/* * The ManaPlus Client * Copyright (C) 2004-2009 The Mana World Development Team * Copyright (C) 2009-2010 The Mana Developers * Copyright (C) 2011-2013 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/>. */ #include "gui/gui.h" #include "gui/focushandler.h" #include "gui/palette.h" #include "gui/sdlfont.h" #include "gui/sdlinput.h" #include "gui/theme.h" #include "gui/viewport.h" #include "gui/widgets/mouseevent.h" #include "gui/widgets/window.h" #include "client.h" #include "configuration.h" #include "dragdrop.h" #include "keydata.h" #include "keyevent.h" #include "keyinput.h" #include "mouseinput.h" #include "touchmanager.h" #include "resources/image.h" #include "resources/imageset.h" #include "resources/resourcemanager.h" #include "utils/langs.h" #include <guichan/exception.hpp> #include "debug.h" // Guichan stuff Gui *gui = nullptr; SDLInput *guiInput = nullptr; // Bolded font SDLFont *boldFont = nullptr; class GuiConfigListener final : public ConfigListener { public: explicit GuiConfigListener(Gui *const g): mGui(g) {} A_DELETE_COPY(GuiConfigListener) void optionChanged(const std::string &name) { if (!mGui) return; if (name == "customcursor") mGui->setUseCustomCursor(config.getBoolValue("customcursor")); else if (name == "doubleClick") mGui->setDoubleClick(config.getBoolValue("doubleClick")); } private: Gui *mGui; }; Gui::Gui(Graphics *const graphics) : gcn::Gui(), mConfigListener(new GuiConfigListener(this)), mGuiFont(), mInfoParticleFont(), mHelpFont(), mSecureFont(), mNpcFont(), mMouseCursors(nullptr), mMouseCursorAlpha(1.0f), mMouseInactivityTimer(0), mCursorType(Cursor::CURSOR_POINTER), #ifdef ANDROID mLastMouseRealX(0), mLastMouseRealY(0), #endif mFocusListeners(), mForegroundColor(Theme::getThemeColor(Theme::TEXT)), mForegroundColor2(Theme::getThemeColor(Theme::TEXT_OUTLINE)), mCustomCursor(false), mDoubleClick(true) { logger->log1("Initializing GUI..."); // Set graphics setGraphics(graphics); // Set input guiInput = new SDLInput; setInput(guiInput); // Set focus handler delete mFocusHandler; mFocusHandler = new FocusHandler; // Initialize top GUI widget WindowContainer *const guiTop = new WindowContainer(nullptr); guiTop->setFocusable(true); guiTop->setSize(graphics->mWidth, graphics->mHeight); guiTop->setOpaque(false); Window::setWindowContainer(guiTop); setTop(guiTop); const StringVect langs = getLang(); const bool isJapan = (!langs.empty() && langs[0].size() > 3 && langs[0].substr(0, 3) == "ja_"); // Set global font const int fontSize = config.getIntValue("fontSize"); std::string fontFile = config.getValue("font", ""); if (isJapan) { fontFile = config.getValue("japanFont", ""); if (fontFile.empty()) fontFile = branding.getStringValue("japanFont"); } if (fontFile.empty()) fontFile = branding.getStringValue("font"); try { mGuiFont = new SDLFont(fontFile, fontSize); } catch (const gcn::Exception &e) { logger->error(std::string("Unable to load '").append(fontFile) .append("': ").append(e.getMessage())); } // Set particle font fontFile = config.getValue("particleFont", ""); if (isJapan) { fontFile = config.getValue("japanFont", ""); if (fontFile.empty()) fontFile = branding.getStringValue("japanFont"); } if (fontFile.empty()) fontFile = branding.getStringValue("particleFont"); try { mInfoParticleFont = new SDLFont( fontFile, fontSize, TTF_STYLE_BOLD); } catch (const gcn::Exception &e) { logger->error(std::string("Unable to load '").append(fontFile) .append("': ").append(e.getMessage())); } // Set bold font fontFile = config.getValue("boldFont", ""); if (fontFile.empty()) fontFile = branding.getStringValue("boldFont"); try { boldFont = new SDLFont(fontFile, fontSize); } catch (const gcn::Exception &e) { logger->error(std::string("Unable to load '").append(fontFile) .append("': ").append(e.getMessage())); } // Set help font fontFile = config.getValue("helpFont", ""); if (fontFile.empty()) fontFile = branding.getStringValue("helpFont"); try { mHelpFont = new SDLFont(fontFile, fontSize); } catch (const gcn::Exception &e) { logger->error(std::string("Unable to load '").append(fontFile) .append("': ").append(e.getMessage())); } // Set secure font fontFile = config.getValue("secureFont", ""); if (fontFile.empty()) fontFile = branding.getStringValue("secureFont"); try { mSecureFont = new SDLFont(fontFile, fontSize); } catch (const gcn::Exception &e) { logger->error(std::string("Unable to load '").append(fontFile) .append("': ").append(e.getMessage())); } // Set npc font fontFile = config.getValue("npcFont", ""); const int npcFontSize = config.getIntValue("npcfontSize"); if (fontFile.empty()) fontFile = branding.getStringValue("npcFont"); try { mNpcFont = new SDLFont(fontFile, npcFontSize); } catch (const gcn::Exception &e) { logger->error(std::string("Unable to load '").append(fontFile) .append("': ").append(e.getMessage())); } gcn::Widget::setGlobalFont(mGuiFont); // Initialize mouse cursor and listen for changes to the option setUseCustomCursor(config.getBoolValue("customcursor")); setDoubleClick(config.getBoolValue("doubleClick")); config.addListener("customcursor", mConfigListener); config.addListener("doubleClick", mConfigListener); } Gui::~Gui() { config.removeListeners(mConfigListener); delete mConfigListener; mConfigListener = nullptr; if (mMouseCursors) { mMouseCursors->decRef(); mMouseCursors = nullptr; } delete mGuiFont; mGuiFont = nullptr; delete boldFont; boldFont = nullptr; delete mHelpFont; mHelpFont = nullptr; delete mSecureFont; mSecureFont = nullptr; delete mInfoParticleFont; mInfoParticleFont = nullptr; delete mNpcFont; mNpcFont = nullptr; delete getTop(); delete guiInput; guiInput = nullptr; Theme::deleteInstance(); } void Gui::logic() { BLOCK_START("Gui::logic") ResourceManager *const resman = ResourceManager::getInstance(); resman->clearScheduled(); if (!mTop) { BLOCK_END("Gui::logic") return; } handleModalFocus(); handleModalMouseInputFocus(); if (guiInput) handleMouseInput(); mTop->logic(); BLOCK_END("Gui::logic") } void Gui::slowLogic() { BLOCK_START("Gui::slowLogic") Palette::advanceGradients(); // Fade out mouse cursor after extended inactivity if (mMouseInactivityTimer < 100 * 15) { ++mMouseInactivityTimer; mMouseCursorAlpha = std::min(1.0f, mMouseCursorAlpha + 0.05f); } else { mMouseCursorAlpha = std::max(0.0f, mMouseCursorAlpha - 0.005f); } if (mGuiFont) mGuiFont->slowLogic(0); if (mInfoParticleFont) mInfoParticleFont->slowLogic(1); if (mHelpFont) mHelpFont->slowLogic(2); if (mSecureFont) mSecureFont->slowLogic(3); if (boldFont) boldFont->slowLogic(4); if (mNpcFont) mNpcFont->slowLogic(5); if (windowContainer) windowContainer->slowLogic(); BLOCK_END("Gui::slowLogic") } void Gui::clearFonts() { if (mGuiFont) mGuiFont->clear(); if (mInfoParticleFont) mInfoParticleFont->clear(); if (mHelpFont) mHelpFont->clear(); if (mSecureFont) mSecureFont->clear(); if (boldFont) boldFont->clear(); if (mNpcFont) mNpcFont->clear(); } bool Gui::handleInput() { if (mInput) return handleKeyInput2(); else return false; } bool Gui::handleKeyInput2() { if (!guiInput) return false; BLOCK_START("Gui::handleKeyInput2") bool consumed(false); while (!mInput->isKeyQueueEmpty()) { const KeyInput keyInput = guiInput->dequeueKeyInput2(); // Save modifiers state mShiftPressed = keyInput.isShiftPressed(); mMetaPressed = keyInput.isMetaPressed(); mControlPressed = keyInput.isControlPressed(); mAltPressed = keyInput.isAltPressed(); KeyEvent keyEventToGlobalKeyListeners(nullptr, mShiftPressed, mControlPressed, mAltPressed, mMetaPressed, keyInput.getType(), keyInput.isNumericPad(), keyInput.getActionId(), keyInput.getKey()); #ifdef USE_SDL2 if (!keyInput.getText().empty()) keyEventToGlobalKeyListeners.setText(keyInput.getText()); #endif distributeKeyEventToGlobalKeyListeners( keyEventToGlobalKeyListeners); // If a global key listener consumes the event it will not be // sent further to the source of the event. if (keyEventToGlobalKeyListeners.isConsumed()) { consumed = true; continue; } if (mFocusHandler) { bool keyEventConsumed = false; // Send key inputs to the focused widgets if (mFocusHandler->getFocused()) { KeyEvent keyEvent(getKeyEventSource(), mShiftPressed, mControlPressed, mAltPressed, mMetaPressed, keyInput.getType(), keyInput.isNumericPad(), keyInput.getActionId(), keyInput.getKey()); #ifdef USE_SDL2 if (!keyInput.getText().empty()) keyEvent.setText(keyInput.getText()); #endif if (!mFocusHandler->getFocused()->isFocusable()) mFocusHandler->focusNone(); else distributeKeyEvent(keyEvent); keyEventConsumed = keyEvent.isConsumed(); if (keyEventConsumed) consumed = true; } // If the key event hasn't been consumed and // tabbing is enable check for tab press and // change focus. if (!keyEventConsumed && mTabbing && keyInput.getActionId() == static_cast<int>(Input::KEY_GUI_TAB) && keyInput.getType() == gcn::KeyInput::PRESSED) { if (keyInput.isShiftPressed()) mFocusHandler->tabPrevious(); else mFocusHandler->tabNext(); } } } // end while BLOCK_END("Gui::handleKeyInput2") return consumed; } void Gui::draw() { BLOCK_START("Gui::draw 1") mGraphics->pushClipArea(getTop()->getDimension()); getTop()->draw(mGraphics); touchManager.draw(); int mouseX, mouseY; const uint8_t button = SDL_GetMouseState(&mouseX, &mouseY); if ((client->getMouseFocused() || button & SDL_BUTTON(1)) && mMouseCursors && mCustomCursor && mMouseCursorAlpha > 0.0f) { Graphics *g2 = static_cast<Graphics*>(mGraphics); const Image *const image = dragDrop.getItemImage(); if (image) { const int posX = mouseX - (image->mBounds.w / 2); const int posY = mouseY - (image->mBounds.h / 2); g2->drawImage(image, posX, posY); } if (mGuiFont) { const std::string &str = dragDrop.getText(); if (!str.empty()) { const int posX = mouseX - mGuiFont->getWidth(str) / 2; const int posY = mouseY + (image ? image->mBounds.h / 2 : 0); g2->setColorAll(mForegroundColor, mForegroundColor2); mGuiFont->drawString(g2, str, posX, posY); } } Image *const mouseCursor = mMouseCursors->get(mCursorType); if (mouseCursor) { mouseCursor->setAlpha(mMouseCursorAlpha); g2->drawImage(mouseCursor, mouseX - 15, mouseY - 17); } } mGraphics->popClipArea(); BLOCK_END("Gui::draw 1") } void Gui::videoResized() const { WindowContainer *const top = static_cast<WindowContainer* const>(getTop()); if (top) { const int oldWidth = top->getWidth(); const int oldHeight = top->getHeight(); top->setSize(mainGraphics->mWidth, mainGraphics->mHeight); top->adjustAfterResize(oldWidth, oldHeight); } } void Gui::setUseCustomCursor(const bool customCursor) { if (customCursor != mCustomCursor) { mCustomCursor = customCursor; if (mCustomCursor) { // Hide the SDL mouse cursor SDL_ShowCursor(SDL_DISABLE); // Load the mouse cursor if (mMouseCursors) mMouseCursors->decRef(); mMouseCursors = Theme::getImageSetFromTheme("mouse.png", 40, 40); if (!mMouseCursors) logger->log("Error: Unable to load mouse cursors."); } else { // Show the SDL mouse cursor SDL_ShowCursor(SDL_ENABLE); // Unload the mouse cursor if (mMouseCursors) { mMouseCursors->decRef(); mMouseCursors = nullptr; } } } } void Gui::handleMouseMoved(const gcn::MouseInput &mouseInput) { gcn::Gui::handleMouseMoved(mouseInput); mMouseInactivityTimer = 0; } void Gui::handleMousePressed(const gcn::MouseInput &mouseInput) { const int x = mouseInput.getX(); const int y = mouseInput.getY(); const unsigned int button = mouseInput.getButton(); const int timeStamp = mouseInput.getTimeStamp(); gcn::Widget *sourceWidget = getMouseEventSource(x, y); if (mFocusHandler->getDraggedWidget()) sourceWidget = mFocusHandler->getDraggedWidget(); int sourceWidgetX, sourceWidgetY; sourceWidget->getAbsolutePosition(sourceWidgetX, sourceWidgetY); if ((mFocusHandler->getModalFocused() && sourceWidget->isModalFocused()) || !mFocusHandler->getModalFocused()) { sourceWidget->requestFocus(); } if (mDoubleClick && timeStamp - mLastMousePressTimeStamp < 250 && mLastMousePressButton == button) { mClickCount ++; } else { mClickCount = 1; } distributeMouseEvent(sourceWidget, MouseEvent::PRESSED, button, x, y); mFocusHandler->setLastWidgetPressed(sourceWidget); mFocusHandler->setDraggedWidget(sourceWidget); mLastMouseDragButton = button; mLastMousePressButton = button; mLastMousePressTimeStamp = timeStamp; } void Gui::updateFonts() { const int fontSize = config.getIntValue("fontSize"); std::string fontFile = config.getValue("font", ""); if (fontFile.empty()) fontFile = branding.getStringValue("font"); mGuiFont->loadFont(fontFile, fontSize); fontFile = config.getValue("particleFont", ""); if (fontFile.empty()) fontFile = branding.getStringValue("particleFont"); mInfoParticleFont->loadFont(fontFile, fontSize, TTF_STYLE_BOLD); fontFile = config.getValue("boldFont", ""); if (fontFile.empty()) fontFile = branding.getStringValue("boldFont"); boldFont->loadFont(fontFile, fontSize); const int npcFontSize = config.getIntValue("npcfontSize"); fontFile = config.getValue("npcFont", ""); if (fontFile.empty()) fontFile = branding.getStringValue("npcFont"); mNpcFont->loadFont(fontFile, npcFontSize); } void Gui::distributeMouseEvent(gcn::Widget* source, int type, int button, int x, int y, bool force, bool toSourceOnly) { if (!source || !mFocusHandler) return; gcn::Widget* widget = source; if (!force && mFocusHandler->getModalFocused() != nullptr && !widget->isModalFocused()) { return; } if (!force && mFocusHandler->getModalMouseInputFocused() != nullptr && !widget->isModalMouseInputFocused()) { return; } MouseEvent mouseEvent(source, mShiftPressed, mControlPressed, mAltPressed, mMetaPressed, type, button, x, y, mClickCount); gcn::Widget* parent = source; while (parent) { // If the widget has been removed due to input // cancel the distribution. if (!gcn::Widget::widgetExists(widget)) break; parent = widget->getParent(); if (widget->isEnabled() || force) { int widgetX, widgetY; widget->getAbsolutePosition(widgetX, widgetY); mouseEvent.setX(x - widgetX); mouseEvent.setY(y - widgetY); std::list<gcn::MouseListener*> mouseListeners = widget->_getMouseListeners(); // Send the event to all mouse listeners of the widget. for (std::list<gcn::MouseListener*>::const_iterator it = mouseListeners.begin(); it != mouseListeners.end(); ++ it) { switch (mouseEvent.getType()) { case gcn::MouseEvent::ENTERED: (*it)->mouseEntered(mouseEvent); break; case gcn::MouseEvent::EXITED: (*it)->mouseExited(mouseEvent); break; case gcn::MouseEvent::MOVED: (*it)->mouseMoved(mouseEvent); break; case gcn::MouseEvent::PRESSED: (*it)->mousePressed(mouseEvent); break; case gcn::MouseEvent::RELEASED: case 100: // manual hack for release on target after drag (*it)->mouseReleased(mouseEvent); break; case gcn::MouseEvent::WHEEL_MOVED_UP: (*it)->mouseWheelMovedUp(mouseEvent); break; case gcn::MouseEvent::WHEEL_MOVED_DOWN: (*it)->mouseWheelMovedDown(mouseEvent); break; case gcn::MouseEvent::DRAGGED: (*it)->mouseDragged(mouseEvent); break; case gcn::MouseEvent::CLICKED: (*it)->mouseClicked(mouseEvent); break; default: break; } } if (toSourceOnly) break; } const gcn::Widget *const swap = widget; widget = parent; parent = swap->getParent(); if (type == gcn::MouseEvent::RELEASED) dragDrop.clear(); // If a non modal focused widget has been reach // and we have modal focus cancel the distribution. if (mFocusHandler->getModalFocused() && !widget->isModalFocused()) { break; } // If a non modal mouse input focused widget has been reach // and we have modal mouse input focus cancel the distribution. if (mFocusHandler->getModalMouseInputFocused() && !widget->isModalMouseInputFocused()) { break; } } } void Gui::resetClickCount() { mClickCount = 1; mLastMousePressTimeStamp = 0; } MouseEvent *Gui::createMouseEvent(Window *const widget) { if (!viewport || !widget) return nullptr; int x = 0; int y = 0; int mouseX = 0; int mouseY = 0; getAbsolutePosition(widget, x, y); SDL_GetMouseState(&mouseX, &mouseY); return new MouseEvent(widget, mShiftPressed, mControlPressed, mAltPressed, mMetaPressed, 0, 0, mouseX - x, mouseY - y, mClickCount); } void Gui::getAbsolutePosition(gcn::Widget *widget, int &x, int &y) { x = 0; y = 0; while (widget->getParent()) { x += widget->getX(); y += widget->getY(); widget = widget->getParent(); } } void Gui::handleMouseInput() { BLOCK_START("Gui::handleMouseInput") while (!mInput->isMouseQueueEmpty()) { const MouseInput mouseInput = guiInput->dequeueMouseInput2(); if (touchManager.processEvent(mouseInput)) { #ifdef ANDROID SDL_WarpMouse(mLastMouseX, mLastMouseY, mLastMouseRealX, mLastMouseRealY); #endif mMouseInactivityTimer = 0; continue; } // Save the current mouse state. It will be needed if modal focus // changes or modal mouse input focus changes. mLastMouseX = mouseInput.getX(); mLastMouseY = mouseInput.getY(); #ifdef ANDROID mLastMouseRealX = mouseInput.getRealX(); mLastMouseRealY = mouseInput.getRealY(); #endif switch (mouseInput.getType()) { case gcn::MouseInput::PRESSED: handleMousePressed(mouseInput); break; case gcn::MouseInput::RELEASED: handleMouseReleased(mouseInput); break; case gcn::MouseInput::MOVED: handleMouseMoved(mouseInput); break; case gcn::MouseInput::WHEEL_MOVED_DOWN: handleMouseWheelMovedDown(mouseInput); break; case gcn::MouseInput::WHEEL_MOVED_UP: handleMouseWheelMovedUp(mouseInput); break; default: throw GCN_EXCEPTION("Unknown mouse input type."); break; } } BLOCK_END("Gui::handleMouseInput") } void Gui::handleMouseReleased(const gcn::MouseInput &mouseInput) { gcn::Widget *sourceWidget = getMouseEventSource( mouseInput.getX(), mouseInput.getY()); int sourceWidgetX, sourceWidgetY; if (mFocusHandler->getDraggedWidget()) { if (sourceWidget != mFocusHandler->getLastWidgetPressed()) mFocusHandler->setLastWidgetPressed(nullptr); gcn::Widget *oldWidget = sourceWidget; sourceWidget = mFocusHandler->getDraggedWidget(); if (oldWidget != sourceWidget) { oldWidget->getAbsolutePosition(sourceWidgetX, sourceWidgetY); distributeMouseEvent(oldWidget, 100, mouseInput.getButton(), mouseInput.getX(), mouseInput.getY()); } } sourceWidget->getAbsolutePosition(sourceWidgetX, sourceWidgetY); distributeMouseEvent(sourceWidget, MouseEvent::RELEASED, mouseInput.getButton(), mouseInput.getX(), mouseInput.getY()); if (mouseInput.getButton() == mLastMousePressButton && mFocusHandler->getLastWidgetPressed() == sourceWidget) { distributeMouseEvent(sourceWidget, MouseEvent::CLICKED, mouseInput.getButton(), mouseInput.getX(), mouseInput.getY()); mFocusHandler->setLastWidgetPressed(nullptr); } else { mLastMousePressButton = 0; mClickCount = 0; } if (mFocusHandler->getDraggedWidget()) mFocusHandler->setDraggedWidget(nullptr); } void Gui::addGlobalFocusListener(gcn::FocusListener* focusListener) { mFocusListeners.push_back(focusListener); } void Gui::removeGlobalFocusListener(gcn::FocusListener* focusListener) { mFocusListeners.remove(focusListener); } void Gui::distributeGlobalFocusGainedEvent(const gcn::Event &focusEvent) { for (FocusListenerIterator iter = mFocusListeners.begin(); iter != mFocusListeners.end(); ++ iter) { (*iter)->focusGained(focusEvent); } } void Gui::removeDragged(gcn::Widget *widget) { if (!mFocusHandler) return; if (mFocusHandler->getDraggedWidget() == widget) mFocusHandler->setDraggedWidget(nullptr); }