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Refer wiki page: https://wikilf-onap.onapatlassian.orgnet/wiki/display/DW/Policy+Specification+and+Retrieval+for+OOF

Policy

Attributes

hpa-feature

Tosca Mapping

Openstack Mapping

AAI representation (Eg:)

HPA CPU Topology Policy Example

numCpuSockets

numCpuCores

numCpuThreads

cpuTopology

hw:cpu_sockets, hw:cpu_cores, hw:cpu_threads,

hpa-capability-id="a369fd3d-0b15-44e1-81b2-6210efc6dff8",

hpa-feature=”cpuTopology”,

architecture=”generic",

hpa-version=”v1”,

hpa-attribute-key	hpa-attribute-value
numCpuSockets	{value:4}
numCpuCores	{value:4}
numCpuThreads	{value:8}

HPA Basic Capabilities Policy Example

numVirtualCpu

virtualMemSize

basicCapabilities

virtual_cpu#num_virtual_cpu

virtual_memory#virtual_mem_size

vcpus,

ram

hpa-capability-id="b369fd3d-0b15-44e1-81b2-6210efc6dff9",

hpa-feature=”basicCapabilities”,

architecture=”generic",

hpa-version=”v1”,

hpa-attribute-key	hpa-attribute-value
numVirtualCpu	{value:4}
virtualMemSize	{value:4, unit:”MB”}

HPA OVS DPDK Policy Example

dataProcessingAccelerationLibrary

ovsDpdk

hpa-capability-id="b369fd3d-0b15-44e1-81b2-6210efc6dffa",

hpa-feature=”ovsDpdk”,

architecture=”Intel64",

hpa-version=”v1”,

hpa-attribute-key	hpa-attribute-value
dataProcessingAccelerationLibrary	{value:”v12.1”}

“HPA CPU Pinning Policy Example

logicalCpuThreadPinningPolicy

logicalCpuPinningPolicy

cpuPinning

hw:cpu_thread_policy

hw:cpu_policy

hpa-capability-id="c369fd3d-0b15-44e1-81b2-6210efc6dffa",

hpa-feature=”cpuPinning”,

architecture=”generic",

hpa-version=”v1”,

hpa-attribute-key	hpa-attribute-value
logicalCpuThreadPinningPolicy	{value:”prefer”}
logicalCpuPinningPolicy	{value:”dedicated”}

HPA NUMA Policy Example

numaNodes

numaCpu-N

numaMem-N

numa

hw:numa_nodes

hw:numa_cpus:N

hw:numa_mem:N

hpa-capability-id="c369fd3d-0b15-44e1-81b2-6210efc6dffa",

hpa-feature=”numa”,

architecture=”generic",

hpa-version=”v1”,

hpa-attribute-key	hpa-attribute-value
numaNodes	{value:2}
numaCpu-0	{value:[0,1]}
numaCpu-1	{value:[2,3,4,5]}
numaMem-0	{value:2, unit:”MB”}
numaMem-1	{value:4, unit:”MB”}

HPA SriovNICNetwork Policy Example

pciCount

pciVendorId

pciDeviceId

SriovNICNetwork

pci_passthrough:alias=sriov-device<name>-"

virtual_network_interface_requirements#network_interface_requirements#interfaceType

virtual_network_interface_requirements#nic_io_requirements#pciVendorId

virtual_network_interface_requirements#nic_io_requirements#pciDeviceId

virtual_network_interface_requirements#nic_io_requirements#pciNumDevices

virtual_network_interface_requirements#nic_io_requirements#physicalNetwork?

sriov_nic=sriov-nic-<vendor>-<Vendor ID>-<Device ID>-

<provider net>"

physicalNetwork:COUNT

It is expected thatOpenstackadministrator creates alias that stars with sriov and put the vendor ID, device ID

& provider network

.

Example: Assume that there are two SRIOV-NIC cards supported by a region, Intel and Mellanox.

Examples:

sriov-nic-

intelnic

intel-1234-5678-physnet1:1

sriov-nic-

mellanoxnic

mellanox-2345-6543-

physnet2 Wiki Markup

physnet1:1

hpa-capability-id="ty53fd3d-0b15-11w4-81b2-6210efc6dff9",

hpa-feature=”sriovNICNetwork”,

architecture=”intel64",

hpa-version=”v1”,

hpa-attribute-key	hpa-attribute-value
pciCount	{value: 1}
pciVendorId	{value: "1234"}
pciDeviceId	{value: "5678"}

providerNet

physicalNetwork

{value:"physnet1"}

HPA PCIe Passthrough Policy Example

pciCount

pciVendorId

pciDeviceId

pciePassthrough

virtual_network_interface_requirements#network_interface_requirements#interfaceType

virtual_network_interface_requirements#nic_io_requirements#pciVendorId

virtual_network_interface_requirements#nic_io_requirements#pciDeviceId

virtual_network_interface_requirements#nic_io_requirements#pciNumDevices

pci_passthrough:alias=ALIAS:COUNT

Openstack administrator is expected to create ALIAS as

<name>

QuickAssist example: "mycrypto-qat-intel-8086-0443"

hpa-capability-id="f453fd3d-0b15-11w4-81b2-6210efc6dff9",

hpa-feature=”pciePassthrough”,

architecture=”intel64",

hpa-version=”v1”,

hpa-attribute-key	hpa-attribute-value
pciCount	{value: 1}
pciVendorId	{value: "8086"}
pciDeviceId	{value: "0443"}

HPA Local Storage Policy Example

diskSize

ephemeralDiskSize

swapMemSize

localStorage

disk

swap

hpa-capability-id="u456fd3d-0b15-90r4-81b2-6210efc6dff9",

hpa-feature=”localStorage”,

architecture=”generic",

hpa-version=”v1”,

hpa-attribute-key	hpa-attribute-value
diskSize	{value:4096, unit:”GB”}
ephemeralDiskSize	{value:160, unit:”GB”}
swapMemSize	{value:8192, unit:”MB”}

HPA CPU Instruction Set Extensions Policy Example

instructionSetExtensions

hw:capabilities:cpu_info:features

hpa-capability-id="c369fd3d-0b15-44e1-81b2-6210efc6dffa",

hpa-feature=”instructionSetExtensions”,

architecture=”Intel64",

hpa-version=”v1”,

hpa-attribute-key	hpa-attribute-value
instructionSetExtensions	{value:["AAA", "BBB"]}

HPA Huge Pages Policy Example

memoryPageSize

hugePages

virtual_memory#vdu_memory_requirements#memoryPageSize

hw:mem_page_size

values can be ANY, 4KB, 2MB, 1GB

How to handle large, small, any from openstack?

if the hw:mem_page_size is an integer it is assumed the unit is in KB

The deafult value for small page is 4k, for large page is 2M or 1G(recommended value 2M), for any page, libvirt will firstly to try to find large pages, if failed then will fall back to small pages. so it's suggest do not support any page in current release version

hpa-capability-id="e769fd3d-0b15-77b3-81b2-6210efc6dffa",

hpa-feature=”hugePages”,

architecture=”generic",

hpa-version=”v1”,

hpa-attribute-key	hpa-attribute-value
memoryPageSize	{value:2, unit:”MB”}

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