ESP32 OTA update with Web Browser: custom web interface – 3

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ESP32 is a powerful microcontroller that can be used for a wide range of Internet of Things (IoT) applications. One of the key features of ESP32 is its ability to receive Over-The-Air (OTA) updates. OTA updates allow you to remotely update your ESP32 firmware without having to physically connect it to a computer or USB cable.

In this tutorial, we will explore how to implement OTA updates on an ESP32 using a web browser with a custom interface. This means that we will be able to upload firmware updates to the ESP32 through a web page hosted on the device itself.

ESP32 OTA update with Web Browser: custom web interface
ESP32 OTA update with Web Browser: custom web interface

We will begin by setting up the necessary libraries and configuring the ESP32 to connect to a local network. We will then create a custom web interface using HTML and JavaScript, which will allow us to browse for and upload firmware files to the ESP32.

Here some common devices ESP32 Dev Kit v1 - TTGO T-Display 1.14 ESP32 - NodeMCU V3 V2 ESP8266 Lolin32 - NodeMCU ESP-32S - WeMos Lolin32 - WeMos Lolin32 mini - ESP32-CAM programmer - ESP32-CAM bundle - ESP32-WROOM-32 - ESP32-S

OTA (Over the Air) update is the process of uploading firmware to an ESP32 module using a Wi-Fi connection rather than a serial port. Such functionality becomes extremely useful in case of limited or no physical access to the module.

OTA may be done using:

  • Arduino IDE
  • Web Browser
  • HTTP Server

First of all, check the tutorial “ESP32: flash compiled firmware (.bin)“.

Custom web interface

Custom Arduino OTA page
Custom Arduino OTA page

I already explain how to manage WebPage and how to do a REST call, now we are going to manage the existing endpoint of ArduinoOTA with a custom WebPage.

First of all, we are going to analyze the original web page.

Original ArduinoOTA page description

The HTTPUpdateServer wraps WebServer and add an endpoint that, in GET response with a simple page

static const char serverIndex[] PROGMEM =
  R"(<!DOCTYPE html>
     <html lang='en'>
     <head>
         <meta charset='utf-8'>
         <meta name='viewport' content='width=device-width,initial-scale=1'/>
     </head>
     <body>
     <form method='POST' action='' enctype='multipart/form-data'>
         Firmware:<br>
         <input type='file' accept='.bin,.bin.gz' name='firmware'>
         <input type='submit' value='Update Firmware'>
     </form>
     <form method='POST' action='' enctype='multipart/form-data'>
         FileSystem:<br>
         <input type='file' accept='.bin,.bin.gz' name='filesystem'>
         <input type='submit' value='Update FileSystem'>
     </form>
     </body>
     </html>)";
static const char successResponse[] PROGMEM = 
  "<META http-equiv=\"refresh\" content=\"15;URL=/\">Update Success! Rebooting...";

Here the handle

    // handler for the /update form page
    _server->on(path.c_str(), HTTP_GET, [&](){
      if(_username != emptyString && _password != emptyString && !_server->authenticate(_username.c_str(), _password.c_str()))
        return _server->requestAuthentication();
      _server->send_P(200, PSTR("text/html"), serverIndex);
    });

Original ArduinoOTA endpoint description

In POST, check the name of input (firmware or filesystem) to understand if the file is for FLASH or FileSystem, then upload the file and Update the service to do the work. Here is the POST code.

    // handler for the /update form POST (once file upload finishes)
    _server->on(path.c_str(), HTTP_POST, [&](){
      if(!_authenticated)
        return _server->requestAuthentication();
      if (Update.hasError()) {
        _server->send(200, F("text/html"), String(F("Update error: ")) + _updaterError);
      } else {
        _server->client().setNoDelay(true);
        _server->send_P(200, PSTR("text/html"), successResponse);
        delay(100);
        _server->client().stop();
        ESP.restart();
      }
    },[&](){
      // handler for the file upload, gets the sketch bytes, and writes
      // them through the Update object
      HTTPUpload& upload = _server->upload();

      if(upload.status == UPLOAD_FILE_START){
        _updaterError.clear();
        if (_serial_output)
          Serial.setDebugOutput(true);

        _authenticated = (_username == emptyString || _password == emptyString || _server->authenticate(_username.c_str(), _password.c_str()));
        if(!_authenticated){
          if (_serial_output)
            Serial.printf("Unauthenticated Update\n");
          return;
        }

        WiFiUDP::stopAll();
        if (_serial_output)
          Serial.printf("Update: %s\n", upload.filename.c_str());
        if (upload.name == "filesystem") {
          size_t fsSize = ((size_t) &_FS_end - (size_t) &_FS_start);
          close_all_fs();
          if (!Update.begin(fsSize, U_FS)){//start with max available size
            if (_serial_output) Update.printError(Serial);
          }
        } else {
          uint32_t maxSketchSpace = (ESP.getFreeSketchSpace() - 0x1000) & 0xFFFFF000;
          if (!Update.begin(maxSketchSpace, U_FLASH)){//start with max available size
            _setUpdaterError();
          }
        }
      } else if(_authenticated && upload.status == UPLOAD_FILE_WRITE && !_updaterError.length()){
        if (_serial_output) Serial.printf(".");
        if(Update.write(upload.buf, upload.currentSize) != upload.currentSize){
          _setUpdaterError();
        }
      } else if(_authenticated && upload.status == UPLOAD_FILE_END && !_updaterError.length()){
        if(Update.end(true)){ //true to set the size to the current progress
          if (_serial_output) Serial.printf("Update Success: %u\nRebooting...\n", upload.totalSize);
        } else {
          _setUpdaterError();
        }
        if (_serial_output) Serial.setDebugOutput(false);
      } else if(_authenticated && upload.status == UPLOAD_FILE_ABORTED){
        Update.end();
        if (_serial_output) Serial.println("Update was aborted");
      }
      delay(0);
    });

The page does a submit without action

     <form method='POST' action='' enctype='multipart/form-data'>

so if the page URL is http://esp32-webupdate.local/update the post point to the same URL, the difference is that the page came in GET the submit of the data is in POST.

So _server->on(path.c_str(), HTTP_GET, [&](){ serve the web page and _server->on(path.c_str(), HTTP_POST, [&](){ manage the submit of the form data.

The POST manages firmware and filesystem binary, 

        if (upload.name == "filesystem") {
          size_t fsSize = ((size_t) &_FS_end - (size_t) &_FS_start);
          close_all_fs();
          if (!Update.begin(fsSize, U_FS)){//start with max available size
            if (_serial_output) Update.printError(Serial);
          }
        } else {
          uint32_t maxSketchSpace = (ESP.getFreeSketchSpace() - 0x1000) & 0xFFFFF000;
          if (!Update.begin(maxSketchSpace, U_FLASH)){//start with max available size
            _setUpdaterError();
          }
        }

and use the name of the input file 

<input type='file' accept='.bin,.bin.gz' name='firmware'>

name equal firmware to save sketch compiled binary

<input type='file' accept='.bin,.bin.gz' name='filesystem'>

name equal filesytem to save the filesystem binary. The upload is managed via standard multipart/form-data.

Web pages

For this test, I create 2 web pages all in vanilla js and CSS.

You can find a simple project with these pages here on GitHub.

Download the project with the relative link or via GitHub client.

In the main directory of the project, launch these commands

npm i
npm run dist

Now you can find in minified directory these files:

  • index_black_white.html
  • index_black_white.html.gz
  • index_black_white_ita.html
  • index_black_white_ita.html.gz
  • index_color.html
  • index_color.html.gz
  • index_color_ita.html
  • index_color_ita.html.gz

The result of these 2 simple pages is this.

Color version page

ArduinoOTA custom color web page
ArduinoOTA custom color web page

Here the page

<!DOCTYPE html>
<html lang="en">
<head>
    <meta charset="UTF-8">
    <title>Upload OTA data</title>
    <style type="text/css">
        * {
            box-sizing: border-box;
        }

        body {
        @import url("https://fonts.googleapis.com/css?family=Roboto:400,400i,700");
            font-family: Roboto, sans-serif;

            text-align: center;
            min-width: 360px;
        }

        .button-send {
            width: 100%;
            display: inline-block;
            padding: 5px 55px;
            font-size: 16px;
            cursor: pointer;
            text-align: center;
            text-decoration: none;
            outline: none;
            color: #fff;
            background-color: #337ab7;
            border: none;
            border-radius: 15px;
            box-shadow: 2px 2px #999;
        }

        .button-send:hover {
            background-color: #2e6da4
        }

        .button-send:active {
            background-color: #337ab7;
            box-shadow: 1px 1px #666;
            transform: translateY(4px);
        }
        .button-send:disabled {
            background-color: #9c9c9c;
            box-shadow: 1px 1px #666;
            transform: translateY(4px);
        }

        .container {
            padding-top: 80px;
            display: flex;
            justify-content: center;
        }

        .form-container {
            min-width: 380px;
        }

        .progress {
            width: 100%;
            height: 8px;
            background: #e1e4e8;
            border-radius: 4px;
            overflow: hidden;
        }

        .progress .progress-bar {
            display: block;
            height: 100%;
            background: linear-gradient(90deg, #ffd33d, #ea4aaa 17%, #b34bff 34%, #01feff 51%, #ffd33d 68%, #ea4aaa 85%, #b34bff);
            background-size: 300% 100%;
            -webkit-animation: progress-animation 2s linear infinite;
            animation: progress-animation 2s linear infinite;
        }

        .input-file {
            width: 100%;
            border: 0px transparent;
            padding: 4px 4px 4px 4px;
            margin-top: 20px;
            margin-bottom: 20px;
            border-radius: 7px;
            background-color: rgba(51, 122, 183, 0.3);
        }

        .additional-info {
            height: 67px;
        }

        @-webkit-keyframes progress-animation {
            0% {
                background-position: 100%;
            }
            100% {
                background-position: 0;
            }
        }

        @keyframes progress-animation {
            0% {
                background-position: 100%;
            }
            100% {
                background-position: 0;
            }
        }

        .tile-container {
            display: flex;
            justify-content: center;
        }

        .title-image {
            background-image: url(data:image/png;base64,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);
            background-repeat: no-repeat;
            background-position: center;
            background-size: 40px;
            width: 40px;
            margin-right: 20px;
        }

        .footer-desc {
            position: fixed;
            display: flex;
            bottom: 20px;
            right: 20px;
            align-items: center;
        }

        .footer-link {
            font-size: x-small;
            color: black;
            text-decoration: none;
            padding-left: 10px;
        }

        .button-o {
            cursor: pointer;
            height: 25px;
            font-size: 15px;
            background: none;
            outline: none;
            border: 1px solid rgba(0, 0, 0, 0.35);
            width: 50%;
            background: rgba(51, 122, 183, 0.3);
        }

        .button-o.selected {
            background-color: #337ab7;
            color: white;
        }

        .button-o.left {
            border-radius: 14px 0px 0px 14px;
            margin-right: -3px;
        }

        .button-o.right {
            border-radius: 0px 14px 14px 0px;
            margin-left: -3px;
        }

        #overlay {
            position: fixed; /* Sit on top of the page content */
            display: none; /* Hidden by default */
            width: 100%; /* Full width (cover the whole page) */
            height: 100%; /* Full height (cover the whole page) */
            top: 0;
            left: 0;
            right: 0;
            bottom: 0;
            background-color: rgba(0, 0, 0, 0.06); /* Black background with opacity */
            z-index: 2; /* Specify a stack order in case you're using a different order for other elements */
            cursor: pointer; /* Add a pointer on hover */
        }

    </style>
</head>
<body>
<div id="overlay"></div>
<div class="footer-desc"><img
        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        <hr/>
        <button id="button-send" class="button-send" type="submit" disabled>Upload</button>
    </form>
    <script type="application/javascript">
        function stringToBoolean(string){
            switch(string.toLowerCase().trim()){
                case "true": case "yes": case "1": return true;
                case "false": case "no": case "0": case null: return false;
                default: return Boolean(string);
            }
        }

        const urlParams = new URLSearchParams(window.location.search);
        const onlyFirmware = urlParams.get('onlyFirmware');

        if (onlyFirmware && stringToBoolean(onlyFirmware)===true){
            _('switch-container').style.display = 'none';
        }

        function disableAll() {
            document.getElementById("overlay").style.display = "block";
        }

        function enableAll() {
            document.getElementById("overlay").style.display = "none";
        }

        function _(el) {
            return document.getElementById(el);
        }

        function uploadFile() {
            var file = _("file1").files[0];
            // alert(file.name+" | "+file.size+" | "+file.type);
            var formdata = new FormData();
            formdata.append(_("file1").name, file, file.name);
            var ajax = new XMLHttpRequest();
            ajax.upload.addEventListener("progress", progressHandler, false);
            ajax.addEventListener("load", completeHandler, false);
            ajax.addEventListener("loadstart", startHandler, false);
            ajax.addEventListener("error", errorHandler, false);
            ajax.addEventListener("abort", abortHandler, false);
            ajax.open("POST", "/update"); // http://www.developphp.com/video/JavaScript/File-Upload-Progress-Bar-Meter-Tutorial-Ajax-PHP
            //use file_upload_parser.php from above url
            ajax.setRequestHeader('Access-Control-Allow-Headers', '*');
            ajax.setRequestHeader('Access-Control-Allow-Origin', '*');

            ajax.send(formdata);
        }

        function progressHandler(event) {
            _("loaded_n_total").innerHTML = "Uploaded " + event.loaded + " bytes of " + event.total;
            var percent = Math.round((event.loaded / event.total) * 100);
            _("progressBar").style = 'width: ' + percent + '%';
            _("status").innerHTML = percent + "% uploaded... please wait";
        }

        function completeHandler(event) {
            enableAll();
            if (event.target.responseText.indexOf('error')>=0){
                _("status").innerHTML = event.target.responseText;
            }else {
                _("status").innerHTML = 'Upload Success!'; //event.target.responseText;
            }
            _("progressBar").value = 0; //wil clear progress bar after successful upload
        }

        function startHandler(event) {
            disableAll();
        }

        function errorHandler(event) {
            enableAll();
            _("status").innerHTML = "Upload Failed";
        }

        function abortHandler(event) {
            enableAll();
            _("status").innerHTML = "Upload Aborted";
        }


        _('upload_form').addEventListener('submit', (e) => {
            e.preventDefault();
            uploadFile();
        });

        _('firmware-button').addEventListener('click',
            function (e) {
                e.target.classList.add('selected');
                _('filesystem-button').classList.remove('selected');
                _("file1").name = 'firmware';
            }
        )
        _('filesystem-button').addEventListener('click',
            function (e) {
                e.target.classList.add('selected');
                _('firmware-button').classList.remove('selected');
                _("file1").name = 'filesystem';
            }
        )
        _('file1').addEventListener('change', function(e){
            var file = _("file1").files[0];
            if (file && file.name){
                _('button-send').disabled = false;
            }else{
                _('button-send').disabled = true;
            }
            _('status').innerHTML = "Firmware Upload!";
            _("loaded_n_total").innerHTML = "";
        });
    </script>
</div>
</body>
</html>

Black white page

ArduinoOTA custom black white web page
ArduinoOTA custom black white web page

And here the code

<!DOCTYPE html>
<html lang="en">
<head>
    <meta charset="UTF-8">
    <title>Upload OTA data</title>
    <style type="text/css">
        * {
            box-sizing: border-box;
        }

        body {
        @import url("https://fonts.googleapis.com/css?family=Roboto:400,400i,700");
            font-family: Roboto, sans-serif;
            background: #555;

            text-align: center;
            min-width: 360px;
        }

        .button-send {
            width: 100%;
            border: 0;
            background: #FFF;
            line-height: 23px;
            font-weight: bold;
            color: #555;
            border-radius: 4px;
            box-shadow: inset 0 -2px 3px rgba(0,0,0,.4), 0 2px 5px rgba(0,0,0,0.5);
        }

        .button-send:hover {
            background-color: #dedede;
        }

        .button-send:active {
            background-color: #dedede;
            box-shadow: 1px 1px #666;
            transform: translateY(4px);
        }
        .button-send:disabled {
            background-color: #9c9c9c;
        }

        .container {
            padding-top: 80px;
            display: flex;
            justify-content: center;
        }

        .form-container {
            min-width: 380px;
        }

        progress {
            display: block; /* default: inline-block */
            width: 100%;
            margin: 2em auto;
            padding: 4px;
            border: 0 none;
            background: #444;
            border-radius: 14px;
            box-shadow: inset 0px 1px 1px rgba(0,0,0,0.5), 0px 1px 0px rgba(255,255,255,0.2);
        }
        progress::-moz-progress-bar {
            border-radius: 12px;
            background: #FFF;
            box-shadow: inset 0 -2px 4px rgba(0,0,0,0.4), 0 2px 5px 0px rgba(0,0,0,0.3);

        }
        /* webkit */
        @media screen and (-webkit-min-device-pixel-ratio:0) {
            progress {
                height: 25px;
            }
        }
        progress::-webkit-progress-bar {
            background: transparent;
        }
        progress::-webkit-progress-value {
            border-radius: 12px;
            background: #FFF;
            box-shadow: inset 0 -2px 4px rgba(0,0,0,0.4), 0 2px 5px 0px rgba(0,0,0,0.3);
        }
        /* environnement styles */

        h1 {
            color: #eee;
            font: 50px Helvetica, Arial, sans-serif;
            text-shadow: 0px 1px black;
            text-align: center;
            -webkit-font-smoothing: antialiased;
        }

        .input-file {
            width: 100%;
            border: 0px transparent;
            padding: 4px 4px 4px 4px;
            margin-top: 20px;
            margin-bottom: 0px;
            border-radius: 7px;
            background-color: rgb(255 255 255);
        }

        .additional-info {
            color: white;
            height: 67px;
        }

        @-webkit-keyframes progress-animation {
            0% {
                background-position: 100%;
            }
            100% {
                background-position: 0;
            }
        }

        @keyframes progress-animation {
            0% {
                background-position: 100%;
            }
            100% {
                background-position: 0;
            }
        }

        .tile-container {
            display: flex;
            justify-content: center;
        }

        .title-image {
            background-image: url(data:image/png;base64,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);
            background-repeat: no-repeat;
            background-position: center;
            background-size: 40px;
            width: 40px;
            margin-right: 20px;
        }

        .footer-desc {
            position: fixed;
            display: flex;
            bottom: 20px;
            right: 20px;
            align-items: center;
        }

        .footer-link {
            font-size: x-small;
            color: black;
            text-decoration: none;
            padding-left: 10px;
        }

        .button-o {
            cursor: pointer;
            height: 25px;
            font-size: 15px;
            background: none;
            outline: none;
            border: 1px solid rgba(0, 0, 0, 0.35);
            width: 50%;
            color: white;
            background: black;
        }

        .button-o.selected {
            background-color: white;
            color: black;
        }

        .button-o.left {
            border-radius: 14px 0px 0px 14px;
            margin-right: -3px;
        }

        .button-o.right {
            border-radius: 0px 14px 14px 0px;
            margin-left: -3px;
        }

        #overlay {
            position: fixed; /* Sit on top of the page content */
            display: none; /* Hidden by default */
            width: 100%; /* Full width (cover the whole page) */
            height: 100%; /* Full height (cover the whole page) */
            top: 0;
            left: 0;
            right: 0;
            bottom: 0;
            background-color: rgba(0, 0, 0, 0.06); /* Black background with opacity */
            z-index: 2; /* Specify a stack order in case you're using a different order for other elements */
            cursor: pointer; /* Add a pointer on hover */
        }

    </style>
</head>
<body>
<div id="overlay"></div>
<div class="footer-desc"><img
        src="data:image/png;base64,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"/><a
        class="footer-link" href="mischianti.org">www.mischianti.org</a></div>

<div class="tile-container">
    <div class="title-image"></div>
    <h1>OTA Update</h1>
</div>

<div class="container">

    <form enctype="multipart/form-data" class="form-container" id="upload_form" method="post">
        <div id="switch-container">
            <button class="button-o left selected" id="firmware-button" type="button">Firmware</button>
            <button class="button-o right" id="filesystem-button" type="button">FileSystem</button>
        </div>

        <input accept='.bin,.bin.gz' class="input-file" id="file1" name='firmware' type="file"><br>
        <progress id="progressBar" max="100" value="0"></progress>
        <div class="additional-info">
            <h3 id="status">Firmware upload</h3>
            <p id="loaded_n_total"></p>
        </div>
        <hr/>
        <button id="button-send" class="button-send" type="submit" disabled>Upload</button>
    </form>
    <script type="application/javascript">
        function stringToBoolean(string){
            switch(string.toLowerCase().trim()){
                case "true": case "yes": case "1": return true;
                case "false": case "no": case "0": case null: return false;
                default: return Boolean(string);
            }
        }

        const urlParams = new URLSearchParams(window.location.search);
        const onlyFirmware = urlParams.get('onlyFirmware');

        if (onlyFirmware && stringToBoolean(onlyFirmware)===true){
            _('switch-container').style.display = 'none';
        }

        function disableAll() {
            document.getElementById("overlay").style.display = "block";
        }

        function enableAll() {
            document.getElementById("overlay").style.display = "none";
        }

        function _(el) {
            return document.getElementById(el);
        }

        function uploadFile() {
            var file = _("file1").files[0];
            // alert(file.name+" | "+file.size+" | "+file.type);
            var formdata = new FormData();
            formdata.append(_("file1").name, file, file.name);
            var ajax = new XMLHttpRequest();
            ajax.upload.addEventListener("progress", progressHandler, false);
            ajax.addEventListener("load", completeHandler, false);
            ajax.addEventListener("loadstart", startHandler, false);
            ajax.addEventListener("error", errorHandler, false);
            ajax.addEventListener("abort", abortHandler, false);
            ajax.open("POST", "/update"); // http://www.developphp.com/video/JavaScript/File-Upload-Progress-Bar-Meter-Tutorial-Ajax-PHP
            //use file_upload_parser.php from above url
            ajax.setRequestHeader('Access-Control-Allow-Headers', '*');
            ajax.setRequestHeader('Access-Control-Allow-Origin', '*');

            ajax.send(formdata);
        }

        function progressHandler(event) {
            _("loaded_n_total").innerHTML = "Uploaded " + event.loaded + " bytes of " + event.total;
            var percent = Math.round((event.loaded / event.total) * 100);
            _("progressBar").value = percent;
            _("status").innerHTML = percent + "% uploaded... please wait";
        }

        function completeHandler(event) {
            enableAll();
            _("status").innerHTML = 'Upload Success!'; //event.target.responseText;
            _("progressBar").value = 0; //wil clear progress bar after successful upload
        }

        function startHandler(event) {
            disableAll();
        }

        function errorHandler(event) {
            enableAll();
            _("status").innerHTML = "Upload Failed";
        }

        function abortHandler(event) {
            enableAll();
            _("status").innerHTML = "Upload Aborted";
        }


        _('upload_form').addEventListener('submit', (e) => {
            e.preventDefault();
            uploadFile();
        });

        _('firmware-button').addEventListener('click',
            function (e) {
                e.target.classList.add('selected');
                _('filesystem-button').classList.remove('selected');
                _("file1").name = 'firmware';
            }
        )
        _('filesystem-button').addEventListener('click',
            function (e) {
                e.target.classList.add('selected');
                _('firmware-button').classList.remove('selected');
                _("file1").name = 'filesystem';
            }
        )
        _('file1').addEventListener('change', function(e){
            var file = _("file1").files[0];
            if (file && file.name){
                _('button-send').disabled = false;
                _("progressBar").value = 0; //wil clear progress bar after successful upload
            }else{
                _('button-send').disabled = true;
            }
            _('status').innerHTML = "Firmware Upload!";
            _("loaded_n_total").innerHTML = "";
        });
    </script>
</div>
</body>
</html>

Code description

The code is quite simple, I use standard XMLHttpRequest to execute POST and I change the target (firmware or filesystem).

The form remains very simple.

    <form enctype="multipart/form-data" class="form-container" id="upload_form" method="post">
        <div id="switch-container">
            <button class="button-o left selected" id="firmware-button" type="button">Firmware</button>
            <button class="button-o right" id="filesystem-button" type="button">FileSystem</button>
        </div>

        <input accept='.bin,.bin.gz' class="input-file" id="file1" name='firmware' type="file"><br>
        <progress id="progressBar" max="100" value="0"></progress>
        <div class="additional-info">
            <h3 id="status">Firmware upload</h3>
            <p id="loaded_n_total"></p>
        </div>
        <hr/>
        <button id="button-send" class="button-send" type="submit" disabled>Upload</button>
    </form>

You can see that there isn’t the name of the input “filesystem” this because I manage It via JavaScript. The submit is stopped with this listener.

        _('upload_form').addEventListener('submit', (e) => {
            e.preventDefault();
            uploadFile();
        });

Then the uploadFile function is called.

        function uploadFile() {
            var file = _("file1").files[0];
            var formdata = new FormData();
            formdata.append(_("file1").name, file, file.name);
            var ajax = new XMLHttpRequest();
            ajax.upload.addEventListener("progress", progressHandler, false);
            ajax.addEventListener("load", completeHandler, false);
            ajax.addEventListener("loadstart", startHandler, false);
            ajax.addEventListener("error", errorHandler, false);
            ajax.addEventListener("abort", abortHandler, false);
            ajax.open("POST", "/update");
            // Enable CORS for testing
            ajax.setRequestHeader('Access-Control-Allow-Headers', '*');
            ajax.setRequestHeader('Access-Control-Allow-Origin', '*');

            ajax.send(formdata);
        }

I create a new FormData and add only the file, then with the handlers

  • “progress”: I manage the scrollbar;
  • “load”: manage the result;
  • “loadstart”: I put an overlay to prevent clicking;
  • “error” and “abort”: to manage errors.

Manage custom OTA page

We have 2 options to add this page to the sketch fully explained in this article “Web Server with esp8266 and esp32: byte array, gzipped pages and SPIFFS“, add It to the filesystem or add it as bytearray. I use gzipped for all methods, and you can check the simple version in the linked article.

Add page to filesystem

To upload content to the filesystem, you must install the relative plugin, select one of this

So we are going to add a data folder to the sketch, and we will put the gzipped page we want, now, i put

index_color.html.gz
index_black_white.html.gz

for testing purposes. After that operation, you can use the plugin like usual to upload the pages.

Arduino IDE esp32 SPIFFS Sketch Data Upload
Arduino IDE esp32 SPIFFS Sketch Data Upload
esp32 SPIFFS LittleFS FatFS file uploader from Arduino IDE
esp32 SPIFFS LittleFS FatFS file uploader from Arduino IDE

You can check the IDE console output to check what happened.

Chip : esp32
Using partition scheme from Arduino IDE.
Start: 0x290000
Size : 0x170000
mkspiffs : C:\Users\renzo\AppData\Local\Arduino15\packages\esp32\tools\mkspiffs\0.2.3\mkspiffs.exe

espota : C:\Users\renzo\AppData\Local\Arduino15\packages\esp32\hardware\esp32\2.0.0\tools\espota.exe

[SPIFFS] data   : D:\Projects\Arduino\sloeber-workspace-OTA\ArduinoOTAesp32_basic_arduino\data
[SPIFFS] offset : 0
[SPIFFS] start  : 2686976
[SPIFFS] size   : 1472
[SPIFFS] page   : 256
[SPIFFS] block  : 4096
->/version.txt
[SPIFFS] upload : C:\Users\renzo\AppData\Local\Temp\arduino_build_258074/ArduinoOTAesp32_basic_arduino.spiffs.bin
[SPIFFS] IP     : 192.168.1.186
Running: C:\Users\renzo\AppData\Local\Arduino15\packages\esp32\hardware\esp32\2.0.0\tools\espota.exe -i 192.168.1.186 -p 3232 -s -f C:\Users\renzo\AppData\Local\Temp\arduino_build_258074/ArduinoOTAesp32_basic_arduino.spiffs.bin

_>Sending invitation to 192.168.1.186 
_>Uploading................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................
_>09:21:38 [ERROR]: Error response from device
SPIFFS Upload failed!

The IDE console returns an error, but the upload work, I think there is a little bug now when I write this article.

IDE gives an error but it is a bug, the loading works correctly

You can retrieve the file system bin file from this line

[SPIFFS] upload : C:\Users\renzo\AppData\Local\Temp\arduino_build_258074/ArduinoOTAesp32_basic_arduino.spiffs.bin

Sketch with SPIFFS gzipped custom OTA page

Now we are going to change the WebUpdater.ino file. 

/*
 *	Custom OTA page from SPIFFS file system
 *	on ESP32
 *
 *	Renzo Mischianti <www.mischianti.org>
 *
 *	www.mischianti.org
 */

#include <WiFi.h>
#include <WiFiClient.h>
#include <WebServer.h>
#include <ESPmDNS.h>
#include <HTTPUpdateServer.h>
#include <SPIFFS.h>

#ifndef STASSID
#define STASSID "<YOUR-SSID>"
#define STAPSK  "<YOUR-PASSWD>"
#endif

const char* host = "esp32-webupdate";
const char* ssid = STASSID;
const char* password = STAPSK;

WebServer httpServer(80);
HTTPUpdateServer httpUpdater;
void handleNotFound() {
  String message = "File Not Found\n\n";
  message += "URI: ";
  message += httpServer.uri();
  message += "\nMethod: ";
  message += (httpServer.method() == HTTP_GET) ? "GET" : "POST";
  message += "\nArguments: ";
  message += httpServer.args();
  message += "\n";

  for (uint8_t i = 0; i < httpServer.args(); i++) {
    message += " " + httpServer.argName(i) + ": " + httpServer.arg(i) + "\n";
  }

  httpServer.send(404, "text/plain", message);
}

bool loadFromFS(String path, String dataType) {
  Serial.print("Requested page -> ");
  Serial.println(path);
  if (SPIFFS.exists(path)){
      File dataFile = SPIFFS.open(path, "r");
      if (!dataFile) {
          handleNotFound();
          return false;
      }

      if (httpServer.streamFile(dataFile, dataType) != dataFile.size()) {
        Serial.println("Sent less data than expected!");
      }else{
          Serial.println("Page served!");
      }

      dataFile.close();
  }else{
      handleNotFound();
      return false;
  }
  return true;
}

void handleRoot() {
//	loadFromFS("/index_color.html.gz", "text/html");
	loadFromFS("/index_black_white.html.gz", "text/html");
}

void setup(void) {

  Serial.begin(115200);
  Serial.println();
  Serial.println("Booting Sketch...");
  WiFi.mode(WIFI_AP_STA);
  WiFi.begin(ssid, password);

  while (WiFi.waitForConnectResult() != WL_CONNECTED) {
    WiFi.begin(ssid, password);
    Serial.println("WiFi failed, retrying.");
  }

  MDNS.begin(host);
  if (MDNS.begin("esp32")) {
    Serial.println("mDNS responder started");
  }

  Serial.print(F("Inizializing FS..."));
  if (SPIFFS.begin()){
    Serial.println(F("done."));
  }else{
    Serial.println(F("fail."));
  }

  // handler for the /update form page
  httpServer.on("/update", HTTP_GET, handleRoot);

  httpUpdater.setup(&httpServer, "/update", "mischianti", "passwd");
  httpServer.begin();

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

  IPAddress ip = WiFi.localIP();
  Serial.printf("HTTPUpdateServer ready! Open http://%s.local/update in your browser (%u.%u.%u.%u)\n", host, ip & 0xFF, (ip>>8) & 0xFF, (ip>>16) & 0xFF, (ip>>24) & 0xFF);
}

void loop(void) {
  httpServer.handleClient();
}

You can see the code explained in the linked article, and with

  httpServer.on("/update", HTTP_GET, handleRoot);

I override the standard page on /update GET, the handle

bool loadFromFS(String path, String dataType) {
  Serial.print("Requested page -> ");
  Serial.println(path);
  if (LittleFS.exists(path)){
      File dataFile = LittleFS.open(path, "r");
      if (!dataFile) {
          handleNotFound();
          return false;
      }

      if (httpServer.streamFile(dataFile, dataType) != dataFile.size()) {
        Serial.println("Sent less data than expected!");
      }else{
          Serial.println("Page served!");
      }

      dataFile.close();
  }else{
      handleNotFound();
      return false;
  }
  return true;
}

void handleRoot() {
//	loadFromFS("/index_color.html.gz", "text/html");
	loadFromFS("/index_black_white.html.gz", "text/html");
}

read the selected page in handleRoot from SPIFFS and return the stream.

Add custom page as byte array

Get ready to use the page

The article linked before is explained in deep the byte array page management, now in the repository of the pages you can grab the page with HTML extension, 

https://github.com/xreef/ArduinoOTA_reusable_custom_web_page/minified

and put It in the bytearray converter by selecting the correct file (like index_color.html), and taking the generated gzipped filearray.

ArduinoOTA custom web page generate gzipped bytearray
ArduinoOTA custom web page generate gzipped bytearray

Sketch with byte array gzipped custom OTA page

Then we can go to modify the WebUpdater.ino to response the selected page.

/*
 *	Custom OTA page from bytearray file system
 *	on ESP32
 *
 *	Renzo Mischianti <www.mischianti.org>
 *
 *	www.mischianti.org
 */
#include <WiFi.h>
#include <WiFiClient.h>
#include <WebServer.h>
#include <ESPmDNS.h>
#include <HTTPUpdateServer.h>

#ifndef STASSID
#define STASSID "<YOUR-SSID>"
#define STAPSK  "<YOUR-PASSWD>"
#endif

const char* host = "esp32-webupdate";
const char* ssid = STASSID;
const char* password = STAPSK;

WebServer httpServer(80);
HTTPUpdateServer httpUpdater;

//File: index_color.html.gz, Size: 33264
#define index_color_html_gz_len 33264
const uint8_t index_color_html_gz[] PROGMEM = {
0x1F, 0x8B, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x03, 0xB4, 0xBB, 0xE7, 0x92, 0xF4, 0xD8,
0x75, 0x2D, 0xF8, 0x2A, 0x3D, 0x64, 0x28, 0x42, 0xBA, 0x60, 0x13, 0xDE, 0x75, 0x4B, 0x1A, 0xC1,
0xBB, 0x84, 0x37, 0x09, 0xE0, 0x1F, 0xBC, 0xF7, 0x48, 0x98, 0x64, 0xF0, 0xDD, 0x07, 0x5F, 0x93,
0xA2, 0xC8, 0x2B, 0xFD, 0xB8, 0x33, 0x11, 0x53, 0x15, 0xC8, 0x02, 0x50, 0x07, 0x67, 0x9F, 0xB3,
0xCD, 0xDA, 0x6B, 0x45, 0xA1, 0xFE, 0xF5, 0xFF, 0xCA, 0xA7, 0x6C, 0xBF, 0xE7, 0xA2, 0xDE, 0x87,
0xFE, 0xDF, 0xFF, 0xF5, 0xC7, 0xE7, 0x4F, 0x7D, 0x32, 0x56, 0xFF, 0xF6, 0xBB, 0x62, 0xFC, 0xDD,
0xBF, 0xFF, 0xEB, 0x50, 0xEC, 0xC9, 0x4F, 0x59, 0x9D, 0xAC, 0x5B, 0xB1, 0xFF, 0xDB, 0xEF, 0x7C,
0x4F, 0xFC, 0x99, 0x7A, 0xEE, 0xEE, 0xCD, 0xDE, 0x17, 0xFF, 0xEE, 0xCF, 0xFD, 0x94, 0xE4, 0x3F,

[...]

0x17, 0xF4, 0xDE, 0xE0, 0x8B, 0xFC, 0x18, 0xC7, 0xC4, 0x2D, 0x41, 0xB4, 0xFB, 0x1D, 0x92, 0xF3,
0x32, 0xD1, 0xFD, 0x68, 0x99, 0xF8, 0xB5, 0xFB, 0xF9, 0xE7, 0xEE, 0x3E, 0xC7, 0xFF, 0x02, 0xAD,
0x6F, 0xA3, 0x91, 0x4F, 0x8F, 0xAF, 0x21, 0xC8, 0x4F, 0xC8, 0x3F, 0xFE, 0x45, 0x23, 0xFC, 0x57,
0x3A, 0xFC, 0x1A, 0x2F, 0x3D, 0x29, 0xF3, 0x93, 0x6D, 0xFE, 0x2B, 0x8F, 0x05, 0x48, 0x03, 0xD1,
0xD9, 0x53, 0x34, 0xF3, 0x14, 0x41, 0xFD, 0x5F, 0xDB, 0x3E, 0xEF, 0x40, 0x55, 0xB9, 0x00, 0x00
};


void setup(void) {

  Serial.begin(115200);
  Serial.println();
  Serial.println("Booting Sketch...");
  WiFi.mode(WIFI_AP_STA);
  WiFi.begin(ssid, password);

  while (WiFi.waitForConnectResult() != WL_CONNECTED) {
    WiFi.begin(ssid, password);
    Serial.println("WiFi failed, retrying.");
  }

  MDNS.begin(host);
  if (MDNS.begin("esp32")) {
    Serial.println("mDNS responder started");
  }

  const char*  username = "mischianti";
  const char*  password = "password";

  // handler for the /update form page
  httpServer.on("/update", HTTP_GET, [&](){
		httpServer.sendHeader(F("Content-Encoding"), F("gzip"));
		httpServer.send_P(200, "text/html", (const char*)index_color_html_gz, (int)index_color_html_gz_len);
  });

  httpUpdater.setup(&httpServer, "/update", username, password);
  httpServer.begin();

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

  IPAddress ip = WiFi.localIP();
  Serial.printf("HTTPUpdateServer ready! Open http://%s.local/update in your browser (%u.%u.%u.%u)\n", host, ip & 0xFF, (ip>>8) & 0xFF, (ip>>16) & 0xFF, (ip>>24) & 0xFF);
}

void loop(void) {
  httpServer.handleClient();
}

You must add the complete bytearray of the page, in the code there is only a little part

the core code is very simple, 

  httpServer.on("/update", HTTP_GET, [&](){
	  httpServer.sendHeader(F("Content-Encoding"), F("gzip"));
	  httpServer.send_P(200, "text/html", (const char*)index_color_html_gz, (int)index_color_html_gz_len);
  });

the send_P stream all the byte array with Content-Encoding gzip, you can use the non-gzipped byte array, but the size grows.

Thanks

  1. ESP32: pinout, specs and Arduino IDE configuration
  2. ESP32: integrated SPIFFS Filesystem
  3. ESP32: manage multiple Serial and logging
  4. ESP32 practical power saving
    1. ESP32 practical power saving: manage WiFi and CPU
    2. ESP32 practical power saving: modem and light sleep
    3. ESP32 practical power saving: deep sleep and hibernation
    4. ESP32 practical power saving: preserve data, timer and touch wake up
    5. ESP32 practical power saving: external and ULP wake up
    6. ESP32 practical power saving: UART and GPIO wake up
  5. ESP32: integrated LittleFS FileSystem
  6. ESP32: integrated FFat (Fat/exFAT) FileSystem
  7. ESP32-wroom-32
    1. ESP32-wroom-32: flash, pinout, specs and IDE configuration
  8. ESP32-CAM
    1. ESP32-CAM: pinout, specs and Arduino IDE configuration
    2. ESP32-CAM: upgrade CamerWebServer with flash features
  9. ESP32: use ethernet w5500 with plain (HTTP) and SSL (HTTPS)
  10. ESP32: use ethernet enc28j60 with plain (HTTP) and SSL (HTTPS)
  11. How to use SD card with esp32
  12. esp32 and esp8266: FAT filesystem on external SPI flash memory
  1. Firmware and OTA update management
    1. Firmware management
      1. ESP32: flash compiled firmware (.bin)
      2. ESP32: flash compiled firmware and filesystem (.bin) with GUI tools
    2. OTA update with Arduino IDE
      1. ESP32 OTA update with Arduino IDE: filesystem, firmware, and password
    3. OTA update with Web Browser
      1. ESP32 OTA update with Web Browser: firmware, filesystem, and authentication
      2. ESP32 OTA update with Web Browser: upload in HTTPS (SSL/TLS) with self-signed certificate
      3. ESP32 OTA update with Web Browser: custom web interface
    4. Self OTA uptate from HTTP server
      1. ESP32 self OTA update firmware from the server
      2. ESP32 self OTA update firmware from the server with version check
      3. ESP32 self-OTA update in HTTPS (SSL/TLS) with trusted self-signed certificate
    5. Non-standard Firmware update
      1. ESP32 firmware and filesystem update from SD card
      2. ESP32 firmware and filesystem update with FTP client
  1. Integrating LAN8720 with ESP32 for Ethernet Connectivity with plain (HTTP) and SSL (HTTPS)
  2. Connecting the EByte E70 to ESP32 c3/s3 devices and a simple sketch example
  3. ESP32-C3: pinout, specs and Arduino IDE configuration
  4. Integrating W5500 with ESP32 Using Core 3: Native Ethernet Protocol Support with SSL and Other Features
  5. Integrating LAN8720 with ESP32 Using Core 3: Native Ethernet Protocol Support with SSL and Other Features
  6. Dallas ds18b20:
    • Dallas ds18b20 with esp32 and esp8266: introduction and parasite mode
    • Dallas ds18b20 with esp32 and esp8266: pull-up P-MOSFET gate and alarms
    • Dallas ds18b20 with esp32 and esp8266: all OneWire topologies, long stubs and more devices
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