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{
  "sessions": {
    "keynote": {
      "id": "keynote",
      "title": "Keynote d'ouverture",
      "tags": [
        "💡 Discovery"
      ],
      "trackTitle": "00 - Jules Verne",
      "startTime": "2024-10-17T09:00:00+02:00",

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{
  "sessions": {
    "keynote": {
      "id": "keynote",
      "title": "Keynote",
      "tags": [
        "💡 Discovery"
      ],
      "trackTitle": "Jules Verne",
      "startTime": "2023-10-19T09:00:00+02:00",

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{
    "sessions":{
      "100":{
         "title":"Opening Keynote",
         "description":"Opening Keynote",
         "tags":[
            "💡 Discovery"
         ],
         "speakers":[
            "speakeropeningkeynote"

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{
    "sessions":{
       "0":{
          "title":"Et si les meilleurs Dockerfile étaient ceux que l'on n'écrit pas",
          "description":"Une manière assez commune de construire une image aujourd'hui consiste à écrire un Dockerfile.\nL'écriture d'un bon Dockerfile n'est pas simple, il faut sélectionner une image de base, mettre en place un ensemble de bonnes pratiques autour de la sécurité, de la maintenabilité, de la performance etc.\nMais ce n'est pas tout, il va aussi falloir le maintenir dans le temps !\n\nLa CNCF propose une spécification, les Cloud Native Buildpacks, qui vise à transformer notre code source en une image pouvant tourner sur n'importe quel cloud.\nJe vous propose durant ce talk une rapide présentation des Cloud Native Buildpacks, suivi d'une mise en oeuvre pratique avec la création et la mise à jour d'une image... sans Dockerfile !\n",
          "tags":[
             "☁️ Cloud & DevOps"
          ],
          "speakers":[
             "lWCalu3iuOTT2OsRHMmHMCJ7BoR2"

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// Copy and paste the one you need

// Check current registration 
navigator.serviceWorker.getRegistration()
.then(registration => console.log('Registration : ', registration));

// Cancel current registation
navigator.serviceWorker.getRegistration()
.then(async (registration)=>{
    if (!registration){

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(async ()=>{

    let libUrl = 'https://unpkg.com/@reactivex/[email protected]/dist/esm2015/index.js'; 
    // Change with your version
    let opUrl = 'https://unpkg.com/@reactivex/[email protected]/dist/esm2015/operators/index.js';
    // Change with your version
    

    const Rx = await import(libUrl);
    const Op = await import(opUrl);

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export function prepareImage(img) {
  return new Promise((resolve) => {
    fetch(img.src)
      .then((response) => response.blob())
      .then((blob) => {
        var reader = new FileReader();
        reader.onload = function () {
          img.src = this.result;
          resolve();
        }; // <--- `this.result` contains a base64 data URI

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class UserMediaHelper {

  /**
  * @param canvas: the dom element corresponding to canvas
  * @param video: the dom element corresponding to video
  * @param videoArea: the dom element around the canvas (to fix the size of the output video)
  **/
  constructor(canvas, video, videoArea) {}

  /**

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class Detector {

  /**
  * Will create the write dectector object according to the type.
  * @param type: the type of detector to use -> see constant TYPES to use the correct types
  * @param options: each detector should work with specifics options that could override. Check the desire constant. Note that text detector don't need options
  **/
  constructor(type, options) {}

  /**

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[
    {
        boudingBox: // DOMRectReadOnly / The position and size of the face
        {
            bottom: xxx.xxx // absolute bottom position in the image
            height: xxx.xxx // absolute height in the image
            left: xxx.xxx // absolute left position in the image
            right: xxx.xxx // absolute right position in the image
            top: xxx.xxx // absolute top position in the image
            width: xxx.xxx // absolute width in the image