Initialize swarm mode and listen on a specific interface docker swarm init --advertise-addr 10.1.0.2
Join an existing swarm as a manager node docker swarm join --token 10.1.0.2:2377
Join an existing swarm as a worker node docker swarm join --token 10.1.0.2:2377
List the nodes participating in a swarm docker node ls
Create a service from an image exposed on a specific port and deploy 3 instances docker service create --replicas 3 -p 80:80 --name web nginx
List the services running in a swarm docker service ls
Scale a service docker service scale web=5
List the tasks of a service docker service ps web
docker create // creates a container but does not start it. docker rename // allows the container to be renamed. docker run // creates and starts a container in one operation. docker rm // deletes a container. docker update // updates a container's resource limits.
docker start // starts a container so it is running. docker stop // stops a running container. docker restart // stops and starts a container. docker pause // pauses a running container, "freezing" it in place. docker unpause // will unpause a running container. docker wait // blocks until running container stops. docker kill // sends a SIGKILL to a running container. docker attach // will connect to a running container.
docker ps // shows running containers. docker logs // gets logs from container. (You can use a custom log driver, but logs is only available for json-file and journald in 1.10). docker inspect // looks at all the info on a container (including IP address). docker events // gets events from container. docker port // shows public facing port of container. docker top // shows running processes in container. docker stats // shows containers' resource usage statistics. docker diff // shows changed files in the container's FS.
docker ps -a shows running and stopped containers.
docker stats --all shows a running list of containers.
Build an image from the Dockerfile in the current directory and tag the image docker build -t myapp:1.0 .
List all images that are locally stored with the Docker engine docker images
Delete an image from the local image store docker rmi alpine:3.4
Pull an image from a registry docker pull alpine:3.4
Retag a local image with a new image name and tag docker tag alpine:3.4 myrepo/myalpine:3.4
Log in to a registry (the Docker Hub by default) docker login my.registry.com:8000
Push an image to a registry docker push myrepo/myalpine:3.4
docker run --rm remove container automatically after it exits -it connect the container to terminal --name web name the container -p 5000:80 expose port 5000 externally and map to port 80 -v~/dev:/code create a host mapped volume inside the container alpine:3.4 the image from which the container is instantiated /bin/sh the command to run inside the container
Stop a running container through SIGTERM docker stop web
Stop a running container through SIGKILL docker kill web
Create an overlay network and specify a subnet docker network create --subnet 10.1.0.0/24 --gateway 10.1.0.1 -d overlay mynet
List the networks docker network ls
List the running containers docker ps
Delete all running and stopped containers docker rm -f $(docker ps -aq)
Create a new bash process inside the container and connect it to the terminal docker exec -it web bash
Print the last 100 lines of a container’s logs docker logs --tail 100 web
Remove image docker rmi
sudo docker start ContainerName
# check running container
sudo docker ps
# create initial conatainer
sudo docker run --name dvwa --net=user_defined_nw --ip=192.168.10.2 -p 80:80 -d vulnerables/web-dvwa
#
docker run -d —name splunk -p 8000:8000 -e 'SPLUNK_START_ARGS=--accept-license' -e 'SPLUNK_PASSWORD=<password>' splunk/splunk:latest
# access container
sudo docker exec -it ContainerName bash
# run docker jupyter/scipy-notebook
docker run -p 8888:8888 jupyter/scipy-notebook