pojntfx

qemu-system-x86_64 -enable-kvm -m 4096 -smp $(nproc) -cpu host -device ac97 -audiodev alsa,id=snd0,out.buffer-length=500000,out.period-length=726 -usb -device usb-tablet -device virtio-keyboard-pci -net nic -net user -cdrom distro.iso
# For Virgil 3D GPU acceleration (fast but Linux-only):
-device virtio-vga-gl
# For QXL GPU acceleration (slower but more compatible):
-device qxl
# For GTK display:
-display gtk,gl=on,grab-on-hover=on
# For SDL display:
-display sdl,gl=on
# For Spice display:

seratch

package com.example

import com.slack.api.bolt.App
import com.slack.api.bolt.AppConfig
import com.slack.api.bolt.request.Request
import com.slack.api.bolt.request.RequestHeaders
import com.slack.api.bolt.response.Response
import com.slack.api.bolt.util.QueryStringParser
import com.slack.api.bolt.util.SlackRequestParser
import com.slack.api.model.block.Blocks.asBlocks

lizthegrey

default['sshd']['sshd_config']['AuthenticationMethods'] = 'publickey,keyboard-interactive:pam'
default['sshd']['sshd_config']['ChallengeResponseAuthentication'] = 'yes'
default['sshd']['sshd_config']['PasswordAuthentication'] = 'no'

ageis

YubiKey 4 series GPG and SSH setup guide

Written for fairly adept technical users, preferably of Debian GNU/Linux, not for absolute beginners.

You'll probably be working with a single smartcard, so you'll want only one primary key (1. Sign & Certify) and two associated subkeys (2. Encrypt, 3. Authenticate). I've published a Bash function which automates this slightly special key generation process.

-

System:    Host: HP-Spectre-x360 Kernel: 4.8.0-53-generic x86_64 (64 bit gcc: 5.4.0)
           Desktop: Cinnamon 3.4.1 (Gtk 3.18.9-1ubuntu3.3) dm: lightdm Distro: Linux Mint 18.2 Sonya
Machine:   System: HP (portable) product: HP Spectre x360 Convertible 13-w0XX Chassis: type: 31
           Mobo: HP model: 827E v: 94.46 Bios: American Megatrends v: F.11 date: 11/18/2016
CPU:       Dual core Intel Core i7-7500U (-HT-MCP-) cache: 4096 KB
           flags: (lm nx sse sse2 sse3 sse4_1 sse4_2 ssse3 vmx) bmips: 11600
           clock speeds: min/max: 400/3500 MHz 1: 799 MHz 2: 799 MHz 3: 799 MHz 4: 799 MHz
Graphics:  Card: Intel Device 5916 bus-ID: 00:02.0 chip-ID: 8086:5916
           Display Server: X.Org 1.18.4 drivers: intel (unloaded: fbdev,vesa)
           Resolution: 1920x1080@60.00hz

SanderTheDragon

#!/bin/sh

# SPDX-FileCopyrightText: 2017-2022 SanderTheDragon <sanderthedragon@zoho.com>
#
# SPDX-License-Identifier: MIT

curlExists=$(command -v curl)

echo "Testing Postman version"

paulsturgess

import React from 'react';
import TestUtils from 'react/lib/ReactTestUtils';
import Todo from './Todo';

describe('Todo', () => {
  let instance, li;
  let Wrapper = React.createClass({
    render: function() {
      return this.props.children;
    }

paulsturgess

import React, { PropTypes } from 'react'

const Todo = ({ onClick, completed, text }) => (
  <li
    onClick={onClick}
    style={{
      textDecoration: completed ? 'line-through' : 'none'
    }}
  >
    {text}

AdamLJohnson

Kubernetes On Windows

Early in August 2016 Microsoft released the Windows 10 Anniversary Update. There were a number of changes, but the one that got me to actually take the time to install the update was "Bash on Ubuntu on Windows". This feature would install Ubuntu Linux without the kernel. It would run linux in user-mode. Linux would run the commands while Windows does all the work/processing.

For an upcoming project I needed to get Kubernetes running. Being as Kubernetes is not able to be run in Windows the normally accepted way to procees is to create a virtual Linux box and run it from there. I wanted to see if Kubernetes would run in Bash on Ubuntu on Windows.

This is how I got it to work:

Install the Windows 10 Anniversary Update

micw

#!/bin/bash

set -e

if [ $# -eq 0 ]; then
  echo "USAGE: $0 plugin1 plugin2 ..."
  exit 1
fi

plugin_dir=/var/lib/jenkins/plugins