goofiw

require('dotenv').load();
var AWS = require('aws-sdk'),
    AWS_ACCESS_KEY_ID = process.env.S3_ACCESS_KEY,
    AWS_SECRET_ACCESS_KEY = process.env.S3_SECRET;

AWS.config.update({accessKeyId: AWS_ACCESS_KEY_ID, secretAccessKey: AWS_SECRET_ACCESS_KEY});
AWS.config.region = 'us-west-2';

var s3 = new AWS.S3();

goofiw

var lighthouse = function(num) {
 var arr= [];
 for(var i = 1; i <= num; i++) {
    arr.push(i);
  }
  return arr;
};    

console.log(lighthouse(5));

goofiw

Gist Generic

goofiw

http://code.tutsplus.com/tutorials/ruby-for-newbies-testing-with-rspec--net-21297

tutsplus rspec tutorial.

goofiw

# Determine whether a string contains a SIN (Social Insurance Number).
# A SIN is 9 digits and we are assuming that they must have dashes in them
require 'byebug'
def has_sin?(string)
	!!string.match(/\b\d{3}\W?\d{3}\W?\d{3}\b/)
end

puts "has_sin? returns true if it has what looks like a SIN"
puts has_sin?("please don't share this: 234-604-142") == true

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def benchmark
	start_time = Time.now
	yield
	end_time = Time.now
	end_time - start_time 
  # Your benchmarking code goes here.
end
 
# Be careful, pasting this into IRB will take a long time to print.
# It's a loooong string. :)

goofiw

@caps = 0
@empties = 0
@cash = 0
def user_prompt_cash
	puts "How many dollars would you like to spend on soda pop today?"
	@cash = gets.chomp.to_i
end
def calculate_full_bottles
	(@cash + user_prompt_cash.to_i)/2 + @caps/4 + @empties/2

goofiw

def describe_state(state_code)
	first_part = "#{state_code} is for #{@states[state_code.to_sym]}.\
  It has #{@cities[state_code.to_sym].length} major cities:"
  @cities[state_code.to_sym].each { |city| first_part << " #{city},"}
  first_part.chomp(',')
end

def calculate_tax(state_code, amount)
	if @taxes.keys.includes?(state_code.to_sym)
	'%.2f' % (amount * (1 + @taxes[state_code.to_sym] / 100)).round(2)

goofiw

@numbers = {
		M: 1000,
		D: 500,
		C: 100,
		L: 50,
		X: 10,
		V: 5,
		I: 1
	}

goofiw

def count(string)
	let_counts = {}
	string.split(//).each { |let| let_counts[let] ? let_counts[let] += 1 : let_counts[let] = 1 }
	let_counts
end

puts count("lea asdjflasdfl asidufoaubvoahboaeurfaw")

puts count ("maybe a better count zzzzzzz ooo")