C

Qt Cluster: Rendering on QNX and INTEGRITY

/**************************************************************************** ** ** Copyright (C) 2015 Pelagicore AG ** Contact: http://www.qt.io/ or http://www.pelagicore.com/ ** ** This file is part of the QtIVI module of the Qt Toolkit. ** ** $QT_BEGIN_LICENSE:LGPL3-PELAGICORE$ ** Commercial License Usage ** Licensees holding valid commercial Qt IVI licenses may use this file in ** accordance with the commercial license agreement provided with the ** Software or, alternatively, in accordance with the terms contained in ** a written agreement between you and Pelagicore. For licensing terms ** and conditions, contact us at http://www.pelagicore.com. ** ** GNU Lesser General Public License Usage ** Alternatively, this file may be used under the terms of the GNU Lesser ** General Public License version 3 as published by the Free Software ** Foundation and appearing in the file LICENSE.LGPLv3 included in the ** packaging of this file. Please review the following information to ** ensure the GNU Lesser General Public License version 3 requirements ** will be met: https://www.gnu.org/licenses/lgpl-3.0.html. ** ** $QT_END_LICENSE$ ** ** SPDX-License-Identifier: LGPL-3.0 ** ****************************************************************************/
#include "qtiviclusterdata.h" QtIVIClusterData::QtIVIClusterData(QObject* parent) : QObject(parent), m_vehicleSpeed(0), m_latitude(0), m_longitude(0), m_direction(0), m_flatTire(false), m_doorOpen(false), m_lightFailure(false), m_reverse(false), m_leftTurnLight(false), m_rightTurnLight(false), m_headLight(false), m_parkLight(false), m_carId(1), m_brake(false), m_engineTemp(60), m_oilTemp(0.0), m_oilPressure(0), m_batteryPotential(80.0), m_gasLevel(67.0), m_rpm(4000), m_gear(1) { connectToServiceObject(); } void QtIVIClusterData::connectToServiceObject() { initializeZones(); } ZonedProperties *QtIVIClusterData::zoneAt(const QString &zone) const { foreach (ZonedProperties *f, m_zoneFeatures) if (f->zone() == zone) return f; return 0; } void QtIVIClusterData::initializeZones() { } QVariantMap QtIVIClusterData::zoneFeatureMap() const { return m_zoneFeatureMap; } double QtIVIClusterData::vehicleSpeed() const { return m_vehicleSpeed; } double QtIVIClusterData::latitude() const { return m_latitude; } double QtIVIClusterData::longitude() const { return m_longitude; } double QtIVIClusterData::direction() const { return m_direction; } bool QtIVIClusterData::flatTire() const { return m_flatTire; } bool QtIVIClusterData::doorOpen() const { return m_doorOpen; } bool QtIVIClusterData::lightFailure() const { return m_lightFailure; } bool QtIVIClusterData::reverse() const { return m_reverse; } bool QtIVIClusterData::leftTurnLight() const { return m_leftTurnLight; } bool QtIVIClusterData::rightTurnLight() const { return m_rightTurnLight; } bool QtIVIClusterData::headLight() const { return m_headLight; } bool QtIVIClusterData::parkLight() const { return m_parkLight; } int QtIVIClusterData::carId() const { return m_carId; } bool QtIVIClusterData::brake() const { return m_brake; } int QtIVIClusterData::engineTemp() const { return m_engineTemp; } double QtIVIClusterData::oilTemp() const { return m_oilTemp; } int QtIVIClusterData::oilPressure() const { return m_oilPressure; } double QtIVIClusterData::batteryPotential() const { return m_batteryPotential; } double QtIVIClusterData::gasLevel() const { return m_gasLevel; } int QtIVIClusterData::rpm() const { return m_rpm; } int QtIVIClusterData::gear() const { return m_gear; } void QtIVIClusterData::classBegin() { } void QtIVIClusterData::componentComplete() { } void QtIVIClusterData::onVehicleSpeedChanged(double vehicleSpeed, const QString &zone) { Q_UNUSED(zone); m_vehicleSpeed = vehicleSpeed; emit vehicleSpeedChanged(vehicleSpeed); } void QtIVIClusterData::onLatitudeChanged(double latitude, const QString &zone) { Q_UNUSED(zone); m_latitude = latitude; emit latitudeChanged(latitude); } void QtIVIClusterData::onLongitudeChanged(double longitude, const QString &zone) { Q_UNUSED(zone); m_longitude = longitude; emit longitudeChanged(longitude); } void QtIVIClusterData::onDirectionChanged(double direction, const QString &zone) { Q_UNUSED(zone); m_direction = direction; emit directionChanged(direction); } void QtIVIClusterData::onFlatTireChanged(bool flatTire, const QString &zone) { Q_UNUSED(zone); m_flatTire = flatTire; emit flatTireChanged(flatTire); } void QtIVIClusterData::onDoorOpenChanged(bool doorOpen, const QString &zone) { ZonedProperties *z = zoneAt(zone); if (z) { z->setDoorOpen(doorOpen); } } void QtIVIClusterData::onLightFailureChanged(bool lightFailure, const QString &zone) { Q_UNUSED(zone); m_lightFailure = lightFailure; emit lightFailureChanged(lightFailure); } void QtIVIClusterData::onReverseChanged(bool reverse, const QString &zone) { Q_UNUSED(zone); m_reverse = reverse; emit reverseChanged(reverse); } void QtIVIClusterData::onLeftTurnLightChanged(bool leftTurnLight, const QString &zone) { Q_UNUSED(zone); m_leftTurnLight = leftTurnLight; emit leftTurnLightChanged(leftTurnLight); } void QtIVIClusterData::onRightTurnLightChanged(bool rightTurnLight, const QString &zone) { Q_UNUSED(zone); m_rightTurnLight = rightTurnLight; emit rightTurnLightChanged(rightTurnLight); } void QtIVIClusterData::onHeadLightChanged(bool headLight, const QString &zone) { Q_UNUSED(zone); m_headLight = headLight; emit headLightChanged(headLight); } void QtIVIClusterData::onParkLightChanged(bool parkLight, const QString &zone) { Q_UNUSED(zone); m_parkLight = parkLight; emit parkLightChanged(parkLight); } void QtIVIClusterData::onCarIdChanged(int carId, const QString &zone) { Q_UNUSED(zone); m_carId = carId; emit carIdChanged(carId); } void QtIVIClusterData::onBrakeChanged(bool brakeOn, const QString &zone) { Q_UNUSED(zone); m_brake = brakeOn; emit brakeChanged(brakeOn); } void QtIVIClusterData::onEngineTempChanged(int engineTemp, const QString &zone) { Q_UNUSED(zone); m_engineTemp = engineTemp; emit engineTempChanged(engineTemp); } void QtIVIClusterData::onOilTempChanged(double oilTemp, const QString &zone) { Q_UNUSED(zone); m_oilTemp = oilTemp; emit oilTempChanged(oilTemp); } void QtIVIClusterData::onOilPressureChanged(int oilPressure, const QString &zone) { Q_UNUSED(zone); m_oilPressure = oilPressure; emit oilPressureChanged(oilPressure); } void QtIVIClusterData::onBatteryPotentialChanged(double batteryPotential, const QString &zone) { Q_UNUSED(zone); m_batteryPotential = batteryPotential; emit batteryPotentialChanged(batteryPotential); } void QtIVIClusterData::onGasLevelChanged(double gasLevel, const QString &zone) { Q_UNUSED(zone); m_gasLevel = gasLevel; emit gasLevelChanged(gasLevel); } void QtIVIClusterData::onRpmChanged(int rpm, const QString &zone) { Q_UNUSED(zone); m_rpm = rpm; emit rpmChanged(rpm); } void QtIVIClusterData::onGearChanged(int gear, const QString &zone) { Q_UNUSED(zone); m_gear = gear; emit gearChanged(gear); }