Tyler Singer-Clark tscizzle

## js_exercises.html
<!DOCTYPE HTML PUBLIC>
<html>

  <head>
    <title> Fun JS Exercises </title>

    <!-- Load underscore.js
         Feel free to use functions like _.each, _.map, _.filter, etc.
         See docs here: http://underscorejs.org/
    -->

## py_exercises.py
################################################################################
# Exercise #0
# - Implement findPeople
# - findPeople takes 1 arg: a list of dicts of the form {'firstName': '__', 'lastName': '__'}
# - An element of DATA "matches" an element of the input list if it matches both firstName and lastName
# - findPeople should return a list of the same length as the input, with "matches" corresponding to
#     each element of the input (for examples, see tests below)
# - If no match is found in DATA for some element of the input, the corresponding spot in the output array should be None
# - If multiple matches are found in DATA for an element of the input, choose the match with the largest age
	<!DOCTYPE HTML PUBLIC>
	<html>

	<head>
	<title> Fun JS Exercises </title>

	<!-- Load underscore.js
	Feel free to use functions like _.each, _.map, _.filter, etc.
	See docs here: http://underscorejs.org/
	-->
	################################################################################
	# Exercise #0
	# - Implement findPeople
	# - findPeople takes 1 arg: a list of dicts of the form {'firstName': '__', 'lastName': '__'}
	# - An element of DATA "matches" an element of the input list if it matches both firstName and lastName
	# - findPeople should return a list of the same length as the input, with "matches" corresponding to
	# each element of the input (for examples, see tests below)
	# - If no match is found in DATA for some element of the input, the corresponding spot in the output array should be None
	# - If multiple matches are found in DATA for an element of the input, choose the match with the largest age