karlhorky

import lunr from 'lunr';
import { pick, propEq, map, filter, prop } from 'ramda';

interface FieldConfigAttributes {
  boost: number;
}

interface FieldConfig<T> {
  name: keyof T;
  store: boolean;

karlhorky

export const setCookies = async (page, cookies) => {
  const items = cookies
    .map(cookie => {
      const item = Object.assign({}, cookie);
      if (!item.value) item.value = "";
      console.assert(!item.url, `Cookies must have a URL defined`);
      console.assert(
        item.url !== "about:blank",
        `Blank page can not have cookie "${item.name}"`
      );

karlhorky

Methods of Signing with GPG

There are now two ways to approach this:

1. Using gpg and generating keys
2. Using Kryptonite by krypt.co

This Gist explains how to do this using gpg in a step-by-step fashion. Kryptonite is actually wickedly easy to use-but you will still need to follow the instructions

For using a GUI-based GIT tool such as Tower or Github Desktop, follow the steps here for signing with either GPG or Krypt.co.

karlhorky

alias ...=../..
alias ....=../../..
alias .....=../../../..
alias ......=../../../../..
alias 1='cd -'
alias 2='cd -2'
alias 3='cd -3'
alias 4='cd -4'
alias 5='cd -5'
alias 6='cd -6'

karlhorky

#!/usr/bin/env bash

# TODO:
#  - DRY relevant parts

singlequotes=`find -type f \( -iname \*.js -o -iname \*.ts \) -not -path '*node_modules/*' -exec cat \{\} \; | tr -cd \' | wc -c`
doublequotes=`find -type f \( -iname \*.js -o -iname \*.ts \) -not -path '*node_modules/*' -exec cat \{\} \; | tr -cd '"' | wc -c`

total=$(($singlequotes + $doublequotes))

karlhorky

Authentication with an Express API and Postgres

Setting Up

Let's make sure our Express app has the required base modules:

# within root of API
npm install --save express pg knex bcrypt
npm install --save-dev nodemon

karlhorky

1. Set up a docker-compose.yaml file (file content at the bottom of this page).

2. Also create a data/mysql folder in your project.

3. In order to set up a volume for MySQL in Docker Toolbox, we will need a VirtualBox Shared Folder, just like mentioned in Fixing Volumes in Docker Toolbox.

   VirtualBox by default has a c/Users Shared Folder that we can use for this (as long as your project is within C:\Users. Verify that this shared folder is set up properly:
   
   
   

4. Add a new volume to the mydatabase service in the docker-compose.yaml for the database files. Because we are using docker-toolbox and VirtualBox, we need an absolute path, starting with //c/:
   
   

   volumes:

• //c/Users/your_username/projects/wordpress-docker-stack/data/mysql:/var/lib/mysql

karlhorky

// This is a minimal UA sniffer, that only cares about the rendering/JS engine
// name and version, which should be enough to do feature discrimination and
// differential code loading.
//
// This is distinct from things like https://www.npmjs.com/package/ua-parser-js
// which distinguish between different branded browsers that use the same rendering
// engine. That sort of distinction is maybe useful for analytics purposes, but
// for differential code loading it is overcomplicated.
//
// This is meant to demonstrate that UA sniffing is not really that hard if you're

karlhorky

import React, { useState, useEffect } from "react";
import "./packages/combobox/styles.css";
import {
  Combobox,
  ComboboxInput,
  ComboboxList,
  ComboboxOption,
  ComboboxPopup
} from "./packages/combobox/index";

karlhorky

[alias]
  fetch-pr  = "!f() { git fetch origin refs/pull/$1/head:pr/$1; } ; f"
  delete-prs = "!git for-each-ref refs/heads/pr/* --format='%(refname)' | while read ref ; do branch=${ref#refs/heads/} ; git branch -D $branch ; done"