Benjamin E White benjaminEwhite

+-- angular.js
+-- angular-mocks.js
+-- app/
        +-- components/
        	+-- helloService.js
            +-- helloServiceSpec.js
        +-- index.html
+-- karma.conf.js

+-- node_modules/

Java Self Study from here

Data types

Primitive / Object versions (Java has both)

int / Integer
float / Float
double / Double

Final Interview

This script covers the final interview for the course.

Because this is a project-based interview, questions should be tailored to the project itself, but a rough guideline is below.

Afterwards, write up comments and ways to improve and submit them via the Typeform linked in your dashboard.

What did you build?
Why did you choose this?

Running the capstone 3 presentation as an evaluator

For their third and final capstone, students are asked to present the findings of the open-ended business research they do, identifying their own dataset.

This presentation is open to other members of the Thinkful community, but you should play the role of emcee, which means that you should introduce the student, then tell everyone the format ("Sara will present her research and afterwards she'll take questions and answers").

Remind the student to share their screen and make their presentation deck viewable for the audience.

When the presentation is done you should ask a small number of impromptu follow up questions. Then open it up to the audience for questions.

	def print_function():
	""" I'm also a function, but I don't take any parameters"""
	print "I'm {}, and I'm printing now".format(print_function.__name__)

	def subtractor(a, b):
	"""I subtract b from a and return the result"""
	print "I'm a function. My name is {}".format(subtractor.__name__)
	print "I'm about to subtract {} and {}".format(a,b)
	return a - b # i output a value by using the return statement

	my_number = 10

	def change(a_number):
	a_number = 3

	print(my_number)
	change(my_number)
	print(my_number)

	import sys

	def _is_divisible(a, b):
	""" Is a evenly divisible by b ? """
	return a % b == 0

	def fizz_buzz(limit=100):
	""" Do fizz buzz up to limit number """

	for val in range(1, limit+1):