/******************************************************************** KWin - the KDE window manager This file is part of the KDE project. Copyright (C) 2009 Lucas Murray Copyright (C) 2020 Cyril Rossi 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. 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 . *********************************************************************/ #include "kwinscreenedge.h" #include "monitor.h" namespace KWin { KWinScreenEdge::KWinScreenEdge(QWidget *parent) : QWidget(parent) { QMetaObject::invokeMethod(this, "createConnection", Qt::QueuedConnection); } KWinScreenEdge::~KWinScreenEdge() { } void KWinScreenEdge::monitorHideEdge(ElectricBorder border, bool hidden) { const int edge = KWinScreenEdge::electricBorderToMonitorEdge(border); monitor()->setEdgeHidden(edge, hidden); } void KWinScreenEdge::monitorEnableEdge(ElectricBorder border, bool enabled) { const int edge = KWinScreenEdge::electricBorderToMonitorEdge(border); monitor()->setEdgeEnabled(edge, enabled); } void KWinScreenEdge::monitorAddItem(const QString &item) { for (int i = 0; i < 8; i++) { monitor()->addEdgeItem(i, item); } } void KWinScreenEdge::monitorItemSetEnabled(int index, bool enabled) { for (int i = 0; i < 8; i++) { monitor()->setEdgeItemEnabled(i, index, enabled); } } void KWinScreenEdge::monitorChangeEdge(const QList &borderList, int index) { for (int border : borderList) { monitorChangeEdge(static_cast(border), index); } } void KWinScreenEdge::monitorChangeEdge(ElectricBorder border, int index) { if (ELECTRIC_COUNT == border || ElectricNone == border) { return; } m_reference[border] = index; monitor()->selectEdgeItem(KWinScreenEdge::electricBorderToMonitorEdge(border), index); } QList KWinScreenEdge::monitorCheckEffectHasEdge(int index) const { QList list; if (monitor()->selectedEdgeItem(Monitor::Top) == index) { list.append(ElectricTop); } if (monitor()->selectedEdgeItem(Monitor::TopRight) == index) { list.append(ElectricTopRight); } if (monitor()->selectedEdgeItem(Monitor::Right) == index) { list.append(ElectricRight); } if (monitor()->selectedEdgeItem(Monitor::BottomRight) == index) { list.append(ElectricBottomRight); } if (monitor()->selectedEdgeItem(Monitor::Bottom) == index) { list.append(ElectricBottom); } if (monitor()->selectedEdgeItem(Monitor::BottomLeft) == index) { list.append(ElectricBottomLeft); } if (monitor()->selectedEdgeItem(Monitor::Left) == index) { list.append(ElectricLeft); } if (monitor()->selectedEdgeItem(Monitor::TopLeft) == index) { list.append(ElectricTopLeft); } if (list.isEmpty()) { list.append(ElectricNone); } return list; } int KWinScreenEdge::selectedEdgeItem(ElectricBorder border) const { return monitor()->selectedEdgeItem(KWinScreenEdge::electricBorderToMonitorEdge(border)); } void KWinScreenEdge::monitorChangeDefaultEdge(ElectricBorder border, int index) { if (ELECTRIC_COUNT == border || ElectricNone == border) { return; } m_default[border] = index; } void KWinScreenEdge::monitorChangeDefaultEdge(const QList &borderList, int index) { for (int border : borderList) { monitorChangeDefaultEdge(static_cast(border), index); } } void KWinScreenEdge::reload() { for (auto it = m_reference.cbegin(); it != m_reference.cend(); ++it) { monitor()->selectEdgeItem(KWinScreenEdge::electricBorderToMonitorEdge(it.key()), it.value()); } onChanged(); } void KWinScreenEdge::setDefaults() { for (auto it = m_default.cbegin(); it != m_default.cend(); ++it) { monitor()->selectEdgeItem(KWinScreenEdge::electricBorderToMonitorEdge(it.key()), it.value()); } onChanged(); } int KWinScreenEdge::electricBorderToMonitorEdge(ElectricBorder border) { switch(border) { case ElectricTop: return Monitor::Top; case ElectricTopRight: return Monitor::TopRight; case ElectricRight: return Monitor::Right; case ElectricBottomRight: return Monitor::BottomRight; case ElectricBottom: return Monitor::Bottom; case ElectricBottomLeft: return Monitor::BottomLeft; case ElectricLeft: return Monitor::Left; case ElectricTopLeft: return Monitor::TopLeft; default: // ELECTRIC_COUNT and ElectricNone return Monitor::None; } } ElectricBorder KWinScreenEdge::monitorEdgeToElectricBorder(int edge) { const Monitor::Edges monitorEdge = static_cast(edge); switch (monitorEdge) { case Monitor::Left: return ElectricLeft; case Monitor::Right: return ElectricRight; case Monitor::Top: return ElectricTop; case Monitor::Bottom: return ElectricBottom; case Monitor::TopLeft: return ElectricTopLeft; case Monitor::TopRight: return ElectricTopRight; case Monitor::BottomLeft: return ElectricBottomLeft; case Monitor::BottomRight: return ElectricBottomRight; default: return ElectricNone; } } void KWinScreenEdge::onChanged() { bool needSave = isSaveNeeded(); for (auto it = m_reference.cbegin(); it != m_reference.cend(); ++it) { needSave |= it.value() != monitor()->selectedEdgeItem(KWinScreenEdge::electricBorderToMonitorEdge(it.key())); } emit saveNeededChanged(needSave); bool defaults = isDefault(); for (auto it = m_default.cbegin(); it != m_default.cend(); ++it) { defaults &= it.value() == monitor()->selectedEdgeItem(KWinScreenEdge::electricBorderToMonitorEdge(it.key())); } emit defaultChanged(defaults); } void KWinScreenEdge::createConnection() { connect(monitor(), &Monitor::changed, this, &KWinScreenEdge::onChanged); } bool KWinScreenEdge::isSaveNeeded() const { return false; } bool KWinScreenEdge::isDefault() const { return true; } } // namespace