SensorFactory.h

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// src/SensorFactory.h
#ifndef SENSORFACTORY_H
#define SENSORFACTORY_H
 
#include "ISensor.h"
#include "PIRSensor.h"  // PIR is the default sensor
 
// Future sensors can be added here:
// #include "GestureFaceSensor.h"
// #include "UltrasonicSensor.h"

enum class SensorType : uint8_t {
    VEHICLE_PRESSURE     = 0,
    PIR                  = 1,   
    VEHICLE_MAGNETOMETER = 2,
    RAIN_BUCKET          = 3,
    VIBRATION_BASIC      = 4,
    VIBRATION_ADVANCED   = 5,
 
    INDOOR_OCCUPANCY     = 10,
    OUTDOOR_OCCUPANCY    = 11,
    OPENMV_OCCUPANCY     = 12,
    ACCEL_PRESENCE       = 13,
 
    SOIL_MOISTURE        = 20,
    DISTANCE             = 21,
 
    LORA_GATEWAY         = 90,
};

class SensorFactory {
public:
    static ISensor* createSensor(SensorType type) {
        switch(type) {
            case SensorType::PIR:
                Log.info("Creating PIR sensor");
                return &PIRSensor::instance();
            
            // Add more sensors as they are implemented
            // case SensorType::GESTURE_FACE:
            //     Log.info("Creating GestureFace sensor");
            //     return &GestureFaceSensor::instance();
            // 
            // case SensorType::ULTRASONIC:
            //     Log.info("Creating Ultrasonic sensor");
            //     return &UltrasonicSensor::instance();
            
            default:
                Log.error("Sensor type %d not yet implemented", (int)type);
                return nullptr;
        }
    }
    
    static const char* getSensorTypeName(SensorType type) {
        switch(type) {
            case SensorType::VEHICLE_PRESSURE:     return "VehiclePressure";
            case SensorType::PIR:                  return "PIR";
            case SensorType::VEHICLE_MAGNETOMETER: return "VehicleMagnetometer";
            case SensorType::RAIN_BUCKET:          return "RainBucket";
            case SensorType::VIBRATION_BASIC:      return "VibrationBasic";
            case SensorType::VIBRATION_ADVANCED:   return "VibrationAdvanced";
 
            case SensorType::INDOOR_OCCUPANCY:     return "IndoorOccupancy";
            case SensorType::OUTDOOR_OCCUPANCY:    return "OutdoorOccupancy";
            case SensorType::OPENMV_OCCUPANCY:     return "OpenMVOccupancy";
            case SensorType::ACCEL_PRESENCE:       return "AccelPresence";
 
            case SensorType::SOIL_MOISTURE:        return "SoilMoisture";
            case SensorType::DISTANCE:             return "Distance";
 
            case SensorType::LORA_GATEWAY:         return "LoRaGateway";
            default: return "Unknown";
        }
    }
};
 
#endif /* SENSORFACTORY_H */