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Overview

The Docker plugin is a XL Deploy plugin that adds capability for deploying applications to a Docker container.

Installation

Place the plugin JAR file into your SERVER_HOME/plugins directory.

Sample Application PetDocker

  1. Go to the PetDocker folder
  2. Run the package.sh script with a version ./package.sh 3.5
  3. Import the created dar in XLD

Set up an Environment

  1. Create new Docker Machine using the virtualbox provider docker-machine create --driver virtualbox dev-machine
  2. Run docker-machine env dev-machine to get information about it
export DOCKER_TLS_VERIFY=yes
export DOCKER_CERT_PATH=/Users/bmoussaud/.docker/machine/machines/dev-machine
export DOCKER_HOST=tcp://192.168.99.100:2376

  1. In XL Deploy, Create new CI dev-machine of type docker.Machine with the following properties

    • id: Infrastructure/dev-machine/mysql-dev
    • type: docker.Machine
    • Port: 2376
    • Private Key File: /Users/bmoussaud/.docker/machine/machines/dev-machine
    • username: docker
    • address: localhost

  2. Run a new MySql Docker Container: docker run --name mysql-dev -e MYSQL_ROOT_PASSWORD=deployit -d mysql:5.7.6

  3. Add it in XLD

    • id: Infrastructure/dev-machine/mysql-dev
    • type: sql.DockerMySqlClient
    • image: mysql:5.7.6
    • username: root
    • password: deployit

  4. Add a new CI

    • id: Infrastructure/dev-machine/smoke-test-runner
    • type: smoketest.DockerRunner
    • image: cmfatih/ubuntu
    • Volume Directory: /opt/docker/volumes

  5. Add the created CIs in your environment.

initial deployment with xld-docker-plugin

TODO

  • docker.Volume linked with docker.DeployedFolderVolume
  • Manage Volume modification -> stop / start container.

Start the Software Factory

The Software Factory contains a Jenkins and a Docker Registry In the Environments directory run

  • docker-compose -f software-factory.yml build
  • docker-compose -f software-factory.yml up

Set up a docker registry

on your docker machine

  • docker-machine ssh
  • sudo vi /var/lib/boot2docker/profile Add EXTRA_ARGS='--insecure-registry <IP_MACHINE>:5000 to the EXTRA_ARGS line
  • exit
  • docker-machine stop
  • docker-machine start
  • docker log file is located here: tail -f /var/log/docker.log

Jenkins PetPortal Job

cp ${WORKSPACE}/PetClinic/target/PetClinic.war $WORKSPACE/docker/petclinic/PetClinic.war
cp ${WORKSPACE}/PetClinic-Backend/target/PetClinic-Backend.war $WORKSPACE/docker/petclinic-backend/PetClinic-Backend.war

/usr/bin/docker build -t 192.168.99.100:5000/petportal/petclinic:$BUILD_NUMBER $WORKSPACE/docker/petclinic
/usr/bin/docker build -t 192.168.99.100:5000/petportal/petclinic-back:$BUILD_NUMBER $WORKSPACE/docker/petclinic-backend

/usr/bin/docker push 192.168.99.100:5000/petportal/petclinic:$BUILD_NUMBER
/usr/bin/docker push 192.168.99.100:5000/petportal/petclinic-back:$BUILD_NUMBER

Note: Replace 192.168.99.100 by your <IP_DOCKER_MACHINE>

  • cp ${WORKSPACE}/PetClinic/target/PetClinic.war $WORKSPACE/docker/petclinic/PetClinic.war
  • /usr/bin/docker build -t petdocker/petdocker-app:$BUILD_NUMBER $WORKSPACE/docker/petclinic
  • /usr/bin/docker tag petdocker/petdocker-app:$BUILD_NUMBER <IP_MACHINE>:5000/petdocker/petdocker-app:$BUILD_NUMBER
  • /usr/bin/docker push <IP_MACHINE>:5000/petdocker/petdocker-app:$BUILD_NUMBER

docker run -p 5000:5000 registry test registry http://192.168.99.100:5000/v1/search Notes:

NEW SETUP

  1. Create a new Cloud Template registry template in new Env called SF
  • (optional)Add a smoke test runner
  1. Deploy Registry/2.0 to env