Arduino/ESP8266_BATTERIE_INJECTION/tuya.h

void tick();
void getConsoApparente();

//Ticker timer(tick, 10000);


void tick() {
}
void traitement()
{
#ifdef TUYA
  getConsoApparente();
#endif
#ifdef SERIAL_XY6020L
  //if (slider_on == false) {
    // double cc_tmp = abs(conso_apparente / TENSION_CHARGE) / 3.0;
    double cc_tmp = abs(conso_apparente) > 3.0 * TENSION_CHARGE
                    ? abs(conso_apparente / TENSION_CHARGE) / 3.0
                    : abs(conso_apparente / TENSION_CHARGE);

    boolean en_charge = (digitalRead(PIN_CHARGE) == HIGH);
    delay(10);

    boolean en_injection = (digitalRead(PIN_INJECTION) == HIGH);
    delay(10);

    last_message = String(lastTimeRead) + " CHG=" + String(en_charge) + " INJ=" + String(en_injection);

    #ifdef SERIAL_XY6020L_2
      #define START_INJECTION 15     
      #define STOP_INJECTION  -15
    #else
      #define START_INJECTION 230
       #define STOP_INJECTION  (production > 50 ? -15 : -60)
    #endif

    if ((conso_apparente < STOP_INJECTION || tension_batterie <= 24.8) && en_injection && cc2 <= 0) {
      last_message += " stopInjection";
      //stopInjection();
      cc2 = 0;
      digitalWrite(PIN_INJECTION, LOW);
    }
    else if (conso_apparente < -15 && !en_charge && !en_injection && production > 15) {
      // charge();
      last_message += " début charge";
      cc2 = 0;
      //      digitalWrite(PIN_INJECTION, LOW);
      digitalWrite(PIN_CHARGE, HIGH);
    }
    else if (conso_apparente > 15 && en_charge && cc <= 0) {
      // stopCharge();
      last_message += " fin charge";
      cc = 0;
      digitalWrite(PIN_CHARGE, LOW);
    }
    else if (conso_apparente > START_INJECTION && !en_injection && tension_batterie > 25.2 && !en_charge) {
      // injection();
      last_message += " début injection";

      digitalWrite(PIN_INJECTION, HIGH);
      //      digitalWrite(PIN_CHARGE, LOW);

      cc = 0;
    }
    else {
      //last_message += " aucune action"; // + String(START_INJECTION) + " " + String(tension_batterie) + " " + String(conso_apparente > START_INJECTION);
    }
    en_charge    = (digitalRead(PIN_CHARGE) == HIGH);
    delay(10);

    en_injection = (digitalRead(PIN_INJECTION) == HIGH);
    Serial.print("en_charge="); Serial.print(en_charge); Serial.print(" en_injection="); Serial.println(en_injection);

    delay(10);

    //            Conso > 10   Conso < -10
    // cc  > 0      cc -          cc +
    // cc  = 0                    cc +
    // cc2 > 0      cc2 +         cc2 -
    // cc2 = 0      cc2 +

    //      boolean en_charge    = cc > 0  || (cc == 0 && conso_apparente < -10);
    //      boolean en_injection = cc == 0 && (cc2 > 0 && conso_apparente > 10);

    if (en_charge) {
      if (conso_apparente > 10 && cc > 0) {
        cc -= cc_tmp;
        last_message += " cc-=" + String(cc, 2) + " " + String(cc_tmp, 2);

        setCC(xy, cc);
      } else if (conso_apparente < -10) {
        last_message += " cc+=" + String(cc, 2) + " " + String(cc_tmp, 2);

        cc += cc_tmp;
        setCC(xy, cc);
      }
    }
    else {
      setCC(xy, 0);
    }
    Serial.print("cc="); Serial.println(cc);

#endif
#ifdef SERIAL_XY6020L_2

    //    double cc_tmp2 = abs(conso_apparente / TENSION_INJECTION) / 3.0;

    double cc_tmp2 = abs(conso_apparente) > 3.0 * TENSION_INJECTION
                     ? abs(conso_apparente / TENSION_INJECTION) / 3.0
                     : abs(conso_apparente / TENSION_INJECTION);
    if (en_injection) {
      if (conso_apparente > 10) {
        cc2 += cc_tmp2;
        last_message += " cc2+=" + String(cc2, 2) + " " + String(cc_tmp2, 2);

        setCC2(xy2, cc2);
      } else if (conso_apparente < -10 && cc2 > 0) {
        cc2 -= cc_tmp2;
        last_message += " cc2-=" + String(cc2, 2) + " " + String(cc_tmp2, 2);

        setCC2(xy2, cc2);
      }
    }
    else {
      setCC2(xy2, 0);
    }
    Serial.print("cc2="); Serial.println(cc2);

#endif

//  }
//  else {
//    last_message = "Slider is on";
//  }
}


void getConsoApparente()
{
  double conso = 0;
  if (WiFi.status() == WL_CONNECTED) {
    String url = String(MICRO_SERVICE_ADDRESS);
#ifdef ESP8266
    HTTPClient http;
    http.begin(url);
#else
    HTTPClient http;
    http.begin(url.c_str());
#endif

    http.addHeader("Content-Type", "application/json");

    String json = "{\"action\":\"on\"}"; // ou "{\"action\":\"off\"}"

    int httpResponseCode = http.POST(json);

    if (httpResponseCode > 0) {
      String response = http.getString();
      Serial.println(httpResponseCode);
      Serial.println(response);
      StaticJsonDocument<200> doc;

      // Parse le JSON
      DeserializationError error = deserializeJson(doc, response);
      if (error) {
        Serial.print(F("Failed to parse JSON: "));
        Serial.println(error.f_str());
        //return 0.0;
      }
      //      if (String(doc["conso_apparente"]).toFloat() < 0 && abs(String(doc["conso_apparente"]).toFloat()) > String(doc["production"]).toFloat()) {
      //         Serial.println("Erreur de retour Tuya");
      //      }
      //      else {
      if (String(doc["conso_apparente"]).toFloat() != 0 || String(doc["production"]).toFloat() != 0) {
        conso_apparente = String(doc["conso_apparente"]).toFloat(); //[0];
        production      = String(doc["production"]).toFloat(); //[0];
      }
      //      }
      Serial.println(conso);
    } else {
      Serial.print("Erreur lors de l'envoi de la requête POST: ");
      Serial.println(httpResponseCode);
    }

    http.end();
  }

}