- Print out information about containers:
- List all containers (both running and stopped):
podman ps --all
- Start one or more containers:
podman start container_name container_id
- Stop one or more running containers:
podman stop container_name container_id
- Pull an image from a registry (defaults to the Docker Hub):
podman pull image_name:image_tag
- Open a shell inside of an already running container:
podman exec --interactive --tty container_name sh
- Remove one or more stopped containers:
podman rm container_name container_id
- Display the logs of one or more containers and follow log output:
podman logs --follow container_name container_id
podman [options] command
Podman (Pod Manager) is a fully featured container engine that is a simple daemonless tool. Podman provides a Docker-CLI comparable command line that eases the transition from other container engines and allows the management of pods, containers and images. Simply put:
alias docker=podman. Most Podman commands can be run as a regular user, without requiring additional privileges.
Podman uses Buildah(1) internally to create container images. Both tools share image (not container) storage, hence each can use or manipulate images (but not containers) created by the other.
podman [Global Options]
- CGroup manager to use for container cgroups. Supported values are cgroupfs or systemd. Default is systemd unless overridden in the libpod.conf file.
Note: Setting this flag can cause certain commands to break when called on containers previously created by the other CGroup manager type. Note: CGroup manager is not supported in rootless mode when using CGroups Version V1.
- Path of the configuration directory for CNI networks. (Default:
- Path of the conmon binary (Default path is configured in
- Backend to use for storing events. Allowed values are file, journald, and none.
- --help, -h
- Print usage statement
*.jsonfile in the path configures a hook for Podman containers. For more details on the syntax of the JSON files and the semantics of hook injection, see
oci-hooks(5). Podman and libpod currently support both the 1.0.0 and 0.1.0 hook schemas, although the 0.1.0 schema is deprecated.
This option may be set multiple times; paths from later options have higher precedence (
oci-hooks(5) discusses directory precedence).
For the annotation conditions, libpod uses any annotations set in the generated OCI configuration.
For the bind-mount conditions, only mounts explicitly requested by the caller via
--volume are considered. Bind mounts that libpod inserts by default (e.g.
/dev/shm) are not considered.
--hooks-dir is unset for root callers, Podman and libpod will currently default to
/etc/containers/oci/hooks.d in order of increasing precedence. Using these defaults is deprecated, and callers should migrate to explicitly setting
Podman and libpod currently support an additional
precreate state which is called before the runtime's
create operation. Unlike the other stages, which receive the container state on their standard input,
precreate hooks receive the proposed runtime configuration on their standard input. They may alter that configuration as they see fit, and write the altered form to their standard output.
precreate hook lets you do powerful things, such as adding additional mounts to the runtime configuration. That power also makes it easy to break things. Before reporting libpod errors, try running your container with
precreate hooks disabled to see if the problem is due to one of your hooks.
- Path to SSH identity file
- Log messages above specified level: debug, info, warn, error (default), fatal or panic (default: "error")
- Set libpod namespace. Namespaces are used to separate groups of containers and pods in libpod's state. When namespace is set, created containers and pods will join the given namespace, and only containers and pods in the given namespace will be visible to Podman.
- Path to the command binary to use for setting up a network. It is currently only used for setting up a slirp4netns network. If "" is used then the binary is looked up using the $PATH environment variable.
- --remote, -r=url
- URL to access Podman service (default "unix:/run/user/3267/podman/podman.sock")
- Storage root dir in which data, including images, is stored (default: "/var/lib/containers/storage" for UID 0, "$HOME/.local/share/containers/storage" for other users). Default root dir is configured in
- Storage state directory where all state information is stored (default: "/var/run/containers/storage" for UID 0, "/var/run/user/$UID/run" for other users). Default state dir is configured in
- Name of the OCI runtime as specified in libpod.conf or absolute path to the OCI compatible binary used to run containers.
- Storage driver. The default storage driver for UID 0 is configured in /etc/containers/storage.conf (
$HOME/.config/containers/storage.confin rootless mode), and is vfs for non-root users when fuse-overlayfs is not available. The
STORAGE_DRIVERenvironment variable overrides the default. The --storage-driver specified driver overrides all.
Overriding this option will cause the storage-opt settings in /etc/containers/storage.conf to be ignored. The user must specify additional options via the
- Storage driver option, Default storage driver options are configured in /etc/containers/storage.conf (
$HOME/.config/containers/storage.confin rootless mode). The
STORAGE_OPTSenvironment variable overrides the default. The --storage-opt specified options overrides all.
- Output logging information to syslog as well as the console (default false).
On remote clients, logging is directed to the file $HOME/.config/containers/podman.log.
- Path to the tmp directory, for libpod runtime content.
NOTE --tmpdir is not used for the temporary storage of downloaded images. Use the environment variable
TMPDIR to change the temporary storage location of downloaded container images. Podman defaults to use
- --version, -v
- Print the version
The exit code from
podman gives information about why the container failed to run or why it exited. When
podman commands exit with a non-zero code, the exit codes follow the
chroot standard, see below:
125 The error is with podman itself
$ podman run --foo busybox; echo $? Error: unknown flag: --foo 125
126 Executing a contained command and the command cannot be invoked
$ podman run busybox /etc; echo $? Error: container_linux.go:346: starting container process caused "exec: \"/etc\": permission denied": OCI runtime error 126
127 Executing a contained command and the command cannot be found
$ podman run busybox foo; echo $?
Error: container_linux.go:346: starting container process caused "exec: \"foo\": executable file not found in $PATH": OCI runtime error
Exit code contained command exit code
$ podman run busybox /bin/sh -c 'exit 3'; echo $? 3
|podman-attach(1)||Attach to a running container.|
|podman-auto-update(1)||Auto update containers according to their auto-update policy|
|podman-build(1)||Build a container image using a Containerfile.|
|podman-commit(1)||Create new image based on the changed container.|
|podman-cp(1)||Copy files/folders between a container and the local filesystem.|
|podman-create(1)||Create a new container.|
|podman-diff(1)||Inspect changes on a container or image's filesystem.|
|podman-events(1)||Monitor Podman events|
|podman-exec(1)||Execute a command in a running container.|
|podman-export(1)||Export a container's filesystem contents as a tar archive.|
|podman-generate(1)||Generate structured data based for a containers and pods.|
|podman-healthcheck(1)||Manage healthchecks for containers|
|podman-history(1)||Show the history of an image.|
|podman-images(1)||List images in local storage.|
|podman-import(1)||Import a tarball and save it as a filesystem image.|
|podman-info(1)||Displays Podman related system information.|
|podman-init(1)||Initialize one or more containers|
|podman-inspect(1)||Display a container or image's configuration.|
|podman-kill(1)||Kill the main process in one or more containers.|
|podman-load(1)||Load an image from a container image archive into container storage.|
|podman-login(1)||Login to a container registry.|
|podman-logout(1)||Logout of a container registry.|
|podman-logs(1)||Display the logs of one or more containers.|
|podman-manifest(1)||Create and manipulate manifest lists and image indexes.|
|podman-mount(1)||Mount a working container's root filesystem.|
|podman-network(1)||Manage Podman CNI networks.|
|podman-pause(1)||Pause one or more containers.|
|podman-play(1)||Play pods and containers based on a structured input file.|
|podman-pod(1)||Management tool for groups of containers, called pods.|
|podman-port(1)||List port mappings for a container.|
|podman-ps(1)||Prints out information about containers.|
|podman-pull(1)||Pull an image from a registry.|
|podman-push(1)||Push an image from local storage to elsewhere.|
|podman-restart(1)||Restart one or more containers.|
|podman-rm(1)||Remove one or more containers.|
|podman-rmi(1)||Removes one or more locally stored images.|
|podman-run(1)||Run a command in a new container.|
|podman-save(1)||Save an image to a container archive.|
|podman-search(1)||Search a registry for an image.|
|podman-start(1)||Start one or more containers.|
|podman-stats(1)||Display a live stream of one or more container's resource usage statistics.|
|podman-stop(1)||Stop one or more running containers.|
|podman-tag(1)||Add an additional name to a local image.|
|podman-top(1)||Display the running processes of a container.|
|podman-umount(1)||Unmount a working container's root filesystem.|
|podman-unpause(1)||Unpause one or more containers.|
|podman-unshare(1)||Run a command inside of a modified user namespace.|
|podman-untag(1)||Removes one or more names from a locally-stored image.|
|podman-varlink(1)||Runs the varlink backend interface.|
|podman-version(1)||Display the Podman version information.|
|podman-volume(1)||Simple management tool for volumes.|
|podman-wait(1)||Wait on one or more containers to stop and print their exit codes.|
libpod.conf is the configuration file for all tools using libpod to manage containers, when run as root. Administrators can override the defaults file by creating `/etc/containers/libpod.conf`. When Podman runs in rootless mode, the file `$HOME/.config/containers/libpod.conf` is created and replaces some fields in the system configuration file. Podman uses builtin defaults if no libpod.conf file is found.
The mounts.conf file specifies volume mount directories that are automatically mounted inside containers when executing the `podman run` or `podman start` commands. Administrators can override the defaults file by creating `/etc/containers/mounts.conf`.
When Podman runs in rootless mode, the file
$HOME/.config/containers/mounts.conf will override the default if it exists. Please refer to containers-mounts.conf(5) for further details.
Signature verification policy files are used to specify policy, e.g. trusted keys, applicable when deciding whether to accept an image, or individual signatures of that image, as valid.
registries.conf is the configuration file which specifies which container registries should be consulted when completing image names which do not include a registry or domain portion. Non root users of Podman can create the `$HOME/.config/containers/registries.conf` file to be used instead of the system defaults.
storage.conf is the storage configuration file for all tools using containers/storage The storage configuration file specifies all of the available container storage options for tools using shared container storage. When Podman runs in rootless mode, the file `$HOME/.config/containers/storage.conf` is used instead of the system defaults.
Podman can also be used as non-root user. When podman runs in rootless mode, a user namespace is automatically created for the user, defined in /etc/subuid and /etc/subgid.
Containers created by a non-root user are not visible to other users and are not seen or managed by Podman running as root.
It is required to have multiple uids/gids set for an user. Be sure the user is present in the files
If you have a recent version of usermod, you can execute the following commands to add the ranges to the files
$ sudo usermod --add-subuids 10000-75535 USERNAME $ sudo usermod --add-subgids 10000-75535 USERNAME
Or just add the content manually.
$ echo USERNAME:10000:65536 >> /etc/subuid $ echo USERNAME:10000:65536 >> /etc/subgid
subgid(5) man pages for more information.
Images are pulled under
XDG_DATA_HOME when specified, otherwise in the home directory of the user under
Currently the slirp4netns package is required to be installed to create a network device, otherwise rootless containers need to run in the network namespace of the host. The Overlay file system (OverlayFS) is not supported in rootless mode. The fuse-overlayfs package is a tool that provides the functionality of OverlayFS in user namespace that allows mounting file systems in rootless environments. It is recommended to install the fuse-overlayfs package and to enable it by adding The Network File System (NFS) and other distributed file systems (for example: Lustre, Spectrum Scale, the General Parallel File System (GPFS)) are not supported when running in rootless mode as these file systems do not understand user namespace. However, rootless Podman can make use of an NFS Homedir by modifying the For more information, please refer to the Podman Troubleshooting Page ⟨https://github.com/containers/libpod/blob/master/troubleshooting.md⟩.
NOTE: Unsupported file systems in rootless mode
mount_program = "/usr/bin/fuse-overlayfs" under
[storage.options] in the
$HOME/.config/containers/storage.conf to have the
graphroot option point to a directory stored on local (Non NFS) storage.
The Overlay file system (OverlayFS) is not supported in rootless mode. The fuse-overlayfs package is a tool that provides the functionality of OverlayFS in user namespace that allows mounting file systems in rootless environments. It is recommended to install the fuse-overlayfs package and to enable it by adding
The Network File System (NFS) and other distributed file systems (for example: Lustre, Spectrum Scale, the General Parallel File System (GPFS)) are not supported when running in rootless mode as these file systems do not understand user namespace. However, rootless Podman can make use of an NFS Homedir by modifying the
For more information, please refer to the Podman Troubleshooting Page ⟨https://github.com/containers/libpod/blob/master/troubleshooting.md⟩.
Dec 2016, Originally compiled by Dan Walsh email@example.com ⟨mailto:firstname.lastname@example.org⟩
buildah(1), containers-transports(5), oci-seccomp-bpf-hook(1), pmdapodman(1), podman-attach(1), podman-auto-update(1), podman-build(1), podman-commit(1), podman-container-checkpoint(1), podman-container-cleanup(1), podman-container-exists(1), podman-container-prune(1), podman-container-restore(1), podman-container-runlabel(1), podman-cp(1), podman-diff(1), podman-events(1), podman-exec(1), podman-export(1), podman-generate-kube(1), podman-generate-systemd(1), podman-healthcheck(1), podman-history(1), podman-image-diff(1), podman-image-exists(1), podman-image-prune(1), podman-images(1), podman-image-tree(1), podman-import(1), podman-info(1), podman-init(1), podman-inspect(1), podman-kill(1), podman-load(1), podman-login(1), podman-logout(1), podman-logs(1), podman-manifest(1), podman-manifest-add(1), podman-manifest-annotate(1), podman-manifest-create(1), podman-manifest-inspect(1), podman-manifest-push(1), podman-manifest-remove(1), podman-mount(1), podman-network(1), podman-network-create(1), podman-network-inspect(1), podman-network-ls(1), podman-network-rm(1), podman-pause(1), podman-play-kube(1), podman-pod(1), podman-pod-exists(1), podman-pod-stats(1), podman-port(1), podman-ps(1), podman-pull(1), podman-push(1), podman-restart(1), podman-rm(1), podman-rmi(1), podman-save(1), podman-search(1), podman-start(1), podman-stats(1), podman-stop(1), podman-system(1), podman-system-migrate(1), podman-system-prune(1), podman-system-renumber(1), podman-system-reset(1), podman-system-service(1), podman-tag(1), podman-top(1), podman-umount(1), podman-unpause(1), podman-unshare(1), podman-untag(1), podman-varlink(1), podman-version(1), podman-volume(1), podman-wait(1), toolbox(1), toolbox-create(1), toolbox-enter(1), toolbox-init-container(1), toolbox-list(1), toolbox-reset(1), toolbox-rm(1), toolbox-rmi(1), toolbox-run(1), udica(8).
The man page podman-help(1) is an alias of podman(1).