aaf2e100-eb2a-4c8e-9fe1-16181f142390

Sensorflow

K6a4aIRll5uIFCyEE

Product Dashboard

Edit

Production

QR

Connected Devices

Product Name

Device

Product Type

Software

Product ID

5hbhGHBJHDVGJ51

Product Info

Add Product Name

Name of Property

Value

Add

Remove

Heading 5

Properties/ Schema

List of Properties

Check

Product Firmware

Code1

Code2

";
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() {
  Serial.begin(115200);

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");
  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);
  WiFi.setHostname(NAME.c_str());
  WiFi.begin(ssid.c_str(), pass.c_str());
  delay(1000);
  Serial.println("connected to");
  Serial.println(ssid);
  Serial.println(pass);
  Serial.println(WiFi.localIP());
  digitalWrite(buzz, HIGH);
  delay(2000);
  digitalWrite(buzz, LOW);
  delay(100);
  changestate();
}

void loop() {
  if (WiFi.status() == WL_CONNECTED) {
    String jsonobj = HyperwisorPLC.get_ch_status();

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

// String S_CH1 = HyperwisorPLC.extractor(jsonobj, "ch1");
    // String S_CH2 = HyperwisorPLC.extractor(jsonobj, "ch2");
    // String S_CH3 = HyperwisorPLC.extractor(jsonobj, "ch3");
    // String S_CH4 = HyperwisorPLC.extractor(jsonobj, "ch4");
    // String S_CH5 = HyperwisorPLC.extractor(jsonobj, "ch5");
    // String S_CH6 = HyperwisorPLC.extractor(jsonobj, "ch6");
    // String S_CH7 = HyperwisorPLC.extractor(jsonobj, "ch7");
    // String S_CH8 = HyperwisorPLC.extractor(jsonobj, "ch8");
    // String S_CH9 = HyperwisorPLC.extractor(jsonobj, "ch9");
    // String S_CH10 = HyperwisorPLC.extractor(jsonobj, "ch10");
    // String S_CH11 = HyperwisorPLC.extractor(jsonobj, "ch11");
    // String S_CH12 = HyperwisorPLC.extractor(jsonobj, "ch12");

// Serial.println(S_CH1);
    // Serial.println(S_CH2);
    // Serial.println(S_CH3);
    // Serial.println(S_CH4);
    // Serial.println(S_CH5);
    // Serial.println(S_CH6);
    // Serial.println(S_CH7);
    // Serial.println(S_CH8);
    // Serial.println(S_CH9);
    // Serial.println(S_CH10);
    // Serial.println(S_CH11);
    // Serial.println(S_CH12);

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);
    }
  } 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);
}

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);
}

void changestate() {

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);
}

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<512> 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(buzz, HIGH);
        delay(2000);
        digitalWrite(buzz, 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);
    WiFi.setHostname(NAME.c_str());
    WiFi.begin(ssid.c_str(), pass.c_str());
    delay(500);
    //server.begin();
    digitalWrite(buzz, HIGH);
    delay(50);
    digitalWrite(buzz, LOW);

restartcountdoun++;
    if (restartcountdoun == 500) {
      ESP.restart();
    }
  }
}

Your content has been submitted

An error occurred. Try again later

Production

Add WIFI Name of your product

Add Bluetooth Name of your product

Get Code

Device Name

User ID

Lastseen

test1

sandeeptrimbake2acc@gmail.com

Mon Mar 04 2024 01:36 AM

My controller 2

sensorflowiot@gmail.com

Sun Jan 21 2024 04:39 PM

My controller 1

sensorflowiot@gmail.com

Sun Jan 21 2024 04:45 PM

ESP32

pranavbachhav0708@gmail.com

Sun Jan 21 2024 04:35 PM

ESP23 DEMO

sensorflowiot@gmail.com

Sun Jan 21 2024 05:34 PM

Sensorflow BT1

sensorflowiot@gmail.com

Sun Jan 21 2024 04:51 PM

Arduino

sensorflowiot@gmail.com

Sun Jan 21 2024 05:34 PM

gitanjali project

sensorflowiot@gmail.com, gitanjalijadhav880@gmail.com

Sun Jan 21 2024 04:39 PM

Esp 32 Datta

sensorflowiot@gmail.com

Sun Jan 21 2024 04:43 PM

Security IC

sensorflowiot@gmail.com suyogbelekar19042001@gmail.com

Sun Jan 21 2024 04:42 PM

Rspi4

chetangujarathi08528@gmail.com, sensorflowiot@gmail.com

Sun Jan 21 2024 04:45 PM

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

Device

5hbhGHBJHDVGJ51

#include #include #include #include //#include BluetoothSerial HyperwisorBT; Preferences preferences; #define CH_1 23 #define CH_2 22 #define CH_3 19 #define CH_4 18 #define CH_5 5 #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 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() { Serial.begin(115200); 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"); 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); WiFi.setHostname(NAME.c_str()); WiFi.begin(ssid.c_str(), pass.c_str()); delay(1000); Serial.println("connected to"); Serial.println(ssid); Serial.println(pass); Serial.println(WiFi.localIP()); digitalWrite(buzz, HIGH); delay(2000); digitalWrite(buzz, LOW); delay(100); changestate(); } void loop() { if (WiFi.status() == WL_CONNECTED) { String jsonobj = HyperwisorPLC.get_ch_status(); 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"]; delay(S_delay.toInt()); Serial.println(S_delay); // String S_CH1 = HyperwisorPLC.extractor(jsonobj, "ch1"); // String S_CH2 = HyperwisorPLC.extractor(jsonobj, "ch2"); // String S_CH3 = HyperwisorPLC.extractor(jsonobj, "ch3"); // String S_CH4 = HyperwisorPLC.extractor(jsonobj, "ch4"); // String S_CH5 = HyperwisorPLC.extractor(jsonobj, "ch5"); // String S_CH6 = HyperwisorPLC.extractor(jsonobj, "ch6"); // String S_CH7 = HyperwisorPLC.extractor(jsonobj, "ch7"); // String S_CH8 = HyperwisorPLC.extractor(jsonobj, "ch8"); // String S_CH9 = HyperwisorPLC.extractor(jsonobj, "ch9"); // String S_CH10 = HyperwisorPLC.extractor(jsonobj, "ch10"); // String S_CH11 = HyperwisorPLC.extractor(jsonobj, "ch11"); // String S_CH12 = HyperwisorPLC.extractor(jsonobj, "ch12"); // Serial.println(S_CH1); // Serial.println(S_CH2); // Serial.println(S_CH3); // Serial.println(S_CH4); // Serial.println(S_CH5); // Serial.println(S_CH6); // Serial.println(S_CH7); // Serial.println(S_CH8); // Serial.println(S_CH9); // Serial.println(S_CH10); // Serial.println(S_CH11); // Serial.println(S_CH12); 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); } } 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); } 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); } void changestate() { 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); } 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(buzz, HIGH); delay(2000); digitalWrite(buzz, 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); WiFi.setHostname(NAME.c_str()); WiFi.begin(ssid.c_str(), pass.c_str()); delay(500); //server.begin(); digitalWrite(buzz, HIGH); delay(50); digitalWrite(buzz, LOW); restartcountdoun++; if (restartcountdoun == 500) { ESP.restart(); } } }

Collapsible text is great for longer section titles and descriptions. It gives people access to all the info they need, while keeping your layout clean. Link your text to anything, or set your text box to expand on click. Write your text here...