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To mount a local directory into a Docker container (i.e. bind mount), you can use the docker run command combined with the -v option flag (short for --volume) as follows:
$ docker run -v <host_directory>:<container_directory> <image>Where:
For example:
$ docker run -v ./app:/app node-serverThe above command mounts the app directory in the current directory into the container at the /app path using the -v flag.
Note that if the specified directory doesn't exist on your local machine, Docker will automatically create it before starting the container.
Also note that the use of relative local paths are only available as of Docker version 23.
If instead you are looking for persistent storage, you can read more about named volumes on the official Docker volumes page.
If you’re using Warp as your terminal, you can easily retrieve this command using the Warp AI Command Search feature:

Entering docker run volume directory in the AI Command Search will prompt an docker run command that can then quickly be inserted into your shell by doing CMD+ENTER.
The --volume and --mount flags are both used to mount a file or a directory into a container and essentially have the same behavior, only with a different syntax.
The -v (or --volume) flag consists of three fields, separated by colon characters:
$ docker run -v <source>:<destination>:<options> <image>Where:
For example:
$ docker run -v ./app:/app:ro alpineThe --mount flag consists of multiple key-value pairs, separated by commas and each consisting of a key=value tuple:
$ docker run --mount type=<type>,source=<source>,destination=destination>,<options> <image>Where:
For example:
$ docker run -v --mount type=bind,source=./app,destination=/app alpine,readonlyBesides their syntax, the only difference between these flags is their behavior when it comes to creating bind-mounted directories that don't exist.
When using the -v or --volume flag, Docker will automatically create the bind-mounted directory on your local machine if it doesn't exist.
When using the --mount flag, Docker will not create the bind-mounted directory on your local machine if it doesn't exist and generate an error.
You can learn more about bind mounts on the official Docker documentation page.
As of Docker version 23, you can mount a local file or directory into a container using either its relative or absolute path.
To mount the current directory into the container at a specified path, you can use the dot syntax as follows:
$ docker run -v .:/path/to/directory <image>To mount the current directory at the same path into the container, you can use the command substitution syntax with the pwd command as follows:
$ docker run -v $(pwd):$(pwd) <image>Note that when using this syntax, Docker will automatically create all the intermediary directories starting from the root in order to preserve the directory structure.
To mount a single file into a container, you can use the same syntax as for directories:
$ docker run -v /path/to/file:/path/to/file <image>To mount several files or directories into a container, you can repeat the -v flag multiple times as follows:
$ docker run -v ./dir_1:/app/dir_1 -v ./dir_2:/app/dir_2 <image>By default, any modifications made by a container to the files and directories of a bind mount will be propagated back to the local machine.
To prevent that, you can define a bind mount as read-only, either using the ro option when working with the -v flag:
$ docker run -v ./app:/app:ro alpineOr the readonly option when working with the --mount flag:
$ docker run --mount type=bind,source=./app,target=/app,readonly alpineWhen working with Docker for Windows, there are essentially two ways you can write the paths of the files and directories you want to mount into a container.
You can either use escaped Windows-like paths as follows:
$ docker run -v C:\\Users\\user\\work:/work <image>Or you can use Unix-like paths as follows:
$ docker run -v //c/Users/user/work:/work <image>Note that when using the $(pwd) command substitution, you will have to prepend a slash character to this expression in order for it to work:
$ docker run -v /$(pwd):/work <image>A concise guide to learning Docker using Lazydocker. Highlights Docker’s benefits and takes advantage of Warp's AI features for a quick setup.
Learn how to launch and connect to a containerized SSH server in Docker using password-based authentication and SSH keys.
Learn how to remove a Docker image locally, on a Docker registry, and on Artifactory.
Learn how to override and customize the entrypoint of a Docker container using the docker run command.
Learn how to define and set build-time variables for Docker images using the ARG instruction and the --build-arg flag.
Learn how to start a new Docker container from an image in both the foreground and the background using the docker-run command.
How to gracefully shutdown running containers and forcefully kill unresponsive containers with signals in Docker using the docker-stop and docker-kill commands.
Learn how to set, change and match a docker container hostname.
Learn how define and pass environment variables to Docker containers using an .env file in Docker Compose.
Learn how to write and use .env files in Docker to populate the environment of containers on startup.
Learn how to restart Docker containers automatically with restart policies and manually using the docker restart, docker start, docker stop and docker kill commands.
Start an interactive shell in Docker container
$ docker run -v <host_directory>:<container_directory> <image>$ docker run -v ./app:/app node-server$ docker run -v <source>:<destination>:<options> <image>$ docker run -v ./app:/app:ro alpine$ docker run --mount type=<type>,source=<source>,destination=destination>,<options> <image>$ docker run -v --mount type=bind,source=./app,destination=/app alpine,readonly$ docker run -v .:/path/to/directory <image>$ docker run -v $(pwd):$(pwd) <image>$ docker run -v /path/to/file:/path/to/file <image>$ docker run -v ./dir_1:/app/dir_1 -v ./dir_2:/app/dir_2 <image>$ docker run -v ./app:/app:ro alpine$ docker run --mount type=bind,source=./app,target=/app,readonly alpine$ docker run -v C:\\Users\\user\\work:/work <image>$ docker run -v //c/Users/user/work:/work <image>$ docker run -v /$(pwd):/work <image>