topher6345

//The game of life in Swift

//I have a huge crush on this language, I wish I could do more with it
// I'm looking this stuff up in the iBook, which has hilariously
// consequences when trying to copy/paste code snippets

import Cocoa
import XCPlayground

//Ugh, coming from my last project in VanillaJS, having a sweet array constructor rules!!

topher6345

require 'json'

string = { foo: 'bar', baz: { bill: 'bob' } }.to_json

def santize(string)
  # Turn string into Hash or Array
  result = JSON.parse(
    string,
    # This option lets us mutate strings
    # By default strings are frozen

topher6345

set nocompatible
syntax on
map <Esc> <Nop>
set nu
set mouse=a
execute pathogen#infect()
autocmd vimenter * if !argc() | NERDTree | endif
autocmd bufenter * if (winnr("$") == 1 && exists("b:NERDTreeType") && b:NERDTreeType == "primary") | q | endif
"====[ Make the 81st column stand out ]====================

topher6345

class Array
  def flatten
    @result = []
    _flatten(self)
  end

  private

  def _flatten(collection)
    collection.each do |item|

topher6345

# A library for encoding/cracking the Ceasar Cipher
module CaesarCipher
  ALPHABET = ('a'..'z').to_a
  ALPHABET_UPCASE = ('A'..'Z').to_a
  # Responsible for encrypting a string
  # using the Caesar Cipher
  class Encoder
    attr_reader :encoded_message
    def initialize(plaintext:, shift:)
      @words = plaintext.split(' ')

topher6345

C3 Sleep Graph

Chart to visualize sleep data.

A Pen by Christopher Saunders on CodePen.

License.

topher6345

import Cocoa

enum Status {
    case unmarked, prime, composite
}

class SeiveOfEratosthenes {
    let ceiling: Int
    let ceiling_sqrt: Int
    var table = [Int: Status]()

topher6345

# Naive implementation of the Seive of Eratosthenes
#
#   # Usage
#   SeiveOfEratosthenes.find_primes(10_000)
#
class SeiveOfEratosthenes
  attr_reader :set_array
  # Return an array of all prime numbers below ceiling
  def self.find_primes(ceiling)
    new(ceiling).mark_table.filter_table.set_array

topher6345

# A library for encoding/cracking the Ceasar Cipher
module CaesarCipher
  ALPHABET = ('a'..'z').to_a
  ALPHABET_UPCASE = ('A'..'Z').to_a

  # Responsible for encrypting a string
  # using the Caesar Cipher
  class Encoder
    attr_reader :encoded_message
    def initialize(plaintext:, shift:)

topher6345

# Dining Philosophers
#     \ # /
#    #     #
#     /#|#\
#
#  Philosophers
#     \ 0 /
#    4     1
#     /3|2\
#