codejockie

using System;
using System.Threading;

public class Debouncer : IDisposable
{
    private Thread thread;
    private volatile Action action;
    private volatile int delay = 0;
    private volatile int frequency;

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void TimeAgo(DateTime date)
{
	// 1000 millisecs = 1 sec
	// 60 secs = 1 min
	// 60 mins = 1 hr
	// 24 hrs = 1 day
	var diff = DateTime.Now - date;
	var millis = diff.TotalMilliseconds;
	var millisInDay = 86400 * 1000;
	var daysInMillis = millis / millisInDay;

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var hole = new RoundHole(5);
var rPeg = new RoundPeg(5);
hole.Fits(rPeg).Dump(); // True

var sm_sqpeg = new SquarePeg(5);
var lg_sqpeg = new SquarePeg(10);
//hole.Fits(sm_sqpeg); // Error: won't compile (incompatible types)

var sm_sqpeg_adapter = new SquarePegAdapter(sm_sqpeg);
var lg_sqpeg_adapter = new SquarePegAdapter(lg_sqpeg);

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Array

• Two Sum
• Best Time to Buy and Sell Stock
• Contains Duplicate
• Product of Array Except Self
• Maximum Subarray
• Maximum Product Subarray
• Find Minimum in Rotated Sorted Array

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function download(fileUrl, filename) {
  const a = document.createElement("a")
  a.href = fileUrl
  a.setAttribute("download", filename)
  a.click()
}

// With Axios
import axios from "axios"

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# brew install dos2unix
find . -name '*.*' -print0 |xargs -0 dos2unix

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// Redux basics
// Redux is made up of 3 key parts, namely:
  // Store
  // Reducer
  // Action/ActionCreator

const store = {
  cartReducer: {},
  profileReducer: {},
};

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// The following fixes the inconsisties in the JS % (modulus) operator when used on fractional numbers

// Example 1
// Multiply both sides of operand by 10000
let remainder = (100 * 10000) % (0.33 * 10000);

// Example 2
// Divide the numbers, then apply the modulus of result by 1
remainder = (100 / 0.33) % 1;

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I hereby claim:

• I am codejockie on github.
• I am codejockie (https://keybase.io/codejockie) on keybase.
• I have a public key ASCRr5z1RHJ2EqiU25TuXRQHvlNVEbzC4tITsZGRLmd-LQo

To claim this, I am signing this object:

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Lesson 1 - Iterations
- BinaryGap - https://codility.com/demo/results/trainingU2FQPQ-7Y4/

Lesson 2 - Arrays
- OddOccurrencesInArray - https://codility.com/demo/results/trainingFN5RVT-XQ4/
- CyclicRotation - https://codility.com/demo/results/trainingSH2W5R-RP5/

Lesson 3 - Time Complexity
- FrogJmp - https://codility.com/demo/results/training6KKWUD-BXJ/
- PermMissingElem - https://codility.com/demo/results/training58W4YJ-VHA/