.. | ||
files | ||
alertmanager.sls | ||
esphome.sls | ||
gitea.sls | ||
gotify.sls | ||
grafana.sls | ||
init.sls | ||
mariadb.sls | ||
mosquitto.sls | ||
nextcloud-cron.sls | ||
nextcloud.sls | ||
nodered.sls | ||
npm.sls | ||
prometheus.sls | ||
README.md | ||
unifi.sls | ||
unpoller.sls | ||
zigbee2mqtt.sls |
podman and container state
Will install the following packages:
- podman
It will set linger
for the user running the podman containers (default user: root) and create user systemd units for that user, create systemd unit files as user and start them.
Each container must have its own state file, named <container-name>.sls
and placed in the podman state folder.
podman pillars:
podman:
user: <podman user, default root if not defined>
container pillars:
containers:
<container name>:
image: <path to container image>
tag: <image tag>
volumes:
<volume name>: <mount path>
env:
<environment varable name>: <value>
ports:
- host: <port number>
- container: <port number>
Example
podman:
user: foo
containers:
mariadb:
image: docker.io/library/mariadb
tag: latest
volumes:
data: /var/lib/mysql
env:
MYSQL_ROOT_PASSWORD: verysecretpassword
ports:
- host: 3306
container: 3306
- host: 1234
container 4321
protocol: udp
Steps done in above example:
- install podman
- set linger for user foo
- Create a firewald service for
mariadb
and add port3306/tcp
and1234/ucp
- add
mariadb
firewalld service topillar.container.zone
(default is public) - Create container controle script
/home/foo/bin/mariadb.sh
- create podman volume named
mariadb-data
- Create a podman container named
mariadb
- Create systemd unit file for container
mariadb
namedmariadb.service
- start mariadb service
Each container will have a script wrapper for the service and container.
Usage mariadb.sh [options..]
-h,-?, --help Show help and exit
-p, --pull pull container image (mariadb:latest)
-v, --volumes create container volumes
-c, --create create mariadb containers
-s, --start start and enables mariadb container
-S, --stop stop mariadb container
-i, --is-running check to see if container service is running
-u, --check-update check if there are image updates avaiable
--update perform image update if it exists
-g, --generate-systemd generate user systemd service unit file