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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
<The Testing Ecosystem>
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Overall Test Architecture
To deploy the Test architecture, we use a private Jenkins and an Intel server equipped with a BlueField v1 SmartNIC.
We use Ansible to automatically setup the filesystem image and install the OVS-DPDK in the SmartNICs.
The File Server is a simple Nginx based web server where stores the BF drivers, FS image.
The Git repo is our own git repo where hosts OVS-DPDK and DPDK code.
The Jenkins will use ansible plugin to download BF drivers and FS image in the test server and setup the environment
according to the ansible playbook.
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 |
Overall Test Architecture
Describe the components of Test set up
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Additional Testing
Bottlenecks/Errata
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.
We use Ansible to automatically setup the filesystem image and install the OVS-DPDK in the SmartNICs.
The File Server is a simple Nginx based web server where stores the BF drivers, FS image.
The Git repo is our own git repo where hosts OVS-DPDK and DPDK code.
The Jenkins will use ansible plugin to download BF drivers and FS image in the test server and setup the environment
according to the ansible playbook.
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Test Bed
The testbed setup is shown in the above diagram. DUT stands for Device Under Test
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