functional_sensor_impl.hpp

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template<class ConverterType>
FunctionalSensorImpl<ConverterType>::FunctionalSensorImpl(const SensorType type, const efidur_t timeoutPeriod)
    : FunctionalSensorBase(type, timeoutPeriod) {
}
 
template<class ConverterType>
void FunctionalSensorImpl<ConverterType>::setFunction(ConverterType& func) {
    m_function = &func;
}
 
template<class ConverterType>
ConverterType* FunctionalSensorImpl<ConverterType>::getFunction() const {
    return m_function;
}
 
template<class ConverterType>
float FunctionalSensorImpl<ConverterType>::getRaw() const {
    return m_rawValue;
}
 
template<class ConverterType>
void FunctionalSensorImpl<ConverterType>::postRawValue(const float inputValue, const efitick_t timestamp) {
    // If no function is set, this sensor isn't valid.
    if (!m_function) {
        invalidate(UnexpectedCode::Configuration);
        return;
    }
 
    m_rawValue = inputValue;
 
    auto r = m_function->convert(inputValue);
 
    // This has to happen so that we set the valid bit after
    // the value is stored, to prevent the data race of reading
    // an old invalid value
    if (r.Valid) {
        setValidValue(r.Value, timestamp);
    } else {
        invalidate(r.Code);
    }
}