lincoln lee created FLINK-34531:
-----------------------------------
Summary: CLONE - Build and stage Java and Python artifacts
Key: FLINK-34531
URL: https://issues.apache.org/jira/browse/FLINK-34531
Project: Flink
Issue Type: Sub-task
Reporter: Matthias Pohl
Assignee: Qingsheng Ren
# Create a local release branch ((!) this step can not be skipped for minor
releases):
{code:bash}
$ cd ./tools
tools/ $ OLD_VERSION=$CURRENT_SNAPSHOT_VERSION NEW_VERSION=$RELEASE_VERSION
RELEASE_CANDIDATE=$RC_NUM releasing/create_release_branch.sh
{code}
# Tag the release commit:
{code:bash}
$ git tag -s ${TAG} -m "${TAG}"
{code}
# We now need to do several things:
## Create the source release archive
## Deploy jar artefacts to the [Apache Nexus
Repository|https://repository.apache.org/], which is the staging area for
deploying the jars to Maven Central
## Build PyFlink wheel packages
You might want to create a directory on your local machine for collecting the
various source and binary releases before uploading them. Creating the binary
releases is a lengthy process but you can do this on another machine (for
example, in the "cloud"). When doing this, you can skip signing the release
files on the remote machine, download them to your local machine and sign them
there.
# Build the source release:
{code:bash}
tools $ RELEASE_VERSION=$RELEASE_VERSION releasing/create_source_release.sh
{code}
# Stage the maven artifacts:
{code:bash}
tools $ releasing/deploy_staging_jars.sh
{code}
Review all staged artifacts ([https://repository.apache.org/]). They should
contain all relevant parts for each module, including pom.xml, jar, test jar,
source, test source, javadoc, etc. Carefully review any new artifacts.
# Close the staging repository on Apache Nexus. When prompted for a
description, enter “Apache Flink, version X, release candidate Y”.
Then, you need to build the PyFlink wheel packages (since 1.11):
# Set up an azure pipeline in your own Azure account. You can refer to [Azure
Pipelines|https://cwiki.apache.org/confluence/display/FLINK/Azure+Pipelines#AzurePipelines-Tutorial:SettingupAzurePipelinesforaforkoftheFlinkrepository]
for more details on how to set up azure pipeline for a fork of the Flink
repository. Note that a google cloud mirror in Europe is used for downloading
maven artifacts, therefore it is recommended to set your [Azure organization
region|https://docs.microsoft.com/en-us/azure/devops/organizations/accounts/change-organization-location]
to Europe to speed up the downloads.
# Push the release candidate branch to your forked personal Flink repository,
e.g.
{code:bash}
tools $ git push <remote>
refs/heads/release-${RELEASE_VERSION}-rc${RC_NUM}:release-${RELEASE_VERSION}-rc${RC_NUM}
{code}
# Trigger the Azure Pipelines manually to build the PyFlink wheel packages
## Go to your Azure Pipelines Flink project → Pipelines
## Click the "New pipeline" button on the top right
## Select "GitHub" → your GitHub Flink repository → "Existing Azure Pipelines
YAML file"
## Select your branch → Set path to "/azure-pipelines.yaml" → click on
"Continue" → click on "Variables"
## Then click "New Variable" button, fill the name with "MODE", and the value
with "release". Click "OK" to set the variable and the "Save" button to save
the variables, then back on the "Review your pipeline" screen click "Run" to
trigger the build.
## You should now see a build where only the "CI build (release)" is running
# Download the PyFlink wheel packages from the build result page after the
jobs of "build_wheels mac" and "build_wheels linux" have finished.
## Download the PyFlink wheel packages
### Open the build result page of the pipeline
### Go to the {{Artifacts}} page (build_wheels linux -> 1 artifact)
### Click {{wheel_Darwin_build_wheels mac}} and {{wheel_Linux_build_wheels
linux}} separately to download the zip files
## Unzip these two zip files
{code:bash}
$ cd /path/to/downloaded_wheel_packages
$ unzip wheel_Linux_build_wheels\ linux.zip
$ unzip wheel_Darwin_build_wheels\ mac.zip{code}
## Create directory {{./dist}} under the directory of {{{}flink-python{}}}:
{code:bash}
$ cd <flink-dir>
$ mkdir flink-python/dist{code}
## Move the unzipped wheel packages to the directory of
{{{}flink-python/dist{}}}:
{code:java}
$ mv /path/to/wheel_Darwin_build_wheels\ mac/* flink-python/dist/
$ mv /path/to/wheel_Linux_build_wheels\ linux/* flink-python/dist/
$ cd tools{code}
Finally, we create the binary convenience release files:
{code:bash}
tools $ RELEASE_VERSION=$RELEASE_VERSION releasing/create_binary_release.sh
{code}
If you want to run this step in parallel on a remote machine you have to make
the release commit available there (for example by pushing to a repository).
*This is important: the commit inside the binary builds has to match the commit
of the source builds and the tagged release commit.*
When building remotely, you can skip gpg signing by setting
{{{}SKIP_GPG=true{}}}. You would then sign the files manually after downloading
them to your machine:
{code:bash}
$ for f in flink-*-bin*.tgz; do gpg --armor --detach-sig $f; done
$ gpg --armor --detach-sig apache-flink-*.tar.gz
{code}
The release manager need to make sure the PyPI project {{apache-flink}} and
{{apache-flink-libraries}} has enough available space for the python artifacts.
The remaining space must be larger than the size of
{{{}tools/releasing/release/python{}}}. Login with the PyPI admin account
([account
info|https://lists.apache.org/thread.html/8273a5e8834b788d8ae552a5e177b69e04e96c0446bb90979444deee@%3Cprivate.flink.apache.org%3E]
is only available to PMC members) and check the remaining space in [project
settings|http://pypi.org/manage/project/apache-flink-libraries/settings].
Request an increase if there's not enough space. Note, it could take some days
for PyPI to review our request.
----
h3. Expectations
* Check hashes (e.g. shasum -c *.sha512)
* Check signatures (e.g. {{{}gpg --verify
flink-1.2.3-source-release.tar.gz.asc flink-1.2.3-source-release.tar.gz{}}})
* {{grep}} for legal headers in each file.
* If time allows check the NOTICE files of the modules whose dependencies have
been changed in this release in advance, since the license issues from time to
time pop up during voting. See [Verifying a Flink
Release|https://cwiki.apache.org/confluence/display/FLINK/Verifying+a+Flink+Release]
"Checking License" section.
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