StarlingX Intel Device Plugins app
9420bf9662
Set the default label value for app.starlingx.io/component
label to 'platform'
Test Plan:
PASSED: build-pkgs
PASSED: Upload using 'system application-upload
<intel-device-plugins-operator-version.tgz>'
PASSED: Check the status of charts using below command, it should
be disabled.
"system helm-override-list app_name --long"
PASSED: Enable the charts using below command:
"system helm-chart-attribute-modify --enabled true app_name
chart_name namespace"
PASSED: Apply the app using "system application-apply" command
PASSED: Testing on QAT supported hardware:
After apply, QAT pod should be running. Verify using below
command.
"kubectl get pods -A | grep qat"
PASSED: Check all pods are running in platform label using command
"sudo kube-cpusets | grep intel-device-plugin"
Note: List the core numbers using command
"system host-cpu-list 1"
PASSED: Change label to application using command "system
helm-override-update --values values.yaml
intel-device-plugins-operator intel-device-plugins-operator
intel-device-plugins-operator"
and check the pods are running in application core using
"sudo kube-cpusets | grep intel-device-plugin"
Note: cat values.yaml
app.starlingx.io/component: application
PASSED: Change label to invalid label then it raises error:
ValueError: Value invalid for label:namespace
app.starlingx.io/component:invalid is not supported
Note: cat values.yaml
app.starlingx.io/component: invalid
Story: 2010604
Task: 51027
Change-Id: I0498efc77457a03ab56695227a67488072bef4c7
Signed-off-by: Md Irshad Sheikh <mdirshad.sheikh@windriver.com>
|
||
|---|---|---|
| helm-charts | ||
| python3-k8sapp-intel-device-plugins-operator | ||
| stx-intel-device-plugins-operator-helm | ||
| .gitignore | ||
| .gitreview | ||
| .zuul.yaml | ||
| bindep.txt | ||
| debian_build_layer.cfg | ||
| debian_iso_image.inc | ||
| debian_pkg_dirs | ||
| README | ||
| requirements.txt | ||
| test-requirements.txt | ||
| tox.ini | ||
## Application app-intel-device-plugins
This application provides the intel device plugins to the StarlingX
Top Level Directory Structure
app-intel-device-plugins
├── bindep.txt
├── debian_build_layer.cfg
├── debian_iso_image.inc
├── debian_pkg_dirs
├── helm-charts
│ ├── custom # contains customized helm package
│ │ └── intel-device-plugins-secret-observer-helm # contains secret-observer helm package
│ └── upstream # contains upstream hlem package
│ ├── intel-device-plugins-dsa-helm # contains DSA plugin helm package
│ ├── intel-device-plugins-gpu-helm # contains GPU plugin helm package
│ ├── intel-device-plugins-operator-helm # contains oeprator helm package
│ └── intel-device-plugins-qat-helm # contains QAT plugin helm package
├── python3-k8sapp-intel-device-plugins-operator # contains python plugins of application life cycle management
├── README
├── requirements.txt
├── stx-intel-device-plugins-operator-helm # helm package manager for the application
├── test-requirements.txt
└── tox.ini
## Source
Charts are based on
<https://github.com/intel/helm-charts/releases>.
## Installation step:
1. Build a package
"build -c -p
intel-device-plugins-operator-helm,
intel-device-plugins-dsa-helm,
intel-device-plugins-gpu-helm,
intel-device-plugins-qat-helm,
intel-device-plugins-secret-observer-helm,
python3-k8sapp-intel-device-plugins-operator,
stx-intel-device-plugins-operator-helm"
2. Extract the content of stx-intel-device-plugins-helm_*amd64.deb and check
if the helm tar file is present in the location temp/usr/local/share/application/helm
Extract using command.
dpkg -x stx-intel-device-plugins-helm_*amd64.deb temp
3. In the QAT hardware lab, if tar file file does not exist at the location "/usr/local/share/application/helm", then copy the tar file.
4. Upload the tar using command.
"system application-upload tar_file"
5. Check the helm chart status using command.
"system helm-override-list intel-device-plugins-operator --long"
6. If you want to install any of the helm chart, then make it enable using command.
"system helm-chart-attribute-modify [--enabled <true/false>] <app name> <chart name> <namespace>"
For example, run following command to enable QAT helm chart.
"system helm-chart-attribute-modify --enabled true intel-device-plugins-operator intel-device-plugins-qat intel-device-plugins-operator"
7. Apply the application using command. (Note: Make sure node-feature-discovery application should be applied first before applying intel-device-plugins-operator application.)
"system application-apply intel-device-plugins-operator"
8. After applying the application, Operator and QAT pods will be running and status can be checked using command.
"kubectl get pods -n intel-device-plugins-operator"