- The runtime provides python v3.11 with a set of python packages, see python3.11/CHANGELOG.md
- The runtime provides python v3.9 with a set of python packages, see python3.9/CHANGELOG.md
Some of the python packages are to be used on IBM Cloud:
- IBM DB2/DashDB and IBM Informix - Python SDK ibm_db
- IBM Cloudant - Python SDK cloudant
- IBM Watson Developer Cloud - Python SDK watson-developer-cloud
- IBM Cloud Object Storage - Python SDK ibm-cos-sdk
- IBM Cloud SQL Query service - Python Client ibmcloudsql
Docker runtime is based on Debian/Ubuntu
Write a function using Apache OpenWhisk Serverless programming inteface
def main(args):
name = args.get("name", "stranger")
greeting = "Hello " + name + "!"
print(greeting)
return {"greeting": greeting}
To use as a python kind action
bx wsk action update helloPython hello.py --kind python:3.11
To use as a docker action
bx wsk action update helloPython hello.py --docker ibmfunctions/action-python-v3.11
This works on any deployment of Apache OpenWhisk or IBM Cloud Functions
Prerequisite: Export OPENWHISK_HOME to point to your openwhisk
cloned directory.
./gradlew python3:distDocker
This will produce the image whisk/action-python-v3.11
Build and Push image
docker login
./gradlew python3.11:distDocker -PdockerImagePrefix=$prefix-user -PdockerRegistry=docker.io
Deploy OpenWhisk using ansible environment that adds the new king python:3
Assuming you have OpenWhisk already deploy localy and OPENWHISK_HOME
pointing to root directory of OpenWhisk core repository.
Set ROOTDIR
to the root directory of this repository.
Redeploy OpenWhisk
cd $OPENWHISK_HOME/ansible
ANSIBLE_CMD="ansible-playbook -i ${ROOTDIR}/ansible/environments/local"
$ANSIBLE_CMD setup.yml
$ANSIBLE_CMD couchdb.yml
$ANSIBLE_CMD initdb.yml
$ANSIBLE_CMD wipe.yml
$ANSIBLE_CMD openwhisk.yml
To use as docker action push to your own dockerhub account
docker tag whisk/action-python-v3 $user_prefix/action-python-v3
docker push $user_prefix/action-python-v3
Then create the action using your the image from dockerhub
wsk action update myAction myAction.py --docker $user_prefix/action-python-v3
The $user_prefix
is usually your dockerhub user id.
Install dependencies from the root directory on $OPENWHISK_HOME repository
./gradlew install
Using gradle to run all tests
./gradlew :tests:test
Using gradle to run some tests
./gradlew :tests:test --tests *ActionContainerTests*
Using IntelliJ:
- Import project as gradle project.
- Make sure working directory is root of the project/repo
To use as docker action push to your own dockerhub account
docker tag whisk/action-python-v3 $user_prefix/action-python-v3
docker push $user_prefix/action-python-v3
Then create the action using your the image from dockerhub
wsk action update myAction myAction.py --docker $user_prefix/action-python-v3
The $user_prefix
is usually your dockerhub user id.
- Check if there is a new version for Python 3.11 python:3.11-stretch.
- If there is a new version check that the tag used in python3.11/Dockerfile is using the latest tag for openwhisk/actionloop-python-v3.11
- Update the ibm image python3.11/Dockerfile FROM usign the new upstream tag
- Check if there are new pip packages available
- Use the latest released image to check the outdated pip packages
docker run --rm -it ibmfunctions/action-python-v3.11:1.4.0 sh -c "pip list --outdated"
- Update python3.11/requirements.txt
- Update python3.7/CHANGELOG.md
- Check if there are new pip packages available
- Use the latest released image to check the outdated pip packages
docker run --rm -it ibmfunctions/action-python-v3.9:1.1.0 sh -c "pip list --outdated"
- Update python3.9/requirements.txt only minor and patch levels.
- Update python3.9/CHANGELOG.md
- After the PR is merged and the master pass the build, checkout master.
- Create tag for each runtime and push upstream
git tag 3.11@<new version>
git push upstream 3.11@<new version>
- After the image is deployed to production update the
latest
tag for each runtime.
git tag 3.11@latest -f
git push upstream 3.11@latest -f