bhakes

Verifying that "hakes.id" is my Blockstack ID. https://onename.com/hakes

bhakes

Verifying my Blockstack ID is secured with the address 19Fp37jqbQGW4Vpzt82z36ebrm8Sc7vGdV https://explorer.blockstack.org/address/19Fp37jqbQGW4Vpzt82z36ebrm8Sc7vGdV

bhakes

Verifying my Blockstack ID is secured with the address 1NFtzygLHt3bSUjwE736JbDVNXTWiYrput https://explorer.blockstack.org/address/1NFtzygLHt3bSUjwE736JbDVNXTWiYrput

bhakes

AR Quick Look
https://developer.apple.com/videos/play/wwdc2018/603/

Preview 3D content in AR
Deeply integrated within the operating system.

available on iOS 12 on AR compatible devices

new 3D file format USDZ - invites you to 3D view your content and see what it looks like in your world.

bhakes

/** iOS4CodeChallenge-18.11.06.md
  * By Ben H
  */
  
// instantiate testing arrays
let stringArray = ["test", "test1", "test2", "test33"]
let stringArray2 = ["test", "test133", "test2", "test33"]
let stringArray3 = ["test", "test1", "test2", "test3"]

// function to find the longest string in a string array

bhakes

import Cocoa

// trying to implement test cases
var intPairArray = [[],["",""],["",2],[2,""],[1,1],[1,1],[1,2],[1,3],[4,1]]
var intPairArray2 = [12,15]


// main function here
public func sumAndProduct(_ pIntPairArray: [Array<Int>])->[Int]{
    for intPair in intPairArray{

bhakes

import UIKit

func sumOf35Multiples(_ number: Int) -> Int {
    
    // Check to make sure some joker didn't put zero or negative
    // or a really big number. return -1 if it might be a joker
    guard number > 0, number < 100000 else { return -1 }
    
    // instantiate local vars
    var matches: Array<Int> = []

bhakes

// I did this the hard way and it would have been a lot
// easier to do it using this Hint:
// Hint: In order for a word to be a palindrome, is needs to have an even amount of the same letters on each side with the exception of a single letter in the middle

// pseudo code of easier way:
// for each letter in the string
// save it to a key pair array
// key being letter
// pair being count
// if all key pairs have even values

bhakes

// assumption:
//  - I will only get passed ints
//  - I can get passed both negative and positive ints
//
//

import Foundation

// main funct
func expandedNumber(_ number: Int) -> [Int]{

bhakes

// assumptions:
// - I will get passed an array of ints
// - ints can be positive, negative or zero
// - If only one item in the array is passed early return 0

import UIKit

// main function
func getProduct(for intArray: [Int])->[Int]{