funador

// take the last 100 tweets from the user
{ 
  accountAge: 4,
  mins: 2880, // number of mins to get to 100 tweets
  frequentLen: 4, // When they retweet the same account more than 4 times per hundred ++
  totalFreq: 81, // Total count of above
  convos: 3, // number of tweets directed at another user
  listed_count: 23, // how often they are listed
  numOriginalTweets: 9, // how many of the 100 are created by the tweeter

funador

// ================================================================================
// You will be writing a series of functions beneath each block of comments below.
// Tackle each function one at a time. You may move on to a new exercise and return
// later. Run the code and the console to the right will tell you if your function 
// is successfully passing the tests.
// ================================================================================


/*
  Define a function named `kmToMiles` that receives one parameter:

funador

const request = require('request')
const hmacSha384 = require('crypto-js/hmac-sha384')
const btoa = require('btoa')

const pubKey = 'my-pub-key'
const priKey = 'my-pri-key'

const data = JSON.stringify({'hello': 'world'})

// Hash the data with the private key then Base64 encode

funador

// ================================================================================
// You will be writing a series of functions beneath each block of comments below.
// Tackle each function one at a time. You may move on to a new exercise and return
// later. Run the code and the console to the right will tell you if your function 
// is successfully passing the tests.
// ================================================================================


/*
  Define a function named `kmToMiles` that receives one parameter:

funador

// ================================================================================
// You will be writing a series of functions beneath each block of comments below.
// Tackle each function one at a time. You may move on to a new exercise and return
// later. Run the code and the console to the right will tell you if your function 
// is successfully passing the tests.
// ================================================================================


/*
  Define a function named `kmToMiles` that receives one parameter:

funador

// ================================================================================
// You will be writing a series of functions beneath each block of comments below.
// Tackle each function one at a time. You may move on to a new exercise and return
// later. Run the code and the console to the right will tell you if your function 
// is successfully passing the tests.
// ================================================================================


/*
  Define a function named `kmToMiles` that receives one parameter:

funador

// ================================================================================
// You will be writing a series of functions beneath each block of comments below.
// Tackle each function one at a time. You may move on to a new exercise and return
// later. Run the code and the console to the right will tell you if your function 
// is successfully passing the tests.
// ================================================================================


/*
  Define a function named `kmToMiles` that receives one parameter:

funador

// ================================================================================
// You will be writing a series of functions beneath each block of comments below.
// Tackle each function one at a time. You may move on to a new exercise and return
// later. Run the code and the console to the right will tell you if your function 
// is successfully passing the tests.
// ================================================================================


/*
  Define a function named `kmToMiles` that receives one parameter:

funador

// =====================================================
// 1.
// Write a function called `doubleIt` which accepts a `num` 
// parameter (type: number) and returns double the provided number

// Test #1
// const result1 = doubleIt(10);
// console.log(result1);  // => 20
// =====================================================
function doubleIt(num){

funador

// ================================================================================
// You will be writing a series of functions beneath each block of comments below.
// Tackle each function one at a time. You may move on to a new exercise and return
// later. Run the code and the console to the right will tell you if your function 
// is successfully passing the tests.
// ================================================================================


/*
  Define a function named `kmToMiles` that receives one parameter: