Serial_Sim_BMP390.h

Go to the documentation of this file.

#ifndef SERIAL_SIM_BMP3_H
#define SERIAL_SIM_BMP3_H
 
#include "Serial_Sim.h"

class Adafruit_BMP3XX  {
public:
    Adafruit_BMP3XX  (){}
 
    bool begin_SPI(int cs) { return true; } // Mock successful initialization
    bool begin_I2C(int addr) { return true; } // Mock successful initialization
    bool begin_I2C() { return true; } // Mock successful initialization
 
    void setTemperatureOversampling(int oversampling) {}
    void setPressureOversampling(int oversampling) {}
    void setIIRFilterCoeff(int coeff) {}
    void setOutputDataRate(int rate) {}
    void setConversionDelay(int delay) {}
    void startConversion() {}
    bool updateConversion(){return true;}
 
    float temperature = 0;
    float pressure = 0;
 
    bool performReading() {
        // Mock successful reading, update everthing from SerialSim
        sensors_event_t temp;
        float pressure;
        float altitude;
        SerialSim::getInstance().updateTemp(temp);
        SerialSim::getInstance().updatePres(pressure);
        SerialSim::getInstance().updateAlt(altitude);
        this->temperature = temp.temperature;
        this->pressure = pressure;
        return true;
    }
 
 
    float getAlt(){
        float alt;
        SerialSim::getInstance().updateAlt(alt);
        return alt;
    }
 
    float readAltitude(float seaLevelPressure = 1013.25) {
        // Mock altitude calculation
        float alt;
        SerialSim::getInstance().updateAlt(alt);
        return alt;
    }
 
    float getPressure(){
        float pressure;
        SerialSim::getInstance().updatePres(pressure);
        return pressure;
    }
 
    float getTemperature(){
        sensors_event_t temp;
        float temp_f;
 
        SerialSim::getInstance().updateTemp(temp);
        temp_f = temp.temperature;
        return temp_f;
    }
 
 
};
 
#endif // SERIAL_SIM_BMP3_H