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#!/bin/bash

if [ $# -ne 3 ]; then
    echo "usage: $0 <unix socket file> <host> <listen port>"
    exit
fi

SOCK=$1
HOST=$2
PORT=$3

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Install Vagrant

sudo su
apt-get update && apt-get install -y libvirt-dev ruby-all-dev apparmor-utils
curl -O -L https://dl.bintray.com/mitchellh/vagrant/vagrant_1.6.5_x86_64.deb
dpkg -i vagrant_1.6.5_x86_64.deb 
aa-complain /usr/lib/libvirt/virt-aa-helper # workaround
exit

Install vagrant-kvm as user

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Overview

The goal of this document to cover all aspects of Kubernetes management, including how resources are expressed, constrained and accounted for. This started a way to ensure that alternate container runtime implementation like Kata containers will behave from a resource accounting and consumption point of view in the same manner as runc.

Location of the latest version of this document: https://gist.github.com/mcastelino/b8ce9a70b00ee56036dadd70ded53e9f

If you do not understand cgroups please refer to a quick primer at the bottom of this document. This will help you understand how the resource enforcement actually works.

Kubernetes Resource Management

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//The global script scope
def ctx = context(scope: scriptScope())

//What things can be on the script scope
contributor(ctx) {
    method(name: 'pipeline', type: 'Object', params: [body: Closure])
    method(name: 'build', type: 'Object', params: [job: 'java.lang.String'], doc: 'Build a job')
    method(name: 'build', type: 'Object', namedParams: [parameter(name: 'job', type: 'java.lang.String'), parameter(name: 'parameters', type: 'Map'), parameter(name: 'propagate', type: 'boolean'), parameter(name: 'quietPeriod', type: 'java.lang.Integer'), parameter(name: 'wait', type: 'boolean'),], doc: 'Build a job')
    method(name: 'echo', type: 'Object', params: [message: 'java.lang.String'], doc: 'Print Message')
    method(name: 'emailextrecipients', type: 'Object', params: [recipientProviders: 'Map'], doc: 'Extended Email Recipients')