nightshift
implements a POSIX filesystem within a SQLite database using FUSE.
- Benefit from SQLite's renowned durability, portability and well-documented storage format.
- Encryption is handled by SQLCipher, a battle tested library built on top of SQLite. SQLCipher uses AES-256.
- Compression is handled by lz4, providing fast compression and decompression speeds
- Hackable project: the filesystem is implemented with simple SQL queries and a few tables
The mount-exec
command will mount the given database at the given path using
the given key and then run the command given in the --cmd
arg using the optional
--arg
arguments. Once the script exits, the filesystem is safely unmounted and
nightshift
will exits with a status that indicates if the script failed or not.
nightshift mount-exec --db /tank/data/backup.db --mount "$(mktemp -d)" --key-file /opt/backup/key.txt --cmd /opt/backup/backup.bash
Write a callback script to backup precious files inside of the mounted filesystem. Use any command you like inside the script:
# file: /opt/backup/backup.bash
#!/bin/bash
cp -r /tank/data/photos "$NIGHTSHIFT_MOUNT_PATH"
pgdump ... | gzip > "$NIGHTSHIFT_MOUNT_PATH/databases.sql.gz"
scp -r myuser@server.example.com:/data "$NIGHTSHIFT_MOUNT_PATH"
nightshift
always sets the NIGHTSHIFT_MOUNT_PATH
and NIGHTSHIFT_DB_PATH
environment
variables inside the callback script.
Naming projects is hard. I was listening to the song Nightshift from the Commodores when I started this project. It seemed like an acceptable name at the time.