Geoff Hubbard Insti

remcopeereboom / factorial.rb

Created February 20, 2015 14:40

Enabling tail recursion in ruby

	require_relative 'tail_call_optimization' # All files loaded AFTER this file with have tail-recursion enabled.
	require_relative 'tail_factorial'

jszmajda / house.rb

Last active April 20, 2016 21:29

	# Multiple inheritance with Modules as an alternative to injected composition
	# from Sandi Metz's talk [Nothing is Something](http://confreaks.tv/videos/bathruby2015-nothing-is-something)

	# Like Sandi's 'direct' DI method this has behavior outside of the base class
	# that gets composed together. However in this gist I compose modules in class
	# definitions instead of injecting collaborators.

	# Tradeoffs between this and Sandi's version are that in this case the API consumer doesn't
	# have to know how to make a RandomEchoHouse (no `house = House.new(formatter: Whatever.new)`),
	# but also the API consumer can't make anything not already accounted for either.

bellbind / index.html

Last active November 2, 2024 00:19

[react][redux]Reversi Game with React/Redux and React-Redux

	<!doctype html>
	<html>
	<head>
	<meta charset="utf-8" />
	<script src="https://unpkg.com/[email protected]/dist/react.js"></script>
	<script src="https://unpkg.com/[email protected]/dist/react-dom.js"
	></script>
	<script src="https://unpkg.com/[email protected]/dist/redux.js"></script>
	<script src="https://unpkg.com/[email protected]/dist/react-redux.js"
	></script>

petertseng / exercism-teams.rb

Last active May 10, 2017 06:48

Exercism teams

	require 'json'
	require 'set'

	# Create a personal access token at https://github.com/settings/tokens
	# It needs only one scope: read:org ("Read org and team membership").
	TOKEN_FILE = 'secrets/token.txt'.freeze
	SLEEP_TIME = 2

	global_name = 'track-maintainers'.freeze

byorgey / FastForwardLCG.hs

Created August 8, 2018 03:53

Proof-of-concept Haskell implementation of LCG fast-forwarding


	-- An LCG consists of three values: a multiplier, an offset, and a
	-- modulus.
	data LCG = LCG
	{ multiplier :: Integer
	, offset :: Integer
	, modulus :: Integer
	}
	deriving Show