Jiggins

Keybase proof

I hereby claim:

• I am jiggins on github.
• I am jiggins (https://keybase.io/jiggins) on keybase.
• I have a public key ASAsAXhstqA3_IKNWlKgKN5lSkzeWGgVuAYWGu6hB_U27Ao

To claim this, I am signing this object:

Jiggins

Downloads

• [Minecraft - minecraft.net/download]
• [Minecraft Forge Recommended - files.minecraftforge.net]
• [MultiMC]

Installation

Chose one of the two methods

1. MultiMC - Easy Mode

1. Download [MultiMC]

Jiggins

\documentclass[11pt,A4paper,]{article}

\usepackage{amssymb,amsmath}
\usepackage{ifxetex,ifluatex}
\usepackage{fixltx2e} % provides \textsubscript
\usepackage{graphicx}

\begin{document}

\begin{titlepage}

Jiggins

Rails

Getting Started

rails new Dema
bundle install

rails server

Jiggins

module Maybe where

import Prelude hiding (Maybe (..))

-- Take a look at Hackage: Data.Maybe
-- https://hackage.haskell.org/package/base-4.8.1.0/docs/Data-Maybe.html

data Maybe a = Nothing
             | Just a

Jiggins

#! /bin/bash
# For one line installation, use the command in the comment on the next line
# bash <(curl https://gist.githubusercontent.com/Jiggins/081007c09d96afbc12bf/raw/9a6132f4c5459e332bf53fc897d76163e5585d75/git-setup.sh)

echo -n "Enter your name: "
read -e NAME

echo -n "Enter your Student Number: "
read -e STUDENT_NUMBER

Jiggins

require 'pp'

# https://gist.github.com/awesome/3842062
def dirHash(path)
  Dir["#{path}/**/*"].inject({}) {|h,i| t = h; i.split("/").each {|n| t[n] ||= {}; t = t[n]}; h}
end

# https://gist.github.com/henrik/146844
def deep_diff(a,b)
  (a.keys | b.keys).inject({}) do |diff, k|

Jiggins

Clock Cycles

The following code takes 6 seconds to run on a DOS box emulator. Calculate the number of clock cycles required for the highlighted code (A) to run?

Ok so for this part you need to count the number of cycles this program will execute. Each comment will tell you how many cycles each instruction takes. E.g. It takes 4 clock cycles to run mov bx, 100. On the jump instructions, you will see something like '16 backward 4 forward', this means if the jump instruction jumps back, it will yake 16 cycles, if it doesn't jump, it will take 4.

In this example, when cx > 0, jnz back1 will take 16 cycles. But when cx == 0, it will take 4 cycles.

Jiggins

Minds AGM 30-05-2015

Minutes

Minds and Computer Science Department party

• Thursday 7th May
• Time: 7pm
• Location: Th Loft in McMahon's

Review of Minds in 2014-2015

Jiggins

Shootout results

Name	Language
Alex Mitchell	Clojure
Anne McLoughlin	Julia
Cathal McGovern	Oz
Conor Fitz	FORTRAN
Conor Loney	Forth
Darren Coyle	Elixir
Fionn Collander	BASIC