smart_garden/src/store.cpp

#include <ArduinoNvs.h>
#include <ESPRandom.h>
#include <common.h>
#include <lightChecker.h>
#include <store.h>

// Feldkapazität des Bodens in Prozent: Standard ist Humus
int fieldCapacity = 44;
// PWP des Bodens in Prozent: Standard ist Humus
int permanentWiltingPoint = 25;
// Boden vollständig gesättigt bei (Prozent): Standard ist Humus
int soilSaturation = 69;
// Helligkeitswert der mindestens vorhanden sein muss
int minimumLightValueLX = 50;
// switches for automatic light and irrigation control
bool automaticLight = true;
bool automaticIrrigation = true;
// make sure device irrigates until fieldcapacity is reached
bool irrigateUntilFC = false;

void persistSoilProps(int FC, int PWP, int SAT) {
  Serial.println("persistSoilProps");
  bool f = NVS.setInt("fieldCapacity", FC);
  bool p = NVS.setInt("permanentWilt", PWP);
  bool s = NVS.setInt("soilSaturation", SAT);
  if (f && p && s) {
    Serial.println("Soil properties sucessfully stored.");
    NVS.commit();
  }
  else {
    Serial.println("error occured while trying to persist soil properties");
  }
}

void restoreSoilProps() {
  Serial.println("restoreSoilProps");
  int fc = NVS.getInt("fieldCapacity");
  int pwp = NVS.getInt("permanentWilt");
  int sat = NVS.getInt("soilSaturation");
  if (fc != 0) {
    fieldCapacity = fc;
  }
  if (pwp != 0) {
    permanentWiltingPoint = pwp;
  }
  if (sat != 0) {
    soilSaturation = sat;
  }
  Serial.print("fieldCapacity: ");
  Serial.println(fieldCapacity);
  Serial.print("permanentWiltingPoint: ");
  Serial.println(permanentWiltingPoint);
  Serial.print("soilSaturation: ");
  Serial.println(soilSaturation);
}

void setupStore() {
  NVS.begin("store");
  initDeviceID();
  restoreSoilProps();
  restoreLightProps();
  restoreAutoProps();
}

void setSoilProperties(int FC, int PWP, int SAT) {
  fieldCapacity = FC;
  permanentWiltingPoint = PWP;
  soilSaturation = SAT;
  persistSoilProps(FC, PWP, SAT);
  Serial.print("new fieldCapacity: ");
  Serial.println(fieldCapacity);
  Serial.print("new permanentWiltingPoint: ");
  Serial.println(permanentWiltingPoint);
  Serial.print("new soilSaturation: ");
  Serial.println(soilSaturation);
}

void persistLightProps(int NM, int minLX) {
  Serial.println("persistLightProps");
  bool n = NVS.setInt("nanoMeter", NM);
  bool m = NVS.setInt("minimumLux", minLX);
  if (n && m) {
    Serial.println("Light properties sucessfully stored.");
    NVS.commit();
  }
  else {
    Serial.println("error occured while trying to persist light properties");
  }
}

void restoreLightProps() {
  Serial.println("restoreLightProps");
  int nm = NVS.getInt("nanoMeter");
  int minLX = NVS.getInt("minimumLux");
  if (nm != 0) {
    setValueNM(nm);
  }
  if (minLX != 0) {
    minimumLightValueLX = minLX;
  }
  Serial.println(minimumLightValueLX);
}

void setLightProperties(int NM, int minLX) {
  setValueNM(NM);
  minimumLightValueLX = minLX;
  persistLightProps(NM, minLX);
  Serial.print("new minimum Light Value LX: ");
  Serial.println(minimumLightValueLX);
}

void persistAutoProps(bool light, bool irrigation) {
  Serial.println("persistAutoProps");
  // saved in NVS as Integer: 1 = true, 2 = false, 0 = not persisted, use standard settings
  bool n = NVS.setInt("automaticLight", (light ? 1 : 2));
  bool m = NVS.setInt("automaticIrrigation", (irrigation ? 1 : 2));
  if (n && m) {
    NVS.commit();
    Serial.println("Auto properties sucessfully stored.");
  } else {
    Serial.println("error occured while trying to persist auto properties");
  }
}

void restoreAutoProps() {
  Serial.println("restoreLightProps");
  int li = NVS.getInt("automaticLight");
  int ir = NVS.getInt("automaticIrrigation");
  automaticLight = (bool) (li != 2);
  automaticIrrigation = (bool) (ir != 2);
  Serial.println(minimumLightValueLX);
}

void setAutoProperties(bool light, bool irrigation) {
  automaticLight = light;
  automaticIrrigation = irrigation;
  persistAutoProps(light, irrigation);
  Serial.print("new auto settings: ");
  Serial.println(automaticLight);
  Serial.println(automaticIrrigation);
}

String DEVICE_ID = "";

void initDeviceID() {
  DEVICE_ID = NVS.getString("UUID");
  if (!DEVICE_ID.isEmpty()) {
    Serial.print("Fetched Device ID from NVS: ");
    Serial.println(DEVICE_ID);
  } else {
    uint8_t uuid[16];
    ESPRandom::uuid(uuid);
    DEVICE_ID = ESPRandom::uuidToString(uuid);
    NVS.setString("UUID", DEVICE_ID);
    NVS.commit();
    Serial.print("New Device ID: ");
    Serial.println(DEVICE_ID);
  }
}

String getDeviceID() {
  return DEVICE_ID;
}

const char* getDeviceIDcharArr() {
  return DEVICE_ID.c_str();
}