kenrett

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

function Animal(name, num_of_legs) {
  this.name = name
  this.legs = num_of_legs
}

Animal.prototype.identify = function() { 

kenrett

/* Here is your chance to take over Socrates!  


Spend 10 minutes on each of the following hacks to the socrates website.
Enter them in the console to make sure it works and then save
your results here. 

Choose a new pair for each. Add your names to the section you complete.
*/

kenrett

/* Here is your chance to take over Socrates!  


Spend 10 minutes on each of the following hacks to the socrates website.
Enter them in the console to make sure it works and then save
your results here. 

Choose a new pair for each. Add your names to the section you complete.
*/

kenrett

/* Here is your chance to take over Socrates!  


Spend 10 minutes on each of the following hacks to the socrates website.
Enter them in the console to make sure it works and then save
your results here. 

Choose a new pair for each. Add your names to the section you complete.
*/

kenrett

Instructions:

1. Download this application skeleton.
2. Convert the app to use AJAX.
3. Add any files you changed to your gist and submit your code.
5. https://github.com/kenrett/luckyajax.git

kenrett

Instructions:

1. Download this application skeleton.
2. Convert the app to use AJAX.
3. Add any files you changed to your gist and submit your code.

kenrett

class GuessingGame
	def initialize(answer)
		@answer = answer
	end

	def guess(g)
		@guess = g
		if @answer < @guess
			return :high
		end

kenrett

def mode(array)
  a = array.inject(Hash.new(0)) { |key, value| key[value] += 1; key }
	array.sort_by { |value| a[value] }.last
end

kenrett

def factorial(n)
  if n == 0
		return 1
	end
	counter = 0
	array = []
	while n >= counter
		n.times do |i|
			array << i *= (n-counter)
		end

kenrett

def times_table(rows)
  if rows == 0
		return false
	end
	array = []
	counter = 1
	while counter <= rows
		1.upto(rows) do |i| 
			array << i*counter
		end