pburkholder

#!/bin/bash -e

# https://jamielinux.com/docs/openssl-certificate-authority/index.html
target=qdev.govready.com

mkdir -p private certs newcerts

function root() {

echo generate root key

pburkholder

---
driver:
  name: vagrant
  network:
    - ["forwarded_port", {guest: 8000, host: 8080}]

provisioner:
  name: shell
  log_level: debug

pburkholder

function vault-demo-ids() {
 aws autoscaling \
     describe-auto-scaling-groups --auto-scaling-group-names vault-provision |
   jq -r '[.AutoScalingGroups[].Instances[].InstanceId] | join(" ")'
 }


function vault-demo-ips() {
 instance_ids=$(vault-demo-ids)

pburkholder

Lean Coffee

• 60 - 90 minutes
• 5 - 11 people

Materials

• Table + chairs
• PostIts and Pens
• Timer

pburkholder

mysql_client 'default' do
  version node['mysql']['version']
  action [:create]
end

file '/etc/my.cnf' do
  content <<-END
[client]
default-character-set          = utf8
socket                         = /var/run/mysql-default/mysqld.sock

pburkholder

Running killssh with patched version of net-ssh

From project dir:

git clone https://github.com/causton81/net-ssh.git
cd net-ssh
git checkout causton81/channel_close_after_output
cd ..

pburkholder

windows_tk

MacBook pro Retina 15-inch mid-2014 2.8Ghz i7 16Gb 1600Mhz DDR3

VMWARE fusion opentable-win-2008r2-standard-amd64-nocm

[pburkholder@cheffian windows_tk]$ kitchen create

pburkholder

LiME builds lime.ko -- See analytics.cheffian.com

insmod lets you export memory over port 4444, and then from workstation ssh ubuntu@chefserver.cheffian.com -L 4444:localhost:4444

insmod lime.....ko "path=tcp:4444 format=lime'
nc localhost 4444 > chefserver.lime

volatility stuff is in ~/Hacks/volatilty

pburkholder

Interesting commands to run inside a docker container

Try docker -i -t --name ubuntu:trusty --name trusty /bin/bash and look at:

whoami
ps -ef # what is PID 1?
bash; ps -ef
df
uname -a

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# save as /some/path/to/plugin/mycpu.rb
# ohai -d /some/path/to/plugin cpu
Ohai.plugin(:Cpu) do
  provides "cpu"

  collect_data do
    cpu[:cores] = cpu[:total] * cpu["0"]["cores"].to_i
  end
end