Update README.md to mention Docker images multi-architecture
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Portainer Stack Utils
Bash script to deploy/update/remove stacks in a Portainer instance from a docker-compose yaml file.
Based on previous work by @vladbabii on docker-how-to/portainer-bash-scripts.
Table of contents
How to install
Standalone
Note
: The easiest way to install
psu
is to use Docker method, instead of this one
Check the Requirements section then git clone the repo and use the bash script below:
git clone https://gitlab.com/psuapp/psu.git
cd psu/
# Allow the 'psu' command to run everywhere:
export PATH="$(pwd):$PATH"
# Or if you want it permanent, with a super user account, run:
# ln -s $(pwd)/psu /usr/local/bin
#
# Then you can use psu, e.g.
psu deploy ...
For detailed instructions, see How to use section.
Requirements
You will need these dependencies installed:
Linux based systems (Alpine, Debian, Ubuntu...)
- bash* (>= 4.4.23)
- curl* (>= 7.64.0, but >= 7.76.0 is recommended)
- jq* (>= 1.5.1)
- uuidgen recommended only for some OS (Alpine and Debian work fine without it)
For Debian and similar apt-powered Linux systems, run: apt install bash curl jq
macOS
- bash* (>= 4.4.23)
- curl* (>= 7.64.0, but >= 7.76.0 is recommended)
- jq* (>= 1.5.1)
- timeout* (included in the coreutils package)
- greadlink (included in the coreutils package)
You should install Homebrew, then run: brew install bash coreutils jq
Windows
Note
:
psu
should work with Windows, but it could be unstable ⚠️
You should download and install Git and jq for Windows
For all systems
- docker-compose is recommended but not required (useful for linting docker compose/stack files)
* = required
Docker image, variants and multi-architecture
If you don't want or can't install psu
and its dependencies, you can run it with the default published Docker image, like this:
docker run psuapp/psu:1.2 deploy ...
Note
: Docker images are also available on GitLab.
For detailed instructions, see How to use section.
Supported tags
Published Docker images are tagged matching GitLab tags:
1.3.0-beta.1
->v1.3.0-beta.1
1.3.0-alpha
->v1.3.0-alpha
1
,1.2
,1.2.0
->v1.2.0
1.2.0-beta.1
->v1.2.0-beta.1
1.2.0-alpha
->v1.2.0-alpha
1.1
,1.1.0
->v1.1.0
1.1.0-alpha
->v1.1.0-alpha
1.0
,1.0.7
->v1.0.7
1.0.6
->v1.0.6
1.0.5
->v1.0.5
1.0.4
->v1.0.4
1.0.3
->v1.0.3
1.0.2
->v1.0.2
1.0.1
->v1.0.1
1.0.0
->v1.0.0
0.1.2
->v0.1.2
0.1.1
->v0.1.1
0.1.0
->v0.1.0
Variants
The core
variant doesn't include docker-compose
, so it's a bit smaller.
But you can't lint Docker compose/stack file before deploying a stack.
1-core
,1.2-core
,1.2.0-core
->v1.2.0
1.1-core
,1.1.0-core
->v1.1.0
1.0-core
,1.0.7-core
->v1.0.7
The debian
and debian-core
variants use Debian instead of Alpine as base image for psu
.
1-debian
,1.2-debian
,1.2.0-debian
->v1.2.0
1-debian-core
,1.2-debian-core
,1.2.0-debian-core
->v1.2.0
1.1-debian
,1.1.0-debian
->v1.1.0
1.1-debian-core
,1.1.0-debian-core
->v1.1.0
1.0-debian
,1.0.7-debian
->v1.0.7
1.0-debian-core
,1.0.7-debian-core
->v1.0.7
Multi-Architecture
The Docker images support multi-architecture: linux/amd64
, linux/arm64
and linux/arm/v7
.
On ARM machines, if you get this error when running a psu
Docker image:
standard_init_linux.go:228: exec user process caused: exec format error
You need to install linux/amd64
QEMU binary, like this:
docker run --privileged --rm tonistiigi/binfmt --install linux/amd64
Then run your psu
Docker image again and it should work 🤞
And if you want to uninstall this QEMU binary, run this command:
docker run --privileged --rm tonistiigi/binfmt --uninstall linux/amd64
Testing/debugging:
For testing/debugging, you can use this Docker image in interactive mode, to run any commands inside the container:
docker run -v $(pwd)/docker-compose.yml:/docker-compose.yml -it --rm --entrypoint bash psuapp/psu:1.2
# Run any commands here! E.g.
$ psu --version
Portainer Stack Utils, version 1.3.0-beta.1
License GPLv3: GNU GPL version 3
How to use
The provided psu
script allows to deploy/update/remove... Portainer stacks. Settings can be passed through envvars and/or options and/or flags. Both envvars, options and flags can be mixed but options or flags will always overwrite envvar values. When deploying a stack, if it doesn't exist a new one is created, otherwise it's updated (unless strict mode is active).
With options
This is more suitable for standalone script usage.
<action>
("deploy", "rm", "ls"..., required): Whether to deploy, remove, list... the stack, not an option but an argument--user
(string, required): Username--password
(string, required): Password--url
(string, required): URL to Portainer--name
(string, required): Stack name--compose-file
(string, required if action=deploy): Path to docker-compose file
For detailed instructions, see the full options list.
Examples
psu deploy --user admin --password password --url https://portainer.local --name mystack --compose-file /path/to/docker-compose.yml --env-file /path/to/env_vars_file
psu rm --user admin --password password --url https://portainer.local --name mystack
With Docker:
docker run -v $(pwd)/docker-compose.yml:/docker-compose.yml -v $(pwd)/.env:/.env psuapp/psu:1.2 deploy --user admin --password password --url https://portainer.local --name mystack --compose-file docker-compose.yml --env-file .env
With flags
This is more suitable for standalone script usage.
<action>
("deploy", "rm", "ls"..., required): Whether to deploy, remove, list... the stack, not a flag but an argument-u
(string, required): Username-p
(string, required): Password-l
(string, required): URL to Portainer-n
(string, required): Stack name-c
(string, required if action=deploy): Path to docker-compose file
For detailed instructions, see the full flags list.
Examples
psu deploy -u admin -p password -l https://portainer.local -n mystack -c /path/to/docker-compose.yml -g /path/to/env_vars_file
psu rm -u admin -p password -l https://portainer.local -n mystack
With Docker:
docker run -v $(pwd)/docker-compose.yml:/docker-compose.yml -v $(pwd)/.env:/.env psuapp/psu:1.2 deploy -u admin -p password -l https://portainer.local -n mystack -c docker-compose.yml -g .env
With envvars
This is particularly useful for CI/CD pipelines using Docker containers.
ACTION
("deploy", "rm", "ls"..., required): Whether to deploy, remove, list... the stackPORTAINER_USER
(string, required): UsernamePORTAINER_PASSWORD
(string, required): PasswordPORTAINER_URL
(string, required): URL to PortainerPORTAINER_STACK_NAME
(string, required): Stack nameDOCKER_COMPOSE_FILE
(string, required if action=deploy): Path to docker-compose file
For detailed instructions, see the full envvars list.
Examples
export ACTION="deploy"
export PORTAINER_USER="admin"
export PORTAINER_PASSWORD="password"
export PORTAINER_URL="https://portainer.local"
export PORTAINER_STACK_NAME="mystack"
export DOCKER_COMPOSE_FILE="/path/to/docker-compose.yml"
export ENVIRONMENT_VARIABLES_FILE="/path/to/env_vars_file"
psu
export ACTION="rm"
export PORTAINER_USER="admin"
export PORTAINER_PASSWORD="password"
export PORTAINER_URL="https://portainer.local"
export PORTAINER_STACK_NAME="mystack"
psu
With Docker:
docker run -v $(pwd)/docker-compose.yml:/docker-compose.yml -v $(pwd)/.env:/.env -e ACTION="deploy" -e PORTAINER_USER="admin" -e PORTAINER_PASSWORD="password" -e PORTAINER_URL="https://portainer.local" -e PORTAINER_STACK_NAME="mystack" -e DOCKER_COMPOSE_FILE="docker-compose.yml" -e ENVIRONMENT_VARIABLES_FILE=".env" psuapp/psu:1.2
Documentation
For detailed instructions, see the CLI Commands documentation.
Supported Portainer API
PSU was created for the latest versions of Portainer API, which at the time of writing are 1.24.2, 2.5.1, 2.6.3 and 2.9.3.
License
Source code contained by this project is licensed under the GNU General Public License version 3.
See LICENSE file for reference.