DIY Smart Universal Remote Control with Google Assistant Voice command support

Published July 22, 2022 0
Jobit Joseph
Author
DIY Smart Universal IR Remote Control with Voice Command
In our day-to-day life, we use various gadgets such as television, set-top boxes, air conditioners, home theatre, DVD players, and many other remote-operated devices. Different gadgets means maintaining different remote controls which are not only clumsy but also difficult to manage. Universal remote control simplifies our life because it helps us control any IR devices in our daily life. So in this project we are going to build a single IR-based universal remote which can control all available IR-remote controlled electronic gadgets. Also thanks to the sponsors of this project pcbway.com we were able to build this Smart Remote on a sleek shiny black PCB with touch capacitive buttons making it look more cool.
In this project, we are going to build a universal remote which will be versatile and can quickly learn new devices and new IR protocols. This is not just going to be a universal remote but a Smart Universal remote with smart features like IR Learning, Control over WiFi, and Google Assistant Voice command support.
Components Required to Build Smart Universal Remote

The components required to build this project are very few. The components required are the following:
ESP32-WROOM-32 Module x1
TP5100 2S Li-Ion Charger IC x1
CH340C USB -TTL Converter IC x1
MT3608 Boost Converter IC x1
HY2120CB 2S Battery Protection IC x1
8205A SMD N-Channel MOSFET TSSOP-8 x1
AO3401 P-Channel MOSFET SOT-23-3 x1
S8050 SMD transistor SOT-23-3 x3
VS1838B IR Sensor x1
RGB LED 1615 Common Cathode x1
RGB LED 1615 Common Anode x1
5mm IR LED x3
SS34 Diode DO-214AC x2
22uH SMD Inductor 7x6.8mm x2
0.1uF Capacitor 0603 x6
1nF Capacitor 0603 x1
10uF Capacitor 0603 x2
10uF Capacitor 1206 x3
22uF Capacitor 1206 x2
0.5Ω Resistor 1206 x2
330Ω Resistor 0603 x2
470Ω Resistor 0603 x2
680Ω Resistor 0603 x1
1KΩ Resistor 0603 x5
1.2KΩ Resistor 0603 x1
2KΩ Resistor 0603 x1
4.7K Ω Resistor 0603 x2
10KΩ Resistor 0603 x6
22KΩ Resistor 0603 x1
47KΩ Resistor 0603 x1
100KΩ Resistor 0603 x1
SPDT SMD Switch x3
Micro USB Connector x1
2S 18650 Holder SMD x1
Li-ion Battery 18650 x2
PCB
SMD Rework station
Other Necessary tools and consumables
Smart Universal Remote Schematics

The complete schematics diagram for the Smart Universal Remote control is given below.
Here is the full assembled smart remote.
DIY Smart Universal Remote
Now let’s discuss each of the sections. The 5V input from the USB connector is connected to a Boost converter circuit built around the popular MT3608 IC from XI'AN Aerosemi Tech. The MT3608 is a constant frequency, 6-pin SOT23 current mode step-up converter intended for small, low-power applications. The MT3608 switches at 1.2MHz and this allows the use of tiny, low-cost capacitors and inductors. Internal soft-start results in a small inrush current and extends battery life. The MT3608 features automatic shifting to pulse frequency modulation mode at light loads. The MT3608 includes under-voltage lockout, current limiting, and thermal overload protection to prevent damage in the event of an output overload. Since we are using a 2S battery configuration, we will need at least 8.4V to fully charge our batteries. That’s why we are using this boost converter circuit to boost the 5V input to 8.4V. You can change the output voltage of the boost converter by changing the values of resistors R1 and R2.
boost Converter Schematic
The charger circuit is built around the TP5100 charging IC from TOPPOWER. TP5100 is a step-down switching double 8.4V / 4.2V single lithium battery charge management chip in an ultra-small QFN16 package. It requires a very minimal external circuit which makes it ideal for portable devices. Meanwhile, TP5100 has built-in input overcurrent, under-voltage protection, over-temperature protection, short circuit protection, battery temperature monitoring, and reverse battery protection. TP5100 can handle a wide input voltage of 5V-18V. The charge current can be adjusted through an external resistor. The maximum charging current is 2A. TP5100 uses a switching frequency of 400KHz.
A RGB LED in the 1615 package is used as a charging indicator. The charging current is set below 500mA to make sure the MT3608 is not overdriven, which would result in overheating. The charging current can be adjusted by changing the value of Resistors R17 and R26.
2S Charger Schematic
The battery protection circuit is based on the HY2120CB from HYCONTEK. This chip along with 8205A dual N-Channel MOSFET will protect the battery from over-discharge, overcharge, and accidental short circuit situations. This is the most common configuration you can find on most commercially available 2S BMS solutions.
2S Battery Protection Schematic
The following section contains the 3.3V voltage regulator and the power switch. The output from the BMS is connected to a P-Channel MOSFET and the MOSFET gate is controlled to power the rest of the circuit. This approach is used since the small SMD slide switch can’t handle a current of more than 300mA. When we connect the gate of the MOSFET to a 0V level, the MOSFET will turn on and the current will pass through. A pullup resistor is used to ensure the MOSFET is fully turned OFF. AO3401 MOSFET from ALPHA & OMEGA Semiconductors is used since they are available in a small SOT-23 package and can handle a current up to 4A with very low RDS(On) of 85mΩ at 2.5V Vgs. The 3.3V for the SoC is made using the popular AMS1117-3.3 LDO. Sufficient bypass capacitors are used to eliminate any possible noise.
Voltage Regulator Schematic
The programming circuit is made around the CH340C USB – TTL IC from WCH. The C variant doesn’t require an external crystal, and this will help save precious board space and will give better performance. The ESP32 auto-reset circuit is made with two NPN transistors. One thing to keep in mind is that since the GPIO0 is one of the touch inputs, the auto-reset circuit will interfere with the touch readings. We can avoid this by not installing the resistor R37. If you don’t install this resistor, you must short the resistor pads during the programming using a tweezer and remove that after the programming starts. Another workaround is to install the resistor and remove it after the initial programming. The future updates can be done over OTA.
USB TTL Schematic
The heart of this project is the ESP32-WROOM-32 module. The basic connections for the ESP32 are given below. An RGB LED is used here for notifications and mode indications.
ESP32-WROOM-32 Schematic
The IR transmitter section consists of three IR LEDs along with the current limit resistors and a driver transistor. The transistor is driven with the PWM signal from GPIO16. The receiver is simple a VS1838 IR sensor and is connected to the GPIO17 pin.
IR Transmitter and Receiver Schematic
Battery voltage monitoring is done using a voltage divider, which will translate the high battery voltage to a safe voltage level below 3.3V. The Smart Remote has three operational modes and can be selected using the two slide switches. More details are provided in the operation instruction below.
Smart Remote Battery Monitoring Schematic
Finally, the 10 touch pads are used to detect each corresponding touch. The pads are Arranged neatly for better visual appeal and ease of use.
Smart Remote Touchpad
DIY Smart Universal Remote PCB Design

The PCB for the Smart IR Remote has a dimension of 145mm x 50mm. The image below shows the top side of the two-layer PCB. The top side has only two indicator LEDs. One on the bottom, near the USB port, will show the charging status and the other one on the top will show the mode status and other indications.
Universal Smart Remote PCB
And here is the bottom side. The PCB is designed in a way that most of the components are on the bottom side. This will not only make the assembly process easier and cheaper, but the top side will look neat and clean.
Smart Universal Remote PCB
You can download the Universal Smart Remote PCB Layout Gerber File from here.
Ordering the Smart Universal IR Remote PCB from PCBWay

Now, after finalizing the design, you can proceed with ordering the PCB:
Step 1: Get into https://www.pcbway.com/, and sign up if this is your first time. Then, in the PCB Prototype tab, enter the dimensions of your PCB, the number of layers, and the number of PCBs you require.
PCB Prototype from PCBWay
Step 2: Proceed by clicking on the ‘Quote Now’ button. You will be taken to a page to set a few additional parameters like the Board type, Layers, Material for PCB, Thickness, and more. Most of them are selected by default, if you are opting for any specific parameters, you can select it here.
PCBWay Online PCB Quote
Step 3: The final step is to upload the Gerber file and proceed with the payment. To make sure the process is smooth, PCBWAY verifies if your Gerber file is valid before proceeding with the payment. This way, you can be sure that your PCB is fabrication friendly and will reach you as committed.
PCBWay Gerber Viewer
Once you upload the Gerber file and make the payment, your job is done and you will get a confirmation email with all your details in your email address.
Assembling the Smart Universal Remote Control PCB

After the board was ordered, it reached me after some days through our courier service in a neatly labeled well-packed box. The PCB quality was good as always. The top layer and the bottom layer of the board are shown below:
Smart Remote PCB Layout
After making sure the tracks and footprints were correct. I proceeded with the assembling of the PCB. The completely soldered board looks like the image below:
Smart Universal Remote Control
Smart Universal Remote
Now, we can move on to the next step that is configuring Adafruit IO and IFTTT
Setting Up Adafruit IO and IFTTT for Google Assistant Integration

As we have already mentioned, this Smart Remote supports Google Assistant Voice Command. For the Google Assistant integration, we are going to use the Adafruit IO and the IFTTT. So to start, go to Adafruit IO and create an account. If you already have an account login into it. Once logged in, go to the Dashboards page and create a new dashboard. Once created, open that dashboard and create a block by selecting the Create New Block option from the setting menu.
Adafruit IO Setup
In the Create New Block wizard choose text block and in the connect a feed windows create a new feed called Smart Remote as shown below.
Setting Up Adafruit IO for Google Assistant Integration
Click on Next Step and in the next window enter the block title and click Create Block to finish. This will add a text block to your dashboard. Once it’s done, click on the My Key link on the top of the dashboard and copy your USERNAME and KEY. Add this to the Arduino code.
Now to set up IFTTT, go to the IFTTT website and create a new account or login into the existing account. Once Logged in, click on Create button on the top. In the Create Applet widget, select Google Assistant for If This and connect the same google account you’re using on your phone when asked. In the next window, set everything as shown below and click save.
Setting Up IFTTT for Google Assistant Integration
And for Then That select Send data to Adafruit IO template and link your Adafruit IO account when asked. And in the setting select the Smart remote feed you have previously created and add a text field ingredient as shown below.
IFTTT Setup for Google Assistant Integration
Then click on save and that’s all.
Arduino Code for Smart Remote

Download the entire code from the Circuit Digest GitHub repo link given at the bottom of this article. Extract it to a folder and make sure not to change any file or folder structure. All the necessary libraries and files are included in the sketch folder. Open the sketch in the Arduino IDE and select ESP32 Dev Module as the board. Also, set the partition scheme to Minimal SPIFFS (1.9MB APP with OTA/109KB SPIFFS).
Smart Universal Remote Arduino Code
Add your Adafruit IO username and key to the sketch. Then compile the code and upload it.
And while programming, if you haven’t installed the R37 resistor, you must short the resistor pads during the programming using a tweezer and remove that after the programming starts. And if you have installed it, remove it as soon as the programming is done.
Smart Remote Operation Instruction

Smart Universal Remote Parts
The Smart Remote has three operation modes namely Learning Mode, Smart Mode, and Power Saving Mode. You can select the mode using the two slide switches on board. Please check the image below to know how to select each mode. Keep in mind that you should change to Smart / Power saving once the learning or IR training is done.
Smart Universal Remote Switch
Now let’s see how each mode works and how to operate in each mode.
Learning Mode

In this mode, we can store code for each touch input. To enter learning mode, change the Learning mode switch to its down position, and the status led will show an RGB pattern to indicate that the remote is in the learning mode. To train or store the IR code, touch on the corresponding touchpad, and press the switch on the other remote you want to learn, pointing to the IR receiver as shown below. Once valid code is stored the RGB led will flash an RGB pattern indicating the code is saved. Repeat this process for all other touchpads and change the Learning to the upward position once done.
Smart Mode

In the smart mode, you can operate the remote in three ways. By directly touching the corresponding touch pad, by using a smartphone or using the Google Assistant Voice command. To use the Smart mode, make sure the learning mode is off and put the other mode selection switch to the downward position. The RGB LED will blink in red color while booting to indicate that the remote is in Smart mode. And the LED will stay on in red color.
During the initial set-up or if the remote Wi-Fi settings are reset, the Remote will change to configuration mode. During this, the touch pads won’t work. To configure the remote, use a smartphone to connect to the Wi-Fi hotspot named Smart Remote. The password for the hotspot is circuitdigest.
Smart Remote Hotspot
Once connected the following page will open automatically. Click on Configure WiFi.
Smart Remote Wifi Manager
In a few seconds, a new page will open showing all the available networks. You can either select one or enter the SSID manually.
Smart Remote Wifi Configuration
Once the password is entered, click on Save to save the WiFi configuration.
Universal Remote Wifi Configuration
Once done, after a few seconds turn off and turn on the remote. The Smart remote will connect to the WiFi you have configured. If the WiFi connection is failed the remote will go to the configuration mode and you can set the WiFi settings again. This setup is only necessary at once. The remote will connect to the WiFi network automatically after this.
Once the initial setup is complete, you can access the remote through any web browser. If you are using an Apple device or a PC, you can access the remote by going to the following address http://smartremote.local/. If you’re using an Android device, you can access the remote by entering the device’s IP address. You can find this IP address either from your router or by connecting it to the PC and opening the Serial monitor and then rebooting. You can also use any network scanning app to find the IP.
Universal Smart Remote User Interface
You can operate the remote by pressing any button on the resulting webpage. The touch pads will also work so that you can use the remote simultaneously. You can operate the remote with Google Assistant voice command too. For this, make sure your WiFi has internet access. To use the Voice command, make sure you’re using the same Google account on your phone, which you have linked to the IFTTT applet. To operate, simply say “Ok Google, Send button next” or “Hey Google, Send button next”. Change the last phrase to the corresponding keyword. The current keywords are power, ok, Up, Down, Left, Right, Plus, Minus, Next, and Previous. You can change or customize these phrases in the Arduino code if you like.
Power Saving Mode

In this mode, the remote will work as a normal remote. The WiFi and other smart functions will be disabled. You can operate the remote with the touchpad. The remote will go to deep sleep mode if it’s not used for 20 seconds to save power and will wake automatically when you touch touchpads.
Resetting the Smart Remote

You can reset the remote if you want to reset the WiFi configurations. To do this, make sure the remote is in Smart mode. Turn off the device. Turn it back on while touching and holding power, minus, and previous buttons. Keep the touch until you see the LED flash in red and blue color alternatively. Once the LED starts to flash, release the touch and touch the Ok button to confirm reset. The Remote will clear all the WiFi configurations and will go into configuration mode. Now you can set the WiFi configurations as mentioned earlier.
Updating the Smart Remote

To make the Smart Remote, we have included the OTA firmware update. You can update your Smart Remote’s firmware from any browser, and it is pretty easy too. To update the firmware, first make sure the Smart remote is in the smart mode and the smartphone or computer you’re using to update the firmware is connected to the same network as the Smart Remote. Then go to the update URL http://ip_address/update. Replace the ip_address with the IP address of the Smart Remote, for eg example the IP address of my smart remote is 192.168.29.246 so the OTA update URL of my Smart Remote will be http://192.168.29.246/update.
If you are using an Apple device or a computer, you can also access the OTA update page by going to the MDNS address http://smartremote.local/update. Keep in mind that this address won’t work with all Android phones since the older Android Versions don’t support MDNS. On the update page, make sure the Firmware radio option is selected. Then click on Choose File button and select your firmware bin file. Once a valid firmware file is selected, the Smart Remote will be automatically updated to it.
Smart Remote OTA Firmware
Once the update is complete and successful, the Smart Remote will automatically reboot.
Smart Remote OTA Firmware Update
Charging the Smart Remote

You can charge the remote by simply connecting the USB cable from any 5V charger to the micro-USB port at the bottom. The charging indicator will glow in red, indicating that the device is being charged. Once fully charged the LED will change to blue.
You can download all the necessary files from the Circuit Digest GitHub repo, from the following link.
Code
/*****************************************************************************************************
 * Poject      : Smart Universal Remote
 * Description : Smart Universal Remote with Learning function and Google Assistant Support
 * Author      : Jobit Joseph
 * For         : CircuitDigest
 * Date        : 10-06-2022
 * Copy Writes : © Jobit Joseph – Circuit Digest (Semicon Media Pvt Ltd)
 *****************************************************************************************************/
/*
   Connection pinout
   Pwr   -- Touch4 -- IO13
   Ok    -- touch  -- 6 io14
   up    -- touch9 -- io32
   down  -- touch8 -- i033
   left  -- touch5 -- io12
   right -- touch7 --  io27
   next  -- touch2 -- io2
   prev  -- touch3 -- io15
   plus  -- touch1 -- io0
   minus -- touch0 -- io4
   Mode  -- switch -- IO23
   Learn -- Switch -- IO22
*/
#include <Arduino.h>
#include <WiFi.h>
#include <ESPmDNS.h>
#include "SPIFFS.h"
#include "PinDefinitionsAndMore.h" //Define macros for input and output pin etc.
#include "src/WiFiManager.h"
#include "src/AsyncElegantOTA.h"
#include "src/IRremote.hpp"
#include "src/AsyncTCP.h"
#include "src/ESPAsyncWebServer.h"
#define mode_switch 23
#define learn_switch 22
#include "src/Adafruit_MQTT.h"
#include "src/Adafruit_MQTT_Client.h"

/************************* Adafruit.io Setup *********************************/

#define AIO_SERVER      "io.adafruit.com"
#define AIO_SERVERPORT  1883                   // use 8883 for SSL
#define AIO_USERNAME    "jobitxxxxxxxx"            // Replace it with your Adafruit IO username
#define AIO_KEY         "aio_qOXrxxxxxxxxxxxxxxxxxxM4yyyi4"   // Replace with your Adafruit IO Project Auth Key

WiFiClient client;
// Setup the MQTT client class by passing in the WiFi client and MQTT server and login details.
Adafruit_MQTT_Client mqtt(&client, AIO_SERVER, AIO_SERVERPORT, AIO_USERNAME, AIO_KEY);

/****************************** Feeds ***************************************/


// Setup a feed called 'onoff' for subscribing to changes.
Adafruit_MQTT_Subscribe SRemote = Adafruit_MQTT_Subscribe(&mqtt, AIO_USERNAME"/feeds/smart-remote"); // FeedName




// Create AsyncWebServer object on port 80
AsyncWebServer server(80);
AsyncWebSocket ws("/ws");

int STATUS_PIN = 19;

int DELAY_BETWEEN_REPEAT = 50;
int DEFAULT_NUMBER_OF_REPEATS_TO_SEND = 3;

/* Html page for the websever*/
const char index_html[] PROGMEM = R"rawliteral(
<!DOCTYPE html>
<html>
<head>
  <link rel="icon" type="image/png" 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");
      background-repeat:no-repeat;
      background-size:cover;
      max-width: 540px;
      margin:0 auto;
      position: relative;
      height:100vh;
    }
    .mob_inner_con{
      padding: 35px;
    }
    .btn_click{
      background: none;
      border: none;
    }
    .btn_click:active {
      transform: translateY(2px);
    }
    #content-wrap {
      padding-bottom: 2.5rem; 
    }

    #footer {
      position: absolute;
      bottom: 2%;
      width: 100%;
    }

  </style>
  <script>
var gateway = `ws://${window.location.hostname}/ws`;
  var websocket;
  window.addEventListener('load', onLoad);
  function initWebSocket() {
    console.log('Trying to open a WebSocket connection...');
    websocket = new WebSocket(gateway);
    websocket.onopen    = onOpen;
    websocket.onclose   = onClose;
  }
  function onOpen(event) {
    console.log('Connection opened');
  }
  function onClose(event) {
    console.log('Connection closed');
    setTimeout(initWebSocket, 2000);
  }
  function onLoad(event) {
    initWebSocket();
    initButton();
  }
  function initButton() {
    document.getElementById('pwr_button').addEventListener('click', pwr_function);
    document.getElementById('up_button').addEventListener('click', up_function);
    document.getElementById('down_button').addEventListener('click', down_function);
    document.getElementById('left_button').addEventListener('click', left_function);
    document.getElementById('ok_button').addEventListener('click', ok_function);
    document.getElementById('right_button').addEventListener('click', right_function);
    document.getElementById('plus_button').addEventListener('click', plus_function);
    document.getElementById('minus_button').addEventListener('click', minus_function);
    document.getElementById('next_button').addEventListener('click', next_function);
    document.getElementById('prev_button').addEventListener('click', prev_function);
  }
  function pwr_function(){
    websocket.send('pwrbtn');
  }
  function up_function(){
    websocket.send('upbtn');
  }
  function down_function(){
    websocket.send('downbtn');
  }
  function left_function(){
    websocket.send('leftbtn');
  }
  function ok_function(){
    websocket.send('okbtn');
  }
  function right_function(){
    websocket.send('rightbtn');
  }
  function plus_function(){
    websocket.send('plusbtn');
  }
  function minus_function(){
    websocket.send('minusbtn');
  }
  function next_function(){
    websocket.send('nextbtn');
  }
  function prev_function(){
    websocket.send('prevbtn');
  }
</script>
</head>
<body>
  <div id="bg_mob">
    <div class="mob_inner_con" id="content-wrap">
      <div class="innercontainer" style="margin-top: 5%;margin-bottom: 6%;">
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            <button type="button" id="plus_button" class="btn_click" onClick="" >
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            </button>
            <button type="button" id="minus_button" class="btn_click" onClick="" >
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            </button>
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src="data:image/png;base64,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"></div></footer>
  </div>
</body>
</html>
)rawliteral";


/*IR data structure*/
struct storedIRDataStruct {
  IRData receivedIRData;
  // extensions for sendRaw
  uint8_t rawCode[RAW_BUFFER_LENGTH]; // The durations if raw
  uint8_t rawCodeLength; // The length of the code
} sStoredIRData;

void storeCode(IRData *aIRReceivedData);
void sendCode(storedIRDataStruct *aIRDataToSend);
int mode_sw, learn_sw;
int SRmode = 0;
int t0size, t1size, t2size, t3size, t4size, t5size, t6size, t7size, t8size, t9size;
uint8_t array0[750], array1[750], array2[750], array3[750], array4[750], array5[750], array6[750], array7[750], array8[750], array9[750];
const long touchDelay = 350; //ms
int value = 0;
int threshold = 40;
int thresholdT1 = 40;
bool touch_pwr = false;
bool touch_ok = false;
bool touch_up = false;
bool touch_down = false;
bool touch_left = false;
bool touch_right = false;
bool touch_next = false;
bool touch_prev = false;
bool touch_plus = false;
bool touch_minus = false;
bool boot = true;
unsigned long lasttouch = 0;
unsigned long lastwificheck = 0;
unsigned long lastmqttcheck = 0;
volatile unsigned long sinceLastTouchT0 = 0;
volatile unsigned long sinceLastTouchT1 = 0;
volatile unsigned long sinceLastTouchT2 = 0;
volatile unsigned long sinceLastTouchT3 = 0;
volatile unsigned long sinceLastTouchT4 = 0;
volatile unsigned long sinceLastTouchT5 = 0;
volatile unsigned long sinceLastTouchT6 = 0;
volatile unsigned long sinceLastTouchT7 = 0;
volatile unsigned long sinceLastTouchT8 = 0;
volatile unsigned long sinceLastTouchT9 = 0;

/*Touch interrupt routines*/
void IRAM_ATTR gotTouch_minus() {
  touch_minus = true;
}
void IRAM_ATTR gotTouch_plus() {
  touch_plus = true;
}
void IRAM_ATTR gotTouch_next() {
  touch_next = true;
}
void IRAM_ATTR gotTouch_prev() {
  touch_prev = true;
}
void IRAM_ATTR gotTouch_pwr() {
  touch_pwr = true;
}
void IRAM_ATTR gotTouch_left() {
  touch_left = true;
}
void IRAM_ATTR gotTouch_ok() {
  touch_ok = true;
}
void IRAM_ATTR gotTouch_right() {
  touch_right = true;
}
void IRAM_ATTR gotTouch_down() {
  touch_down = true;
}
void IRAM_ATTR gotTouch_up() {
  touch_up = true;
}

/* Function for touch debouncing*/
bool touchDelayComp(unsigned long lastTouch)
{
  if (millis() - lastTouch < touchDelay) return false;
  return true;
}

/*Fucntion to reboot ESP32 incase of mode change*/
void modereset()
{
  if (digitalRead(mode_switch) != mode_sw || digitalRead(learn_switch) != learn_sw)
  {
    ESP.restart();
  }
}


void MQTT_connect() {
  int8_t ret;

  // Stop if already connected.
  if (mqtt.connected()) {
    return;
  }

if(millis() - lastmqttcheck > 10000 || boot == true)
{
  if(boot == true)
  {
    boot = false;
    Serial.println("Boot flag detected ");
  }
  Serial.print("Connecting to MQTT... ");
  int8_t retry = 5;
  while ((ret = mqtt.connect()) != 0) { // connect will return 0 for connected
    Serial.println(mqtt.connectErrorString(ret));
    Serial.println("Retrying MQTT connection ");
    mqtt.disconnect();
    retry--;
    Serial.print(".");
    if (retry == 0)
    {
     lastmqttcheck = millis();
     Serial.println("Retry failed . will try after 10Sec ");
     return; 
    }
    
  }
  Serial.println("MQTT Connected!");
}
  
}

/*Function to interpret and identify touch*/
void touch_detect()
{
  if (touch_pwr) {
    touch_pwr = false;
    if (touchDelayComp(sinceLastTouchT4))
    {
      value = value - 1;
      Serial.println("PWR button");
      IrSender.sendRaw(array4, t4size, 38);
      sinceLastTouchT4 = millis();
      lasttouch = millis();
    }
  }
  if (touch_ok) {
    touch_ok = false;
    if (touchDelayComp(sinceLastTouchT6))
    {
      value = value - 1;
      Serial.println("Ok button");
      IrSender.sendRaw(array6, t6size, 38);
      sinceLastTouchT6 = millis();
      lasttouch = millis();
    }
  }
  if (touch_up) {
    touch_up = false;
    if (touchDelayComp(sinceLastTouchT9))
    {
      value = value - 1;
      Serial.println("Up button");
      IrSender.sendRaw(array9, t9size, 38);
      sinceLastTouchT9 = millis();
      lasttouch = millis();
    }
  }
  if (touch_down) {
    touch_down = false;
    if (touchDelayComp(sinceLastTouchT8))
    {
      value = value - 1;
      Serial.println("Down button");
      IrSender.sendRaw(array8, t8size, 38);
      sinceLastTouchT8 = millis();
      lasttouch = millis();
    }
  }
  if (touch_left) {
    touch_left = false;
    if (touchDelayComp(sinceLastTouchT7))
    {
      value = value - 1;
      Serial.println("Left button");
      IrSender.sendRaw(array7, t7size, 38);
      sinceLastTouchT7 = millis();
      lasttouch = millis();
    }
  }
  if (touch_right) {
    touch_right = false;
    if (touchDelayComp(sinceLastTouchT5))
    {
      value = value - 1;
      Serial.println("Right button");
      IrSender.sendRaw(array5, t5size, 38);
      sinceLastTouchT5 = millis();
      lasttouch = millis();
    }
  }
  if (touch_next) {
    touch_next = false;
    if (touchDelayComp(sinceLastTouchT2))
    {
      value = value - 1;
      Serial.println("Next button");
      IrSender.sendRaw(array2, t2size, 38);
      sinceLastTouchT2 = millis();
      lasttouch = millis();
    }
  }
  if (touch_prev) {
    touch_prev = false;
    if (touchDelayComp(sinceLastTouchT3))
    {
      value = value - 1;
      Serial.println("Prev button");
      IrSender.sendRaw(array3, t3size, 38);
      sinceLastTouchT3 = millis();
      lasttouch = millis();
    }
  }

  if (touch_plus) {
    touch_plus = false;
    if (touchDelayComp(sinceLastTouchT1))
    {
      value = value - 1;
      Serial.println("Plus button");
      IrSender.sendRaw(array1, t1size, 38);
      sinceLastTouchT1 = millis();
      lasttouch = millis();
    }
  }

  if (touch_minus) {
    touch_minus = false;
    if (touchDelayComp(sinceLastTouchT0))
    {
      value = value - 1;
      Serial.println("Minus button");
      IrSender.sendRaw(array0, t0size, 38);
      sinceLastTouchT0 = millis();
      lasttouch = millis();
    }
  }
}

/*RGB LED flashing when a signal data is saved*/
void rgbeffect()
{
  for (int i = 0; i < 3; i++)
    {
      digitalWrite(19, LOW);
      digitalWrite(5, HIGH);
      delay(100);
      digitalWrite(5, LOW);
      digitalWrite(18, HIGH);
      delay(100);
      digitalWrite(18, LOW);
      digitalWrite(19, HIGH);
      delay(100);
    }
    digitalWrite(19, HIGH);
}

/*Function to save the IR sginal data in the learing mode*/
void storeCode(IRData *aIRReceivedData) {
  if (aIRReceivedData->flags & IRDATA_FLAGS_IS_REPEAT) {
    Serial.println(F("Ignore repeat"));
    return;
  }
  if (aIRReceivedData->flags & IRDATA_FLAGS_IS_AUTO_REPEAT) {
    Serial.println(F("Ignore autorepeat"));
    return;
  }
  if (aIRReceivedData->flags & IRDATA_FLAGS_PARITY_FAILED) {
    Serial.println(F("Ignore parity error"));
    return;
  }
  /*
     Copy decoded data
  */
  sStoredIRData.receivedIRData = *aIRReceivedData;
  sStoredIRData.rawCodeLength = IrReceiver.decodedIRData.rawDataPtr->rawlen - 1;
  IrReceiver.compensateAndStoreIRResultInArray(sStoredIRData.rawCode);
  if (sStoredIRData.receivedIRData.protocol == UNKNOWN) {
    Serial.print(F("Received unknown code and store "));
    Serial.print(IrReceiver.decodedIRData.rawDataPtr->rawlen - 1);
    Serial.println(F(" timing entries as raw "));
    IrReceiver.printIRResultRawFormatted(&Serial, true); // Output the results in RAW format
    sStoredIRData.rawCodeLength = IrReceiver.decodedIRData.rawDataPtr->rawlen - 1;
    /*
       Store the current raw data in a dedicated array for later usage
    */
    IrReceiver.compensateAndStoreIRResultInArray(sStoredIRData.rawCode);

  } else {
    IrReceiver.printIRResultShort(&Serial);
    sStoredIRData.receivedIRData.flags = 0; // clear flags -esp. repeat- for later sending
    Serial.println();
  }
  Serial.println(" timing entries as raw ");
  IrReceiver.printIRResultRawFormatted(&Serial, true); // Output the results in RAW format
  Serial.println("");
  for (uint8_t i = 0; i < sStoredIRData.rawCodeLength; i++)
  {
    Serial.print(sStoredIRData.rawCode[i]);
    Serial.print(" , ");
  }
  Serial.println();
  uint8_t size1 = sizeof(sStoredIRData.rawCode);
  //uint8_t array2[sStoredIRData.rawCodeLength];
  //memcpy( array2, sStoredIRData.rawCode, sStoredIRData.rawCodeLength );
  if (touchRead(T0) < threshold)
  {
    Serial.println("Saving - key");
    File file_t0 = SPIFFS.open("/0.txt", FILE_WRITE);
    for (int n = 0; n < sStoredIRData.rawCodeLength; n++)
    {
      file_t0.println(sStoredIRData.rawCode[n]);
    }
    file_t0.close();
    rgbeffect();
  }
  else if (touchRead(T1) < thresholdT1)
  {
    Serial.println("Saving + key");
    File file_t1 = SPIFFS.open("/1.txt", FILE_WRITE);
    for (int n = 0; n < sStoredIRData.rawCodeLength; n++)
    {
      file_t1.println(sStoredIRData.rawCode[n]);
    }
    file_t1.close();
    rgbeffect();
  }
  else if (touchRead(T2) < threshold)
  {
    Serial.println("Saving next key");
    File file_t2 = SPIFFS.open("/2.txt", FILE_WRITE);
    for (int n = 0; n < sStoredIRData.rawCodeLength; n++)
    {
      file_t2.println(sStoredIRData.rawCode[n]);
    }
    file_t2.close();
    rgbeffect();
  }
  else if (touchRead(T3) < threshold)
  {
    Serial.println("Saving prev key");
    File file_t3 = SPIFFS.open("/3.txt", FILE_WRITE);
    for (int n = 0; n < sStoredIRData.rawCodeLength; n++)
    {
      file_t3.println(sStoredIRData.rawCode[n]);
    }
    file_t3.close();
    rgbeffect();
  }
  else if (touchRead(T4) < threshold)
  {
    Serial.println("Saving pwr key");
    File file_t4 = SPIFFS.open("/4.txt", FILE_WRITE);
    for (int n = 0; n < sStoredIRData.rawCodeLength; n++)
    {
      file_t4.println(sStoredIRData.rawCode[n]);
    }
    file_t4.close();
    rgbeffect();
  }
  else if (touchRead(T5) < threshold)
  {
    Serial.println("Saving > key");
    File file_t5 = SPIFFS.open("/5.txt", FILE_WRITE);
    for (int n = 0; n < sStoredIRData.rawCodeLength; n++)
    {
      file_t5.println(sStoredIRData.rawCode[n]);
    }
    file_t5.close();
    rgbeffect();
  }
  else if (touchRead(T6) < threshold)
  {
    Serial.println("Saving ok key");
    File file_t6 = SPIFFS.open("/6.txt", FILE_WRITE);
    for (int n = 0; n < sStoredIRData.rawCodeLength; n++)
    {
      file_t6.println(sStoredIRData.rawCode[n]);
    }
    file_t6.close();
    rgbeffect();
  }
  else if (touchRead(T7) < threshold)
  {
    Serial.println("Saving < key");
    File file_t7 = SPIFFS.open("/7.txt", FILE_WRITE);
    for (int n = 0; n < sStoredIRData.rawCodeLength; n++)
    {
      file_t7.println(sStoredIRData.rawCode[n]);
    }
    file_t7.close();
    rgbeffect();
  }
  else if (touchRead(T8) < thresholdT1)
  {
    Serial.println("Saving Down key");
    File file_t8 = SPIFFS.open("/8.txt", FILE_WRITE);
    for (int n = 0; n < sStoredIRData.rawCodeLength; n++)
    {
      file_t8.println(sStoredIRData.rawCode[n]);
    }
    file_t8.close();
    rgbeffect();
  }
  else if (touchRead(T9) < threshold)
  {
    Serial.println("Saving Up key");
    File file_t9 = SPIFFS.open("/9.txt", FILE_WRITE);
    for (int n = 0; n < sStoredIRData.rawCodeLength; n++)
    {
      file_t9.println(sStoredIRData.rawCode[n]);
    }
    file_t9.close();
    rgbeffect();
  }
  else
  {
    Serial.println("No key pressed");
    return;
  }
  Serial.println("Key Code Saved");
}


/*Function to handle WebSocket Messages*/
void handleWebSocketMessage(void *arg, uint8_t *data, size_t len) {
  AwsFrameInfo *info = (AwsFrameInfo*)arg;
  if (info->final && info->index == 0 && info->len == len && info->opcode == WS_TEXT) {
    data[len] = 0;
    if (strcmp((char*)data, "pwrbtn") == 0) {
      Serial.println("PWR button");
      IrSender.sendRaw(array4, t4size, 38);
    }
    else if (strcmp((char*)data, "upbtn") == 0) {
      Serial.println("Up button");
      IrSender.sendRaw(array9, t9size, 38);
    }
    else if (strcmp((char*)data, "downbtn") == 0) {
      Serial.println("Down button");
      IrSender.sendRaw(array8, t8size, 38);
    }
    else if (strcmp((char*)data, "leftbtn") == 0) {
      Serial.println("Left button");
      IrSender.sendRaw(array7, t7size, 38);
    }
    else if (strcmp((char*)data, "okbtn") == 0) {
      Serial.println("Ok button");
      IrSender.sendRaw(array6, t6size, 38);
    }
    else if (strcmp((char*)data, "rightbtn") == 0) {
      Serial.println("Right button");
      IrSender.sendRaw(array5, t5size, 38);
    }
    else if (strcmp((char*)data, "plusbtn") == 0) {
      Serial.println("Plus button");
      IrSender.sendRaw(array1, t1size, 38);
    }
    else if (strcmp((char*)data, "minusbtn") == 0) {
      Serial.println("Minus button");
      IrSender.sendRaw(array0, t0size, 38);
    }
    else if (strcmp((char*)data, "nextbtn") == 0) {
      Serial.println("Next button");
      IrSender.sendRaw(array2, t2size, 38);
    }
    else if (strcmp((char*)data, "prevbtn") == 0) {
      Serial.println("Prev button");
      IrSender.sendRaw(array3, t3size, 38);
    }
  }
}

/*Event handler Function*/
void onEvent(AsyncWebSocket *server, AsyncWebSocketClient *client, AwsEventType type,
             void *arg, uint8_t *data, size_t len) {
  switch (type) {
    case WS_EVT_CONNECT:
      Serial.printf("WebSocket client #%u connected from %s\n", client->id(), client->remoteIP().toString().c_str());
      break;
    case WS_EVT_DISCONNECT:
      Serial.printf("WebSocket client #%u disconnected\n", client->id());
      break;
    case WS_EVT_DATA:
      handleWebSocketMessage(arg, data, len);
      break;
    case WS_EVT_PONG:
    case WS_EVT_ERROR:
      break;
  }
}

/*Function to initialise swebsocket*/
void initWebSocket() {
  ws.onEvent(onEvent);
  server.addHandler(&ws);
}


void MQTT_loop()
{
  if (WiFi.status() != WL_CONNECTED && millis()-lastwificheck > 10000)
  {
    Serial.print("Connecting to Wifi");
  uint8_t errcount = 25;
    WiFi.reconnect();
  
  while (WiFi.status() != WL_CONNECTED) {
    delay(50);
    Serial.print(".");
    errcount--;
    if (errcount == 0)
    {
      Serial.println("Wifi connection failed");
      lastwificheck = millis();
      break;
    }
    if (WiFi.status() == WL_CONNECTED)
    {
    Serial.println("WiFi connected");
    Serial.println("IP address: "); 
    Serial.println(WiFi.localIP());
    }
  }
    
  }
  else if (WiFi.status() == WL_CONNECTED)
  {
        MQTT_connect();
      
  Adafruit_MQTT_Subscribe *subscription;
  while ((subscription = mqtt.readSubscription(50))) {
    if (subscription == &SRemote) {
      Serial.print(F("Got: "));
      Serial.println((char *)SRemote.lastread);
      
      if (String((char *)SRemote.lastread) == String("power")||String((char *)SRemote.lastread) == String("Power")) // hear we are checking for the string Big FM
      {
        Serial.println("Sending power button code ");
      IrSender.sendRaw(array4, t4size, 38);
      }
      else if (String((char *)SRemote.lastread) == String("ok") ||String((char *)SRemote.lastread) == String("Ok")) // hear we are checking for the string Big FM
      {
        Serial.println("Sending Ok button code ");
      IrSender.sendRaw(array6, t6size, 38);
      } 
      else if (String((char *)SRemote.lastread) == String("left") ||String((char *)SRemote.lastread) == String("Left")) // hear we are checking for the string Big FM
      {
        Serial.println("Sending Left button code ");
      IrSender.sendRaw(array7, t7size, 38);
      } 
      else if (String((char *)SRemote.lastread) == String("right")||String((char *)SRemote.lastread) == String("Right")) // hear we are checking for the string Big FM
      {
        Serial.println("Sending Right button code ");
      IrSender.sendRaw(array5, t5size, 38);
      } 
      else if (String((char *)SRemote.lastread) == String("up")||String((char *)SRemote.lastread) == String("Up")) // hear we are checking for the string Big FM
      {
        Serial.println("Sending Up button code ");
      IrSender.sendRaw(array9, t9size, 38);
      } 
      else if (String((char *)SRemote.lastread) == String("down")||String((char *)SRemote.lastread) == String("Down")) // hear we are checking for the string Big FM
      {
        Serial.println("Sending Down button code ");
      IrSender.sendRaw(array8, t8size, 38);
      } 
      else if (String((char *)SRemote.lastread) == String("plus")||String((char *)SRemote.lastread) == String("Plus")) // hear we are checking for the string Big FM
      {
        Serial.println("Sending Plus button code ");
      IrSender.sendRaw(array1, t1size, 38);
      } 
      else if (String((char *)SRemote.lastread) == String("minus")||String((char *)SRemote.lastread) == String("Minus")) // hear we are checking for the string Big FM
      {
        Serial.println("Sending Minus button code ");
      IrSender.sendRaw(array0, t0size, 38);
      } 
      else if (String((char *)SRemote.lastread) == String("next")||String((char *)SRemote.lastread) == String("Next")) // hear we are checking for the string Big FM
      {
        Serial.println("Sending Next button code ");
      IrSender.sendRaw(array2, t2size, 38);
      } 
      else if (String((char *)SRemote.lastread) == String("previous")||String((char *)SRemote.lastread) == String("Previous")) // hear we are checking for the string Big FM
      {
        Serial.println("Sending Previous button code ");
      IrSender.sendRaw(array3, t3size, 38);
      }  
       
    }
    
  }
  }
}

/*Setup Function*/
void setup() {
  pinMode(mode_switch, INPUT);
  pinMode(learn_switch, INPUT);
  pinMode(5, OUTPUT);
  pinMode(18, OUTPUT);
  pinMode(19, OUTPUT);
  digitalWrite(5, LOW);
  digitalWrite(18, LOW);
  digitalWrite(19, LOW);
  mode_sw = digitalRead(mode_switch);
  learn_sw = digitalRead(learn_switch);
  Serial.begin(115200);
  
  delay(1000); // give me time to bring up serial monitor
  if (!SPIFFS.begin(true)) {
    Serial.println("An Error has occurred while mounting SPIFFS");
    return;
  }
  Serial.println("ESP32 Touch Interrupt Test");
  if (learn_sw)
  {
    SRmode = 0;
    for (int i = 0; i < 3; i++)
    {
      digitalWrite(19, LOW);
      digitalWrite(5, HIGH);
      delay(100);
      digitalWrite(5, LOW);
      digitalWrite(18, HIGH);
      delay(100);
      digitalWrite(18, LOW);
      digitalWrite(19, HIGH);
      delay(100);
    }
    digitalWrite(19, HIGH);
    // Start the receiver and if not 3. parameter specified, take LED_BUILTIN pin from the internal boards definition as default feedback LED
    IrReceiver.begin(IR_RECEIVE_PIN, ENABLE_LED_FEEDBACK);

    Serial.print(F("Ready to receive IR signals of protocols: "));
    printActiveIRProtocols(&Serial);
    Serial.println(F("at pin " STR(IR_RECEIVE_PIN)));
  }
  else
  {

    File file0 = SPIFFS.open("/0.txt", FILE_READ);
    File file1 = SPIFFS.open("/1.txt", FILE_READ);
    File file2 = SPIFFS.open("/2.txt", FILE_READ);
    File file3 = SPIFFS.open("/3.txt", FILE_READ);
    File file4 = SPIFFS.open("/4.txt", FILE_READ);
    File file5 = SPIFFS.open("/5.txt", FILE_READ);
    File file6 = SPIFFS.open("/6.txt", FILE_READ);
    File file7 = SPIFFS.open("/7.txt", FILE_READ);
    File file8 = SPIFFS.open("/8.txt", FILE_READ);
    File file9 = SPIFFS.open("/9.txt", FILE_READ);
    String string_temp;
    int counter = 0;
    while (file0.available()) {
      string_temp = file0.readStringUntil('\r');
      array0[counter] = string_temp.toInt();
      counter++;
    }
    t0size = counter;
    file0.close();
    string_temp = "";
    counter = 0;
    while (file1.available()) {
      string_temp = file1.readStringUntil('\r');
      array1[counter] = string_temp.toInt();
      counter++;
    }
    t1size = counter;
    file1.close();
    string_temp = "";
    counter = 0;
    while (file2.available()) {
      string_temp = file2.readStringUntil('\r');
      array2[counter] = string_temp.toInt();
      counter++;
    }
    t2size = counter;
    file2.close();
    string_temp = "";
    counter = 0;
    while (file3.available()) {
      string_temp = file3.readStringUntil('\r');
      array3[counter] = string_temp.toInt();
      counter++;
    }
    t3size = counter;
    file3.close();
    string_temp = "";
    counter = 0;
    while (file4.available()) {
      string_temp = file4.readStringUntil('\r');
      array4[counter] = string_temp.toInt();
      counter++;
    }
    t4size = counter;
    file4.close();
    string_temp = "";
    counter = 0;
    while (file5.available()) {
      string_temp = file5.readStringUntil('\r');
      array5[counter] = string_temp.toInt();
      counter++;
    }
    t5size = counter;
    file5.close();
    string_temp = "";
    counter = 0;
    while (file6.available()) {
      string_temp = file6.readStringUntil('\r');
      array6[counter] = string_temp.toInt();
      counter++;
    }
    t6size = counter;
    file6.close();
    string_temp = "";
    counter = 0;
    while (file7.available()) {
      string_temp = file7.readStringUntil('\r');
      array7[counter] = string_temp.toInt();
      counter++;
    }
    t7size = counter;
    file7.close();
    string_temp = "";
    counter = 0;
    while (file8.available()) {
      string_temp = file8.readStringUntil('\r');
      array8[counter] = string_temp.toInt();
      counter++;
    }
    t8size = counter;
    file8.close();
    string_temp = "";
    counter = 0;
    while (file9.available()) {
      string_temp = file9.readStringUntil('\r');
      array9[counter] = string_temp.toInt();
      counter++;
    }
    t9size = counter;
    file9.close();
    string_temp = "";
    counter = 0;
    Serial.println("Key read from files");
    touchAttachInterrupt(T0, gotTouch_minus, threshold);
    touchAttachInterrupt(T1, gotTouch_plus, thresholdT1);
    touchAttachInterrupt(T2, gotTouch_next, threshold);
    touchAttachInterrupt(T3, gotTouch_prev, threshold);
    touchAttachInterrupt(T4, gotTouch_pwr, threshold);
    touchAttachInterrupt(T5, gotTouch_right, threshold);
    touchAttachInterrupt(T6, gotTouch_ok, threshold);
    touchAttachInterrupt(T7, gotTouch_left, threshold);
    touchAttachInterrupt(T8, gotTouch_down, threshold);
    touchAttachInterrupt(T9, gotTouch_up, threshold);
    IrSender.begin(IR_SEND_PIN, ENABLE_LED_FEEDBACK); // Specify send pin and enable feedback LED at default feedback LED pin
    if (mode_sw)
    {
      //wifi mode
      Serial.println("Wifi Mode");// Start access point
      
      WiFi.mode(WIFI_STA);
      WiFiManager wm;
      if(touchRead(T0) < 30 && touchRead(T3) < 30 && touchRead(T4) < 30 )
  {
    while(touchRead(T6) > 30)
    {
      digitalWrite(18, LOW);
      digitalWrite(5, HIGH);
      delay(100);
      digitalWrite(5, LOW);
      digitalWrite(18, HIGH);
      delay(100);
    }
    wm.resetSettings();
  }
      bool res;
      res = wm.autoConnect("SmartRemote","circuitdigest"); // password protected ap

    if(!res) {
        Serial.println("Failed to connect");
        lastwificheck = millis();
        // ESP.restart();
    } 
    else {
        //if you get here you have connected to the WiFi    
        Serial.println("WiFi connected...");
        lastwificheck = millis();
    }

  Serial.println();
  if (WiFi.status() == WL_CONNECTED)
  {
  Serial.println("WiFi connected");
  Serial.println("IP address: "); 
  Serial.println(WiFi.localIP());
  }
  if (!MDNS.begin("smartremote")) {
    Serial.println("Error setting up MDNS responder!");
  }

  MDNS.addService("http", "tcp", 80);

  Serial.println("Connect using http://smartremote.local");

  // Setup MQTT subscription for onoff feed.
  mqtt.subscribe(&SRemote);
      
      initWebSocket();

  // Route for root / web page
  server.on("/", HTTP_GET, [](AsyncWebServerRequest *request){
    request->send_P(200, "text/html", index_html);
  });
  AsyncElegantOTA.begin(&server, "admin", "circuitdigest");
  // Start server
  server.begin();
      SRmode = 1;
      for (int i = 0; i < 3; i++)
      {

        digitalWrite(5, HIGH);
        delay(100);
        digitalWrite(5, LOW);
        delay(100);
      }
      digitalWrite(5, HIGH);
    }
    else
    {
      SRmode = 2;
      Serial.println("Normal Mode");
      for (int i = 0; i < 3; i++)
      {
        digitalWrite(18, HIGH);
        delay(100);
        digitalWrite(18, LOW);
        delay(100);
      }
      digitalWrite(18, HIGH);
    }
  }
  lasttouch = millis();
}

/*Loop Function*/
void loop() {
  modereset();
  if (SRmode == 0)
  {
    if (IrReceiver.available()) {
      storeCode(IrReceiver.read());
      IrReceiver.resume(); // resume receiver
    }
  }
  else
  {
    touch_detect();
    if (SRmode == 1)
    {
      MQTT_loop();
      /*Web client handling*/
      ws.cleanupClients();
    }
    else
    {
      /*In normal mode the remote will goto sleep after 20 Seconds. Adjust the sleep time by modifiying the value below*/
      if(millis()- lasttouch > 20000)
      {
      esp_sleep_enable_touchpad_wakeup();
      Serial.println("Going to sleep now");
      esp_deep_sleep_start();
      }
    }
  }

}
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	ECX-1637B Low-Aging Compact Crystal The ECX-1637B is a low-aging crystal. This component is ideal for wireless and IoT applications.
	Digi-Key Digital Solutions Simplify your B2B ordering process with three integration options: API, EDI, and Punchout.
	ACS71240 Current Sensors The ACS71240 is designed to replace shunt resistors in applications that require small size.
	Johanson Technology Inc. 0898CP14C0035001T Compact 900MHz coupler for ISM, LoRa®, IoT. EIA 0603, RoHS compliant for seamless PCB integration.
	AKX00069 Plug and Make Kit Arduino’s Plug and Make Kit is the perfect solution to seamlessly integrating hardware.
Smart Universal Remote with Learning Function and Google Assistant Support
