patchthecode

class class1 {
    var view: viewSubclass1!
    func printName() {
        print("This is the view: \(view)")
    }
}

class class2 {
    var view: viewSubclass2!
    func printName() {

patchthecode

import Vapor

// Reference: https://github.com/vapor/auth/blob/beta/Sources/Authentication/AuthenticationCache.swift
/// Stores authenticated objects. This should be created
/// using the request container as a singleton. Authenticated
/// objects can then be stored here by middleware and fetched
/// later in route closures.
final class AuthenticationCache: Service {
  /// The internal storage.

patchthecode

What's this all about?

Digital cryptography! This is a subject I've been interested in since taking a class with Prof. Fred Schneider back in college. Articles pop up on Hacker News fairly often that pique my interest and this technique is the result of one of them.

Specifically, this is about Lamport signatures. There are many signature algorithms (ECDSA and RSA are the most commonly used) but Lamport signatures are unique because they are formed using a hash function. Many cryptographers believe that this makes them resistant to attacks made possible by quantum computers.

How does a Lamport Signature work?

patchthecode

#!/bin/sh

#https://github.com/PythonicNinja/jetbrains-reset-trial-mac-osx/blob/master/runme.sh

for product in IntelliJIdea WebStorm DataGrip PhpStorm CLion PyCharm GoLand RubyMine Rider; do
  echo "Closing $product"
  ps aux | grep -i MacOs/$product | cut -d " " -f 5 | xargs kill -9

  echo "Resetting trial period for $product"

patchthecode

import Foundation
import NIO
import Vapor

/**
 SSE EventSource server implementation for Swift Vapor 3
 
 Usage:
 ```
 // Create a route for all incoming SSE connection