Cobbled together from the following resources:
- Full Disk Encryption - Linode
- Encrypting an entire system - Arch Wiki
- Install from existing linux - Arch Wiki
- Installation guide - Arch Wiki
- Gettys on Serial Consoles
Create a new Linode.
<?php | |
namespace Ipark\ApplicationBundle\Messaging\ServiceBus\Infrastructure; | |
use Ipark\FrameworkBundle\Common\SecurityHelper; | |
use Prooph\Common\Messaging\NoOpMessageConverter; | |
use Prooph\ServiceBus\CommandBus; | |
use Prooph\ServiceBus\Plugin\Auditing\CommandAuditor; | |
use Prooph\ServiceBus\Plugin\Auditing\RawMessageSerializer; | |
use Prooph\ServiceBus\Plugin\Auditing\SecretMessageSerializer; | |
use Prooph\ServiceBus\Plugin\Router\RegexRouter; |
const riot = require('riot') | |
<aws-uploader> | |
<div class='container'> | |
<form method="POST" action="/save-details"> | |
<input type="file" id="file-input" onchange={initUpload}> | |
<p id="status">Please select a file</p> | |
<section if={opts.imagefile === 'true'}> | |
<img style="border:1px solid gray;width:300px;" id="preview" src="/images/default.png"> | |
<input type="hidden" id="avatar-url" name="avatar-url" value="/images/default.png"> |
<?php | |
declare(strict_types = 1); | |
namespace Acme\Model; | |
use Prooph\Common\Messaging\DomainMessage; | |
use Prooph\Common\Messaging\Message as ProophMessage; | |
class Message extends DomainMessage | |
{ |
import groovy.transform.Field | |
import hudson.AbortException | |
import hudson.scm.SubversionSCM | |
import org.tmatesoft.svn.core.SVNDepth | |
import java.util.concurrent.ConcurrentHashMap | |
@Field int slaves = 4; | |
@Field int threadsPerSlave = 2; | |
@Field boolean coverageBuild = false |
// Disable VirtualBox authentication | |
VBoxManage setproperty websrvauthlibrary null | |
// Start SOAP service so REX-Ray can talk to VirtualBox from the container host VMs | |
/Applications/VirtualBox.app/Contents/MacOS/vboxwebsrv -H 0.0.0.0 -v | |
// Create a Swarm cluster | |
docker-machine create --driver=virtualbox default | |
eval $(docker-machine env default) | |
TOKEN=$(docker run --rm swarm create) |
{ | |
"variables": [], | |
"info": { | |
"name": "EventMachine Example", | |
"_postman_id": "89698ba0-98f0-cc94-2f71-9f19c183e3f3", | |
"description": "", | |
"schema": "https://schema.getpostman.com/json/collection/v2.0.0/collection.json" | |
}, | |
"item": [ | |
{ |
<?php | |
require_once __DIR__ . '/vendor/autoload.php'; | |
$namespace = 'PutYourProjectNamespaceHere\\'; | |
foreach (new RegexIterator(new RecursiveIteratorIterator(new RecursiveDirectoryIterator(__DIR__ . '/src')), '/^.+\.php$/i', RecursiveRegexIterator::GET_MATCH) as $file) { | |
require_once $file[0]; | |
} |
Cobbled together from the following resources:
Create a new Linode.
The final solution !!
Since the first version of pthreads, PHP has had the ability to initialize Worker threads for users. Onto those Worker threads are stacked objects of class Stackable for execution concurrently.
The objects stacked onto workers do not have their reference counts changed, pthreads forces the user to maintain the reference counts in userland, for the extremely good reason that this enables the programmer to keep control of memory usage; and so, execute indefinitely.
This is the cause of much heartache for newcomers to pthreads; if you do not maintain references properly you will, definitely, experience segmentation faults.