Table of Contents
/* start of template */
Introduction
<Details about Additional tests required for this Blue Print in addition to the Akraino Validation Feature Project>
Akarino Test Group Information
<The Testing Ecosystem>
Testing Working Group Resources
Overall Test Architecture
Describe the components of Test set up
Test Bed
Test Framework
Traffic Generator
Test API description
<Akraino common tests>
The Test inputs
Test Procedure
Expected output
Test Results
<Blueprint extension tests>
The Test inputs
Test Procedure
Expected output
Test Results
<Feature Project Tests>
The Test inputs
Test Procedure
Expected output
Test Results
<BluVal Tests>
The Test inputs
Test Procedure
Expected output
Test Results
Test Dashboards
Single pane view of how the test score looks like for the Blue print.
Total Tests | Test Executed | Pass | Fail | In Progress |
|---|---|---|---|---|
Additional Testing
Bottlenecks/Errata
/* End of template */
Introduction
The R3 release will evaluation the throughput and packet forwarding performance of the Mellanox BlueField SmartNIC card.
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We have plans to open source this OVS-DPDK. More detailed will be provided in the future documentation.
Akarino Test Group Information
Overall Test Architecture
To deploy the Test architecture, we use a private Jenkins and an Intel server equipped with a BlueField v1 SmartNIC.
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| Image | download link |
|---|---|
| BlueField-2.5.1.11213.tar.xz | https://www.mellanox.com/products/software/bluefield |
| core-image-full-dev-BlueField-2.5.1.11213.2.5.3.tar.xz | https://www.mellanox.com/products/software/bluefield |
| mft-4.14.0-105-x86_64-deb.tgz | |
| MLNX_OFED_LINUX-5.0-2.1.8.0-debian8.11-x86_64.tgz |
Test Bed
The testbed setup is shown in the above diagram. DUT stands for Device Under Test
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| Code Block |
|---|
root@bluefield:/home/ovs-dpdk# ovs-vsctl list open_vswitch
_uuid : 2dccd148-526c-44a5-9351-67b04c5e2da4
bridges : [22334686-733a-445e-9130-a42009a3586e, 38af610d-01f7-497d-878b-c6b6a44abf6a]
cur_cfg : 10
datapath_types : [netdev, system]
datapaths : {}
db_version : []
dpdk_initialized : true
dpdk_version : "DPDK 19.11.0"
external_ids : {}
iface_types : [dpdk, dpdkr, dpdkvhostuser, dpdkvhostuserclient, erspan, geneve, gre, internal, ip6erspan, ip6gre, lisp, patch, stt, system, tap, vxlan]
manager_options : []
next_cfg : 10
other_config : {dpdk-extra="-w 03:00.1,representor=[0,65535] --legacy-mem ", dpdk-init="true", hw-offload="true"}
ovs_version : []
ssl : []
statistics : {cpu="16", file_systems="/,13521220,3918464 /data,243823,2064 /boot,357176,61104", load_average="1.41,1.37,1.36", memory="16337652,5589928,1707640,0,0", process_ovs-vswitchd="5959388,256352,11515170,0,11484792,11484792,7", process_ovsdb-server="12620,6260,13190,0,68233832,68233832,6"}
system_type : []
system_version : [] |
Traffic Generator
We will use DPDK pktgen as the Traffic Generator.
Test Results
Packet Forwarding Performance Results
...