Host Tiny Tiny RSS instance in a docker container supporting amd64, arm64 and arm architectures (RaspberryPi).
The following multi-architecture image is available:
Hint: tags are following calver versionning with pattern vYYYY.MM.DD
.
Some additionnals features are added to the base installation of TT-RSS:
We are now using configuration through environment variables from upstream project. Refer to this documentation.
Create a network:
docker network create ttrss_net
You have 2 choices: postgresql or mysql database.
Create a postgresql database:
docker run \
-d \
--name ttrss_database \
-v ttrss_db_vol:/var/lib/postgresql/data \
-e POSTGRES_USER=ttrss \
-e POSTGRES_PASSWORD=ttrss \
--network ttrss_net \
postgres:12.6-alpine
Create a mysql database:
docker run \
-d \
--name ttrss_database \
-v ttrss_db_vol:/var/lib/mysql \
-e MYSQL_DATABASE=ttrss \
-e MYSQL_USER=ttrss \
-e MYSQL_PASSWORD=ttrss \
-e MYSQL_ROOT_PASSWORD=ttrssroot \
--network ttrss_net \
mysql:8.0.23
Run ttrss instance (adapt TTRSS_DB_TYPE
to mysql
if database is MySQL / MariaDB):
docker run \
-d \
--name ttrss \
-e TTRSS_DB_HOST="ttrss_database" \
-e TTRSS_DB_TYPE="pgsql" \
-p 8000:80 \
--network ttrss_net \
nventiveux/ttrss:latest
Open browser to http://localhost:8000/. Login as admin with password password.
Adapt the Dockerfile
to your needs.
Then test the image locally:
# PostgresSQL
cd tests/ttrss-pgsql && docker-compose up --build
# MySQL
cd tests/ttrss-mysql && docker-compose up --build
Open browser to http://localhost:8000/. Login as admin with password password.
# Using docker
docker exec -i <database_container_id> \
pg_restore \
--no-acl \
--no-owner \
-U ttrss \
-d ttrss < <pgdump_filename>
# Using docker-compose
docker-compose exec -T database \
pg_restore \
--no-acl \
--no-owner \
-U ttrss \
-d ttrss < /home/vbesancon/tmp/db_ttrss_1615503601.pgdump