- docker
- docker-compose
- make
make # sync deps (if required), build images, then start services in background
make docker_up # update images then run services and follow logs
make docker_up_detached # update images then run services ins background
make docker_down # stop all services
make docker_logs # follow logs of running servicesRun a centos 8 docker container with the api exposed at the 8080 port.
make docker_prod
# or
DOCKER_BUILDKIT=1 docker build . -f docker/build.Dockerfile -t "linc/base"
docker build . -f docker/prod.Dockerfile -t <image_name>[:<image_tag>]
docker run -d -it -p <host_port>:8080 <image_name>[:<image_tag>]This will create two images linc:base which correspond to the build stage and the final one, you can name as you need. Then we launch the container creation and links the 8080 port to the wanted host port. This is the access port to the api.
Ort is the main tool used by Lincompliance to find dependancies, licences and download sources. You can refer to their documentation to install locally.
cd libs
pip3 install build
python3 -m build --sdist --wheel
pip3 install dist/linapi-*.whl
# or
cd libs
python3 -m setup installThe 8080 port must be available.
cd api
python3 app.pyDOCKER_BUILDKIT=1 docker build . -f docker/build.Dockerfile -t "
6FEE
linc/base"
docker build . -f docker/dev.Dockerfile -t <image_name>[:<image_tag>]
docker run -d -it -p <host_port>:8080 \
-v `pwd`/libs:/root/libs \
-v `pwd`/api/app.py:/root/api/app.py \
-v `pwd`/api/templates:/root/api/templates \
<image_name>[:<image_tag>]