It's looking like 2020 will be a big year for Privacy across the web and our team (Chrome) is no exception.

Chrome has a rather large number of projects that are coming in the following years that will continue to improve the privacy of all users on the web and we need the help of an awesome Developer Advocate to ensure that the entire cross-browser privacy story is heard, understood and implemented across the web.

The Developer Advocate role will help to accelerate the adoption of security and privacy related primitives from all browsers (think about all the great work browsers like Firefox, Safari, Brave etc are doing) across the web ecosystem and to make sure that our engineering and product teams are prioritising the needs of users and developers. It's not going to be easy, because a lot of these changes impact the way developers build sites today; for example, the Same-Site change that is landing in Chrome imminently requires developers of widgets and anything that is hosted on a 3rd party origin meant to be used in a 1st party context, to declare that the correct SameSite attribute, lest they be automatically set to SameSite=Lax, which will restrict their usage slightly.

There's going to be a lot of work to do, so being able to work with companies, frameworks and libraries in the ecosystem is going to be a key part of this role.

If you're interested, my email is paulkinlan@google.com - or you can apply on the Job posting directly.

I love Editor.js. It's a nice simple block editor that I use to write these posts. It has a host of good plugins that enable you to extend the capabilities of the editor, such as the SimpleImage tool that allows you to add images to the editor without having to upload them.

It's the SimpleImage that I briefly want to talk about. It's a good tool, but it has two problems, 1) I can only drag images on to the editor, I can't "add" an image; 2) It uses base64 data URL's to host the image, this is a waste of memory and it should be using blob URLs.

I wrote a simple fork that addresses these two pain points. The first is that it uses less memory because it uses blob URLs. The second is that now you can add images in when adding in a new Block to the editor.

In fact, the following images are added using this new way.

This new year Andre Bandarra left me a little surprise on my desk: A physical airhorner built with Web USB!

Check it out, well actually it will be hard, Andre created a small sketch for an Arduino Uno that connects over USB that is not yet available, however the code on the site is rather neat and not too complex if you are experienced with any form of USB programming.

Andre's code connects to the device and waits for the user to approve, configures the connection, and then continuously reads from the device looking for the string 'ON' (which is a flag that is set when the button is pressed).

const HardwareButton = function(airhorn) {
  this.airhorn = airhorn;
  this.decoder = new TextDecoder();
  this.connected = false;
  const self = this;
  this._loopRead = async function() {
    if (!this.device) {
      console.log('no device');
      return;
    }

    try {
      const result = await this.device.transferIn(2, 64);
      const command = this.decoder.decode(result.data);
      if (command.trim() === 'ON') {
        airhorn.start({loop: true});
      } else {
        airhorn.stop();
      }
      self._loopRead();
    } catch (e) {
      console.log('Error reading data', e);
    }
  };

  this.connect = async function() {
    try {
      const device = await navigator.usb.requestDevice({
        filters: [{'vendorId': 0x2341, 'productId': 0x8057}]
      });
      this.device = device;
      await device.open();
      await device.selectConfiguration(1);
      await device.claimInterface(0);
      await device.selectAlternateInterface(0, 0);
      await device.controlTransferOut({
        'requestType': 'class',
        'recipient': 'interface',
        'request': 0x22,
        'value': 0x01,
        'index': 0x00,
      });
      self._loopRead();
    } catch (e) {
      console.log('Failed to Connect: ', e);
    }
  };

  this.disconnect = async function() {
    if (!this.device) {
      return;
    }

    await this.device.controlTransferOut({
      'requestType': 'class',
      'recipient': 'interface',
      'request': 0x22,
      'value': 0x00,
      'index': 0x00,
    });
    await this.device.close();
    this.device = null;
  };

  this.init = function() {
    const buttonDiv = document.querySelector('#connect');
    const button = buttonDiv.querySelector('button');
    button.addEventListener('click', this.connect.bind(this));
    button.addEventListener('touchend', this.connect.bind(this));
    if (navigator.usb) {
      buttonDiv.classList.add('available');
    }
  };

  this.init();
};

If you are interested in what the Arduino side of things looks like, Andre will release the code soon, but it's directly inspired by the WebUSB examples for Arduino.