TrevMcKendrick

class Student
  attr_accessor :name, :twitter, :linkedin, :facebook, :website
  attr_reader :id

  @@students = []
  
  def initialize
    @@students << self
    @id = @@students.count
  end

TrevMcKendrick

require_relative './student_scraper'
require_relative './student'

class CLIstudent
  attr_accessor :student_array, :input, :on
  
  def initialize(student_array)
    @on = true
  end

TrevMcKendrick

# # Binary Secret Handshake

# > There are 10 types of people in the world: Those who understand binary, and those who don't.

# You and your fellow flatirons are of those in the "know" when it comes to binary decide to come up with a secret "handshake".

# ```
# 1 = wink
# 10 = double blink

TrevMcKendrick

class Anagram
  attr_accessor :word

  def initialize(word)
    @word = word
  end

  def match(target_array)
    target_array.select do |target_word|
     @word if @word.chars.sort == target_word.chars.sort

TrevMcKendrick

require_relative './song_library.rb'

def jukebox(command)
  if command.downcase == "list"
    list_library
  else
    parse_command(command)
  end
end

TrevMcKendrick

HOMEWORK
1. SELECT title, sum(amount) 
    FROM projects 
    JOIN pledges 
    ON projects.id = pledges.project_id 
    GROUP BY title;

2. SELECT name,age,amount 
    FROM users JOIN pledges 
    ON pledges.user_id = users.id;

TrevMcKendrick

########################
# NYC PIGEON ORGANIZER #
########################
 
# Start with the following collected data on NYC pigeons.
 

pigeon_data = {
  :color => {
    :purple => ["Theo", "Peter Jr.", "Lucky"],

TrevMcKendrick

require 'json'
require 'rest_client'
reddit_url = "http://www.reddit.com/"

reddit_hash = JSON.parse(RestClient.get('http://www.reddit.com/.json'))

#puts reddit_hash["data"]["children"][1]


#reddit_hash["data"].each {|k,v| puts k}

TrevMcKendrick

# create a method called create_groups that, given an array of student names,
# a group size, and a number of groups, will return an array of groups of
# of students with no student in adjacent groups


def create_groups(students,group_size,group_count)

  new_student_array = []
  i = 0
  j = 0

TrevMcKendrick

# tower_of_hanoi.rb

a = [1,2]
b = []
c = []

# Move the disks from one peg to another following the rules of Hanoi.
#
# number_of_disks - the total number of disks
# from - the starting peg