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Sensorflow

K6a4aIRll5uIFCyEE

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Sensorflow PLC

Product Type

Hardware

Product ID

LcDOhnJ1HscXYkm1

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";
String header;
String apikey;
String userid;
String deviceid;
String ssid;
String pass;

String E_CH1;
String E_CH2;
String E_CH3;
String E_CH4;
String E_CH5;
String E_CH6;
String E_CH7;
String E_CH8;
String E_CH9;
String E_CH10;
String E_CH11;
String E_CH12;
String E_delay;

int restartcountdoun = 0;
HYPERWISOR_IOT HyperwisorPLC;

void setup() {
  esp_task_wdt_init(10, true);  // Set the watchdog timer to 10 seconds
  Serial.begin(115200);
  Wire.begin();
  // Disable sleep modes
  esp_sleep_pd_config(ESP_PD_DOMAIN_RTC_PERIPH, ESP_PD_OPTION_ON);
  esp_sleep_pd_config(ESP_PD_DOMAIN_RTC_SLOW_MEM, ESP_PD_OPTION_ON);
  esp_sleep_pd_config(ESP_PD_DOMAIN_RTC_FAST_MEM, ESP_PD_OPTION_ON);

initializePins();
  makelowPins();
  preferences.begin("my-app", false);
  apikey = preferences.getString("apikey");
  userid = preferences.getString("userid");
  deviceid = preferences.getString("deviceid");
  ssid = preferences.getString("ssid");
  pass = preferences.getString("pass");
  delay(50);
  HyperwisorPLC.init(apikey);
  Serial.println(apikey);
  Serial.println(userid);
  Serial.println(ssid);
  Serial.println(pass);

E_CH1 = preferences.getString("PCH1");
  E_CH2 = preferences.getString("PCH2");
  E_CH3 = preferences.getString("PCH3");
  E_CH4 = preferences.getString("PCH4");
  E_CH5 = preferences.getString("PCH5");
  E_CH6 = preferences.getString("PCH6");
  E_CH7 = preferences.getString("PCH7");
  E_CH8 = preferences.getString("PCH8");
  E_CH9 = preferences.getString("PCH9");
  E_CH10 = preferences.getString("PCH10");
  E_CH11 = preferences.getString("PCH11");
  E_CH12 = preferences.getString("PCH12");
  E_delay = preferences.getString("Pdelay");

Serial.println(E_CH1);
  Serial.println(E_CH2);
  Serial.println(E_CH3);
  Serial.println(E_CH4);
  Serial.println(E_CH5);
  Serial.println(E_CH6);
  Serial.println(E_CH7);
  Serial.println(E_CH8);
  Serial.println(E_CH9);
  Serial.println(E_CH10);
  Serial.println(E_CH11);
  Serial.println(E_CH12);

WiFi.disconnect();
  delay(50);
  digitalWrite(buzz, HIGH);
  digitalWrite(RED, HIGH);
  WiFi.setHostname(NAME.c_str());
  WiFi.begin(ssid.c_str(), pass.c_str());
  Serial.println("Connecting...........");
  delay(240000);

Serial.println(ssid);
  Serial.println(pass);
  Serial.println(WiFi.localIP());
  //digitalWrite(buzz, HIGH);
  delay(2000);
  digitalWrite(buzz, LOW);
  digitalWrite(RED, LOW);
  delay(100);
  changestate();
}

void loop() {
  esp_task_wdt_reset();  // Reset the watchdog timer

if (WiFi.status() == WL_CONNECTED) {
    digitalWrite(buzz, LOW);
    digitalWrite(RED, LOW);
    digitalWrite(GREEN, HIGH);

String jsonobj = HyperwisorPLC.get_schema();

char json[1512];
    String payload = jsonobj;
    Serial.println(payload);
    int leng = payload.length();
    String newpayload = payload.substring(1, leng - 1);

newpayload.replace(" ", "");
    newpayload.replace("\n", "");
    newpayload.trim();
    newpayload.remove(0, 10);
    newpayload.toCharArray(json, 1512);
    StaticJsonDocument<1512> jsonDoc;
    DeserializationError error = deserializeJson(jsonDoc, newpayload);

if (error) {
      Serial.print("deserializeJson() failed: ");
      Serial.println(error.c_str());
      return;
    }

// Serial.println(deviceid);
    // Serial.println(newpayload);
    String S_CH1 = jsonDoc["ch1"];
    String S_CH2 = jsonDoc["ch2"];
    String S_CH3 = jsonDoc["ch3"];
    String S_CH4 = jsonDoc["ch4"];
    String S_CH5 = jsonDoc["ch5"];
    String S_CH6 = jsonDoc["ch6"];
    String S_CH7 = jsonDoc["ch7"];
    String S_CH8 = jsonDoc["ch8"];
    String S_CH9 = jsonDoc["ch9"];
    String S_CH10 = jsonDoc["ch10"];
    String S_CH11 = jsonDoc["ch11"];
    String S_CH12 = jsonDoc["ch12"];
    String S_delay = jsonDoc["delay"];

String i2c_status = jsonDoc["i2c"];
    int S_address = jsonDoc["address"];
    String S_data = jsonDoc["data"];

if (i2c_status == "1") {
      send_over_i2c(S_address, S_data);
      //Serial.println(i2cdata);
      digitalWrite(buzz, LOW);
      digitalWrite(RED, HIGH);
      digitalWrite(GREEN, LOW);
      HyperwisorPLC.update_schema("i2c=0");
      delay(100);
    } else {
      Serial.println("No i2c Data");
    }

delay(S_delay.toInt());
    Serial.println(S_delay);

delay(100);

E_CH1 = preferences.getString("PCH1");
    E_CH2 = preferences.getString("PCH2");
    E_CH3 = preferences.getString("PCH3");
    E_CH4 = preferences.getString("PCH4");
    E_CH5 = preferences.getString("PCH5");
    E_CH6 = preferences.getString("PCH6");
    E_CH7 = preferences.getString("PCH7");
    E_CH8 = preferences.getString("PCH8");
    E_CH9 = preferences.getString("PCH9");
    E_CH10 = preferences.getString("PCH10");
    E_CH11 = preferences.getString("PCH11");
    E_CH12 = preferences.getString("PCH12");
    //E_delay = preferences.getString("Pdelay");

if (E_CH1 != S_CH1) {
      preferences.putString("PCH1", S_CH1);
      delay(10);
      changestate();
      Serial.println("updated1" + S_CH1);

} else {
      Serial.println(E_CH1);
    }
    if (E_CH2 != S_CH2) {
      preferences.putString("PCH2", S_CH2);
      delay(10);
      changestate();
      Serial.println("updated2" + S_CH2);
    } else {
      Serial.println(E_CH2);
    }
    if (E_CH3 != S_CH3) {
      preferences.putString("PCH3", S_CH3);
      delay(10);
      changestate();
      Serial.println("updated3" + S_CH3);
    } else {
      Serial.println(E_CH3);
    }
    if (E_CH4 != S_CH4) {
      preferences.putString("PCH4", S_CH4);
      delay(10);
      changestate();
      Serial.println("updated4" + S_CH4);

} else {
      Serial.println(E_CH4);
    }
    if (E_CH5 != S_CH5) {
      preferences.putString("PCH5", S_CH5);
      delay(10);
      changestate();
      Serial.println("updated5" + S_CH5);
    } else {
      Serial.println(E_CH5);
    }
    if (E_CH6 != S_CH6) {
      preferences.putString("PCH6", S_CH6);
      delay(10);
      changestate();
      Serial.println("updated6" + S_CH6);
    } else {
      Serial.println(E_CH6);
    }
    if (E_CH7 != S_CH7) {
      preferences.putString("PCH7", S_CH7);
      delay(10);
      changestate();
      Serial.println("updated7" + S_CH7);
    } else {
      Serial.println(E_CH7);
    }
    if (E_CH8 != S_CH8) {
      preferences.putString("PCH8", S_CH8);
      delay(10);
      changestate();
      Serial.println("updated8" + S_CH8);
    } else {
      Serial.println(E_CH8);
    }
    if (E_CH9 != S_CH9) {
      preferences.putString("PCH9", S_CH9);
      delay(10);
      changestate();
      Serial.println("updated9" + S_CH9);
    } else {
      Serial.println(E_CH9);
    }
    if (E_CH10 != S_CH10) {
      preferences.putString("PCH10", S_CH10);
      delay(10);
      changestate();
      Serial.println("updated10" + S_CH10);
    } else {
      Serial.println(E_CH10);
    }
    if (E_CH11 != S_CH11) {
      preferences.putString("PCH11", S_CH11);
      delay(10);
      changestate();
      Serial.println("updated11" + S_CH11);
    } else {
      Serial.println(E_CH11);
    }

if (E_CH12 != S_CH12) {
      preferences.putString("PCH12", S_CH12);
      delay(10);
      changestate();
      Serial.println("updated12" + S_CH12);
    } else {
      Serial.println(E_CH12);
    }
    String iftdtresponse = HyperwisorPLC.runiftdt();
    delay(500);
    String scheduleresponse = HyperwisorPLC.runscheule();
    Serial.println(iftdtresponse);
    Serial.println(scheduleresponse);

} else {
    startBT();
  }
}

void initializePins() {
  pinMode(CH_1, OUTPUT);
  pinMode(CH_2, OUTPUT);
  pinMode(CH_3, OUTPUT);
  pinMode(CH_4, OUTPUT);
  pinMode(CH_5, OUTPUT);
  pinMode(CH_6, OUTPUT);
  pinMode(CH_7, OUTPUT);
  pinMode(CH_8, OUTPUT);
  pinMode(CH_9, OUTPUT);
  pinMode(CH_10, OUTPUT);
  pinMode(CH_11, OUTPUT);
  pinMode(CH_12, OUTPUT);
  pinMode(buzz, OUTPUT);
  pinMode(RED, OUTPUT);
  pinMode(GREEN, OUTPUT);
}

void makelowPins() {
  digitalWrite(CH_1, LOW);
  digitalWrite(CH_2, LOW);
  digitalWrite(CH_3, LOW);
  digitalWrite(CH_4, LOW);
  digitalWrite(CH_5, LOW);
  digitalWrite(CH_6, LOW);
  digitalWrite(CH_7, LOW);
  digitalWrite(CH_8, LOW);
  digitalWrite(CH_9, LOW);
  digitalWrite(CH_10, LOW);
  digitalWrite(CH_11, LOW);
  digitalWrite(CH_12, LOW);
  digitalWrite(buzz, LOW);
  digitalWrite(RED, LOW);
  digitalWrite(GREEN, LOW);
}

void changestate() {
  digitalWrite(buzz, LOW);
  digitalWrite(RED, HIGH);
  digitalWrite(GREEN, LOW);
  Serial.println("CHANGE STATE");

E_CH1 = preferences.getString("PCH1");
  E_CH2 = preferences.getString("PCH2");
  E_CH3 = preferences.getString("PCH3");
  E_CH4 = preferences.getString("PCH4");
  E_CH5 = preferences.getString("PCH5");
  E_CH6 = preferences.getString("PCH6");
  E_CH7 = preferences.getString("PCH7");
  E_CH8 = preferences.getString("PCH8");
  E_CH9 = preferences.getString("PCH9");
  E_CH10 = preferences.getString("PCH10");
  E_CH11 = preferences.getString("PCH11");
  E_CH12 = preferences.getString("PCH12");

if (E_CH1 == "0") {
    digitalWrite(CH_1, LOW);
  } else {
    //analogWrite(CH_1, E_CH1.toInt());
    digitalWrite(CH_1, HIGH);
  }
  delay(10);

if (E_CH2 == "0") {
    digitalWrite(CH_2, LOW);
  } else if (E_CH2 != 0) {
    digitalWrite(CH_2, HIGH);
    // analogWrite(CH_2, E_CH2.toInt());
  }
  delay(10);

if (E_CH3 == "0") {
    digitalWrite(CH_3, LOW);
    //analogWrite(CH_3, E_CH3.toInt());
  } else {
    digitalWrite(CH_3, HIGH);
    // analogWrite(CH_3, E_CH3.toInt());
  }
  delay(10);

if (E_CH4 == "0") {
    digitalWrite(CH_4, LOW);
    //analogWrite(CH_4, E_CH4.toInt());
  } else {
    digitalWrite(CH_4, HIGH);
    // analogWrite(CH_4, E_CH4.toInt());
  }
  delay(10);

if (E_CH5 == "0") {
    digitalWrite(CH_5, LOW);
    //analogWrite(CH_5, E_CH5.toInt());
  } else {
    digitalWrite(CH_5, HIGH);
    // analogWrite(CH_5, E_CH5.toInt());
  }
  delay(10);

if (E_CH6 == "0") {
    digitalWrite(CH_6, LOW);
  } else {
    digitalWrite(CH_6, HIGH);
  }
  delay(10);

if (E_CH7 == "0") {
    digitalWrite(CH_7, LOW);
    //Serial.println("check 7 low : " + E_CH7);
  } else {
    digitalWrite(CH_7, HIGH);
    // Serial.println("check 7 high : " + E_CH7);
  }
  delay(10);

if (E_CH8 == "0") {
    digitalWrite(CH_8, LOW);
  } else {
    digitalWrite(CH_8, HIGH);
  }
  delay(10);

if (E_CH9 == "0") {
    digitalWrite(CH_9, LOW);
  } else {
    digitalWrite(CH_9, HIGH);
  }
  delay(10);

if (E_CH10 == "0") {
    digitalWrite(CH_10, LOW);
  } else {
    digitalWrite(CH_10, HIGH);
  }
  delay(10);

if (E_CH11 == "0") {
    digitalWrite(CH_11, LOW);
  } else {
    digitalWrite(CH_11, HIGH);
  }
  delay(10);

if (E_CH12 == "0") {
    digitalWrite(CH_12, LOW);
  } else {
    digitalWrite(CH_12, HIGH);
  }
  delay(10);

// Serial.println(E_CH1);
  // Serial.println(E_CH2);
  // Serial.println(E_CH3);
  // Serial.println(E_CH4);
  // Serial.println(E_CH5);
  // Serial.println(E_CH6);
  // Serial.println(E_CH7);
  // Serial.println(E_CH8);
  // Serial.println(E_CH9);
  // Serial.println(E_CH10);
  // Serial.println(E_CH11);
  // Serial.println(E_CH12);
  // Serial.println(E_CI);
  // Serial.println(E_Active);
  // digitalWrite(RED, LOW);
  // digitalWrite(GREEN, HIGH);
}

void send_over_i2c(int address, String data) {
  Wire.beginTransmission(address);
  Wire.write(data.c_str());  // Convert String to const char* using c_str()
  Wire.endTransmission();
  Serial.println("i2c data recived:");
  Serial.println(data);
  // return "201";
}

void startBT() {

#if !defined(CONFIG_BT_ENABLED) || !defined(CONFIG_BLUEDROID_ENABLED)
#error Bluetooth is not enabled! Please run `make menuconfig` to and enable it
#endif
  HyperwisorBT.begin(NAME.c_str());

if (HyperwisorBT.available()) {
    String btdata = HyperwisorBT.readString();
    Serial.println(btdata);
    StaticJsonDocument<1512> jsonDoc;
    DeserializationError error = deserializeJson(jsonDoc, btdata);
    if (error) {
      Serial.print("deserializeJson() failed: ");
      Serial.println(error.c_str());
      return;
    }
    String datatype = jsonDoc["Datatype"];
    if (datatype == "wifiinfo") {

Serial.println("datatype = wifiinfo");
      String apikey = jsonDoc["apikey"];
      String userid = jsonDoc["userid"];
      String deviceid = jsonDoc["deviceid"];
      String ssid = jsonDoc["ssid"];
      String pass = jsonDoc["pass"];

if (ssid.length() > 0 && pass.length() > 0 && apikey.length() > 0) {
        preferences.putString("apikey", apikey);
        preferences.putString("userid", userid);
        preferences.putString("deviceid", deviceid);
        preferences.putString("ssid", ssid);
        preferences.putString("pass", pass);
        preferences.putString("PCH1", "0");
        preferences.putString("PCH2", "0");
        preferences.putString("PCH3", "0");
        preferences.putString("PCH4", "0");
        preferences.putString("PCH5", "0");
        preferences.putString("PCH6", "0");
        preferences.putString("PCH7", "0");
        preferences.putString("PCH8", "0");
        preferences.putString("PCH9", "0");
        preferences.putString("PCH10", "0");
        preferences.putString("PCH11", "0");
        preferences.putString("PCH12", "0");

Serial.println(apikey);
        Serial.println(userid);
        Serial.println(ssid);
        Serial.println(pass);
        digitalWrite(GREEN, HIGH);
        delay(2000);
        digitalWrite(GREEN, LOW);
        delay(1000);
        digitalWrite(buzz, HIGH);
        delay(2000);
        digitalWrite(buzz, LOW);
        delay(1000);
        ESP.restart();
      }
    } else if (datatype == "BTCONTROLL") {
      Serial.println("datatype = BTCONTROLL");
      String S_CH1 = jsonDoc["ch1"];
      String S_CH2 = jsonDoc["ch2"];
      String S_CH3 = jsonDoc["ch3"];
      String S_CH4 = jsonDoc["ch4"];
      String S_CH5 = jsonDoc["ch5"];
      String S_CH6 = jsonDoc["ch6"];
      String S_CH7 = jsonDoc["ch7"];
      String S_CH8 = jsonDoc["ch8"];
      String S_CH9 = jsonDoc["cH9"];
      String S_CH10 = jsonDoc["ch10"];
      String S_CH11 = jsonDoc["ch11"];
      String S_CH12 = jsonDoc["ch12"];

delay(500);

Serial.println(E_CH1);
      Serial.println(E_CH2);
      Serial.println(E_CH3);
      Serial.println(E_CH4);
      Serial.println(E_CH5);
      Serial.println(E_CH6);
      Serial.println(E_CH7);
      Serial.println(E_CH8);
      Serial.println(E_CH9);
      Serial.println(E_CH10);
      Serial.println(E_CH11);
      Serial.println(E_CH12);

if (E_CH1 != S_CH1) {
        preferences.putString("PCH1", S_CH1);
        Serial.println("updated1" + S_CH1);
        changestate();
      } else {
        Serial.println(E_CH1);
      }
      if (E_CH2 != S_CH2) {
        preferences.putString("PCH2", S_CH2);
        Serial.println("updated2" + S_CH2);
        changestate();
      } else {
        Serial.println(E_CH2);
      }
      if (E_CH3 != S_CH3) {
        preferences.putString("PCH3", S_CH3);
        Serial.println("updated3" + S_CH3);
        changestate();
      } else {
        Serial.println(E_CH3);
      }
      if (E_CH4 != S_CH4) {
        preferences.putString("PCH4", S_CH4);
        Serial.println("updated4" + S_CH4);
        changestate();

} else {
        Serial.println(E_CH4);
      }
      if (E_CH5 != S_CH5) {
        preferences.putString("PCH5", S_CH5);
        Serial.println("updated5" + S_CH5);
        changestate();
      } else {
        Serial.println(E_CH5);
      }
      if (E_CH6 != S_CH6) {
        preferences.putString("PCH6", S_CH6);
        Serial.println("updated6" + S_CH6);
        changestate();
      } else {
        Serial.println(E_CH6);
      }
      if (E_CH7 != S_CH7) {
        preferences.putString("PCH7", S_CH7);
        Serial.println("updated7" + S_CH7);
        changestate();
      } else {
        Serial.println(E_CH7);
      }
      if (E_CH8 != S_CH8) {
        preferences.putString("PCH8", S_CH8);
        Serial.println("updated8" + S_CH8);
        changestate();
      } else {
        Serial.println(E_CH8);
      }
      if (E_CH9 != S_CH9) {
        preferences.putString("PCH9", S_CH9);
        Serial.println("updated9" + S_CH9);
        changestate();
      } else {
        Serial.println(E_CH9);
      }
      if (E_CH10 != S_CH10) {
        preferences.putString("PCH10", S_CH10);
        Serial.println("updated10" + S_CH10);
        changestate();
      } else {
        Serial.println(E_CH10);
      }
      if (E_CH11 != S_CH11) {
        preferences.putString("PCH11", S_CH11);
        Serial.println("updated11" + S_CH11);
        changestate();
      } else {
        Serial.println(E_CH11);
      }

if (E_CH12 != S_CH12) {
        preferences.putString("PCH12", S_CH12);
        Serial.println("updated12" + S_CH12);
        changestate();
      } else {
        Serial.println(E_CH12);
      }

} else if (datatype == "wifiupdate") {
      String Nssid = jsonDoc["ssid"];
      String Npass = jsonDoc["pass"];
      preferences.putString("ssid", Nssid);
      preferences.putString("pass", Npass);
      Serial.println("wifiinfoupdated");
      digitalWrite(buzz, HIGH);
      delay(5000);
      digitalWrite(buzz, LOW);
      delay(10);
      ESP.restart();
    } else if (datatype == "RESTART") {
      ESP.restart();
    }

} else {
    Serial.println("NOT RECIVED");
    digitalWrite(buzz, HIGH);
    delay(50);
    digitalWrite(buzz, LOW);
    delay(50);
    restartcountdoun++;
    if (restartcountdoun == 1500) {
      ESP.restart();
    }
  }
}

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LcDOhnJ1HscXYkm1

#include #include #include #include #include #include BluetoothSerial HyperwisorBT; Preferences preferences; //21 scl and 22 sda #define CH_1 23 #define CH_2 19 #define CH_3 18 #define CH_4 5 #define CH_5 17 #define CH_6 4 #define CH_7 32 #define CH_8 33 #define CH_9 26 #define CH_10 27 #define CH_11 14 #define CH_12 12 #define buzz 2 //BLUE #define RED 13 //RED #define GREEN 15 //GREEN String NAME = "

"; String header; String apikey; String userid; String deviceid; String ssid; String pass; String E_CH1; String E_CH2; String E_CH3; String E_CH4; String E_CH5; String E_CH6; String E_CH7; String E_CH8; String E_CH9; String E_CH10; String E_CH11; String E_CH12; String E_delay; int restartcountdoun = 0; HYPERWISOR_IOT HyperwisorPLC; void setup() { esp_task_wdt_init(10, true); // Set the watchdog timer to 10 seconds Serial.begin(115200); Wire.begin(); // Disable sleep modes esp_sleep_pd_config(ESP_PD_DOMAIN_RTC_PERIPH, ESP_PD_OPTION_ON); esp_sleep_pd_config(ESP_PD_DOMAIN_RTC_SLOW_MEM, ESP_PD_OPTION_ON); esp_sleep_pd_config(ESP_PD_DOMAIN_RTC_FAST_MEM, ESP_PD_OPTION_ON); initializePins(); makelowPins(); preferences.begin("my-app", false); apikey = preferences.getString("apikey"); userid = preferences.getString("userid"); deviceid = preferences.getString("deviceid"); ssid = preferences.getString("ssid"); pass = preferences.getString("pass"); delay(50); HyperwisorPLC.init(apikey); Serial.println(apikey); Serial.println(userid); Serial.println(ssid); Serial.println(pass); E_CH1 = preferences.getString("PCH1"); E_CH2 = preferences.getString("PCH2"); E_CH3 = preferences.getString("PCH3"); E_CH4 = preferences.getString("PCH4"); E_CH5 = preferences.getString("PCH5"); E_CH6 = preferences.getString("PCH6"); E_CH7 = preferences.getString("PCH7"); E_CH8 = preferences.getString("PCH8"); E_CH9 = preferences.getString("PCH9"); E_CH10 = preferences.getString("PCH10"); E_CH11 = preferences.getString("PCH11"); E_CH12 = preferences.getString("PCH12"); E_delay = preferences.getString("Pdelay"); Serial.println(E_CH1); Serial.println(E_CH2); Serial.println(E_CH3); Serial.println(E_CH4); Serial.println(E_CH5); Serial.println(E_CH6); Serial.println(E_CH7); Serial.println(E_CH8); Serial.println(E_CH9); Serial.println(E_CH10); Serial.println(E_CH11); Serial.println(E_CH12); WiFi.disconnect(); delay(50); digitalWrite(buzz, HIGH); digitalWrite(RED, HIGH); WiFi.setHostname(NAME.c_str()); WiFi.begin(ssid.c_str(), pass.c_str()); Serial.println("Connecting..........."); delay(240000); Serial.println(ssid); Serial.println(pass); Serial.println(WiFi.localIP()); //digitalWrite(buzz, HIGH); delay(2000); digitalWrite(buzz, LOW); digitalWrite(RED, LOW); delay(100); changestate(); } void loop() { esp_task_wdt_reset(); // Reset the watchdog timer if (WiFi.status() == WL_CONNECTED) { digitalWrite(buzz, LOW); digitalWrite(RED, LOW); digitalWrite(GREEN, HIGH); String jsonobj = HyperwisorPLC.get_schema(); char json[1512]; String payload = jsonobj; Serial.println(payload); int leng = payload.length(); String newpayload = payload.substring(1, leng - 1); newpayload.replace(" ", ""); newpayload.replace("\n", ""); newpayload.trim(); newpayload.remove(0, 10); newpayload.toCharArray(json, 1512); StaticJsonDocument jsonDoc; DeserializationError error = deserializeJson(jsonDoc, newpayload); if (error) { Serial.print("deserializeJson() failed: "); Serial.println(error.c_str()); return; } // Serial.println(deviceid); // Serial.println(newpayload); String S_CH1 = jsonDoc["ch1"]; String S_CH2 = jsonDoc["ch2"]; String S_CH3 = jsonDoc["ch3"]; String S_CH4 = jsonDoc["ch4"]; String S_CH5 = jsonDoc["ch5"]; String S_CH6 = jsonDoc["ch6"]; String S_CH7 = jsonDoc["ch7"]; String S_CH8 = jsonDoc["ch8"]; String S_CH9 = jsonDoc["ch9"]; String S_CH10 = jsonDoc["ch10"]; String S_CH11 = jsonDoc["ch11"]; String S_CH12 = jsonDoc["ch12"]; String S_delay = jsonDoc["delay"]; String i2c_status = jsonDoc["i2c"]; int S_address = jsonDoc["address"]; String S_data = jsonDoc["data"]; if (i2c_status == "1") { send_over_i2c(S_address, S_data); //Serial.println(i2cdata); digitalWrite(buzz, LOW); digitalWrite(RED, HIGH); digitalWrite(GREEN, LOW); HyperwisorPLC.update_schema("i2c=0"); delay(100); } else { Serial.println("No i2c Data"); } delay(S_delay.toInt()); Serial.println(S_delay); delay(100); E_CH1 = preferences.getString("PCH1"); E_CH2 = preferences.getString("PCH2"); E_CH3 = preferences.getString("PCH3"); E_CH4 = preferences.getString("PCH4"); E_CH5 = preferences.getString("PCH5"); E_CH6 = preferences.getString("PCH6"); E_CH7 = preferences.getString("PCH7"); E_CH8 = preferences.getString("PCH8"); E_CH9 = preferences.getString("PCH9"); E_CH10 = preferences.getString("PCH10"); E_CH11 = preferences.getString("PCH11"); E_CH12 = preferences.getString("PCH12"); //E_delay = preferences.getString("Pdelay"); if (E_CH1 != S_CH1) { preferences.putString("PCH1", S_CH1); delay(10); changestate(); Serial.println("updated1" + S_CH1); } else { Serial.println(E_CH1); } if (E_CH2 != S_CH2) { preferences.putString("PCH2", S_CH2); delay(10); changestate(); Serial.println("updated2" + S_CH2); } else { Serial.println(E_CH2); } if (E_CH3 != S_CH3) { preferences.putString("PCH3", S_CH3); delay(10); changestate(); Serial.println("updated3" + S_CH3); } else { Serial.println(E_CH3); } if (E_CH4 != S_CH4) { preferences.putString("PCH4", S_CH4); delay(10); changestate(); Serial.println("updated4" + S_CH4); } else { Serial.println(E_CH4); } if (E_CH5 != S_CH5) { preferences.putString("PCH5", S_CH5); delay(10); changestate(); Serial.println("updated5" + S_CH5); } else { Serial.println(E_CH5); } if (E_CH6 != S_CH6) { preferences.putString("PCH6", S_CH6); delay(10); changestate(); Serial.println("updated6" + S_CH6); } else { Serial.println(E_CH6); } if (E_CH7 != S_CH7) { preferences.putString("PCH7", S_CH7); delay(10); changestate(); Serial.println("updated7" + S_CH7); } else { Serial.println(E_CH7); } if (E_CH8 != S_CH8) { preferences.putString("PCH8", S_CH8); delay(10); changestate(); Serial.println("updated8" + S_CH8); } else { Serial.println(E_CH8); } if (E_CH9 != S_CH9) { preferences.putString("PCH9", S_CH9); delay(10); changestate(); Serial.println("updated9" + S_CH9); } else { Serial.println(E_CH9); } if (E_CH10 != S_CH10) { preferences.putString("PCH10", S_CH10); delay(10); changestate(); Serial.println("updated10" + S_CH10); } else { Serial.println(E_CH10); } if (E_CH11 != S_CH11) { preferences.putString("PCH11", S_CH11); delay(10); changestate(); Serial.println("updated11" + S_CH11); } else { Serial.println(E_CH11); } if (E_CH12 != S_CH12) { preferences.putString("PCH12", S_CH12); delay(10); changestate(); Serial.println("updated12" + S_CH12); } else { Serial.println(E_CH12); } String iftdtresponse = HyperwisorPLC.runiftdt(); delay(500); String scheduleresponse = HyperwisorPLC.runscheule(); Serial.println(iftdtresponse); Serial.println(scheduleresponse); } else { startBT(); } } void initializePins() { pinMode(CH_1, OUTPUT); pinMode(CH_2, OUTPUT); pinMode(CH_3, OUTPUT); pinMode(CH_4, OUTPUT); pinMode(CH_5, OUTPUT); pinMode(CH_6, OUTPUT); pinMode(CH_7, OUTPUT); pinMode(CH_8, OUTPUT); pinMode(CH_9, OUTPUT); pinMode(CH_10, OUTPUT); pinMode(CH_11, OUTPUT); pinMode(CH_12, OUTPUT); pinMode(buzz, OUTPUT); pinMode(RED, OUTPUT); pinMode(GREEN, OUTPUT); } void makelowPins() { digitalWrite(CH_1, LOW); digitalWrite(CH_2, LOW); digitalWrite(CH_3, LOW); digitalWrite(CH_4, LOW); digitalWrite(CH_5, LOW); digitalWrite(CH_6, LOW); digitalWrite(CH_7, LOW); digitalWrite(CH_8, LOW); digitalWrite(CH_9, LOW); digitalWrite(CH_10, LOW); digitalWrite(CH_11, LOW); digitalWrite(CH_12, LOW); digitalWrite(buzz, LOW); digitalWrite(RED, LOW); digitalWrite(GREEN, LOW); } void changestate() { digitalWrite(buzz, LOW); digitalWrite(RED, HIGH); digitalWrite(GREEN, LOW); Serial.println("CHANGE STATE"); E_CH1 = preferences.getString("PCH1"); E_CH2 = preferences.getString("PCH2"); E_CH3 = preferences.getString("PCH3"); E_CH4 = preferences.getString("PCH4"); E_CH5 = preferences.getString("PCH5"); E_CH6 = preferences.getString("PCH6"); E_CH7 = preferences.getString("PCH7"); E_CH8 = preferences.getString("PCH8"); E_CH9 = preferences.getString("PCH9"); E_CH10 = preferences.getString("PCH10"); E_CH11 = preferences.getString("PCH11"); E_CH12 = preferences.getString("PCH12"); if (E_CH1 == "0") { digitalWrite(CH_1, LOW); } else { //analogWrite(CH_1, E_CH1.toInt()); digitalWrite(CH_1, HIGH); } delay(10); if (E_CH2 == "0") { digitalWrite(CH_2, LOW); } else if (E_CH2 != 0) { digitalWrite(CH_2, HIGH); // analogWrite(CH_2, E_CH2.toInt()); } delay(10); if (E_CH3 == "0") { digitalWrite(CH_3, LOW); //analogWrite(CH_3, E_CH3.toInt()); } else { digitalWrite(CH_3, HIGH); // analogWrite(CH_3, E_CH3.toInt()); } delay(10); if (E_CH4 == "0") { digitalWrite(CH_4, LOW); //analogWrite(CH_4, E_CH4.toInt()); } else { digitalWrite(CH_4, HIGH); // analogWrite(CH_4, E_CH4.toInt()); } delay(10); if (E_CH5 == "0") { digitalWrite(CH_5, LOW); //analogWrite(CH_5, E_CH5.toInt()); } else { digitalWrite(CH_5, HIGH); // analogWrite(CH_5, E_CH5.toInt()); } delay(10); if (E_CH6 == "0") { digitalWrite(CH_6, LOW); } else { digitalWrite(CH_6, HIGH); } delay(10); if (E_CH7 == "0") { digitalWrite(CH_7, LOW); //Serial.println("check 7 low : " + E_CH7); } else { digitalWrite(CH_7, HIGH); // Serial.println("check 7 high : " + E_CH7); } delay(10); if (E_CH8 == "0") { digitalWrite(CH_8, LOW); } else { digitalWrite(CH_8, HIGH); } delay(10); if (E_CH9 == "0") { digitalWrite(CH_9, LOW); } else { digitalWrite(CH_9, HIGH); } delay(10); if (E_CH10 == "0") { digitalWrite(CH_10, LOW); } else { digitalWrite(CH_10, HIGH); } delay(10); if (E_CH11 == "0") { digitalWrite(CH_11, LOW); } else { digitalWrite(CH_11, HIGH); } delay(10); if (E_CH12 == "0") { digitalWrite(CH_12, LOW); } else { digitalWrite(CH_12, HIGH); } delay(10); // Serial.println(E_CH1); // Serial.println(E_CH2); // Serial.println(E_CH3); // Serial.println(E_CH4); // Serial.println(E_CH5); // Serial.println(E_CH6); // Serial.println(E_CH7); // Serial.println(E_CH8); // Serial.println(E_CH9); // Serial.println(E_CH10); // Serial.println(E_CH11); // Serial.println(E_CH12); // Serial.println(E_CI); // Serial.println(E_Active); // digitalWrite(RED, LOW); // digitalWrite(GREEN, HIGH); } void send_over_i2c(int address, String data) { Wire.beginTransmission(address); Wire.write(data.c_str()); // Convert String to const char* using c_str() Wire.endTransmission(); Serial.println("i2c data recived:"); Serial.println(data); // return "201"; } void startBT() { #if !defined(CONFIG_BT_ENABLED) || !defined(CONFIG_BLUEDROID_ENABLED) #error Bluetooth is not enabled! Please run `make menuconfig` to and enable it #endif HyperwisorBT.begin(NAME.c_str()); if (HyperwisorBT.available()) { String btdata = HyperwisorBT.readString(); Serial.println(btdata); StaticJsonDocument jsonDoc; DeserializationError error = deserializeJson(jsonDoc, btdata); if (error) { Serial.print("deserializeJson() failed: "); Serial.println(error.c_str()); return; } String datatype = jsonDoc["Datatype"]; if (datatype == "wifiinfo") { Serial.println("datatype = wifiinfo"); String apikey = jsonDoc["apikey"]; String userid = jsonDoc["userid"]; String deviceid = jsonDoc["deviceid"]; String ssid = jsonDoc["ssid"]; String pass = jsonDoc["pass"]; if (ssid.length() > 0 && pass.length() > 0 && apikey.length() > 0) { preferences.putString("apikey", apikey); preferences.putString("userid", userid); preferences.putString("deviceid", deviceid); preferences.putString("ssid", ssid); preferences.putString("pass", pass); preferences.putString("PCH1", "0"); preferences.putString("PCH2", "0"); preferences.putString("PCH3", "0"); preferences.putString("PCH4", "0"); preferences.putString("PCH5", "0"); preferences.putString("PCH6", "0"); preferences.putString("PCH7", "0"); preferences.putString("PCH8", "0"); preferences.putString("PCH9", "0"); preferences.putString("PCH10", "0"); preferences.putString("PCH11", "0"); preferences.putString("PCH12", "0"); Serial.println(apikey); Serial.println(userid); Serial.println(ssid); Serial.println(pass); digitalWrite(GREEN, HIGH); delay(2000); digitalWrite(GREEN, LOW); delay(1000); digitalWrite(buzz, HIGH); delay(2000); digitalWrite(buzz, LOW); delay(1000); ESP.restart(); } } else if (datatype == "BTCONTROLL") { Serial.println("datatype = BTCONTROLL"); String S_CH1 = jsonDoc["ch1"]; String S_CH2 = jsonDoc["ch2"]; String S_CH3 = jsonDoc["ch3"]; String S_CH4 = jsonDoc["ch4"]; String S_CH5 = jsonDoc["ch5"]; String S_CH6 = jsonDoc["ch6"]; String S_CH7 = jsonDoc["ch7"]; String S_CH8 = jsonDoc["ch8"]; String S_CH9 = jsonDoc["cH9"]; String S_CH10 = jsonDoc["ch10"]; String S_CH11 = jsonDoc["ch11"]; String S_CH12 = jsonDoc["ch12"]; delay(500); Serial.println(E_CH1); Serial.println(E_CH2); Serial.println(E_CH3); Serial.println(E_CH4); Serial.println(E_CH5); Serial.println(E_CH6); Serial.println(E_CH7); Serial.println(E_CH8); Serial.println(E_CH9); Serial.println(E_CH10); Serial.println(E_CH11); Serial.println(E_CH12); if (E_CH1 != S_CH1) { preferences.putString("PCH1", S_CH1); Serial.println("updated1" + S_CH1); changestate(); } else { Serial.println(E_CH1); } if (E_CH2 != S_CH2) { preferences.putString("PCH2", S_CH2); Serial.println("updated2" + S_CH2); changestate(); } else { Serial.println(E_CH2); } if (E_CH3 != S_CH3) { preferences.putString("PCH3", S_CH3); Serial.println("updated3" + S_CH3); changestate(); } else { Serial.println(E_CH3); } if (E_CH4 != S_CH4) { preferences.putString("PCH4", S_CH4); Serial.println("updated4" + S_CH4); changestate(); } else { Serial.println(E_CH4); } if (E_CH5 != S_CH5) { preferences.putString("PCH5", S_CH5); Serial.println("updated5" + S_CH5); changestate(); } else { Serial.println(E_CH5); } if (E_CH6 != S_CH6) { preferences.putString("PCH6", S_CH6); Serial.println("updated6" + S_CH6); changestate(); } else { Serial.println(E_CH6); } if (E_CH7 != S_CH7) { preferences.putString("PCH7", S_CH7); Serial.println("updated7" + S_CH7); changestate(); } else { Serial.println(E_CH7); } if (E_CH8 != S_CH8) { preferences.putString("PCH8", S_CH8); Serial.println("updated8" + S_CH8); changestate(); } else { Serial.println(E_CH8); } if (E_CH9 != S_CH9) { preferences.putString("PCH9", S_CH9); Serial.println("updated9" + S_CH9); changestate(); } else { Serial.println(E_CH9); } if (E_CH10 != S_CH10) { preferences.putString("PCH10", S_CH10); Serial.println("updated10" + S_CH10); changestate(); } else { Serial.println(E_CH10); } if (E_CH11 != S_CH11) { preferences.putString("PCH11", S_CH11); Serial.println("updated11" + S_CH11); changestate(); } else { Serial.println(E_CH11); } if (E_CH12 != S_CH12) { preferences.putString("PCH12", S_CH12); Serial.println("updated12" + S_CH12); changestate(); } else { Serial.println(E_CH12); } } else if (datatype == "wifiupdate") { String Nssid = jsonDoc["ssid"]; String Npass = jsonDoc["pass"]; preferences.putString("ssid", Nssid); preferences.putString("pass", Npass); Serial.println("wifiinfoupdated"); digitalWrite(buzz, HIGH); delay(5000); digitalWrite(buzz, LOW); delay(10); ESP.restart(); } else if (datatype == "RESTART") { ESP.restart(); } } else { Serial.println("NOT RECIVED"); digitalWrite(buzz, HIGH); delay(50); digitalWrite(buzz, LOW); delay(50); restartcountdoun++; if (restartcountdoun == 1500) { ESP.restart(); } } }

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