Fast simple cloud based on GO language

• with Redis cache
• data storage on S3 Minio
• queue broker nats

Simple docker-compose deployment to experiment with Cells v4. It uses pydio/cells docker image, use whatever image by editing the docker-compose.yml file.

Starting Cells

cp .env.template .env
docker compose up -d

on web browser: http://localhost:8080

login: admin password: admin

Storing data

• User data setup directory with env MINIO_STORE_DATA in .env file

if directory created by user

sudo chown $USER:$USER /path/to/data/directory -R
sudo chmod +ugo+rw

By default it in current directory named cells_data

• cells settings

cells settings stored in cells_dir volume

Caddy LoadBalancer Access

Access https://caddy:8080/ to access Cells. Enjoy!

Stopping cluster

docker compose down -v

# To clean everything
docker compose down -v --remove-orphan
sudo rm -rf ./cells_data or user your `MINIO_STORE_DATA` storage path

Clean jwt table

if on docker-compose down and next docker-compose up getting error "Could not ensure that signing keys are correct!"

docker exec -i pydio_mysql mysql -u pydiouser -pcellspasswrd cells < scripts/clean-jwt.sql

Backup

• Database

backup:

docker compose up
docker container exec -i pydio_mysql sh -c "mysqldump -u pydiouser -pcellspasswrd cells --no-tablespaces > /pydio_database_backup.sql"
docker cp pydio_mysql:/pydio_database_backup.sql /path/to/backup/for/database/pydio_database_backup.sql

restore:

docker compose down
docker volume rm pydio_mysql_data
docker compose run mysql
docker cp /path/to/backup/for/database/pydio_database_backup.sql $(docker container ls -aq --filter "name=pydio_mysql"):/tmp/pydio_database_backup.sql
docker exec -i --workdir /var/lib/mysql $(docker container ls -aq --filter "name=pydio_mysql") sh -c 'mysql -u pydiouser -pcellspasswrd cells < /tmp/pydio_database_backup.sql'
docker compose down
docker compose up

• Data

sudo rsync -urv --delete ./cells_data/ user@server:/path/backup/folder/