sidazhang

//------------------------------------------------------------------------------------------------------------------
// YOUR CODE: Create your Zoo "object literal" and Animal "constructor" and "prototypes" here.
//------------------------------------------------------------------------------------------------------------------



//------------------------------------------------------------------------------------------------------------------
// DRIVER CODE: Do **NOT** change anything below this point. Your task is to implement code above to make this work.
//------------------------------------------------------------------------------------------------------------------

sidazhang

require 'rspec'
require_relative '../assessment_week2'

describe Vehicle do

  subject { Vehicle.new(Hash[color: "black", wheels: 2]) }

  it { should be_instance_of Vehicle }
  its (:wheels) { should == 2 }

sidazhang

http://prendan.com/EssntlHandOuts/00aaPrepositionQuickListUpdated.pdf

sidazhang

/[\]\[!"#$%&'()*+,./:;<=>?@\^_`{|}~-]/

sidazhang

def convert_to_english(num)
  word_hash = {
    1 => "one",
    2 => "two",
    3 => "three",
    4 => "four",
    5 => "five",
    6 => "six",
    7 => "seven",
    8 => "eight",

sidazhang

def times_table(rows)
  # Your code here!
  column_count = 0
  row_count = 1
  output = 0
  results = []
  answer = 0
  (rows).times do 
  	  (rows).times do
		    column_count += 1

sidazhang

class RPNCalculator
  def evaluate(string)
  string_array = string.split(" ")
  queue_array = []
	calculations = []
	string_array.each do |element|
		if (element.match /[A-Za-z0-9_.]/)
			queue_array.push(element)
		else 
			calculations = queue_array.slice!(queue_array.length-2,2)

sidazhang

# Determine whether a string contains a Social Security number.
def has_ssn?(string)
  output = string.match(/\d{3}-\d{2}-\d{4}/)
end

# Return the Social Security number from a string.
def grab_ssn(string)
  if string.match(/\d{3}-\d{2}-\d{4}/)
  match1 = string.match(/\d{3}-\d{2}-\d{4}/)
  match1.to_s

sidazhang

class GuessingGame
  def initialize(guess)
    @guess = guess
  end
  
  def guess(attempt)
    if attempt > @guess
      @correctanswer = 'correct'
      return :high
    elsif attempt == @guess

sidazhang

class Array
  
  
  def pad!(min_size, value = nil)  
    if self.length >= min_size
      return self
    else
   
    add_amount = (self.length - min_size)
    add_amount.times {self.push(value)}