snappymail/examples/README.md
leo 24dbff999e
Enhancement: Add Docker Hub image (#965)
* Enhancement: Add Docker Hub image

* Push to ghcr.io

* Add all `org.opencontainers.image.xxx` labels using `--label` instead of `LABEL`

* Change `php-fpm` to listen on `:9000` to expose prometheus metrics via `php-fpm_exporter`

* Include `yarn.lock` to speed up builds

* Reorder

* Use correct sha for pr

* Add logging before overriding values in config

* Add `DEBUG=true` env var for verbose `entrypoint.sh` logs

* Print php exception when snappymail fails to generate data directory and config file on the very first time

* Log snappymail version

* Fix COPY statement

* Add .dockerignore

* Add `USER` and `ENTRYPOINT`

* Update `.dockerignore`

* Add docker image test

* Push only if image test succeeds

* Log when startup is successful

* Use plain `docker build` in `build_and_test.sh`

* Fix test output
2023-11-20 15:01:26 +01:00

124 lines
4.3 KiB
Markdown

# Examples
Here are some [`docker-compose`] examples.
## `docker-compose.simple.yml`
This runs `snappymail`, using [SQLite](https://www.sqlite.org/index.html) as the database.
Start the stack:
```sh
docker-compose -f docker-compose.simple.yml up
```
Get the Admin Panel password:
```sh
docker exec -it $( docker-compose -f docker-compose.simple.yml ps -q snappymail ) cat /var/lib/snappymail/_data_/_default_/admin_password.txt
```
Now, login to [http://localhost:8888/?admin](http://localhost:8888/?admin) with user `admin` and the admin password.
## `docker-compose.mysql.yml`
This runs `snappymail`, using [MariaDB](https://mariadb.org/) (a fork of [MYSQL](https://www.mysql.com/)) as the database.
Start `snappymail` and `mysql`:
```sh
docker-compose -f docker-compose.mysql.yml up
```
Get the Admin Panel password:
```sh
docker exec -it $( docker-compose -f docker-compose.mysql.yml ps -q snappymail ) cat /var/lib/snappymail/_data_/_default_/admin_password.txt
```
Now, login to [http://localhost:8888/?admin](http://localhost:8888/?admin) with user `admin` and the admin password.
To setup MySQL as the DB, in Admin Panel, click `Contacts`, check `Enable contacts` and , and under `Storage (PDO)` choose the following:
- Type: `MySQL`
- Data Source Name (DSN): `host=mysql;port=3306;dbname=snappymail`
- User `snappymail`
- Password `snappymail`
Click the `Test` button. If it turns green, MySQL is ready to be used for contacts.
To setup Redis for caching, in Admin Panel, click `Config`, update the following configuration options:
- `cache > enable`: yes
- `cache > fast_cache_driver`: `redis`
- `labs > fast_cache_redis_host`: `redis`
- `labs > fast_cache_redis_port`: `6379`
Redis caching is now enabled.
## `docker-compose.postgres.yml`
This runs `snappymail`, using [PostgreSQL](https://hub.docker.com/_/postgres) as the database.
Start `snappymail` and `postgres`:
```sh
docker-compose -f docker-compose.postgres.yml up
```
Get the Admin Panel password:
```sh
docker exec -it $( docker-compose -f docker-compose.postgres.yml ps -q snappymail ) cat /var/lib/snappymail/_data_/_default_/admin_password.txt
```
Now, login to [http://localhost:8888/?admin](http://localhost:8888/?admin) with user `admin` and the admin password.
To use PostgreSQL as the DB, in Admin Panel, click `Contacts`, check `Enable contacts` and , and under `Storage (PDO)` choose the following:
- Type: `PostgresSQL`
- Data Source Name (DSN): `host=postgres;port=5432;dbname=snappymail`
- User `snappymail`
- Password `snappymail`
Click the `Test` button. If it turns green, PostgreSQL is ready to be used for contacts.
To setup Redis for caching, in Admin Panel, click `Config`, update the following configuration options:
- `cache > enable`: yes
- `cache > fast_cache_driver`: `redis`
- `labs > fast_cache_redis_host`: `redis`
- `labs > fast_cache_redis_port`: `6379`
Redis caching is now enabled.
## `docker-compose.traefik.yml`
This runs `snappymail`, using [SQLite](https://www.sqlite.org/index.html) as the database, with `traefik` as the TLS reverse proxy and loadbalancer.
In this example, it is assumed the domain name is `snappymail.example.com`. It is assumed you have an [OVHcloud](https://www.ovh.com/auth/) account to obtain LetsEncrypt TLS certs via `ACME` using DNS challenge for the domain `snappymail.example.com`. If you are using another DNS provider, see [here](https://doc.traefik.io/traefik/https/acme/#providers).
To begin, edit the `OVH_*` environment variables in [`docker-compose.traefik.yml`](docker-compose.traefik.yml) accordingly:
```sh
nano docker-compose.traefik.yml
```
Start `snappymail` and `traefik`:
```sh
docker-compose -f docker-compose.traefik.yml up
```
`traefik` should now begin requesting a TLS cert for `snappymail.example.com`. The process may take a few minutes. If all goes well, https://snappymail.example.com should now be ready.
> You may still visit https://snappymail.example.com while waiting for `traefik` to be issued a TLS certificate. `traefik` simply serves a self-signed TLS cert.
Get the Admin Panel password:
```sh
docker exec -it $( docker-compose -f docker-compose.traefik.yml ps -q snappymail ) cat /var/lib/snappymail/_data_/_default_/admin_password.txt
```
Now, login to [https://snappymail.example.com/?admin](https://snappymail.example.com/?admin) with user `admin` and the admin password.