Bootstrap knowledge of LLMs ASAP. With a bias/focus to GPT.
Avoid being a link dump. Try to provide only valuable well tuned information.
Neural network links before starting with transformers.
import React, { Component, useCallback, useState, useRef } from "react"; | |
import "./App.css"; | |
const imgUrl = require("./assets/iPhone-XS-Portrait-Space-Gray.png"); | |
const fullSize = { | |
width: 1325, | |
height: 2616 | |
}; |
For a while, JSX
and new es6 syntax had flaky support in emacs, but there's been huge work on a lot of packages. Using emacs for JavaScript with React, ES6, and Flow (or Typescript, etc) is really easy and powerful in Emacs these days.
This is how you can work on modern web development projects with full support for tooling like JSX, Flow types, live eslint errors, automatic prettier.js formatting, and more.
web-mode
web-mode
provides most of the underlying functionality, so a huge shout-out to the maintainer(s) there.
(ns figwheel-garden.core | |
(:require | |
[reagent.core :as r])) | |
(defn my-app [] | |
[:div | |
[:h1 "Hello Reagent!"] | |
[:p "Hello Garden!"] | |
[:p.my-class "Hello My-Class!"]]) |
import React from 'react'; | |
/* | |
Todo app structure | |
TodoApp | |
- TodoHeader | |
- TodoList | |
- TodoListItem #1 | |
- TodoListItem #2 |
require 'socket' | |
require 'openssl' | |
require 'puma/server' | |
require 'ds9' | |
class Server < DS9::Server | |
def initialize socket, app | |
@app = app | |
@read_streams = {} | |
@write_streams = {} |