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Epic
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Resolution: Done
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Critical
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openshift-4.13
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ConnectX-6 Dx OVS hardware offload with TC in ovn-k8s
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BU Product Work
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False
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False
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Not Selected
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To Do
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OCPSTRAT-481 - OpenShift Core Network Hardware enablement Improvements
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QE Needed, Docs Needed, TE Needed, PX Needed, Customer Facing
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OCPSTRAT-481OpenShift Core Network Hardware enablement Improvements
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0% To Do, 0% In Progress, 100% Done
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NHE Sprint 231, NHE Sprint 232, NHE Sprint 233, NHE Sprint 234
This work is only for CX6-DX. Even though Bluefield-2 embeds an CX6-DX, it should not be confused with the work in this story. This story is very similar to CX-5 offload, except that there are more flows that can be offloaded. The tool https://github.com/Billy99/ovn-kuber-traffic-flow-tests can check if flows would fail after offloading. We also need to ensure that those flows are actually offloaded. CI jobs should also be added.
1) Get a CX-6 DX NIC (so not a BF-2 with CX-6) to do manual testing first. Verify the flows as described above. NOTE: It is actually better to test with non-bluefield to remove a layer of complexity as well historically with/without bluefield has an impact on the results.
2) After manual testing of the flows are done, it is recommended to create Jenkins CI for this.
Scenarios
- x86 OpenShift host using TC offoad with ConnectX-6 Dx NIC
- clones
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NHE-3 [tech-preview] ConnectX-6 Dx OVS hardware offload with TC in ovn-k8s
- Closed
1.
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PX Tracker | Closed | Chris Fields | ||
2.
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TE Tracker | Closed | Chris Fields | ||
3.
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Docs Tracker | Closed | Jason Boxman | ||
4.
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OCP QE Tracker | Closed | Zhanqi Zhao | ||
5.
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RHEL QE Tracker | Closed | Christian Trautman | ||
6.
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QE task: Test cases designing and acceptance | Closed | Ying Wang |