Please follow new source:
Swarm Management is a python application, installed with pip. The application makes it easy to manage a Docker Swarm by configuring a single *.yml file describing which stacks to deploy, and which networks, configs or secrets to create.
- pip install --upgrade SwarmManagement
swm -help
-
Create a
swarm.management.yml
file describing all properties of the swarm.- The
swarm.management.yml
file contains following properties:
stacks: <stack_name>: <compose_file> networks: <network_name>: encrypted: false driver: overlay attachable: true options: - --ipv6 configs: <config_name>: <config_file> secrets: <secret_name>: <secret_file> volumes: <volume_name>: driver: local driverOptions: - type=tmpfs - device=tmpfs - o=size=100m,uid=1000 env_files: - <environment_file>
- The
-
Manage Swarm:
- Start Swarm with:
- -> swm -start
- Stop Swarm with:
- -> swm -stop
- Restart Swarm with:
- -> swm -restart
- Deploy/Update or Remove a single stack:
- -> swm -stack -deploy
<stack_name>
- -> swm -stack -remove
<stack_name>
- Or deploy/remove all stacks with the
all
attribute:- -> swm -stack -deploy all
- -> swm -stack -remove all
- -> swm -stack -deploy
- Create or Remove a single network:
- -> swm -network -create
<network_name>
- -> swm -network -remove
<network_name>
- Or create/remove all networks with the
all
attribute:- -> swm -network -create all
- -> swm -network -remove all
- -> swm -network -create
- Create or Remove a single config:
- -> swm -config -create
<config_name>
- -> swm -config -remove
<config_name>
- Or create/remove all configs with the
all
attribute:- -> swm -stack -create all
- -> swm -stack -remove all
- -> swm -config -create
- Create or Remove a single secret:
- -> swm -secret -create
<secret_name>
- -> swm -secret -remove
<secret_name>
- Or create/remove all secrets with the
all
attribute:- -> swm -secret -create all
- -> swm -secret -remove all
- -> swm -secret -create
- Create or Remove a single volume:
- -> swm -volume -create
<volume_name>
- -> swm -volume -remove
<volume_name>
- Or create/remove all volumes with the
all
attribute:- -> swm -volume -create all
- -> swm -volume -remove all
- -> swm -volume -create
- SwarmManagement uses the
swarm.management.yml
file by default to configure the swarm.- Specify a single or multiple *.yml files to use for configuring the swarm using the
-f
attribute:- -> swm -start -f swarm-stacks.yml -f swarm-networks.yml
- Specify a single or multiple *.yml files to use for configuring the swarm using the
- Additional info is found by asking SwarmManagement:
- -> swm -help
- -> swm -stack -help
- -> swm -network -help
- -> swm -config -help
- -> swm -secret -help
- -> swm -volume -help
- Start Swarm with:
Please have a look at an example of use here:
Deploy the swarm with swm -start
, and stop the swarm with swm -stop
.
Restart the swarm with swm -restart <restart_delay_in_seconds>
. The <restart_delay_in_seconds>
argument is optional, and defaults to 10 seconds if not given.
The stacks
section lists all stacks to be deployed as: <stack_name>: <compose_file>
The networks
section lists all networks to be created as, and each network is created with the following default properties:
encrypted: false
driver: overlay
attachable: true
options:
<list_of_network_options>
The configs
section lists all configs to be created as: <config_name>: <config_file>
The secrets
section lists all secrets to be created as: <secret_name>: <secret_file>
The volumes
section lists all volumes to be created as, and each volumes is created with the following default properties:
driver: local
driverOptions:
<list_of_driver_options>
The env_files
section lists all environmnet (.env
) files with environment variables to expose.
By convention, a present .env
file will automatically be loaded.
- Docker:
- Install Dependencies:
- pip install -r requirements.txt
- The pip package may be located at:
- Configure setup.py with new version.
- Install build tools:
pip install twine wheel
- Build: python setup.py bdist_wheel
- Check: twine check dist/*
- Publish: twine upload dist/*
- python -m unittest