CI Tools Demo
This GitHub repository contains Dockerfiles for running a set of Continuous Integration Tools with a single command. The diagram contains all tools used in the Docker containers.
Blog article on the CI Docker Container, https://blog.codecentric.de/en/2015/10/continuous-integration-platform-using-docker-container-jenkins-sonarqube-nexus-gitlab
I use this repository for workshops. This is not production ready. For production I use a configuration management tool like Ansible to provision all docker containers and store passwords and keys in ansible vault. See https://www.slideshare.net/MarcelBirkner/continuous-delivery-in-enterprise-environments-using-docker-ansible-and-jenkins
Docker CI Toolstack screencast
You can watch a short video that shows most features of this demo, without having to install docker.
Mac User
With Docker Toolbox (incl. VirtualBox)
see README-LEGACY.md
With Docker Mac Native
If you want to use new Docker Mac Native implementation without VirtualBox and Docker Toolbox, follow these steps:
Step 0 - Install Docker Mac Native
Install Docker Mac Native (https://docs.docker.com/docker-for-mac/)[https://docs.docker.com/docker-for-mac/] and if you had Toolbox before, make sure to follow these steps here https://docs.docker.com/docker-for-mac/docker-toolbox/
or install via brew update & brew cask install docker --force .
If everything went fine, docker --version should give something like this (or a higher version number):
$ docker --version
Docker version 17.09.0-ce, build afdb6d4
$ docker-compose --version
docker-compose version 1.16.1, build 6d1ac21
If there´s also docker-machine on your machine, don´t forget to do the mentioned steps here to remove it.
Step 1 - Create needed osxfs mountpoints
Create folders (see Issue 26)
Create a folder in the root directory "/" (Macintosh HD) and name it as opt
Procedure:
- First $ cd / into the root directory "/"
- Second $ sudo mkdir /opt
Then create the sub folders jenkins, postgres, gitlab in the "opt" folder.
- /opt/jenkins via sudo mkdir /opt/jenkins
- /opt/postgres via sudo mkdir /opt/postgres
- /opt/gitlab via sudo mkdir /opt/gitlab
Change the owning user to your account, e.g. via sudo chown yourUserName gitlab/
Then configure these folders in Docker / Preferences / File Sharing:
Step 2 - Configure correct path to docker binary
Clone Repository
# Clone Repository and startup all docker container
# Option A: clone via https
git clone --recursive https://github.com/marcelbirkner/docker-ci-tool-stack.git
# Option B: if you have your ssh keys configured for your GitHub account
git clone --recursive [email protected]:marcelbirkner/docker-ci-tool-stack.git
cd docker-ci-tool-stack
Getting started
To get all docker containers up and running, in docker-ci-tool-stack use:
docker-compose up
Linux Users
Automatically
Please run docker-compose.yml.native-docker-fix.sh before executing docker-compose up. This will fix the Docker binary PATH, see Issue 24. This script patches the docker-compose.yml.
Manually
Please alter Line 23 in docker-compose.yml under jenkins / volumes from
- /usr/local/bin/docker:/usr/bin/docker
to
- /usr/bin/docker:/usr/bin/docker
This is because '/usr/bin/docker' is the docker binary, see Issue 24.
Selenium Grid
You have start the selenium grid with a separate command, since the selenium container are not part of the default docker-compose.yml.
docker-compose -f docker-compose-selenium.yml up
Access Tools
With docker machine
Tool | Link | Credentials |
---|---|---|
Jenkins | http://${docker-machine ip default}:18080/ | no login required |
SonarQube | http://${docker-machine ip default}:19000/ | admin/admin |
Nexus | http://${docker-machine ip default}:18081/nexus | admin/admin123 |
GitLab | http://${docker-machine ip default}/ | root/5iveL!fe |
Selenium Grid | http://${docker-machine ip default}:4444/grid/console | no login required |
Conference App | http://${docker-machine ip default}:48080/currentSessions | no login required |
With Docker Mac Native
Tool | Link | Credentials |
---|---|---|
Jenkins | http://localhost:18080/ | no login required |
SonarQube | http://localhost:19000/ | admin/admin |
Nexus | http://localhost:18081/ | admin/admin123 |
GitLab | http://localhost | root/5iveL!fe |
Selenium Grid | http://localhost:4444/grid/console | no login required |
Conference App | http://localhost:48080/currentSessions | no login required |
Screenshots
Here is an overview of all tools:
- GitLab is used for storing the Source Code
- Jenkins contains build job and is triggered once projects in GitLab are updated
- As part of the CI build, Jenkins triggers a static code analysis and the results are stored in SonarQube
- The Maven build uses Nexus as a Proxy Repository for all 3rd party libs. The build artifacts are deployed to the Nexus Release Repository
- The Selenium Grid contains Docker containers running Chrome and Firefox and is used for UI tests
Jenkins Jobs
There are several jobs preconfigured in Jenkins. The Jobs cover the following tasks:
- Continuous Integration Build with Maven
- Unit Tests
- Static Source Analysis results are stored in SonarQube
- JaCoCo Test Coverage
- Deployment to Nexus
- Jenkins Job DSL examples
- Selenium UI Test
SonarQube Dashboard
Nexus Repository
Selenium Grid
Testing Upgrades
In order to test new versions, I prefer starting out with a blank VirtualBox image. That eliminates any side effects. Afterwards you can throw away the image.
# Create new image
docker-machine create --driver virtualbox --virtualbox-memory 6000 docker-ci-v1
# Configure shell environment
eval $(docker-machine env docker-ci-v1)