manleyhimself

class Anagram
  attr_accessor :word

  def initialize(word)
    @word = word
  end

  def match(array)
   @word = @word.split("").sort
   array.select { |element| element.split("").sort  == @word }

manleyhimself

-- SQL Basic Syntax -- 

--initialize SQLite database w/ command line:
sqlite3 database_name.db

--helpful commands
.help -- list of commands
.tables -- see all tables
.mode column / .header on -- helpful for viewing

manleyhimself

 teams = {
  thebest: { 
    colors: ["orange","purple"],
    players:{
      don: {
        number: 1, shoe_size: 9, points: 5, rebounds: 6, assists: 7, steals: 8, blocks: 9, slam_dunks: 10
      },
      jon: {
        number: 2, shoe_size: 8, points: 6, rebounds: 7, assists: 8, steals: 9, blocks: 10, slam_dunks: 11

manleyhimself

 teams = {
  thebest: { 
    colors: ["orange","purple"],
    players:{
      don: {
        number: 1, shoe_size: 9, points: 5, rebounds: 6, assists: 7, steals: 8, blocks: 9, slam_dunks: 10
      },
      jon: {
        number: 2, shoe_size: 8, points: 6, rebounds: 7, assists: 8, steals: 9, blocks: 10, slam_dunks: 11

manleyhimself

katz_deli = []

def take_a_number(deli_line, customer)
  deli_line << customer
  deli_line.index(customer) + 1
end

def now_serving(deli_line)
  "Currently serving #{deli_line[0]}"

manleyhimself

holiday_supplies = {
  :winter => {
    :christmas => ["Lights", "Wreath"],
    :new_years => ["Party Hats"]
  },
  :summer => {
    :forth_of_july => ["Fireworks", "BBQ"]
  },
  :fall => {
    :thanksgiving => ["Turkey"]

manleyhimself

apple_picker(["apple", "orange", "apple"]) #=> ["apple", "apple"]

apple_picker.map { |x| puts x}

apple_picker.select { |x| puts x }

manleyhimself

def reverse_each_word(sentence)
  sen_array = sentence.split(" ")
  sen_rev = sen_array.map { |word| word.reverse}
  sen_rev = sen_rev.join(" ")
end

puts reverse_each_word("Hello there, and how are you?")

manleyhimself

def normalize_phone_number(number)
  clean_num = number.gsub(/[^0-9]/, "")
  clean_num.length != 10 ? number :  "(#{clean_num[0,3]}) #{clean_num[3,3]}-#{clean_num[6,4]}"
end

manleyhimself

def my_each(array)
  i = 0
  while i < array.length
    yield(array[i])
    i += 1
  end
end

num_array = [5,6,7,8]