This one is made to prepare a build environment for the app, build it, create an http-accessible apt repo on it
and install builded app anywhere.
Ubuntu bionic with ssh access to it (assumed root access by ssh-key, but you can use become if you wish). Packages to be installed by this playbook:
- make
- gcc
- git
- libssl1.0-dev
- zlib1g-dev
Packages for repo:
- dpkg-dev
- nginx
The peervpn.yml is a main one. It consists of few tasks-files and some variables (it also possible to set them in defaults).
The peervpn_install.yml in it's turn is useful to only install peervpn app from repo (you should place a better repo url i think),
like that ansible-playbook -i inventory.yml peervpn_install.yml -e target=ubuntu. It also possible to run peervpn.yml playbook
to only install the app using tag ansible-playbook -i inventory.yml peervpn.yml -e target=ubuntu -vv -t install_peervpn.
Edit inventoy.yml file to point:
- VM`s IP
- ansible_user is root (set
become = yesin playbook if you wish to not use root)
After that just run ansible-playbook -i inventory.yml peervpn.yml -e target=ubuntu
That's it!
The advanced directory consists of Dockerfile which point is build .deb package and push it using dput command to remote
repo server running via mini-dinstall. Mini-dinstall is automated apt-repository manager but it utilyze the changelog files
and this is why i decided to not use it for the project. But, in real production environment, where you want to build packages
in isolated environments (Docker/chroot/jail...) it must be pushed to repo remotely.
BTW: dockerfile is ready and produce .deb package on it's local FS but not run dput.