Tim tim-br

## Shak-the-dog
# Save this file to your computer so you can run it
# via the command line (Terminal) like so:
#   $ ruby shakil_the_dog.rb
#
# Your method should wait for user input, which corresponds
# to you saying something to your dog (named Shakil).

# You'll probably want to write other methods, but this
# encapsulates the core dog logic
def shakil_the_dog

## shak-the-dog-2
# Save this file to your computer so you can run it
# via the command line (Terminal) like so:
#   $ ruby shakil_the_dog.rb
#
# Your method should wait for user input, which corresponds
# to you saying something to your dog (named Shakil).

# You'll probably want to write other methods, but this
# encapsulates the core dog logic

## gist:fa0682463f9376659e6a
def benchmark
  # Your benchmarking code goes here.
  beginning_time = Time.now
  foo = yield
  end_time = Time.now
  return end_time - beginning_time
end

# Be careful, pasting this into IRB will take a long time to print.
# It's a loooong string. :)

## gist:8d275ce265e1921d7c04
### SETUP
require 'rspec'

RSpec.configure do |config|
  config.color = true
end

### LOGIC (fix me)

# Returns the average of all the numbers in the array

## animal_class.rb
require 'rspec'

module Flight
  def fly
    puts "I am a #{self.class} and I am flying"
  end
end

class Animal
  def warm_blooded?

## BOOKSTORE_ASSIGNMENT
EXERCISE 1/2 are earlier versions of ex 3

EXERCISE 3.

select  books.title, stock.retail, stock.stock, books.id AS BOOK_ID, editions.isbn, editions.publisher_id from books  left join editions  on books.id = editions.book_id left join stock on stock.isbn = editions.isbn where editions.publisher_id = 59;

EXERCISE 4.

 select  books.title, stock.retail, stock.stock, books.id AS BOOK_ID, editions.isbn, editions.publisher_id from books  left join editions  on books.id = editions.book_id left join stock on stock.isbn = editions.isbn where editions.publisher_id = 59 and stock.stock > 0;

## set_functions.hs
intersection_set _ [] = []
intersection_set [] _ = []
intersection_set (x:xs) ys
     | element_of_set x ys = x : intersection_set xs ys
     | otherwise = intersection_set xs ys

element_of_set _ [] = False
element_of_set x (y:ys)
   | x == y = True
   | otherwise = element_of_set x ys

## arrayOfLight.js
function arrayOfLight(x){
  res = []
  for(i = 0; i <= x; i++){
    res.push(i);
  }
  return res;
}

## haskell_vector_functions.hs
data MyVector a = XY a a deriving (Show)

xcord :: (Num a) => MyVector a -> a
xcord (XY a _) = a

ycord :: (Num a) => MyVector a -> a
ycord (XY _ a) = a

subVect :: (Num a) => MyVector a -> MyVector a -> MyVector a
subVect (XY x1 y1) (XY x2 y2) = XY (x1 - x2) (y1 - y2)

## gist:96c265734d4087cbf292
<!DOCTYPE html>
<html>
  <head>
    <meta name="viewport" content="initial-scale=1.0, user-scalable=no">
    <meta charset="utf-8">
    <title>Simple markers</title>
    <style>
      html, body, #map-canvas {
        height: 100%;
        margin: 0;
	# Save this file to your computer so you can run it
	# via the command line (Terminal) like so:
	# $ ruby shakil_the_dog.rb
	#
	# Your method should wait for user input, which corresponds
	# to you saying something to your dog (named Shakil).

	# You'll probably want to write other methods, but this
	# encapsulates the core dog logic
	def shakil_the_dog
	def benchmark
	# Your benchmarking code goes here.
	beginning_time = Time.now
	foo = yield
	end_time = Time.now
	return end_time - beginning_time
	end

	# Be careful, pasting this into IRB will take a long time to print.
	# It's a loooong string. :)
	### SETUP
	require 'rspec'

	RSpec.configure do \|config\|
	config.color = true
	end

	### LOGIC (fix me)

	# Returns the average of all the numbers in the array
	require 'rspec'

	module Flight
	def fly
	puts "I am a #{self.class} and I am flying"
	end
	end

	class Animal
	def warm_blooded?
	EXERCISE 1/2 are earlier versions of ex 3

	EXERCISE 3.

	select books.title, stock.retail, stock.stock, books.id AS BOOK_ID, editions.isbn, editions.publisher_id from books left join editions on books.id = editions.book_id left join stock on stock.isbn = editions.isbn where editions.publisher_id = 59;

	EXERCISE 4.

	select books.title, stock.retail, stock.stock, books.id AS BOOK_ID, editions.isbn, editions.publisher_id from books left join editions on books.id = editions.book_id left join stock on stock.isbn = editions.isbn where editions.publisher_id = 59 and stock.stock > 0;
	intersection_set _ [] = []
	intersection_set [] _ = []
	intersection_set (x:xs) ys
	\| element_of_set x ys = x : intersection_set xs ys
	\| otherwise = intersection_set xs ys

	element_of_set _ [] = False
	element_of_set x (y:ys)
	\| x == y = True
	\| otherwise = element_of_set x ys
	function arrayOfLight(x){
	res = []
	for(i = 0; i <= x; i++){
	res.push(i);
	}
	return res;
	}
	data MyVector a = XY a a deriving (Show)

	xcord :: (Num a) => MyVector a -> a
	xcord (XY a _) = a

	ycord :: (Num a) => MyVector a -> a
	ycord (XY _ a) = a

	subVect :: (Num a) => MyVector a -> MyVector a -> MyVector a
	subVect (XY x1 y1) (XY x2 y2) = XY (x1 - x2) (y1 - y2)
	<!DOCTYPE html>
	<html>
	<head>
	<meta name="viewport" content="initial-scale=1.0, user-scalable=no">
	<meta charset="utf-8">
	<title>Simple markers</title>
	<style>
	html, body, #map-canvas {
	height: 100%;
	margin: 0;