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pull a docker image from docker hub.
docker pull {image_name} -
list all docker images.
docker image ls -
run a docker container.
docker run {image_name}
here the image runs and gets terminated.
docker run -d -t {image_name}
docker run -d -t --name={container_name} {image_name}
docker run --rm -d -t --name={container_name} {image_name}
docker run --rm -d -t --name={container_name} -p {local_host_port eg:8888}:{container_port eg:8888} {image_name}
docker run --rm -d -t --name={container_name} -p 8888:8888 --mount src="$(pwd)",target=/app,type=bind {image_name}
here the image is running in the background.
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list all running docker containers.
docker ps -a docker ps -
To access the running container.
docker exec -ti {container_name OR container_id} bash -
To stop the container.
docker stop {container_name OR container_id} -
To delete the container.
docker rm {container_name OR container_id} -
To save the changes of container.
docker commit {container_name OR container_id} {new_image_name} -
To run jupyter in a container.
jupyter notebook --ip='0.0.0.0' --port=8888 --no-browser --allow-root -
Remove all stopped containers.
docker container prune -
Check docker build cache.
docker system df -
Get IDs of all running containers.
docker ps -q -
Stop All running containers.
docker stop $(docker ps -q) {replace docker stop with docker kill to foricble kill all running containers} -
Delete all dangling images.
docker image prune -
Remove all docker volumes.
docker volume prune -
Remove all docker network.
docker network prune -
Remove everything !!
docker system prune