Ezo Saleh ezodude

Requirements

Minikube requires that VT-x/AMD-v virtualization is enabled in BIOS. To check that this is enabled on OSX / macOS run:

sysctl -a | grep machdep.cpu.features | grep VMX

If there's output, you're good!

Prerequisites

Quick way to generate a table of contents from a GitHub README

Visit the README.md on GitHub.

Paste this into the console in Google Chrome.

[].map
  .call(document.querySelectorAll('.anchor'), el => 
 `* [${el.parentNode.innerText}](${el.getAttribute('href')})`

1. Create new branch:

git checkout -b otherrepo-master master

2. Get the contents of the PR

git pull https://github.com/otherrepo/my-repo-name.git master

To remove a submodule you need to:

Delete the relevant section from the .gitmodules file.
Stage the .gitmodules changes git add .gitmodules
Delete the relevant section from .git/config.
Run git rm --cached path_to_submodule (no trailing slash).
Run rm -rf .git/modules/path_to_submodule (no trailing slash).
Commit git commit -m "Removed submodule "
Delete the now untracked submodule files rm -rf path_to_submodule

Download and install p4merge

Download the perforce visual tool suite from here: http://www.perforce.com/perforce/downloads/index.html
Copy only the p4merge.app file into your /Applications/ directory

Setup p4merge as a visual mergetool

Taking your nodebot wifi

Controlling your nodebot using a USB cable is great and all, and obviously you could shell out and grab a sparkcore or some other dedicated controller but what if you've got a standard arduino and you want to take an existing nodebot wireless?

Bluetooth is an option and there's this excellent JohnnyFive wiki entry that will help you there. Bluetooth can be a bit flaky though and it's range is pretty lousy. You can also look at things like XBees and what not using point to point serial, but these are expensive and very fiddly to get working.

Really, what we want is a method of transferring data over a nice, simple, standard method, requiring little configuration, low cost and we can utilise a whole stack of the code we've already produced.

Enter the WiFi232 module. These little beauties are [available from AliExpress for $12 each](http://www.aliexpress.com/item/USR-WIFI232-T-wifi-to-uart-tt

	%{
	package main

	import (
	"fmt"
	"go/scanner"
	"os"
	"go/token"
	)

	# script insstalls qemu and vagrant, then uses vagrant to build a qemu-
	# supported rpi kernel for dev.
	# - tested with 2015-02-16-raspbian-wheezy.zip on OSX El Capitan

	# Variables
	IMAGE=http://downloads.raspberrypi.org/raspbian_latest
	IMG_PATH="/vagrant/raspbian_latest.img"
	PI_LINUX=https://github.com/raspberrypi/linux
	PI_LINUX_BRANCH="rpi-4.2.y"
	PI_TOOLS=https://github.com/raspberrypi/tools

	body{
	height: 470px;
	width: 320px;
	}

	.content, .footer{
	border: 1px solid #ccc;
	}

	.content{

	bash -c 'while [[ "$(curl -s -o /dev/null -w ''%{http_code}'' localhost:9000)" != "200" ]]; do sleep 5; done'

	# also check https://gist.github.com/rgl/c2ba64b7e2a5a04d1eb65983995dce76