slaFFik

<?php

add_filter('wp_mail_smtp_custom_options', function( $phpmailer ) {
	$phpmailer->SMTPOptions = array(
		'ssl' => array(
			'verify_peer'       => false,
			'verify_peer_name'  => false,
			'allow_self_signed' => true
		)
	);

fgilio

/*
 * Handling Errors using async/await
 * Has to be used inside an async function
 */
try {
    const response = await axios.get('https://your.site/api/v1/bla/ble/bli');
    // Success 🎉
    console.log(response);
} catch (error) {
    // Error 😨

maximkott

export const maskString = (
  value: any,
  mask: string,
  maskPatterns: Record<string, RegExp | ((char: string) => boolean)>
) => {
  value = value || '';
  mask = mask || '';
  maskPatterns = maskPatterns || {};

  let maskedValue = '';

mantis

<#
.SYNOPSIS
  Manages the build of admin-on-rest on windows
.DESCRIPTION
  This powershell script attempts to implement the linux makefile for admin-on-rest for those users who may wish to 
  develop the system on a windows based operating system.

  Examples:
  1) To install required modules
  ./make.ps1 -install

iben12

Implementing State Machine On Eloquent Model*

* Update (12.09.2017): I have improved the trait so that it can be used with objects other than Eloquent Models.

Some days ago I came across a task where I needed to implement managable state for an Eloquent model. This is a common task, actually there is a mathematical model called "Finite-state Machine". The concept is that the state machine (SM) "can be in exactly one of the finite number of states at any given time". Also changing from one state to another (called transition) depends on fulfilling the conditions defined by its configuration.

Practically this means you define each state that the SM can be in and the possible transitions. To define a transition you set the states on which the transition can be applied (initial conditions) and the only state in which the SM should be after the transition.

That's the theory, let's get to the work.

ksassnowski

<?php

interface Functor
{
	// fmap :: Functor f => (a -> b) -> f a -> f b
	public function fmap(callable $fn): Functor;
}

class Fn implements Functor
{

gbuckingham89

<?php

namespace App\Authentication;

use Auth;
use App\Authentication\UserProvider;
use Illuminate\Support\ServiceProvider;

class AuthServiceProvider extends ServiceProvider
{

erikaheidi

#!/bin/bash
#================================================================
# Let's Encrypt renewal script for Apache on Ubuntu/Debian
# @author Erika Heidi<erika@do.co>
# Usage: ./le-renew.sh [base-domain-name]
# More info: http://do.co/1mbVihI
#================================================================
domain=$1
le_path='/opt/letsencrypt'
le_conf='/etc/letsencrypt'

JacobBennett

I recently ran into a problem where I had a suite of applications hosted on a set of subdomains that all needed to be able to share a single cookie. Any cookies other than the shared cookie needed to stay specific to their subdomain, but this one shared cookie needed to be accessible to any of them. I also wanted to accomplish this using Laravel's Cookie facade.

The Problem

To accomplish this, there were two issues to solve.

1. All cookies created by the Laravel framework are encrypted by default. (link)
2. I needed to figure out how to set a domain on the shared cookie that was different than the domain it was being set from.

Setting Non-Encrypted Cookies

In Laravel 5.1, a feature was added which allows you to add a list of cookie names that should not be encrypted to the EncryptCookies Middleware under the $except array. Check out [the docs](http://laravel.com/docs/5.1/responses#attaching-cookies

PurpleBooth

Project Title

One Paragraph of project description goes here

Getting Started

These instructions will get you a copy of the project up and running on your local machine for development and testing purposes. See deployment for notes on how to deploy the project on a live system.

Prerequisites