garretttaco

So you've cloned somebody's repo from github, but now you want to fork it and contribute back. Never fear!

Technically, when you fork "origin" should be your fork and "upstream" should be the project you forked; however, if you're willing to break this convention then it's easy.

* Off the top of my head *

1. Fork their repo on Github
2. In your local, add a new remote to your fork; then fetch it, and push your changes up to it

    git remote add my-fork git@github...my-fork.git

garretttaco

Install command line tools:

then run this:

git config --global diff.tool bc3
git config --global difftool.bc3 trustExitCode true
git config --global merge.tool bc3

garretttaco

React component templates and style guide

NOTE: This should be an ever changing document that is kept up to the date with the teams standard.

Class components

Things to note

• import order is important. No spaces should be added in between import statement. It is not needed as an identifier between different "imports types". The order is as follows:

1. Libraries (react, prop-types, lodash, etc.)

garretttaco

{"lastUpload":"2018-08-25T03:43:26.757Z","extensionVersion":"v3.0.0"}

garretttaco

[
  { "key": "capslock", "command": "extension.vim_escape" },
  {
    "key": "ctrl+j",
    "command": "workbench.action.terminal.toggleTerminal"
  },
  {
    "key": "ctrl+`",
    "command": "workbench.action.focusActiveEditorGroup",
    "when": "terminalFocus"

garretttaco

  def diff_ids_update(new, existing) do
    # Use MapSets to find differences in new ids vs current/existing ids. This really could be used for any many to many ids table.
    new = new |> MapSet.new()
    existing = existing |> MapSet.new()
    remove = MapSet.difference(existing, new) |> MapSet.to_list()
    add = MapSet.difference(new, existing) |> MapSet.to_list()
    {remove, add}
  end

garretttaco

defmodule FinalValue do
  def fibonacci(number) do
    [value | _tail] = fibonacci_do(number)
    value
  end

  def fibonacci_do(1), do: [0]
  def fibonacci_do(2), do: [1 | fibonacci_do(1)]

  def fibonacci_do(number) when number > 2 do