Supported systems currently are:
- ArchLinux
- Debian 11
- Fedora 36 (I tested with Fedora 37)
- Ubuntu 22.04
If you don't have a supported system in place, testing may be done in my Fedora 37 Docker Image (originally intended for Molecule testing).
docker pull timgrt/fedora37-ansibleRun a container from the image:
docker run --detach --privileged --volume=/sys/fs/cgroup:/sys/fs/cgroup:rw --cgroupns=host --name fedora37 timgrt/fedora37-ansibleLogin to container:
docker exec -it fedora37 /bin/bashClone the repository inside the container, install git beforehand:
dnf install git && git clone https://github.com/TimGrt/EDA-Demo.gitInstall python dependencies on the host running EDA:
pip3 install -r requirements.txtInstall EDA Galaxy collection:
ansible-galaxy collection install ansible.edaRun playbook from collection, this installs
ansible-playbook -i localhost, -c local ansible.eda.install_rulebook_cliNote: Some tasks in this role require privilege escalation and therefore you may need to provide the necessary credentials.
Adjust the provided inventory file, currently it uses localhost as the target.
The inventory file must be in YAML format, .ini format is not yet supported.
The provided rulebook scans the directory /tmp/important-directory, if any file-system changes ocur in it (e.g. a file within this folder gets deleted), the playbook redeploy.yml is triggered.
To prepare everything (the folder must exist and be filled), run the playbook (ansible-playbook -i inventory.yml redeploy.yml).
Now, lets start the EDA process, run the rulebook definition:
ansible-rulebook --rulebook rulebook.yml -i inventory.yml --verboseThe process is running in foreground and is watching the sources and matches the rules (of the rulebook.yml against them).
Open a second bash session and remove the important file:
rm -f /tmp/important-directory/my-super-important-file.cfg