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#include "backendwrapper_p.h"
#include "qsensormanager_p.h"
#include <QDebug>
QT_BEGIN_NAMESPACE
QTM_BEGIN_NAMESPACE
class WrapperFactory : public QSensorPluginInterface,
public QSensorBackendFactory
{
public:
void registerSensors()
{
QList<QByteArray> types;
types << QAccelerometer::type;
types << QAmbientLightSensor::type;
types << QCompass::type;
types << QGyroscope::type;
types << QLightSensor::type;
types << QMagnetometer::type;
types << QOrientationSensor::type;
types << QProximitySensor::type;
types << QRotationSensor::type;
types << QTapSensor::type;
foreach (const QByteArray &type, types) {
foreach (const QByteArray &identifier, NEW_NAMESPACE(QSensor)::sensorsForType(type)) {
QSensorManager::registerBackend(type, identifier, this);
}
}
}
QSensorBackend *createBackend(QSensor *sensor)
{
if (sensor->type() == QAccelerometer::type) {
return new QAccelerometerWrapper(sensor);
}
if (sensor->type() == QAmbientLightSensor::type) {
return new QAmbientLightSensorWrapper(sensor);
}
if (sensor->type() == QCompass::type) {
return new QCompassWrapper(sensor);
}
if (sensor->type() == QGyroscope::type) {
return new QGyroscopeWrapper(sensor);
}
if (sensor->type() == QLightSensor::type) {
return new QLightSensorWrapper(sensor);
}
if (sensor->type() == QMagnetometer::type) {
return new QMagnetometerWrapper(sensor);
}
if (sensor->type() == QOrientationSensor::type) {
return new QOrientationSensorWrapper(sensor);
}
if (sensor->type() == QProximitySensor::type) {
return new QProximitySensorWrapper(sensor);
}
if (sensor->type() == QRotationSensor::type) {
return new QRotationSensorWrapper(sensor);
}
if (sensor->type() == QTapSensor::type) {
return new QTapSensorWrapper(sensor);
}
return 0;
}
};
REGISTER_STATIC_PLUGIN_V1(WrapperFactory)
QSensorWrapper::QSensorWrapper(QSensor *sensor)
: QSensorBackend(sensor)
{
}
void QSensorWrapper::init(QObject *wsensor)
{
connect(wsensor, SIGNAL(readingChanged()), this, SLOT(fetchData()));
connect(wsensor, SIGNAL(sensorError(int)), this, SLOT(reportSensorError(int)));
connect(wsensor, SIGNAL(busyChanged()), sensor(), SIGNAL(busyChanged()));
m_wsensor = wsensor;
}
void QSensorWrapper::start()
{
_start();
}
void QSensorWrapper::stop()
{
_stop();
}
void QSensorWrapper::fetchData()
{
_fetchData();
}
void QSensorWrapper::setProperty(const char *name, const QVariant &value)
{
//qDebug() << "QSensorWrapper::setProperty" << name << value;
QObject::setProperty(name, value);
m_wsensor->setProperty(name, value);
}
QVariant QSensorWrapper::property(const char *name) const
{
//qDebug() << "QSensorWrapper::property";
return m_wsensor->property(name);
}
void QSensorWrapper::reportSensorError(int error)
{
sensorError(error);
}
IMPLEMENT_WRAPPER(QAccelerometer, QAccelerometerReading, {
m_reading.setTimestamp(sensor->reading()->timestamp());
m_reading.setX(sensor->reading()->x());
m_reading.setY(sensor->reading()->y());
m_reading.setZ(sensor->reading()->z());
newReadingAvailable();
})
IMPLEMENT_WRAPPER(QAmbientLightSensor, QAmbientLightReading, {
m_reading.setTimestamp(sensor->reading()->timestamp());
m_reading.setLightLevel(static_cast<QAmbientLightReading::LightLevel>(sensor->reading()->lightLevel()));
newReadingAvailable();
})
IMPLEMENT_WRAPPER(QCompass, QCompassReading, {
m_reading.setTimestamp(sensor->reading()->timestamp());
m_reading.setAzimuth(sensor->reading()->azimuth());
//m_reading.setCalibrationLevel(sensor->calibrationLevel());
m_reading.setCalibrationLevel(sensor->reading()->calibrationLevel());
newReadingAvailable();
})
IMPLEMENT_WRAPPER(QGyroscope, QGyroscopeReading, {
m_reading.setTimestamp(sensor->reading()->timestamp());
m_reading.setX(sensor->reading()->x());
m_reading.setY(sensor->reading()->y());
m_reading.setZ(sensor->reading()->z());
newReadingAvailable();
})
IMPLEMENT_WRAPPER(QLightSensor, QLightReading, {
m_reading.setTimestamp(sensor->reading()->timestamp());
m_reading.setLux(sensor->reading()->lux());
newReadingAvailable();
})
IMPLEMENT_WRAPPER(QMagnetometer, QMagnetometerReading, {
m_reading.setTimestamp(sensor->reading()->timestamp());
m_reading.setX(sensor->reading()->x());
m_reading.setY(sensor->reading()->y());
m_reading.setZ(sensor->reading()->z());
//m_reading.setCalibrationLevel(sensor->calibrationLevel());
m_reading.setCalibrationLevel(sensor->reading()->calibrationLevel());
newReadingAvailable();
})
IMPLEMENT_WRAPPER(QOrientationSensor, QOrientationReading, {
m_reading.setTimestamp(sensor->reading()->timestamp());
m_reading.setOrientation(static_cast<QOrientationReading::Orientation>(sensor->reading()->orientation()));
newReadingAvailable();
})
IMPLEMENT_WRAPPER(QProximitySensor, QProximityReading, {
m_reading.setTimestamp(sensor->reading()->timestamp());
m_reading.setClose(sensor->reading()->close());
newReadingAvailable();
})
IMPLEMENT_WRAPPER(QRotationSensor, QRotationReading, {
m_reading.setTimestamp(sensor->reading()->timestamp());
m_reading.setX(sensor->reading()->x());
m_reading.setY(sensor->reading()->y());
m_reading.setZ(sensor->reading()->z());
newReadingAvailable();
})
IMPLEMENT_WRAPPER(QTapSensor, QTapReading, {
m_reading.setTimestamp(sensor->reading()->timestamp());
m_reading.setTapDirection(static_cast<QTapReading::TapDirection>(sensor->reading()->tapDirection()));
m_reading.setDoubleTap(sensor->reading()->isDoubleTap());
newReadingAvailable();
})
#include "moc_backendwrapper_p.cpp"
QTM_END_NAMESPACE
QT_END_NAMESPACE
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