetY += newDim.height - mDimension.height; if (mouseResize & RIGHT) mDragOffsetX += newDim.width - mDimension.width; // Set the new window and content dimensions setDimension(newDim); } } void Window::setModal(const Modal modal) { if (mModal != modal) { mModal = modal; if (mModal == Modal_true) { if (gui) gui->setCursorType(Cursor::CURSOR_POINTER); requestModalFocus(); } else { releaseModalFocus(); } } } void Window::loadWindowState() { const std::string &name = mWindowName; if (name.empty()) return; setPosition(config.getValueInt(name + "WinX", mDefaultX), config.getValueInt(name + "WinY", mDefaultY)); if (mSaveVisible) { setVisible(fromBool(config.getValueBool(name + "Visible", mDefaultVisible), Visible)); } if (mStickyButton) { setSticky(config.getValueBool(name + "Sticky", isSticky())); } if (mGrip) { int width = config.getValueInt(name + "WinWidth", mDefaultWidth); int height = config.getValueInt(name + "WinHeight", mDefaultHeight); if (getMinWidth() > width) width = getMinWidth(); else if (getMaxWidth() < width) width = getMaxWidth(); if (getMinHeight() > height) height = getMinHeight(); else if (getMaxHeight() < height) height = getMaxHeight(); setSize(width, height); } else { setSize(mDefaultWidth, mDefaultHeight); } // Check if the window is off screen... ensureOnScreen(); if (viewport) { int width = mDimension.width; int height = mDimension.height; if (mDimension.x + width > viewport->getWidth()) width = viewport->getWidth() - mDimension.x; if (mDimension.y + height > viewport->getHeight()) height = viewport->getHeight() - mDimension.y; if (width < 0) width = 0; if (height < 0) height = 0; setSize(width, height); } } void Window::saveWindowState() { // Saving X, Y and Width and Height for resizables in the config if (!mWindowName.empty() && mWindowName != "window") { config.setValue(mWindowName + "WinX", mDimension.x); config.setValue(mWindowName + "WinY", mDimension.y); if (mSaveVisible) config.setValue(mWindowName + "Visible", isWindowVisible()); if (mStickyButton) config.setValue(mWindowName + "Sticky", isSticky()); if (mGrip) { if (getMinWidth() > mDimension.width) setWidth(getMinWidth()); else if (getMaxWidth() < mDimension.width) setWidth(getMaxWidth()); if (getMinHeight() > mDimension.height) setHeight(getMinHeight()); else if (getMaxHeight() < mDimension.height) setHeight(getMaxHeight()); config.setValue(mWindowName + "WinWidth", mDimension.width); config.setValue(mWindowName + "WinHeight", mDimension.height); } } } void Window::setDefaultSize(const int defaultX, const int defaultY, int defaultWidth, int defaultHeight) { if (mMinWinWidth > defaultWidth) defaultWidth = mMinWinWidth; else if (mMaxWinWidth < defaultWidth) defaultWidth = mMaxWinWidth; if (mMinWinHeight > defaultHeight) defaultHeight = mMinWinHeight; else if (mMaxWinHeight < defaultHeight) defaultHeight = mMaxWinHeight; mDefaultX = defaultX; mDefaultY = defaultY; mDefaultWidth = defaultWidth; mDefaultHeight = defaultHeight; } void Window::setDefaultSize() { mDefaultX = mDimension.x; mDefaultY = mDimension.y; mDefaultWidth = mDimension.width; mDefaultHeight = mDimension.height; } void Window::setDefaultSize(const int defaultWidth, const int defaultHeight, const ImagePosition::Type &position, const int offsetX, const int offsetY) { int x = 0; int y = 0; if (position == ImagePosition::UPPER_LEFT) { } else if (position == ImagePosition::UPPER_CENTER) { x = (mainGraphics->mWidth - defaultWidth) / 2; } else if (position == ImagePosition::UPPER_RIGHT) { x = mainGraphics->mWidth - defaultWidth; } else if (position == ImagePosition::LEFT) { y = (mainGraphics->mHeight - defaultHeight) / 2; } else if (position == ImagePosition::CENTER) { x = (mainGraphics->mWidth - defaultWidth) / 2; y = (mainGraphics->mHeight - defaultHeight) / 2; } else if (position == ImagePosition::RIGHT) { x = mainGraphics->mWidth - defaultWidth; y = (mainGraphics->mHeight - defaultHeight) / 2; } else if (position == ImagePosition::LOWER_LEFT) { y = mainGraphics->mHeight - defaultHeight; } else if (position == ImagePosition::LOWER_CENTER) { x = (mainGraphics->mWidth - defaultWidth) / 2; y = mainGraphics->mHeight - defaultHeight; } else if (position == ImagePosition::LOWER_RIGHT) { x = mainGraphics->mWidth - defaultWidth; y = mainGraphics->mHeight - defaultHeight; } mDefaultX = x - offsetX; mDefaultY = y - offsetY; mDefaultWidth = defaultWidth; mDefaultHeight = defaultHeight; } void Window::resetToDefaultSize() { setPosition(mDefaultX, mDefaultY); setSize(mDefaultWidth, mDefaultHeight); saveWindowState(); } void Window::adjustPositionAfterResize(const int oldScreenWidth, const int oldScreenHeight) { // If window was aligned to the right or bottom, keep it there const int rightMargin = oldScreenWidth - (mDimension.x + mDimension.width); const int bottomMargin = oldScreenHeight - (mDimension.y + mDimension.height); if (mDimension.x > 0 && mDimension.x > rightMargin) mDimension.x = mainGraphics->mWidth - rightMargin - mDimension.width; if (mDimension.y > 0 && mDimension.y > bottomMargin) { mDimension.y = mainGraphics->mHeight - bottomMargin - mDimension.height; } ensureOnScreen(); adjustSizeToScreen(); } void Window::adjustSizeToScreen() { if (!mGrip) return; const int screenWidth = mainGraphics->mWidth; const int screenHeight = mainGraphics->mHeight; const int oldWidth = mDimension.width; const int oldHeight = mDimension.height; if (oldWidth + mDimension.x > screenWidth) mDimension.x = 0; if (oldHeight + mDimension.y > screenHeight) mDimension.x = 0; if (mDimension.width > screenWidth) mDimension.width = screenWidth; if (mDimension.height > screenHeight) mDimension.height = screenHeight; if (oldWidth != mDimension.width || oldHeight != mDimension.height) widgetResized(Event(this)); } int Window::getResizeHandles(const MouseEvent &event) { if (event.getX() < 0 || event.getY() < 0) return 0; int resizeHandles = 0; const unsigned y = event.getY(); const unsigned x = event.getX(); if (mCloseRect.isPointInRect(x, y)) return CLOSE; if (!mStickyButtonLock || !mSticky) { if (mGrip && (y > mTitleBarHeight || (CAST_S32(y) < mPadding && CAST_S32(mTitleBarHeight) > mPadding))) { if (!getWindowArea().isPointInRect(x, y) && event.getSource() == this) { resizeHandles |= (x > mDimension.width - resizeBorderWidth) ? RIGHT : (x < resizeBorderWidth) ? LEFT : 0; resizeHandles |= (y > mDimension.height - resizeBorderWidth) ? BOTTOM : (y < resizeBorderWidth) ? TOP : 0; } if (x >= CAST_U32(mGripRect.x) && y >= CAST_U32(mGripRect.y)) { mDragOffsetX = x; mDragOffsetY = y; resizeHandles |= BOTTOM | RIGHT; } } } return resizeHandles; } bool Window::isResizeAllowed(const MouseEvent &event) const { const int y = event.getY(); if (mGrip && (y > CAST_S32(mTitleBarHeight) || y < mPadding)) { const int x = event.getX(); if (!getWindowArea().isPointInRect(x, y) && event.getSource() == this) return true; if (x >= mGripRect.x && y >= mGripRect.y) return true; } return false; } Layout &Window::getLayout() { if (!mLayout) mLayout = new Layout; return *mLayout; } void Window::clearLayout() { clear(); // Recreate layout instance when one is present if (mLayout) { delete mLayout; mLayout = new Layout; } } LayoutCell &Window::place(const int x, const int y, Widget *const wg, const int w, const int h) { add(wg); return getLayout().place(wg, x, y, w, h); } ContainerPlacer Window::getPlacer(const int x, const int y) { return ContainerPlacer(this, &getLayout().at(x, y)); } void Window::reflowLayout(int w, int h) { if (!mLayout) return; mLayout->reflow(w, h); delete2(mLayout); setContentSize(w, h); } void Window::redraw() { if (mLayout) { const Rect area = getChildrenArea(); int w = area.width; int h = area.height; mLayout->reflow(w, h); } } void Window::center() { setLocationRelativeTo(getParent()); } void Window::centerHorisontally() { setLocationHorisontallyRelativeTo(getParent()); } void Window::ensureOnScreen() { // Skip when a window hasn't got any size initialized yet if (mDimension.width == 0 && mDimension.height == 0) return; // Check the left and bottom screen boundaries if (mDimension.x + mDimension.width > mainGraphics->mWidth) mDimension.x = mainGraphics->mWidth - mDimension.width; if (mDimension.y + mDimension.height > mainGraphics->mHeight) mDimension.y = mainGraphics->mHeight - mDimension.height; // But never allow the windows to disappear in to the right and top if (mDimension.x < 0) mDimension.x = 0; if (mDimension.y < 0) mDimension.y = 0; } Rect Window::getWindowArea() const { return Rect(mPadding, mPadding, mDimension.width - mPadding * 2, mDimension.height - mPadding * 2); } int Window::getOption(const std::string &name, const int def) const { if (mSkin) { const int val = mSkin->getOption(name); if (val) return val; return def; } return def; } bool Window::getOptionBool(const std::string &name, const bool def) const { if (mSkin) return mSkin->getOption(name, def) != 0; return def; } Rect Window::getChildrenArea() { return Rect(mPadding, mTitleBarHeight, mDimension.width - mPadding * 2, mDimension.height - mPadding - mTitleBarHeight); } void Window::resizeToContent() { int w = 0; int h = 0; for (WidgetListConstIterator it = mWidgets.begin(); it != mWidgets.end(); ++ it) { const Widget *const widget = *it; const int x = widget->getX(); const int y = widget->getY(); const int width = widget->getWidth(); const int height = widget->getHeight(); if (x + width > w) w = x + width; if (y + height > h) h = y + height; } setSize(w + 2 * mPadding, h + mPadding + mTitleBarHeight); } #ifdef USE_PROFILER void Window::logic() { BLOCK_START("Window::logic") logicChildren(); BLOCK_END("Window::logic") } #endif