A personal scrobble daemon.
This project is a minimal scrobble server that can collect what songs you are listening to. It's similiar to services like libre.fm or last.fm, but without the social/community thing. The idea of attentive is to be a simple and lightweight scrobble daemon that could run on a raspberry pi or similiar devices at home.
- Store "now-playing" and "submissions" in a database.
- Support for multiple databases: MariaDB, PostgreSQL, SQLite and H2
- Web application to see your scrobbles and manage accounts
You must have Java installed. There are ZIP files in the Releases
section. Unpack the file and change the configuration to your
needs. Then start the script in the /bin folder.
Configure your scrobble client to connect to the attentive server. The
scrobble url is at path /scrobble. So with the default
configuration, it would be https://localhost:8771/scrobble.
The webapp is then at https://localhost:8771/app/index.html.
You can browse the generated REST documentation at https://localhost:8771/app/doc.
For example, here is a config snippet for mpdscribble:
[mpdscribble]
## The connection to MPD
host = 192.168.100.12
port = 6600
[attentive]
url = https://localhost:8771/scrobble
username = john
password = john
journal = ./attentive.journal
The build tool is sbt. Java 8 end Elm 0.19 are required. Then build it with this command:
sbt make-pkg
This creates a .deb file in target/ and a .zip file in
target/universal folder.
You can pass an argument to the executable which will be used as the configuration file. For details about the format, see its documentation. The default config is below.
attentive {
# A name that is displayed in the web application.
app-name = "Attentive"
# The base url this app is deployed
base-url = "https://localhost:8771"
# A secret used to encrypt cookie data. If empty a random value is
# generated at application start.
server-secret = ""
# The web server binds to this address.
bind {
host = "0.0.0.0"
port = 8771
}
# Database settings
jdbc {
# The URL to the database. By default a file-based database is
# used. It should also work with mariadb and postgresql.
#
# Examples:
# url = "jdbc:mariadb:https://192.168.1.172:3306/attentive"
# url = "jdbc:postgresql:https://localhost:5432/attentive"
# url = "jdbc:h2:./target/attentive.db"
# url = "jdbc:sqlite:./target/attentive-sqlite.db"
url = "jdbc:h2:./target/attentive.db"
# User and password for connecting to the database.
user = "sa"
password = ""
# The driver class name.
# - H2: org.h2.Driver
# - MariaDB: org.mariadb.jdbc.Driver
# - PostgreSQL: org.postgresql.Driver
# - SQLite: org.sqlite.JDBC
driver = "org.h2.Driver"
poolsize = 10
}
auth {
# The time a login token is valid
token-valid = 3 minutes
# The time a session cookie is valid
session-valid = 6 hours
}
registration {
# Registration of new accounts may be one of:
# - open: Everybody can create new accounts.
# - closed: No one can create new accounts; registration is disabled.
# - invite: Registration is possible only with the correct invitation key.
mode = "closed"
# The "super" invitation password used to generate new invitations.
# If empty, generating invitation keys is not possible.
invitation-key = ""
# How long a generated invitation key is valid.
invitation-valid = 6 days
}
stats {
# How long statistic values are cached. Longer times results in
# less db queries but more stale values.
cache-time = 3 minutes
}
}