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Table of Contents
OpenNESS 19.12 Design

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Microservices of Openness Infrastructure mode DescriptionDeployment methodDeployment of the componentPropose to integrate
eaaapplication/service registration, authentication etcdeploymentedge nodeyes
edgednsfor client to access microservices in edge nodedaemonset (propose to change to deployment)edge nodeyes
interfaceservicesimilar with providernet implemented in ovn4nfv-k8s-plugindaemonsetedge nodeno, will use ovn4nfv-k8s-plugin's provider network
cnca

Core Network Configuration: Configure the access network (e.g., LTE/CUPS, 5G) control plane

deploymentcontrollerno
sysloglog service for opennessdaemonsetcontroller & edge nodeno
multusenabling attaching multiple network interfaces to podsdaemonsetcontroller & edge nodeAlready covered by ONAP4K8s - KUD
nfdnode feature discoverydaemonsetcontroller & edge nodeAlready covered by ONAP4K8s - KUD
sriovsriov network device plugin & sriov cnidaemonsetcontroller & edge nodeAlready covered by ONAP4K8s - KUD
topology managerkubernetes topology managerKubelet componentcontroller & edge nodeWork in Progress to upgrade the K8s v16.0 integrate into ONAP4K8s - KUD
CMKCPU Managerpart of kubeletcontroller & edge nodeWork in Progress - Integrate into ONAP4K8s - KUD
biosUsed for change BIOS and firmware configuration: CPU configuration, Cache and Memory configuration, PCIe Configuration, Power and Performance configuration, etcprivileged Podcontroller & edge nodeRequired for ICN? Already in ICN Metal3, could be enabled part of it
fpgaOpen Programmable Acceleration Engine (OPAE) package consisting of a kernel driver and user space FPGA utils package that enables programming of the FPGA is used. sriov is used to configure the FPGA resources such as Virtual Functions and queuespodcontroller & edge nodeNeed to integrate into ONAP4K8s - KUD with FPGA device

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Add more realistic test cases for platform related micro-services

Microservice

Test cases in KUD

Test cases to be added

Multus

  1. Enable Multus AddOn support.
  2. Verify the minion interface network type
        · bridge[1]
        · ovn4nfv[2]

[1]https://github.com/onap/multicloud-k8s/blob/9c63ce2a7b2b66b3e3fce5d1f553f327148df83f/kud/tests/_common.sh#L856
[2]https://github.com/onap/multicloud-k8s/blob/9c63ce2a7b2b66b3e3fce5d1f553f327148df83f/kud/tests/_common.sh#L1053

  1. Add more
cni-network
  1. k8s-cni[1] type verification:
    · macvlan
    · ipvlan
    ·     ptp
vlan


[1] https://github.com/containernetworking/plugins

SR-IOV CNI

  1. Enable SR-IOV cni and network device plugin AddOn support.
  2. Check VF allocated status.
    · Verify single VF allocated
  1. Add multi-VF allocated verification
    ·     Verify multiple VF allocated

SR-IOV  Network Device Plugin

NFD

  1. Enable NFD AddOn support.
  2. Using the "affinity"[1] field verifies If NFD is effective or not.

[1]https://github.com/onap/multicloud-k8s/blob/master/kud/tests/nfd.sh#L27

  1. Enhance the "affinity" verification method.
    ·     Add different kinds of operator, e.g. In, NotIn, Exists,        DoesNotExist,  Lt.
    · Add multiple "matchExpressions" verification.
    · Add multiple "nodeSelectorTerms" verification.
  2. Add a “nodeSelector” field to verify.

CMK

nil

It's going to be added the patch below:

https://gerrit.onap.org/r/c/multicloud/k8s/+/102311

Task List

  • Create Ansible scripts to create building environment, build microservices' docker images and push them to docker repository
  • Create helm charts to run microservice in ONAP4K8s

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