marschhuynh

https://wiki.ubuntu.com/X/InputCoordinateTransformation

1. Get list of devices:

xinput --list --short

2. Adjust Coordinate Transformation Matrix of your device

xinput set-prop '' 'Coordinate Transformation Matrix' 2.4 0 0 0 2.4 0 0 0 1

marschhuynh

#
  #
  #
  # This example showcases usage of AsyncAPI for the purpose of describing a WebSocket API. It is based on a real public service maintained by company called Gemini that provides cryptocurency trading products. It uses AsyncAPI bindings.
  #
  # This AsyncAPI document describes their v1 of the API. The v2 is also available and changes in the way that it provides a multimessage channel, where you subscribe for messages by sending a subscription message instead of using query parameters. For example with multimessage channel check out this article https://www.asyncapi.com/blog/websocket-part2 about another real public API called Kraken
  #
  # All available learning materials about AsyncAPI and WebSocket are:
  # - WebSocket, Shrek, and AsyncAPI - An Opinionated Intro article: https://www.asyncapi.com/blog/websocket-part1
  # - Creating AsyncAPI for WebSocket API - Step by Step article: https://www.asyncapi.com/blog/websocket-part2

marschhuynh

### Keybase proof

I hereby claim:

  * I am marschhuynh on github.
  * I am marschhuynh (https://keybase.io/marschhuynh) on keybase.
  * I have a public key ASAURfaAvBgE6QZjHoRkr63Aop9b-W7w9u9juK-dd6tUrwo

To claim this, I am signing this object:

marschhuynh

You may try to use the work by @uunicorn (https://github.com/uunicorn/python-validity). It works for my Ubuntu 20.04.1.

$ sudo apt remove fprintd
$ sudo add-apt-repository ppa:uunicorn/open-fprintd
$ sudo apt-get update
$ sudo apt install open-fprintd fprintd-clients python3-validity
$ fprintd-enroll
If the last command prompt an error list_devices failed:, do

sudo systemctl status python3-validity

marschhuynh

const TRANSFER_DISPUTE = {
    target: '#engagement.disputed',
    actions: [assign((context, event, metaData) => {
        return {
            disputed_from_state: metaData && metaData.state.value,
            disputed_by: event.disputed_by,
            disputed_reason: event.disputed_reason
        }
    }),
    assign({

marschhuynh

const TRANSFER_DISPUTE = {
    target: '#engagement.disputed',
    actions: [assign((context, event, metaData) => {
        return {
            disputed_from_state: metaData && metaData.state.value,
            disputed_by: event.disputed_by,
            disputed_reason: event.disputed_reason
        }
    }),
    assign({

marschhuynh

const TRANSFER_REFUSE = {
    target: '#engagement.cancelled',
    actions: [assign((context, event, metaData) => {
        const addition = context.buyer === event.cancelled_by
            ? { buyer_cancelled: true }
            : { seller_cancelled: true }

        return {
            refuse_from_state: metaData && metaData.state.value,
            cancelled_by: event.cancelled_by,

marschhuynh

const TRANSFER_REFUSE = {
    target: '#engagement.canceling',
    cond: (context) => !context.buyer_cancelled && !context.seller_cancelled,
    actions: [assign((context, event, metaData) => {
        const addition = context.buyer === event.cancelled_by
            ? { buyer_cancelled: true }
            : { seller_cancelled: true }

marschhuynh

const depositAction = () => {}

const paymentMachine = Machine({
    id: 'engagement',
    initial: 'initial',
    context: {
        buyer: null,
        seller: null,
        buyer_confirmed: false,
        seller_confirmed: false,

marschhuynh

  // Available variables:
  // - Machine
  // - interpret
  // - assign
  // - send
  // - sendParent
  // - spawn
  // - raise
  // - actions