CSIT/VPP-16.06 Test Report

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Contents

Introduction

This report aims to provide a comprehensive and self-explanatory summary of all CSIT test cases that have been executed against FD.io VPP-16.06 code release, driven by the automated test infrastructure developed within the FD.io CSIT project (FD.io Continuous System and Integration Testing).

CSIT source code for the executed test suites is available in CSIT branch stable/1606 in the directory ./tests/suites/<name_of_the_test_suite>. A local copy of CSIT source code can be obtained by cloning CSIT git repository ("git clone https://gerrit.fd.io/r/csit"). The CSIT testing virtual environment can be run on a local workstation/laptop/server using Vagrant by following the instructions in CSIT tutorials.

Followings sections provide brief description of CSIT performance and functional test suites executed against VPP-16.06 release (vpp branch stable/1606). Description of LF FD.io virtual and physical test environments is provided to aid anyone interested in reproducing the complete LF FD.io CSIT testing environment, in either virtual or physical test beds. The last two sections cover complete list of CSIT test suites and test cases executed against VPP-16.06 release (vpp branch stable/1606), with description and results per test case.

Functional tests description

Functional tests run on virtual testbeds which are created in VIRL running on a Cisco UCS C240 servers hosted in Linux Foundation labs. There is currently only one testbed topology being used for functional testing - a three node topology with two links between each pair of nodes as shown in this diagram: 

        +--------+                      +--------+
        |        <---------------------->        |
        |  DUT1  |                      |  DUT2  |
        |        <---------------------->        |
        +--^--^--+                      +--^--^--+
           |  |                            |  |
           |  |                            |  |
           |  |         +-------+          |  |
           |  +--------->       <----------+  |
           |            |   TG  |             |
           +------------>       <-------------+
                        +-------+

Virtual testbeds are created dynamically whenever a patch is submitted to gerrit and destroyed upon completion of all functional tests. During test execution, all nodes are reachable thru the MGMT network connected to every node via dedicated NICs and links (not shown above for clarity). Each node is a Virtual Machine and each connection that is drawn on the diagram is available for use in any test case.

For a subset of test cases that requires VPP to communicate over vhost-user interfaces, a nested VM is created on DUT1 and/or DUT2 for the duration of that particular test case only.

The following functional test suites are included in the CSIT-16.06 Release:

  • L2 Cross-Connect switching: Verification of L2 cross connection for untagged and QinQ double stacked 802.1Q vlans.
  • L2 Bridge-Domain switching: Verification of untagged L2 Bridge-Domain features.
  • VXLAN: Verification of VXLAN tunnelling with L2 Bridge-Domain, L2 Cross-Connect and Ethernet untagged and 802.1Q VLAN tagged.
  • IPv4: Verification of IPV4 untagged features including arp, acl, icmp, forwarding, etc.
  • DHCP: Verification of DHCP client.
  • IPv6: Verification of IPV6 untagged features including acl, icmpv6, forwarding, neighbor solicitation, etc.
  • COP: Verification of COP address security whitelisting and blacklisting features.
  • GRE: Verification of GRE Tunnel Encapsulation.
  • LISP: Verification of untagged LISP dataplane and API functionality.
  • Honeycomb: Verification of the Honeycomb control plane interface.

Performance tests description

Performance tests run on physical testbeds hosted in Linux Foundation labs and consist of three Cisco UCS C240 servers each with 2x XEON CPUs (E5-2699v3 2.3GHz 18c). The logical testbed topology is fundamentally the same structure as the functional testbeds, but for any given tests, there is only a single link between each pair of nodes as shown in this diagram: 

        +--------+                      +--------+
        |        |                      |        |
        |  DUT1  <---------------------->  DUT2  |
        |        |                      |        |
        +---^----+                      +----^---+
            |                                |
            |                                |
            |           +-------+            |
            |           |       |            |
            +----------->   TG  <------------+
                        |       |
                        +-------+

At a physical level there are actually five units of 10GE and 40GE NICs per DUT made by different vendors: Intel 2p10GE NICs (x520, x710), Intel 40GE NICs (xl710), Cisco 2p10GE VICs, Cisco 2p40GE VICs. During test execution, all nodes are reachable thru the MGMT network connected to every node via dedicated NICs and links (not shown above for clarity). Currently the performance tests only utilize one model of Intel NICs.

Because performance testing is run on physical test beds and some tests require a long time to complete, the performance test jobs have been split into short duration and long duration variants. The long jobs run all of the long performance test suites discovering the throughput rates, and are run on a periodic basis. The short jobs run the short performance test suites verifying thrughput against the reference rates, and are intended to be run against all VPP patches (although this is not currently enabled). There are also separate test suites for each NIC type.

The following performance test suites are included in the CSIT-16.06 Release:

  • Long performance test suites with Intel X520-DA2 (10 GbE):
    1. L2 Cross-Connect: NDR & PDR for forwarding of untagged and QinQ 801.2Q Vlan tagged packets.
    2. L2 Bridge-Domain: NDR & PDR for L2 Bridge Domain forwarding.
    3. IPv4: NDR & PDR for IPv4 routing.
    4. IPv6: NDR & PDR for IPv6 routing.
    5. COP Address Security: NDR & PDR for IPv4 and IPv6 with COP security.
  • Short performance test suites with Intel X520-DA2 (10 GbE):
    1. L2 Cross-Connect: untagged and QinQ 801.2Q Vlans.
    2. L2 Bridge-Domain: L2 Bridge Domain forwarding.
    3. IPv4: IPv4 routing.
    4. IPv6: IPv6 routing.
    5. COP Address Security: IPv4 and IPv6 with COP security.

Functional tests environment

CSIT functional tests are currently executed in VIRL, as mentioned above. The physical VIRL testbed infrastructure consists of three identical VIRL hosts, each host being a Cisco UCS C240-M4 (2x Intel(R) Xeon(R) CPU E5-2699 v3 @ 2.30GHz, 18c, 512GB RAM) running Ubuntu 14.04.3 and the following VIRL software versions: 

 STD server version 0.10.24.7
 UWM server version 0.10.24.7

Whenever a patch is submitted to gerrit for review, one of the three VIRL hosts is selected randomly, and a three-node (TG+SUT1+SUT2), "double-ring" topology is created as a VIRL simulation on the selected host. The binary Debian VPP packages built by Jenkins for the patch under review are then installed on the two SUTs, along with their /etc/vpp/startup.conf file.

Current VPP 16.06 tests have been executed on a single VM operating system and version only, as described in the following paragraphs.

In order to enable future testing with different Operating Systems, or with different versions of the same Operating System, and simultaneously allowing others to reproduce tests in the exact same environment, CSIT has established a process where a candidate Operating System (currently only Ubuntu 14.04.4 LTS) plus all required packages are installed, and the versions of all installed packages are recorded. A separate tool then creates, and will continue to create at any point in the future, a disk image with these packages and their exact versions. Identical sets of disk images are created in QEMU/QCOW2 format for use within VIRL, and in VirtualBox format for use in the CSIT Vagrant environment.

In CSIT terminology, the VM operating system for both SUTs and TG that VPP 16.06 has been tested with, is the following: 

 ubuntu-14.04.4_2016-05-25_1.0

which implies Ubuntu 14.04.4 LTS, current as of 2016/05/25 (that is, package versions are those that would have been installed by a "apt-get update", "apt-get upgrade" on May 25), produced by CSIT disk image build scripts version 1.0.

The exact list of installed packages and their versions (including the Linux kernel package version) are included in CSIT source repository: 

 resources/tools/disk-image-builder/ubuntu/lists/ubuntu-14.04.4_2016-05-25_1.0

A replica of this VM image can be built by running the "build.sh" script in CSIT repository resources/tools/disk-image-builder/, or by downloading the Vagrant box from Atlas: 

 https://atlas.hashicorp.com/fdio-csit/boxes/ubuntu-14.04.4_2016-05-25_1.0

In addition to this "main" VM image, tests which require VPP to communicate to a VM over a vhost-user interface, utilize a "nested" VM image.

This "nested" VM is dynamically created and destroyed as part of a test case, and therefore the "nested" VM image is optimized to be small, lightweight and have a short boot time. The "nested" VM image is not built around any established Linux distribution, but is based on BuildRoot (https://buildroot.org/), a tool for building embedded Linux systems. Just as for the "main" image, scripts to produce an identical replica of the "nested" image are included in CSIT GIT repository, and the image can be rebuilt using the "build.sh" script at: 

  resources/tools/disk-image-builder/ubuntu/lists/nested

Functional tests utilize Scapy version 2.3.1 as a traffic generator.

Performance tests environment

To execute performance tests, there are three identical testbeds, each testbed consists of two SUTs and one TG.

Hardware details (CPU, memory, NIC layout) are described in CSIT/CSIT_LF_testbed; in summary:

  • All hosts are Cisco UCS C240-M4 (2x Intel(R) Xeon(R) CPU E5-2699 v3 @ 2.30GHz, 18c, 512GB RAM),
  • BIOS settings are default except for the following:
    • Hyperthreading disabled,
    • SpeedStep disabled
    • TurboBoost disabled
    • Power Technology: Performance
  • Hosts run Ubuntu 14.04.3, kernel 4.2.0-36-generic
  • Linux kernel boot command line option "intel_pstate=disable" is applied to both SUTs and TG. In addition, on SUTs, only cores 0 and 18 (the first core on each socket) are available to the Linux operating system and generic tasks, all other CPU cores are isolated and reserved for VPP.
  • In addition to CIMC and Management, each TG has 4x Intel X710 10GB NIC (=8 ports) and 2x Intel XL710 40GB NIC (=4 ports), whereas each SUT has:
    • 1x Intel X520 NIC (10GB, 2 ports),
    • 1x Cisco VIC 1385 (40GB, 2 ports),
    • 1x Intel XL710 NIC (40GB, 2 ports),
    • 1x Intel X710 NIC (10GB, 2 ports),
    • 1x Cisco VIC 1227 (10GB, 2 ports). This allows for a total of five "double-ring" topologies, each using a different NIC.

For VPP 16.06 testing, only the X520 NICs on the SUT have been used, with the following topology:

  • TG X710, PCI address 0000:05:00.0 <-> SUT1 X520, PCI address 0000:0a:00.1
  • SUT1 X520, PCI address 000:0a:00.0 <-> SUT2 X520, PCI address 0000:0a:00.1
  • SUT2 X520, PCI address 0000:0a:00.0 <-> TG X710, PCI address 0000:05:00.1

Config: VPP (DUT)

NUMA Node Location of VPP Interfaces

pci_bus 0000:00: on NUMA node 0

NIC types 

0a:00.0 Ethernet controller: Intel Corporation 82599ES 10-Gigabit SFI/SFP+ Network Connection (rev 01)
        Subsystem: Intel Corporation Ethernet Server Adapter X520-2
0a:00.1 Ethernet controller: Intel Corporation 82599ES 10-Gigabit SFI/SFP+ Network Connection (rev 01)
        Subsystem: Intel Corporation Ethernet Server Adapter X520-2

VPP Version

vpp-16.06_amd64

VPP Compile Parameters

VPP Compile Job: https://jenkins.fd.io/view/vpp/job/vpp-merge-master-ubuntu1404/

VPP Build Script

VPP Compile Job: https://jenkins.fd.io/view/vpp/job/vpp-merge-master-ubuntu1404/

VPP Install Parameters 

$ dpkg -i --force-all

VPP Startup Configuration

VPP startup configuration changes per test case with different settings for CPU cores, rx-queues and no-multi-seg parameter. Startup config is aligned with applied test case tag:

Tagged by: 1_THREAD_NOHTT_RSS_1 

$ cat /etc/vpp/startup.conf
unix {
  nodaemon
  log /tmp/vpe.log
  cli-listen localhost:5002
  full-coredump
}

api-trace {
  on
}

cpu {
  main-core 0 corelist-workers 1
}

dpdk {
  socket-mem 1024,1024
  rss 1
  dev 0000:0a:00.1
  dev 0000:0a:00.0
}

Tagged by: 2_THREAD_NOHTT_RSS_1 

$ cat /etc/vpp/startup.conf
unix {
  nodaemon
  log /tmp/vpe.log
  cli-listen localhost:5002
  full-coredump
}

api-trace {
  on
}

cpu {
  main-core 0 corelist-workers 1-2
}

dpdk {
  socket-mem 1024,1024
  rss 1
  dev 0000:0a:00.1
  dev 0000:0a:00.0
}

Tagged by: 4_THREAD_NOHTT_RSS_2 

$ cat /etc/vpp/startup.conf
unix {
  nodaemon
  log /tmp/vpe.log
  cli-listen localhost:5002
  full-coredump
}

api-trace {
  on
}

cpu {
  main-core 0 corelist-workers 1-4
}

dpdk {
  socket-mem 1024,1024
  rss 2
  dev 0000:0a:00.1
  dev 0000:0a:00.0
}


Config: Traffic Generator - TRex

TG Version

TRex v2.03

DPDK version

DPDK v2.2.0 (a38e5ec15e3fe615b94f3cc5edca5974dab325ab - DPDK repository)

TG Build Script used

https://gerrit.fd.io/r/gitweb?p=csit.git;a=blob_plain;f=resources/tools/t-rex/t-rex-installer.sh;hb=HEAD

TG Startup Configuration 

$ cat /etc/trex_cfg.yaml
- port_limit      : 2
  version         : 2
  interfaces      : ["0000:0d:00.0","0000:0d:00.1"]
  port_bandwidth_gb : 10
  port_info       :
          - dest_mac        :   [0x3c,0xfd,0xfe,0x9c,0xee,0xf5]
            src_mac         :   [0x3c,0xfd,0xfe,0x9c,0xee,0xf4]
          - dest_mac        :   [0x3c,0xfd,0xfe,0x9c,0xee,0xf4]
            src_mac         :   [0x3c,0xfd,0xfe,0x9c,0xee,0xf5]

TG common API - pointer to driver

https://gerrit.fd.io/r/gitweb?p=csit.git;a=blob_plain;f=resources/tools/t-rex/t-rex-stateless.py;hb=HEAD

Functional tests results

Functional test results in this report have been generated from Robot Framework output log csit-vpp-functional-1606-virl from log.html output.xml report.html, and post processed into LF media wiki format.

L2 Bridge-Domain

L2 Bridge-Domain Untagged

L2 bridge-domain test cases - verify VPP DUT L2 MAC-based bridge-domain based switching:

  • [Top] Network Topologies: TG=DUT1 2-node topology with two links between nodes; TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes; TG=DUT1=DUT2=TG 3-node circular topology with double parallel links and TG=DUT=VM 3-node topology with VM and double parallel links.
  • [Enc] Packet Encapsulations: Eth-IPv4-ICMPv4 for L2 switching of IPv4; Eth-IPv6-ICMPv6 for L2 switching of IPv6 use. Both apply to all links.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with L2 bridge-domain (L2BD) switching combined with static MACs; MAC learning enabled and Split Horizon Groups (SHG) depending on test case.
  • [Ver] TG verification: Test ICMPv4 (or ICMPv6) Echo Request packets are sent in both directions by TG on links to DUT1 and DUT2; on receive TG verifies packets for correctness and their IPv4 (IPv6) src-addr, dst-addr and MAC addresses.
  • [Ref] Applicable standard specifications:
Name Documentation Message Status
TC01: DUT reports active interfaces [Top] TG=DUT1; TG-DUT1-DUT2-TG. [Enc] None. [Cfg] Discovered active interfaces. [Ver] Report active interfaces on DUT. [Ref] PASS
TC02: DUT with L2BD (MAC learning) switch ICMPv4 between two TG links [Top] TG=DUT1. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure two i/fs into L2BD with MAC learning. [Ver] Make TG verify ICMPv4 Echo Req pkts are switched thru DUT1 in both directions and are correct on receive. [Ref] PASS
TC03: DUT1 and DUT2 with L2BD (MAC learning) switch between two TG links [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 and DUT2 configure two i/fs into L2BD with MAC learning. [Ver] Make TG verify ICMPv4 Echo Req pkts are switched thru DUT1 and DUT2 in both directions and are correct on receive. [Ref] PASS
TC04: DUT1 and DUT2 with L2BD (static MACs) switch between two TG links [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 and DUT2 configure two i/fs into L2BD with static MACs. [Ver] Make TG verify ICMPv4 Echo Req pkts are switched thru DUT1 and DUT2 in both directions and are correct on receive. [Ref] PASS
TC05: DUT1 and DUT2 with L2BD (MAC learn) and SHG switch between four TG links [Top] TG=DUT1=DUT2=TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 and DUT2 configure four i/fs into L2BD with MAC learning and the same SHG on i/fs towards TG. [Ver] Make TG verify ICMPv4 Echo Req pkts are switched thru DUT1 and DUT2 in both directions and are correct on receive; verify no pkts are switched thru SHG isolated interfaces. [Ref] PASS
TC06: DUT with two L2BDs (MAC learn) switches ICMPv4 between TG and VM links [Top] TG=DUT=VM. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure two L2BDs with MAC learning, each with vhost-user i/f to local VM and i/f to TG; configure VM to loop pkts back betwen its two virtio i/fs. [Ver] Make TG verify ICMPv4 Echo Req pkts are switched thru DUT1 and VM in both directions and are correct on receive. [Ref] PASS
TC07: DUT with two L2BDs (MAC learn) switches ICMPv6 between TG and VM links [Top] TG=DUT=VM. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure two L2BDs with MAC learning, each with vhost-user i/f to local VM and i/f to TG; configure VM to loop pkts back betwen its two virtio i/fs. [Ver] Make TG verify ICMPv6 Echo Req pkts are switched thru DUT1 and VM in both directions and are correct on receive. [Ref] PASS
TC08: DUT with two L2BDs (static MACs) switches ICMPv4 between TG and VM links [Top] TG=DUT=VM. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure two L2BDs with static MACs, each with vhost-user i/f to local VM and i/f to TG; configure VM to loop pkts back betwen its two virtio i/fs. [Ver] Make TG verify ICMPv4 Echo Req pkts are switched thru DUT1 and VM in both directions and are correct on receive. [Ref] PASS
TC09: DUT with two L2BDs (static MACs) switches ICMPv6 between TG and VM links [Top] TG=DUT=VM. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure two L2BDs with static MACs, each with vhost-user i/f to local VM and i/f to TG; configure VM to loop pkts back betwen its two virtio i/fs. [Ver] Make TG verify ICMPv6 Echo Req pkts are switched thru DUT1 and VM in both directions and are correct on receive. [Ref] PASS

L2 Cross-Connect

L2 Cross-Connect Untagged

L2 cross-connect test cases - verify VPP DUT point-to-point L2 cross-connect switching:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes; TG=DUT1=DUT2=TG 3-node circular topology with double parallel links and TG=DUT=VM 3-node topology with VM and double parallel links.
  • [Enc] Packet Encapsulations: Eth-IPv4-ICMPv4 for L2 switching of IPv4; Eth-IPv6-ICMPv6 for L2 switching of IPv6 use. Both apply to all links.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with L2 cross-connect (L2XC) switching.
  • [Ver] TG verification: Test ICMPv4 (or ICMPv6) Echo Request packets are sent in both directions by TG on links to DUT1 and DUT2; on receive TG verifies packets for correctness and their IPv4 (IPv6) src-addr, dst-addr and MAC addresses.
  • [Ref] Applicable standard specifications:
Name Documentation Message Status
TC01: DUT1 and DUT2 with L2XC switch ICMPv4 between two TG links [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 and DUT2 configure L2 cross-connect (L2XC), each with one interface to TG and one Ethernet interface towards the other DUT. [Ver] Make TG send ICMPv4 Echo Req in both directions between two of its interfaces to be switched by DUT1 and DUT2; verify all packets are received. [Ref] PASS
TC02: DUT1 and DUT2 with L2XC switch ICMPv6 between two TG links [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 and DUT2 configure L2 cross-connect (L2XC), each with one interface to TG and one Ethernet interface towards the other DUT. [Ver] Make TG send ICMPv6 Echo Req in both directions between two of its interfaces to be switched by DUT1 and DUT2; verify all packets are received. [Ref] PASS
TC03: DUT with two L2XCs switches ICMPv4 between TG and local VM links [Top] TG=DUT=VM. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT configure two L2 cross-connects (L2XC), each with one untagged interface to TG and untagged i/f to local VM over vhost-user. [Ver] Make TG send ICMPv4 Echo Reqs in both directions between two of its i/fs to be switched by DUT to and from VM; verify all packets are received. [Ref] PASS
TC04: DUT with two L2XCs switches ICMPv6 between TG and local VM links [Top] TG=DUT=VM. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT configure two L2 cross-connects (L2XC), each with one untagged i/f to TG and untagged i/f to local VM over vhost-user. [Ver] Make TG send ICMPv6 Echo Reqs in both directions between two of its i/fs to be switched by DUT to and from VM; verify all packets are received. [Ref] PASS

Tagging

L2 Cross-Connect with QinQ

L2 cross-connect with QinQ test cases - verify VPP DUT point-to-point L2 cross-connect switching with QinQ 802.1ad tagged interfaces:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet encapsulations: Eth-dot1ad-IPv4-ICMPv4 on DUT1-DUT2, Eth-IPv4-ICMPv4 on TG-DUTn for L2 switching of IPv4.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with L2 cross-connect (L2XC) switching with 802.1ad QinQ VLAN tag push and pop.
  • [Ver] TG verification: Test ICMPv4 Echo Request packets are sent in both directions by TG on links to DUT1 and DUT2; on receive TG verifies packets for correctness and their IPv4 src-addr, dst-addr and MAC addresses.
  • [Ref] Applicable standard specifications: 802dot1ad.
Name Documentation Message Status
TC01: DUT1 and DUT2 with L2XC and two VLAN push-pop switch ICMPv4 between two TG links [Top] TG-DUT1-DUT2-TG. [Enc] Eth-dot1ad-IPv4-ICMPv4 on DUT1-DUT2, Eth-IPv4-ICMPv4 on TG-DUTn. [Cfg] On DUT1 and DUT2 configure L2 cross-connect (L2XC), each with one interface to TG and one Ethernet interface towards the other DUT; each DUT pushes two VLAN tags on packets received from local TG, and popping two VLAN tags on packets transmitted to local TG. [Ver] Make TG send ICMPv4 Echo Req in both directions between two of its interfaces to be switched by DUT1 and DUT2; verify all packets are received. [Ref] 802dot1ad. PASS

VXLAN

VXLAN Bridge-Domain Untagged

RFC7348 VXLAN: Bridge-domain with VXLAN test cases - verify VPP DUT L2 MAC-based bridge-domain based switching integration with VXLAN tunnels:

  • [Top] Network topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes; TG=DUT1=DUT2=TG 3-node circular topology with double parallel links.
  • [Enc] Packet encapsulations: Eth-IPv4-VXLAN-Eth-IPv4-ICMPv4 on DUT1-DUT2, Eth-IPv4-ICMPv4 on TG-DUTn for L2 switching of IPv4; Eth-IPv6-VXLAN-Eth-IPv6-ICMPv6 on DUT1-DUT2, Eth-IPv6-ICMPv6 on TG-DUTn for L2 switching of IPv6.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with L2 bridge-domain (L2BD) switching combined with static MACs, MAC learning enabled and Split Horizon Groups (SHG) depending on test case; VXLAN tunnels are configured between L2BDs on DUT1 and DUT2.
  • [Ver] TG verification: Test ICMPv4 (or ICMPv6) Echo Request packets are sent in both directions by TG on links to DUT1 and DUT2; on receive TG verifies packets for correctness and their IPv4 (IPv6) src-addr, dst-addr and MAC addresses.
  • [Ref] Applicable standard specifications: RFC7348.
Name Documentation Message Status
TC01: DUT1 and DUT2 with L2BD and VXLANoIPv4 tunnels switch ICMPv4 between TG links [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-VXLAN-Eth-IPv4-ICMPv4 on DUT1-DUT2; Eth-IPv4-ICMPv4 on TG-DUTn. [Cfg] On DUT1 and DUT2 configure two i/fs into L2BD with MAC learning. [Ver] Make TG verify ICMPv4 Echo Req pkts are switched thru DUT1 and DUT2 in both directions and are correct on receive. [Ref] RFC7348. PASS
TC02: DUT1 and DUT2 with L2BD and VXLANoIPv4 tunnels in SHG switch ICMPv4 between TG links [Top] TG=DUT1=DUT2=TG. [Enc] Eth-IPv4-VXLAN-Eth-IPv4-ICMPv4 on DUT1-DUT2; Eth-IPv4-ICMPv4 on TG-DUTn. [Cfg] On DUT1 configure L2 bridge-domain (MAC learning enabled) with two untagged interfaces to TG and two VXLAN interfaces towards the DUT2 and put both VXLAN interfaces into the same Split-Horizon-Group (SHG). On DUT2 configure two L2 bridge-domain (MAC learning enabled), each with one untagged interface to TG and one VXLAN interface towards the DUT1. [Ver] Make TG send ICMPv4 Echo Reqs between all four of its interfaces to be switched by DUT1 and DUT2; verify packets are not switched between TG interfaces connected to DUT2 that are isolated by SHG on DUT1. [Ref] RFC7348. PASS
TC03: DUT1 and DUT2 with L2BD and VXLANoIPv4 tunnels in different SHGs switch ICMPv4 between TG links [Top] TG=DUT1=DUT2=TG.[Enc] Eth-IPv4-VXLAN-Eth-IPv4-ICMPv4 on DUT1-DUT2; Eth-IPv4-ICMPv4 on TG-DUTn. [Cfg] On DUT1 configure L2 bridge-domain (MAC learning enabled) with two untagged interfaces to TG and two VXLAN interfaces towards the DUT2 and put both VXLAN interfaces into the different Split-Horizon-Group (SHGs). On DUT2 configure two L2 bridge-domain (MAC learning enabled), each with one untagged interface to TG and one VXLAN interface towards the DUT1. [Ver] Make TG send ICMPv4 Echo Req between all four of its interfaces to be switched by DUT1 and DUT2; verify packets are switched between all TG interfaces. [Ref] RFC7348. PASS
TC04: DUT1 and DUT2 with L2BD and VXLANoIPv6 tunnels switch ICMPv6 between TG links [Top] TG=DUT1=DUT2=TG.[Enc] Eth-IPv6-VXLAN-Eth-IPv6-ICMPv6 on DUT1-DUT2, Eth-IPv6-ICMPv6 on TG-DUTn. [Cfg] On DUT1 and DUT2 configure L2 bridge-domain (MAC learning enabled), each with one interface to TG and one VXLAN tunnel interface towards the other DUT. [Ver] Make TG send ICMPv6 Echo Req between two of its interfaces to be switched by DUT1 and DUT2; verify all packets are received. [Ref] RFC7348. PASS
TC05: DUT1 and DUT2 with L2BD and VXLANoIPv6 tunnels in SHG switch ICMPv6 between TG links [Top] TG=DUT1=DUT2=TG. [Enc] Eth-IPv6-VXLAN-Eth-IPv6-ICMPv6 on DUT1-DUT2; Eth-IPv6-ICMPv6 on TG-DUTn. [Cfg] On DUT1 configure L2 bridge-domain (MAC learning enabled) with two untagged interfaces to TG and two VXLAN interfaces towards the DUT2 and put both VXLAN interfaces into the same Split-Horizon-Group (SHG). On DUT2 configure two L2 bridge-domain (MAC learning enabled), each with one untagged interface to TG and one VXLAN interface towards the DUT1. [Ver] Make TG send ICMPv6 Echo Reqs between all four of its interfaces to be switched by DUT1 and DUT2; verify packets are not switched between TG interfaces connected to DUT2 that are isolated by SHG on DUT1. [Ref] RFC7348. PASS
TC06: DUT1 and DUT2 with L2BD and VXLANoIPv6 tunnels in different SHGs switch ICMPv6 between TG links [Top] TG=DUT1=DUT2=TG.[Enc] Eth-IPv6-VXLAN-Eth-IPv6-ICMPv6 on DUT1-DUT2; Eth-IPv6-ICMPv6 on TG-DUTn. [Cfg] On DUT1 configure L2 bridge-domain (MAC learning enabled) with two untagged interfaces to TG and two VXLAN interfaces towards the DUT2 and put both VXLAN interfaces into the different Split-Horizon-Group (SHGs). On DUT2 configure two L2 bridge-domain (MAC learning enabled), each with one untagged interface to TG and one VXLAN interface towards the DUT1. [Ver] Make TG send ICMPv6 Echo Req between all four of its interfaces to be switched by DUT1 and DUT2; verify packets are switched between all TG interfaces. [Ref] RFC7348. PASS

VXLAN L2 Bridge-Domain with dot1q

RFC7348 VXLAN: Bridge-domain with VXLAN over VLAN test cases - verify VPP DUT L2 MAC-based bridge-domain based switching integration with VXLAN tunnels over 802dot1q VLANs:

  • [Top] Network topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet encapsulations: Eth-dot1q-IPv4-VXLAN-Eth-IPv4-ICMPv4 on DUT1-DUT2, Eth-dot1q-IPv4-ICMPv4 on TG-DUTn for L2 switching of IPv4.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with L2 bridge-domain (L2BD) switching combined with static MACs, MAC learning enabled and Split Horizon Groups (SHG) depending on test case; VXLAN tunnels are configured between L2BDs on DUT1 and DUT2.
  • [Ver] TG verification: Test ICMPv4 Echo Request packets are sent in both directions by TG on links to DUT1 and DUT2; on receive TG verifies packets for correctness and their IPv4 src-addr, dst-addr and MAC addresses.
  • [Ref] Applicable standard specifications: RFC7348.
Name Documentation Message Status
TC01: DUT1 and DUT2 with L2BD and VXLANoIPv4oVLAN tunnels switch ICMPv4 between TG links [Top] TG-DUT1-DUT2-TG. [Enc] Eth-dot1q-IPv4-VXLAN-Eth-IPv4-ICMPv4 on DUT1-DUT2; Eth-IPv4-ICMPv4 on TG-DUTn. [Cfg] On DUT1 and DUT2 configure L2 bridge-domain (MAC learning enabled), each with one interface to TG and one VXLAN tunnel interface towards the other DUT over VLAN sub-interface. [Ver] Make TG send ICMPv4 Echo Req between two of its interfaces, verify all packets are received. [Ref] RFC7348. PASS

VXLAN L2 Cross-Connect Untagged

RFC7348 VXLAN: L2 cross-connect with VXLAN test cases - verify VPP DUT point-to-point L2 cross-connect switching integration with VXLAN tunnels:

  • [Top] Network topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet encapsulations: Eth-IPv4-VXLAN-Eth-IPv4-ICMPv4 on DUT1-DUT2, Eth-IPv4-ICMPv4 on TG-DUTn for L2 switching of IPv4.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with L2 cross-connect (L2XC) switching; VXLAN tunnels are configured between L2XCs on DUT1 and DUT2.
  • [Ver] TG verification: Test ICMPv4 Echo Request packets are sent in both directions by TG on links to DUT1 and DUT2; on receive TG verifies packets for correctness and their IPv4 src-addr, dst-addr and MAC addresses.
  • [Ref] Applicable standard specifications: RFC7348.
Name Documentation Message Status
TC01: DUT1 and DUT2 with L2XC and VXLANoIPv4 tunnels switch ICMPv4 between TG links [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-VXLAN-Eth-IPv4-ICMPv4 on [Ref] RFC7348.DUT1-DUT2, Eth-IPv4-ICMPv4 on TG-DUTn. [Cfg] On DUT1 and DUT2 configure L2 cross-connect (L2XC), each with one interface to TG and one VXLAN tunnel interface towards the other DUT. [Ver] Make TG send ICMPv4 Echo Req between two of its interfaces; verify all packets are received. [Ref] RFC7348. PASS

IPv4 Routing

IPv4 ARP Untagged

IPv4 ARP test cases - verify VPP DUT ARP functionality:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4 and Eth-ARP on all links.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv4 routing and static routes.
  • [Ver] TG verification: Test ICMPv4 Echo Request packets are sent in both directions by TG on links to DUT1 and DUT2; on receive TG verifies ARP packets for correctness.
  • [Ref] Applicable standard specifications: RFC826 ARP.
Name Documentation Message Status
TC01: DUT sends ARP Request for unresolved locally connected IPv4 address [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4 and Eth-ARP. [Cfg] On DUT1 configure interface IPv4 addresses and routes in the main routing domain. [Ver] Make TG send test packet destined to IPv4 address of its other interface connected to DUT2; verify DUT2 sends ARP Request for locally connected TG IPv4 address. [Ref] RFC826. PASS

IPv4 Routing Untagged

IPv4 routing test cases - verify baseline IPv4 routing:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4-ICMPv4 and Eth-ARP on all links.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv4 routing and static routes.
  • [Ver] TG verification: Test ICMPv4 Echo Request packets are sent in both directions by TG on links to DUT1 and DUT2; on receive TG verifies packets IPv4 src-addr, dst-addr and MAC addresses.
  • [Ref] Applicable standard specifications: RFC791 IPv4, RFC826 ARP, RFC792 ICMPv4.
Name Documentation Message Status
TC01: DUT replies to ICMPv4 Echo Req to its ingress interface [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4 and Eth-ARP. [Cfg] On DUT1 configure interface IPv4 addresses and static routes. [Ver] Make TG send ICMPv4 Echo Req to DUT1 ingress interface; verify ICMP Echo Reply is correct. [Ref] RFC791, RFC826, RFC792. PASS
TC02: DUT routes IPv4 to its egress interface [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4 and Eth-ARP. [Cfg] On DUT1 configure interface IPv4 addresses and static routes. [Ver] Make TG send ICMPv4 Echo Req towards DUT1 egress interface connected to DUT2; verify ICMPv4 Echo Reply is correct. [Ref] RFC791, RFC826, RFC792. PASS
TC03: DUT1 routes IPv4 to DUT2 ingress interface [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4 and Eth-ARP. [Cfg] On DUT1 configure interface IPv4 addresses and static routes. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify ICMPv4 Echo Reply is correct. [Ref] RFC791, RFC826, RFC792. PASS
TC04: DUT1 routes IPv4 to DUT2 egress interface [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4 and Eth-ARP. [Cfg] On DUT1 configure interface IPv4 addresses and static routes. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 egress interface connected to TG; verify ICMPv4 Echo Reply is correct. [Ref] RFC791, RFC826, RFC792. PASS
TC05: DUT1 and DUT2 route IPv4 between TG interfaces [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4 and Eth-ARP. [Cfg] On DUT1 configure interface IPv4 addresses and static routes. [Ver] Make TG send ICMPv4 Echo Req between its interfaces across DUT1 and DUT2; verify ICMPv4 Echo Reply is correct. [Ref] RFC791, RFC826, RFC792. PASS
TC06: DUT replies to ICMPv4 Echo Reqs with size 64B-to-1500B-incr-1B [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4 and Eth-ARP. [Cfg] On DUT1 configure interface IPv4 addresses and static routes. [Ver] Make TG send ICMPv4 Echo Reqs to DUT1 ingress interface, incrementating frame size from 64B to 1500B with increment step of 1Byte; verify ICMPv4 Echo Replies are correct. [Ref] RFC791, RFC826, RFC792. PASS
TC07: DUT replies to ARP request [Top] TG-DUT1-DUT2-TG. [Enc] Eth-ARP. [Cfg] On DUT1 configure interface IPv4 addresses and static routes. [Ver] Make TG send ARP Request to DUT; verify ARP Reply is correct. [Ref] RFC826. PASS

IPv4 Routing ingress ACL Untagged

IPv4 routing with ingress ACL test cases - verify VPP DUT ingress Access Control Lists filtering with IPv4 routing:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4-ICMPv4 and Eth-ARP on all links.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv4 routing and static routes. DUT1 is configured with iACL on link to TG, iACL classification and permit/deny action are configured on a per test case basis.
  • [Ver] TG verification: Test ICMPv4 Echo Request packets are sent in one direction by TG on link to DUT1 and received on TG link to DUT2. On receive TG verifies if packets are dropped, or if received verifies packet IPv4 src-addr, dst-addr and MAC addresses.
  • [Ref] Applicable standard specifications:
Name Documentation Message Status
TC01: DUT with iACL IPv4 src-addr drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and static routes; on DUT1 add source IPv4 address to classify table with 'deny'. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC02: DUT with iACL IPv4 dst-addr drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and static routes; on DUT1 add destination IPv4 address to classify table with 'deny'. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC03: DUT with iACL IPv4 src-addr and dst-addr drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and static routes; on DUT1 add source and destination IPv4 addresses to classify table with 'deny'. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC04: DUT with iACL IPv4 protocol set to TCP drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and static routes; on DUT1 add protocol mask and TCP protocol (0x06) to classify table with 'deny'. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC05: DUT with iACL IPv4 protocol set to UDP drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and static routes; on DUT1 add protocol mask and UDP protocol (0x11) to classify table with 'deny'. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC06: DUT with iACL IPv4 TCP src-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and static routes; on DUT1 add TCP source ports to classify table with 'deny'. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC07: DUT with iACL IPv4 TCP dst-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and static routes; on DUT1 add TCP destination ports to classify table with 'deny'. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC08: DUT with iACL IPv4 TCP src-ports and dst-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and static routes; on DUT1 add TCP source and destination ports to classify table with 'deny'. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC09: DUT with iACL IPv4 UDP src-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and static routes; on DUT1 add protocol mask and TCP protocol (0x06) to classify table with 'deny'. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC10: DUT with iACL IPv4 UDP dst-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and static routes; on DUT1 add TCP destination ports to classify table with 'deny'. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC11: DUT with iACL IPv4 UDP src-ports and dst-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and static routes; on DUT1 add UDP source and destination ports to classify table with 'deny'. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC12: DUT with iACL MAC src-addr drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and static routes; on DUT1 add source MAC address to classify table with 'deny'. [Ver] Make TG send ICMPv4 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS

DHCPv4

DHCPv4 Client

DHCPv4 client test cases - verify VPP DUT DHCPv4 client functionality:

  • [Top] Network Topologies: TG=DUT1 2-node topology with two links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4-DHCPv4 on all links.
  • [Cfg] DUT configuration: DUT1 is configured with DHCPv4 client.
  • [Ver] TG verification: Test DHCPv4 packets are sent by TG on link to DUT1. TG verifies any received DHCPv4 packets for their correctness.
  • [Ref] Applicable standard specifications: RFC2132.
Name Documentation Message Status
TC01: DUT sends a DHCPv4 DISCOVER [Top] TG=DUT1 [Enc] Eth-IPv4-DHCPv4 [Cfg] Configure DHCP client on DUT1 interface to TG without hostname. [Ver] Make TG check if DHCP DISCOVER message contains all required fields with expected values. [Ref] RFC2132. PASS
TC02: DUT sends a DHCP DISCOVER with hostname [Top] TG=DUT1 [Enc] Eth-IPv4-DHCPv4 [Cfg] Configure DHCP client on DUT1 interface to TG with hostname. [Ver] Make TG check if DHCP DISCOVER message contains all required fields with expected values. [Ref] RFC2132. PASS
TC03: DUT sends DHCP REQUEST after OFFER [Top] TG=DUT1 [Enc] Eth-IPv4-DHCPv4 [Cfg] Configure DHCP client on DUT1 interface to TG with hostname. [Ver] Make TG check if DHCP REQUEST message contains all required fields with expected values. [Ref] RFC2132. PASS
TC04: DUT honors DHCPv4 lease time [Top] TG=DUT1 [Enc] Eth-IPv4-DHCPv4 [Cfg] TG sends IP configuration over DHCPv4 to DHCP client on DUT1 interface. [Ver] Make TG check if ICMPv4 Echo Request is replied to, and that DUT stops replying after lease has expired. [Ref] RFC2132. PASS

IPv6 Routing

IPv6 Router Advertisement

IPv6 Router Advertisement test cases - verify VPP DUT IPv6 Router Advertisement functionality:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv6-RA on TG-DUT1 link.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv6 routing and static routes.
  • [Ver] TG verification: TG verifies periodically received RA packets.
  • [Ref] Applicable standard specifications: RFC4861 Neighbor Discovery.
Name Documentation Message Status
TC01: DUT transmits RA on IPv6 enabled interface [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-RA. [Cfg] On DUT1 configure IPv6 interface on the link to TG. [Ver] Make TG wait for IPv6 Router Advertisement packet to be sent out by DUT1; verify the received RA packet is correct. [Ref] RFC826. PASS

IPv6 Routing Untagged

IPv6 routing test cases - verify baseline IPv6 routing:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv6-ICMPv4 and Eth-IPv6-NS/NA on all links.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv6 routing and static routes.
  • [Ver] TG verification: Test ICMPv4 Echo Request packets are sent in both directions by TG on links to DUT1 and DUT2; on receive TG verifies packets IPv6 src-addr, dst-addr and MAC addresses.
  • [Ref] Applicable standard specifications: RFC2460 IPv6, RFC4443 ICMPv6, RFC4861 Neighbor Discovery.
Name Documentation Message Status
TC01: DUT replies to ICMPv6 Echo Req to its ingress interface [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6 and Eth-IPv6-NS/NA. [Cfg] On DUT1 configure interface IPv6 addresses and static routes. [Ver] Make TG send ICMPv6 Echo Req to DUT1 ingress interface; verify ICMP Echo Reply is correct. [Ref] RFC2460, RFC4443, RFC4861. PASS
TC02: DUT routes IPv6 to its egress interface [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6 and Eth-IPv6-NS/NA. [Cfg] On DUT1 configure interface IPv6 addresses and static routes. [Ver] Make TG send ICMPv6 Echo Req towards DUT1 egress interface connected to DUT2; verify ICMPv6 Echo Reply is correct. [Ref] RFC2460, RFC4443, RFC4861. PASS
TC03: DUT1 routes IPv6 to DUT2 ingress interface [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6 and Eth-IPv6-NS/NA. [Cfg] On DUT1 configure interface IPv6 addresses and static routes. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify ICMPv6 Echo Reply is correct. [Ref] RFC2460, RFC4443, RFC4861. PASS
TC04: DUT1 routes IPv6 to DUT2 egress interface [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6 and Eth-IPv6-NS/NA. [Cfg] On DUT1 configure interface IPv6 addresses and static routes. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 egress interface connected to TG; verify ICMPv6 Echo Reply is correct. [Ref] RFC2460, RFC4443, RFC4861. PASS
TC05: DUT1 and DUT2 route IPv6 between TG interfaces [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6 and Eth-IPv6-NS/NA. [Cfg] On DUT1 configure interface IPv6 addresses and static routes. [Ver] Make TG send ICMPv6 Echo Req between its interfaces across DUT1 and DUT2; verify ICMPv6 Echo Reply is correct. [Ref] RFC2460, RFC4443, RFC4861. PASS
TC06: DUT replies to ICMPv6 Echo Reqs with size 64B-to-1500B-incr-1B [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6 and Eth-IPv6-NS/NA. [Cfg] On DUT1 configure interface IPv6 addresses and static routes. [Ver] Make TG send ICMPv6 Echo Reqs to DUT ingress interface, incrementating frame size from 64B to 1500B with increment step of 1Byte; verify ICMPv6 Echo Replies are correct. [Ref] RFC2460, RFC4443, RFC4861. PASS
TC07: DUT replies to ARP request [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-NS/NA. [Cfg] On DUT1 configure interface IPv6 addresses and static routes. [Ver] Make TG send Neighbor Solicitation message on the link

to DUT1;verify DUT 1Neighbor Advertisement reply is correct. [Ref] RFC4861.

PASS

IPv6 Routing with ingress ACL Untagged

IPv6 routing with ingress ACL test cases - verify VPP DUT ingress Access Control Lists filtering with IPv6 routing:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv6-ICMPv6 and Eth-ARP on all links.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv6 routing and static routes. DUT1 is configured with iACL on link to TG, iACL classification and permit/deny action are configured on a per test case basis.
  • [Ver] TG verification: Test ICMPv6 Echo Request packets are sent in one direction by TG on link to DUT1 and received on TG link to DUT2. On receive TG verifies if packets are dropped, or if received verifies packet IPv6 src-addr, dst-addr and MAC addresses.
  • [Ref] Applicable standard specifications:
Name Documentation Message Status
TC01: DUT with iACL IPv6 src-addr drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and static routes; on DUT1 add source IPv6 address to classify table with 'deny'. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC02: DUT with iACL IPv6 dst-addr drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and static routes; on DUT1 add destination IPv6 address to classify table with 'deny'. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC03: DUT with iACL IPv6 src-addr and dst-addr drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and static routes; on DUT1 add source and destination IPv6 addresses to classify table with 'deny'. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC04: DUT with iACL IPv6 protocol set to TCP drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and static routes; on DUT1 add protocol mask and TCP protocol (0x06) to classify table with 'deny'. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC05: DUT with iACL IPv6 protocol set to UDP drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and static routes; on DUT1 add protocol mask and UDP protocol (0x11) to classify table with 'deny'. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC06: DUT with iACL IPv6 TCP src-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and static routes; on DUT1 add TCP source ports to classify table with 'deny'. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC07: DUT with iACL IPv6 TCP dst-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and static routes; on DUT1 add TCP destination ports to classify table with 'deny'. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC08: DUT with iACL IPv6 TCP src-ports and dst-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and static routes; on DUT1 add TCP source and destination ports to classify table with 'deny'. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC09: DUT with iACL IPv6 UDP src-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and static routes; on DUT1 add UDP source ports to classify table with 'deny'. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC10: DUT with iACL IPv6 UDP dst-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and static routes; on DUT1 add TCP destination ports to classify table with 'deny'. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC11: DUT with iACL IPv6 UDP src-ports and dst-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and static routes; on DUT1 add UDP source and destination ports to classify table with 'deny'. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS
TC12: DUT with iACL MAC src-addr and iACL IPv6 UDP src-ports and dst-ports drops matching pkts [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and static routes; on DUT1 add source MAC address to classify (L2) table and add UDP source and destination ports to classify table with 'deny'. [Ver] Make TG send ICMPv6 Echo Req towards DUT2 ingress interface connected to DUT1; verify matching packets are dropped. [Ref] PASS

COP Address Security

COP Whitelist Blacklist

COP Security IPv4 Blacklist and Whitelist Tests - verify VPP DUT security IPv4 Blacklist and Whitelist filtering based on IPv4 source addresses:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4-ICMPv4 on all links.
  • [Cfg] DUT configuration: DUT1 is configured with IPv4 routing and static routes. COP security white-lists are applied on DUT1 ingress interface from TG. DUT2 is configured with L2XC.
  • [Ver] TG verification: Test ICMPv4 Echo Request packets are sent in one direction by TG on link to DUT1; on receive TG verifies packets for correctness and drops as applicable.
  • [Ref] Applicable standard specifications:
Name Documentation Message Status
TC01: DUT permits IPv4 pkts with COP whitelist set with IPv4 src-addr [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and routes in the main routing domain, add COP whitelist on interface to TG with IPv4 src-addr matching packets generated by TG; on DUT2 configure L2 xconnect. [Ver] Make TG send ICMPv4 Echo Req on its interface to DUT1; verify received ICMPv4 Echo Req pkts are correct. [Ref] PASS
TC02: DUT drops IPv4 pkts with COP blacklist set with IPv4 src-addr [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-ICMPv4. [Cfg] On DUT1 configure interface IPv4 addresses and routes in the main routing domain, add COP blacklist on interface to TG with IPv4 src-addr matching packets generated by TG; on DUT2 configure L2 xconnect. [Ver] Make TG send ICMPv4 Echo Req on its interface to DUT1; verify no ICMPv4 Echo Req pkts are received. [Ref] PASS

COP Whitelist Blacklist IPv6

COP Security IPv6 Blacklist and Whitelist Tests - verify VPP DUT security IPv6 Blacklist and Whitelist filtering based on IPv6 source addresses:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv6-ICMPv6 on all links.
  • [Cfg] DUT configuration: DUT1 is configured with IPv6 routing and static routes. COP security white-lists are applied on DUT1 ingress interface from TG. DUT2 is configured with L2XC.
  • [Ver] TG verification: Test ICMPv6 Echo Request packets are sent in one direction by TG on link to DUT1; on receive TG verifies packets for correctness and drops as applicable.
  • [Ref] Applicable standard specifications:
Name Documentation Message Status
TC01: DUT permits IPv6 pkts with COP whitelist set with IPv6 src-addr [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and routes in the main routing domain, add COP whitelist on interface to TG with IPv6 src-addr matching packets generated by TG; on DUT2 configure L2 xconnect. [Ver] Make TG send ICMPv6 Echo Req on its interface to DUT1; verify received ICMPv6 Echo Req pkts are correct. [Ref] PASS
TC02: DUT drops IPv6 pkts with COP blacklist set with IPv6 src-addr [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-ICMPv6. [Cfg] On DUT1 configure interface IPv6 addresses and routes in the main routing domain, add COP blacklist on interface to TG with IPv6 src-addr matching packets generated by TG; on DUT2 configure L2 xconnect. [Ver] Make TG send ICMPv6 Echo Req on its interface to DUT1; verify no ICMPv6 Echo Req pkts are received. [Ref] PASS

GRE Tunnel

GREoIPv4 Encapsulation

GREoIPv4 test cases - verify VPP DUT GREoIPv4 tunnel encapsulation and routing thru the tunnel:

  • [Top] Network Topologies: TG=DUT1 2-node topology with two links between nodes; TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4-GRE-IPv4-ICMPv4 on DUT1-DUT2, Eth-IPv4-ICMPv4 on TG-DUTn for routing over GRE tunnel; Eth-IPv4-ICMPv4 on TG_if1-DUT, Eth-IPv4-GRE-IPv4-ICMPv4 on TG_if2_DUT for GREoIPv4 encapsulation and decapsulation verification.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv4 routing and static routes. GREoIPv4 tunnel is configured between DUT1 and DUT2.
  • [Ver] TG verification: Test ICMPv4 (or ICMPv6) Echo Request packets are sent in both directions by TG on links to DUT1 and DUT2; GREoIPv4 encapsulation and decapsulation are verified separately by TG; on receive TG verifies packets for correctness and their IPv4 (IPv6) src-addr, dst-addr and MAC addresses.
  • [Ref] Applicable standard specifications: RFC2784.
Name Documentation Message Status
TC01: DUT1 and DUT2 route over GREoIPv4 tunnel between two TG links [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-GRE-IPv4-ICMPv4 on DUT1-DUT2, Eth-IPv4-ICMPv4 on TG-DUTn. [Cfg] On DUT1 and DUT2 configure GREoIPv4 tunnel with IPv4 routes towards each other. [Ver] Make TG send ICMPv4 Echo Req between its interfaces across both DUTs and GRE tunnel between them; verify IPv4 headers on received packets are correct. [Ref] RFC2784. PASS
TC02: DUT encapsulates IPv4 into GREoIPv4 tunnel - GRE header verification [Top] TG=DUT1. [Enc] Eth-IPv4-ICMPv4 on TG_if1-DUT, Eth-IPv4-GRE-IPv4-ICMPv4 on TG_if2_DUT. [Cfg] On DUT1 configure GREoIPv4 tunnel with IPv4 route towards TG. [Ver] Make TG send non-encapsulated ICMPv4 Echo Req to DUT; verify TG received GREoIPv4 encapsulated packet is correct. [Ref] RFC2784. PASS
TC03: DUT decapsulates IPv4 from GREoIPv4 tunnel - IPv4 header verification [Top] TG=DUT1. [Enc] Eth-IPv4-ICMPv4 on TG_if1-DUT, Eth-IPv4-GRE-IPv4-ICMPv4 on TG_if2_DUT. [Cfg] On DUT1 configure GREoIPv4 tunnel towards TG. [Ver] Make TG send ICMPv4 Echo Req encapsulated into GREoIPv4 towards VPP; verify TG received IPv4 de-encapsulated packet is correct. [Ref] RFC2784. PASS

LISP

LISP API

LISP API test cases - verify VPP DUT LISP API functionality:

  • [Top] Network Topologies: DUT1 1-node topology.
  • [Enc] Packet Encapsulations: None.
  • [Cfg] DUT configuration: DUT1 gets configured with all LISP
  • arameters.
  • [Ver] Verification: DUT1 operational data gets verified following
  • onfiguration.
  • [Ref] Applicable standard specifications: RFC6830.
Name Documentation Message Status
TC01: DUT can enable and disable LISP [Top] DUT1. [Enc] None. [Cfg1] Test LISP enable/disable API; On DUT1 enable LISP. [Ver1] Check DUT1 if LISP is enabled. [Cfg2] Then disable LISP. [Ver2] Check DUT1 if LISP is disabled. [Ref] RFC6830. PASS
TC02: DUT can add and delete locator_set [Top] DUT1. [Enc] None. [Cfg1] Test LISP locator_set API; on DUT1 configure locator_set and locator. [Ver1] Check DUT1 configured locator_set and locator are correct. [Cfg2] Then remove locator_set and locator. [Ver2] check DUT1 locator_set and locator are removed. [Ref] RFC6830. PASS
TC03: DUT can add, reset and delete locator_set [Top] DUT1. [Enc] None. [Cfg1] Test LISP locator_set API; on DUT1 configure locator_set and locator. [Ver1] Check DUT1 locator_set and locator are correct. [Cfg2] Then reset locator_set and set it again. [Ver2] Check DUT1 locator_set and locator are correct. [Cfg3] Then remove locator_set and locator. [Ver3] Check DUT1 all locator_set and locators are removed.

[Ref] RFC6830.

PASS
TC04: DUT can add and delete eid address [Top] DUT1. [Enc] None. [Cfg1] Test LISP eid API; on DUT1 configure LISP eid IP address. [Ver1] Check DUT1 configured data is correct. [Cfg2] Remove configured data. [Ver2] Check DUT1 all eid IP addresses are removed. [Ref] RFC6830. PASS
TC05: DUT can add and delete LISP map resolver address [Top] DUT1. [Enc] None. [Cfg1] Test LISP map resolver address API; on DUT1 configure LISP map resolver address. [Ver1] Check DUT1 configured data is correct. [Cfg2] Remove configured data. [Ver2] Check DUT1 all map resolver addresses are removed. [Ref] RFC6830. PASS

LISP Dataplane Untagged

LISP static remote mapping test cases - verify VPP DUT LISP data plane with static mapping functionality:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4-LISP-IPv4-ICMPv4 on DUT1-DUT2, Eth-IPv4-ICMPv4 on TG-DUTn for IPv4 routing over LISPoIPv4 tunnel; Eth-IPv6-LISP-IPv6-ICMPv6 on DUT1-DUT2, Eth-IPv6-ICMPv6 on TG-DUTn for IPv6 routing over LISPoIPv6 tunnel; Eth-IPv6-LISP-IPv4-ICMPv4 on DUT1-DUT2, Eth-IPv4-ICMPv4 on TG-DUTn for IPv4 routing over LISPoIPv6 tunnel; Eth-IPv4-LISP-IPv6-ICMPv6 on DUT1-DUT2, Eth-IPv6-ICMPv6 on TG-DUTn for IPv6 routing over LISPoIPv4 tunnel.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv4 (IPv6) routing and static routes. LISPoIPv4 (oIPv6) tunnel is configured between DUT1 and DUT2.
  • [Ver] TG verification: Test ICMPv4 (or ICMPv6) Echo Request packets are sent in both directions by TG on links to DUT1 and DUT2; on receive TG verifies packets for correctness and their IPv4 (IPv6) src-addr, dst-addr and MAC addresses.
  • [Ref] Applicable standard specifications: RFC6830.
Name Documentation Message Status
TC01: DUT1 and DUT2 route IPv4 bidirectionally over LISPoIPv4 tunnel [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-LISP-IPv4-ICMPv4 on DUT1-DUT2, Eth-IPv4-ICMPv4 on TG-DUTn. [Cfg] On DUT1 and DUT2 configure IPv4 LISP remote static mappings. [Ver] Make TG send ICMPv4 Echo Req between its interfaces across both DUTs and LISP tunnel between them; verify IPv4 headers on received packets are correct. [Ref] RFC6830. PASS
TC02: DUT1 and DUT2 route IPv6 bidirectionally over LISPoIPv6 tunnel [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-LISP-IPv6-ICMPv6 on DUT1-DUT2, Eth-IPv6-ICMPv6 on TG-DUTn. [Cfg] On DUT1 and DUT2 configure IPv6 LISP remote static mappings. [Ver] Make TG send ICMPv6 Echo Req between its interfaces across both DUTs and LISP tunnel between them; verify IPv4 headers on received packets are correct. [Ref] RFC6830. PASS
TC03: DUT1 and DUT2 route IPv4 bidirectionally over LISPoIPv6 tunnel [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv6-LISP-IPv4-ICMPv4 on DUT1-DUT2, Eth-IPv4-ICMPv4 on TG-DUTn. [Cfg] On DUT1 and DUT2 configure IPv6 LISP remote static mappings. [Ver] Make TG send ICMPv4 Echo Req between its interfaces across both DUTs and LISP tunnel between them; verify IPv4 headers on received packets are correct. [Ref] RFC6830. PASS
TC04: DUT1 and DUT2 route IPv6 bidirectionally over LISPoIPv4 tunnel [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-LISP-IPv6-ICMPv6 on DUT1-DUT2, Eth-IPv6-ICMPv6 on TG-DUTn. [Cfg] On DUT1 and DUT2 configure IPv4 LISP remote static mappings. [Ver] Make TG send ICMPv6 Echo Req between its interfaces across both DUTs and LISP tunnel between them; verify IPv4 headers on received packets are correct. [Ref] RFC6830. PASS
TC05: DUT1 and DUT2 route IPv4 over LISPoIPv4 tunnel after disable-enable [Top] TG-DUT1-DUT2-TG. [Enc] Eth-IPv4-LISP-IPv4-ICMPv4 on DUT1-DUT2, Eth-IPv4-ICMPv4 on TG-DUTn. [Cfg1] On DUT1 and DUT2 configure IPv4 LISP remote static mappings. [Ver1] Make TG send ICMPv4 Echo Req between its interfaces across both DUTs and LISP tunnel between them; verify IPv4 headers on received packets are correct. [Cfg2] Disable LISP. [Ver2] verify packets are not received via LISP tunnel. [Cfg3] Re-enable LISP. [Ver3] verify packets are received again via LISP tunnel. [Ref] RFC6830. PASS


Performance tests results

CSIT VPP DUT performance test results in this report have been generated from Robot Framework output log of LF Jenkins Job vpp-csit-verify-hw-perf-1606-long and post processed into wiki format. Original RF report source files are available at Jenkins Job csit-vpp-perf-1606-all: log.html, output.xml, report.html.

In addition VPP DUT performance trending graphs have been posted from LF Jenkins Job csit-vpp-verify-master-semiweekly.

VPP Trend Graphs RFC2544:NDR

VPP performance trend graphs from LF Jenkins Job csit-vpp-verify-master-semiweekly.

Ndr plot1.png RFC2544 binary search with 64B, worker-thread=2, rss=1, NDR.png RFC2544 binary search with 64B, worker-thread=4, rss=2, NDR.png RFC2544 binary search with 78B, worker-thread=1, rss=1, NDR.png RFC2544 binary search with 78B, worker-thread=2, rss=1, NDR.png RFC2544 binary search with 78B, worker-thread=4, rss=2, NDR.png

VPP Trend Graphs RFC2544:PDR

VPP performance trend graphs from LF Jenkins Job csit-vpp-verify-master-semiweekly.

RFC2544 binary search with 64B, worker-thread=1, rss=1, PDR.png RFC2544 binary search with 64B, worker-thread=2, rss=1, PDR.png RFC2544 binary search with 64B, worker-thread=4, rss=2, PDR.png RFC2544 binary search with 78B, worker-thread=1, rss=1, PDR.png RFC2544 binary search with 78B, worker-thread=2, rss=1, PDR.png RFC2544 binary search with 78B, worker-thread=4, rss=2, PDR.png

Long Performance Tests - NDR and PDR Search

Long L2 Cross-Connect Intel-X520-DA2

RFC2544: Pkt throughput L2XC test cases - verify VPP DUT maximum packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4 for L2 switching of IPv4.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with L2 cross-connect. DUT1 and DUT2 tested with 2p10GE NIC X520 Niantic by Intel.
  • [Ver] TG verification: TG finds and reports throughput NDR (Non Drop Rate) with zero packet loss tolerance or throughput PDR (Partial Drop Rate) with non-zero packet loss tolerance (LT) expressed in percentage of packets transmitted. NDR and PDR are discovered for different Ethernet L2 frame sizes using either binary search or linear search algorithms with configured starting rate and final step that determines throughput measurement resolution. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv4 header with IP protocol=61 and static payload. MAC addresses are matching MAC addresses of the TG node interfaces.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: 64B NDR binary search - DUT L2XC - 1thread 1core 1rxq [Cfg] DUT runs L2XC switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 10130952.125 pps (2x 5065476.0625 pps) FINAL_BANDWIDTH: 6.807999828 Gbps PASS
TC02: 64B PDR binary search - DUT L2XC - 1thread 1core 1rxq [Cfg] DUT runs L2XC switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 10130952.125 pps (2x 5065476.0625 pps) FINAL_BANDWIDTH: 6.807999828 Gbps PASS
TC03: 1518B NDR binary search - DUT L2XC - 1thread 1core 1rxq [Cfg] DUT runs L2XC switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC04: 1518B PDR binary search - DUT L2XC - 1thread 1core 1rxq [Cfg] DUT runs L2XC switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC05: 9000B NDR binary search - DUT L2XC - 1thread 1core 1rxq [Cfg] DUT runs L2XC switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC06: 9000B PDR binary search - DUT L2XC - 1thread 1core 1rxq [Cfg] DUT runs L2XC switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC07: 64B NDR binary search - DUT L2XC - 2threads 2cores 1rxq [Cfg] DUT runs L2XC switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 21216666.125 pps (2x 10608333.0625 pps) FINAL_BANDWIDTH: 14.257599636 Gbps PASS
TC08: 64B PDR binary search - DUT L2XC - 2threads 2cores 1rxq [Cfg] DUT runs L2XC switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 21216666.125 pps (2x 10608333.0625 pps) FINAL_BANDWIDTH: 14.257599636 Gbps PASS
TC09: 1518B NDR binary search - DUT L2XC - 2threads 2cores 1rxq [Cfg] DUT runs L2XC switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC10: 1518B PDR binary search - DUT L2XC - 2threads 2cores 1rxq [Cfg] DUT runs L2XC switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC11: 9000B NDR binary search - DUT L2XC - 2threads 2cores 1rxq [Cfg] DUT runs L2XC switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC12: 9000B PDR binary search - DUT L2XC - 2threads 2cores 1rxq [Cfg] DUT runs L2XC switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC13: 64B NDR binary search - DUT L2XC - 4threads 4cores 2rxq [Cfg] DUT runs L2XC switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 25604761.25 pps (2x 12802380.625 pps) FINAL_BANDWIDTH: 17.20639956 Gbps PASS
TC14: 64B PDR binary search - DUT L2XC - 4threads 4cores 2rxq [Cfg] DUT runs L2XC switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 25835713.625 pps (2x 12917856.8125 pps) FINAL_BANDWIDTH: 17.361599556 Gbps PASS
TC15: 1518B NDR binary search - DUT L2XC - 4threads 4cores 2rxq [Cfg] DUT runs L2XC switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC16: 1518B PDR binary search - DUT L2XC - 4threads 4cores 2rxq [Cfg] DUT runs L2XC switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC17: 9000B NDR binary search - DUT L2XC - 4threads 4cores 2rxq [Cfg] DUT runs L2XC switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC18: 9000B PDR binary search - DUT L2XC - 4threads 4cores 2rxq [Cfg] DUT runs L2XC switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS

Long L2 Cross-Connect with dot1q Intel-X520-DA2

RFC2544: Pkt throughput L2XC test cases - verify VPP DUT maximum packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4 for L2 switching of IPv4.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with L2 cross- connect. DUT1 and DUT2 tested with 2p10GE NIC X520 Niantic by Intel.
  • [Ver] TG verification: TG finds and reports throughput NDR (Non Drop Rate) with zero packet loss tolerance or throughput PDR (Partial Drop Rate) with non-zero packet loss tolerance (LT) expressed in percentage of packets transmitted. NDR and PDR are discovered for different Ethernet L2 frame sizes using either binary search or linear search algorithms with configured starting rate and final step that determines throughput measurement resolution. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv4 header with IP protocol=61 and static payload. MAC addresses are matching MAC addresses of the TG node interfaces.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: 64B NDR binary search - DUT L2XC with dot1q - 1thread 1core 1rxq [Cfg] DUT runs L2XC switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 7913423.04688 pps (2x 3956711.52344 pps) FINAL_BANDWIDTH: 5.3178202875 Gbps PASS
TC02: 64B PDR binary search - DUT L2XC with dot1q - 1thread 1core 1rxq [Cfg] DUT runs L2XC switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 8133806.5625 pps (2x 4066903.28125 pps) FINAL_BANDWIDTH: 5.46591801 Gbps PASS
TC03: 1518B NDR binary search - DUT L2XC with dot1q - 1thread 1core 1rxq [Cfg] DUT runs L2XC switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1621270.0 pps (2x 810635.0 pps) FINAL_BANDWIDTH: 19.94810608 Gbps PASS
TC04: 1518B PDR binary search - DUT L2XC with dot1q - 1thread 1core 1rxq [Cfg] DUT runs L2XC switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1621270.0 pps (2x 810635.0 pps) FINAL_BANDWIDTH: 19.94810608 Gbps PASS
TC05: 9000B NDR binary search - DUT L2XC with dot1q - 1thread 1core 1rxq [Cfg] DUT runs L2XC switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277038.0 pps (2x 138519.0 pps) FINAL_BANDWIDTH: 19.99106208 Gbps PASS
TC06: 9000B PDR binary search - DUT L2XC with dot1q - 1thread 1core 1rxq [Cfg] DUT runs L2XC switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277038.0 pps (2x 138519.0 pps) FINAL_BANDWIDTH: 19.99106208 Gbps PASS
TC07: 64B NDR binary search - DUT L2XC with dot1q - 2threads 2cores 1rxq [Cfg] DUT runs L2XC switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 16067613.125 pps (2x 8033806.5625 pps) FINAL_BANDWIDTH: 10.79743602 Gbps PASS
TC08: 64B PDR binary search - DUT L2XC with dot1q - 2threads 2cores 1rxq [Cfg] DUT runs L2XC switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 16287996.6406 pps (2x 8143998.32031 pps) FINAL_BANDWIDTH: 10.9455337425 Gbps PASS
TC09: 1518B NDR binary search - DUT L2XC with dot1q - 2threads 2cores 1rxq [Cfg] DUT runs L2XC switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1621270.0 pps (2x 810635.0 pps) FINAL_BANDWIDTH: 19.94810608 Gbps PASS
TC10: 1518B PDR binary search - DUT L2XC with dot1q - 2threads 2cores 1rxq [Cfg] DUT runs L2XC switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1621270.0 pps (2x 810635.0 pps) FINAL_BANDWIDTH: 19.94810608 Gbps PASS
TC11: 9000B NDR binary search - DUT L2XC with dot1q - 2threads 2cores 1rxq [Cfg] DUT runs L2XC switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277038.0 pps (2x 138519.0 pps) FINAL_BANDWIDTH: 19.99106208 Gbps PASS
TC12: 9000B PDR binary search - DUT L2XC with dot1q - 2threads 2cores 1rxq [Cfg] DUT runs L2XC switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277038.0 pps (2x 138519.0 pps) FINAL_BANDWIDTH: 19.99106208 Gbps PASS
TC13: 64B NDR binary search - DUT L2XC with dot1q - 4threads 4cores 2rxq [Cfg] DUT runs L2XC switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 24442186.7188 pps (2x 12221093.3594 pps) FINAL_BANDWIDTH: 16.425149475 Gbps PASS
TC14: 64B PDR binary search - DUT L2XC with dot1q - 4threads 4cores 2rxq [Cfg] DUT runs L2XC switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 24662570.2344 pps (2x 12331285.1172 pps) FINAL_BANDWIDTH: 16.5732471975 Gbps PASS
TC15: 1518B NDR binary search - DUT L2XC with dot1q - 4threads 4cores 2rxq [Cfg] DUT runs L2XC switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1621270.0 pps (2x 810635.0 pps) FINAL_BANDWIDTH: 19.94810608 Gbps PASS
TC16: 1518B PDR binary search - DUT L2XC with dot1q - 4threads 4cores 2rxq [Cfg] DUT runs L2XC switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1621270.0 pps (2x 810635.0 pps) FINAL_BANDWIDTH: 19.94810608 Gbps PASS
TC17: 9000B NDR binary search - DUT L2XC with dot1q - 4threads 4cores 2rxq [Cfg] DUT runs L2XC switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277038.0 pps (2x 138519.0 pps) FINAL_BANDWIDTH: 19.99106208 Gbps PASS
TC18: 9000B PDR binary search - DUT L2XC with dot1q - 4threads 4cores 2rxq [Cfg] DUT runs L2XC switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277038.0 pps (2x 138519.0 pps) FINAL_BANDWIDTH: 19.99106208 Gbps PASS

Long L2 Bridge-Domain Intel-X520-DA2

RFC2544: Pkt throughput L2BD test cases - verify VPP DUT maximum packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4 for L2 switching of IPv4.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with L2 bridge-domain and MAC learning enabled. DUT1 and DUT2 tested with 2p10GE NICX520 Niantic by Intel.
  • [Ver] TG verification: TG finds and reports throughput NDR (Non Drop Rate) with zero packet loss tolerance or throughput PDR (Partial Drop Rate) with non-zero packet loss tolerance (LT) expressed in percentage of packets transmitted. NDR and PDR are discovered for different Ethernet L2 frame sizes using either binary search or linear search algorithms with configured starting rate and final step that determines throughput measurement resolution. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv4 header with IP protocol=61 and static payload. MAC addresses are matching MAC addresses of the TG node interfaces.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: 64B NDR binary search - DUT L2BD - 1thread 1core 1rxq [Cfg] DUT runs L2BD switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 8283333.125 pps (2x 4141666.5625 pps)

FINAL_BANDWIDTH: 5.56639986 Gbps

PASS
TC02: 64B PDR binary search - DUT L2BD - 1thread 1core 1rxq [Cfg] DUT runs L2BD switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 8283333.125 pps (2x 4141666.5625 pps)

FINAL_BANDWIDTH: 5.56639986 Gbps

PASS
TC03: 1518B NDR binary search - DUT L2BD - 1thread 1core 1rxq [Cfg] DUT runs L2BD switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps)

FINAL_BANDWIDTH: 19.999979744 Gbps

PASS
TC04: 1518B PDR binary search - DUT L2BD - 1thread 1core 1rxq [Cfg] DUT runs L2BD switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps)

FINAL_BANDWIDTH: 19.999979744 Gbps

PASS
TC05: 9000B NDR binary search - DUT L2BD - 1thread 1core 1rxq [Cfg] DUT runs L2BD switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC06: 9000B PDR binary search - DUT L2BD - 1thread 1core 1rxq [Cfg] DUT runs L2BD switching config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC07: 64B NDR binary search - DUT L2BD - 2threads 2cores 1rxq [Cfg] DUT runs L2BD switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 17059523.375 pps (2x 8529761.6875 pps) FINAL_BANDWIDTH: 11.463999708 Gbps PASS
TC08: 64B PDR binary search - DUT L2BD - 2threads 2cores 1rxq [Cfg] DUT runs L2BD switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 17521428.125 pps (2x 8760714.0625 pps) FINAL_BANDWIDTH: 11.7743997 Gbps PASS
TC09: 1518B NDR binary search - DUT L2BD - 2threads 2cores 1rxq [Cfg] DUT runs L2BD switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC10: 1518B PDR binary search - DUT L2BD - 2threads 2cores 1rxq [Cfg] DUT runs L2BD switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC11: 9000B NDR binary search - DUT L2BD - 2threads 2cores 1rxq [Cfg] DUT runs L2BD switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC12: 9000B PDR binary search - DUT L2BD - 2threads 2cores 1rxq [Cfg] DUT runs L2BD switching config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC13: 64B NDR binary search - DUT L2BD - 4threads 4cores 2rxq [Cfg] DUT runs L2BD switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 14980952.0 pps (2x 7490476.0 pps) FINAL_BANDWIDTH: 10.067199744 Gbps PASS
TC14: 64B PDR binary search - DUT L2BD - 4threads 4cores 2rxq [Cfg] DUT runs L2BD switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 26066666.0 pps (2x 13033333.0 pps) FINAL_BANDWIDTH: 17.516799552 Gbps PASS
TC15: 1518B NDR binary search - DUT L2BD - 4threads 4cores 2rxq [Cfg] DUT runs L2BD switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC16: 1518B PDR binary search - DUT L2BD - 4threads 4cores 2rxq [Cfg] DUT runs L2BD switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC17: 9000B NDR binary search - DUT L2BD - 4threads 4cores 2rxq [Cfg] DUT runs L2BD switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC18: 9000B PDR binary search - DUT L2BD - 4threads 4cores 2rxq [Cfg] DUT runs L2BD switching config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS

Long IPv4 Routing Intel-X520-DA2

RFC2544: Pkt throughput IPv4 routing test cases - verify VPP DUT maximum packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4 for IPv4 routing.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv4 routing and two static IPv4 /24 route entries. DUT1 and DUT2 tested with 2p10GE NIC X520 Niantic by Intel.
  • [Ver] TG verification: TG finds and reports throughput NDR (Non Drop Rate) with zero packet loss tolerance or throughput PDR (Partial Drop Rate) with non-zero packet loss tolerance (LT) expressed in percentage of packets transmitted. NDR and PDR are discovered for different Ethernet L2 frame sizes using either binary search or linear search algorithms with configured starting rate and final step that determines throughput measurement resolution. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv4 header with IP protocol=61 and static payload. MAC addresses are matching MAC addresses of the TG node interfaces.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: 64B NDR binary search - DUT IPv4 - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 9207142.625 pps (2x 4603571.3125 pps) FINAL_BANDWIDTH: 6.187199844 Gbps PASS
TC02: 64B PDR binary search - DUT IPv4 - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 9207142.625 pps (2x 4603571.3125 pps) FINAL_BANDWIDTH: 6.187199844 Gbps PASS
TC03: 1518B NDR binary search - DUT IPv4 - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC04: 1518B PDR binary search - DUT IPv4 - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC05: 9000B NDR binary search - DUT IPv4 - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC06: 9000B PDR binary search - DUT IPv4 - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC07: 64B NDR binary search - DUT IPv4 - 2threads 2cores 1rxq [Cfg] DUT runs IPv4 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 19369047.125 pps (2x 9684523.5625 pps) FINAL_BANDWIDTH: 13.015999668 Gbps PASS
TC08: 64B PDR binary search - DUT IPv4 - 2threads 2cores 1rxq [Cfg] DUT runs IPv4 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 19599999.5 pps (2x 9799999.75 pps) FINAL_BANDWIDTH: 13.171199664 Gbps PASS
TC09: 1518B NDR binary search - DUT IPv4 - 2threads 2cores 1rxq [Cfg] DUT runs IPv4 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC10: 1518B PDR binary search - DUT IPv4 - 2threads 2cores 1rxq [Cfg] DUT runs IPv4 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC11: 9000B NDR binary search - DUT IPv4 - 2threads 2cores 1rxq [Cfg] DUT runs IPv4 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC12: 9000B PDR binary search - DUT IPv4 - 2threads 2cores 1rxq [Cfg] DUT runs IPv4 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC13: 64B NDR binary search - DUT IPv4 - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 25604761.25 pps (2x 12802380.625 pps) FINAL_BANDWIDTH: 17.20639956 Gbps PASS
TC14: 64B PDR binary search - DUT IPv4 - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 25835713.625 pps (2x 12917856.8125 pps) FINAL_BANDWIDTH: 17.361599556 Gbps PASS
TC15: 1518B NDR binary search - DUT IPv4 - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC16: 1518B PDR binary search - DUT IPv4 - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC17: 9000B NDR binary search - DUT IPv4 - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC18: 9000B PDR binary search - DUT IPv4 - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS

Long IPv4 Routing with COP Address Security Intel-X520-DA2

RFC2544: Pkt throughput IPv4 whitelist test cases - verify VPP DUT maximum packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology

with single links between nodes.

  • [Enc] Packet Encapsulations: Eth-IPv4 for IPv4 routing.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv4 routing, two static IPv4 /24 routes and IPv4 COP security whitelist ingress /24 filter entries applied on links TG - DUT1 and DUT2 - TG. DUT1 and DUT2 tested with 2p10GE NIC X520 Niantic by Intel.
  • [Ver] TG verification: TG finds and reports throughput NDR (Non Drop Rate) with zero packet loss tolerance or throughput PDR (Partial Drop Rate) with non-zero packet loss tolerance (LT) expressed in percentage of packets transmitted. NDR and PDR are discovered for different Ethernet L2 frame sizes using either binary search or linear search algorithms with configured starting rate and final step that determines throughput measurement resolution. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv4 header with IP protocol=61 and static payload. MAC addresses are matching MAC addresses of the TG node interfaces.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: 64B NDR binary search - DUT IPv4 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 8052380.75 pps (2x 4026190.375 pps) FINAL_BANDWIDTH: 5.411199864 Gbps PASS
TC02: 64B PDR binary search - DUT IPv4 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 8052380.75 pps (2x 4026190.375 pps) FINAL_BANDWIDTH: 5.411199864 Gbps PASS
TC03: 1518B NDR binary search - DUT IPv4 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC04: 1518B PDR binary search - DUT IPv4 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC05: 9000B NDR binary search - DUT IPv4 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC06: 9000B PDR binary search - DUT IPv4 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC07: 64B NDR binary search - DUT IPv4 whitelist - 2threads 2cores 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 14980952.0 pps (2x 7490476.0 pps) FINAL_BANDWIDTH: 10.067199744 Gbps PASS
TC08: 64B PDR binary search - DUT IPv4 whitelist - 2threads 2cores 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 15211904.375 pps (2x 7605952.1875 pps) FINAL_BANDWIDTH: 10.22239974 Gbps PASS
TC09: 1518B NDR binary search - DUT IPv4 whitelist - 2threads 2cores 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC10: 1518B PDR binary search - DUT IPv4 whitelist - 2threads 2cores 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC11: 9000B NDR binary search - DUT IPv4 whitelist - 2threads 2cores 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC12: 9000B PDR binary search - DUT IPv4 whitelist - 2threads 2cores 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC13: 64B NDR binary search - DUT IPv4 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 4 threads, 4 phy cores, 2 receive queue per NIC port. [Ver] Find NDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 25835713.625 pps (2x 12917856.8125 pps) FINAL_BANDWIDTH: 17.361599556 Gbps PASS
TC14: 64B PDR binary search - DUT IPv4 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 4 threads, 4 phy cores, 2 receive queue per NIC port. [Ver] Find PDR for 64 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 25835713.625 pps (2x 12917856.8125 pps) FINAL_BANDWIDTH: 17.361599556 Gbps PASS
TC15: 1518B NDR binary search - DUT IPv4 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 4 threads, 4 phy cores, 2 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC16: 1518B PDR binary search - DUT IPv4 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 4 threads, 4 phy cores, 2 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC17: 9000B NDR binary search - DUT IPv4 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 4 threads, 4 phy cores, 2 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC18: 9000B PDR binary search - DUT IPv4 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 4 threads, 4 phy cores, 2 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS

Long IPv6 Routing Intel-X520-DA2

RFC2544: Pkt throughput IPv6 routing test cases - verify VPP DUT maximum packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topologywith single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv6 for IPv6 routing.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv6 routing and two static IPv6 /64 route entries. DUT1 and DUT2 tested with 2p10GE NIC X520 Niantic by Intel.
  • [Ver] TG verification: TG finds and reports throughput NDR (Non Drop Rate) with zero packet loss tolerance or throughput PDR (Partial Drop Rate) with non-zero packet loss tolerance (LT) expressed in percentage of packets transmitted. NDR and PDR are discovered for different Ethernet L2 frame sizes using either binary search or linear search algorithms with configured starting rate and final step that determines throughput measurement resolution. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv6 header and static payload. MAC addresses are matching MAC addresses of the TG node interfaces.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: 78B NDR binary search - DUT IPv6 - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 78 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 8109438.75 pps (2x 4054719.375 pps) FINAL_BANDWIDTH: 6.35779998 Gbps PASS
TC02: 78B PDR binary search - DUT IPv6 - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 78 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 8109438.75 pps (2x 4054719.375 pps) FINAL_BANDWIDTH: 6.35779998 Gbps PASS
TC03: 1518B NDR binary search - DUT IPv6 - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC04: 1518B PDR binary search - DUT IPv6 - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC05: 9000B NDR binary search - DUT IPv6 - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC06: 9000B PDR binary search - DUT IPv6 - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC07: 78B NDR binary search - DUT IPv6 - 2threads 2cores 1rxq [Cfg] DUT runs IPv6 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 78 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 16809821.375 pps (2x 8404910.6875 pps) FINAL_BANDWIDTH: 13.178899958 Gbps PASS
TC08: 78B PDR binary search - DUT IPv6 - 2threads 2cores 1rxq [Cfg] DUT runs IPv6 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 78 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 16809821.375 pps (2x 8404910.6875 pps) FINAL_BANDWIDTH: 13.178899958 Gbps PASS
TC09: 1518B NDR binary search - DUT IPv6 - 2threads 2cores 1rxq [Cfg] DUT runs IPv6 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC10: 1518B PDR binary search - DUT IPv6 - 2threads 2cores 1rxq [Cfg] DUT runs IPv6 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC11: 9000B NDR binary search - DUT IPv6 - 2threads 2cores 1rxq [Cfg] DUT runs IPv6 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC12: 9000B PDR binary search - DUT IPv6 - 2threads 2cores 1rxq [Cfg] DUT runs IPv6 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC13: 78B NDR binary search - DUT IPv6 - 4threads 4cores 2rxq [Cfg] DUT runs IPv6 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 78 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 23137372.375 pps (2x 11568686.1875 pps) FINAL_BANDWIDTH: 18.139699942 Gbps PASS
TC14: 78B PDR binary search - DUT IPv6 - 4threads 4cores 2rxq [Cfg] DUT runs IPv6 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 78 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 23137372.375 pps (2x 11568686.1875 pps) FINAL_BANDWIDTH: 18.139699942 Gbps PASS
TC15: 1518B NDR binary search - DUT IPv6 - 4threads 4cores 2rxq [Cfg] DUT runs IPv6 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC16: 1518B PDR binary search - DUT IPv6 - 4threads 4cores 2rxq [Cfg] DUT runs IPv6 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC17: 9000B NDR binary search - DUT IPv6 - 4threads 4cores 2rxq [Cfg] DUT runs IPv6 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC18: 9000B PDR binary search - DUT IPv6 - 4threads 4cores 2rxq [Cfg] DUT runs IPv6 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS

Long IPv6 Routing with COP Address Security Intel-X520-DA2

RFC2544: Pkt throughput IPv6 whitelist test cases - verify VPP DUT maximum packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv6 for IPv6 routing.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv6 routing, two static IPv6 /64 routes and IPv6 COP security whitelist ingress /64 filter entries applied on links TG - DUT1 and DUT2 - TG. DUT1 and DUT2 tested with 2p10GE NIC X520 Niantic by Intel.
  • [Ver] TG verification: TG finds and reports throughput NDR (Non Drop Rate) with zero packet loss tolerance or throughput PDR (Partial Drop Rate) with non-zero packet loss tolerance (LT) expressed in percentage of packets transmitted. NDR and PDR are discovered for different Ethernet L2 frame sizes using either binary search or linear search algorithms with configured starting rate and final step that determines throughput measurement resolution. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv6 header and static payload. MAC addresses are matching MAC addresses of the TG node interfaces.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: 78B NDR binary search - DUT IPv6 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 78 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 6527551.0 pps (2x 3263775.5 pps) FINAL_BANDWIDTH: 5.117599984 Gbps PASS
TC02: 78B PDR binary search - DUT IPv6 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 78 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 6527551.0 pps (2x 3263775.5 pps) FINAL_BANDWIDTH: 5.117599984 Gbps PASS
TC03: 1518B NDR binary search - DUT IPv6 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC04: 1518B PDR binary search - DUT IPv6 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC05: 9000B NDR binary search - DUT IPv6 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC06: 9000B PDR binary search - DUT IPv6 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC07: 78B NDR binary search - DUT IPv6 whitelist - 2threads 2cores 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 78 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 11273214.25 pps (2x 5636607.125 pps) FINAL_BANDWIDTH: 8.838199972 Gbps PASS
TC08: 78B PDR binary search - DUT IPv6 whitelist - 2threads 2cores 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 78 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 11668686.1875 pps (2x 5834343.09375 pps) FINAL_BANDWIDTH: 9.148249971 Gbps PASS
TC09: 1518B NDR binary search - DUT IPv6 whitelist - 2threads 2cores 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC10: 1518B PDR binary search - DUT IPv6 whitelist - 2threads 2cores 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC11: 9000B NDR binary search - DUT IPv6 whitelist - 2threads 2cores 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC12: 9000B PDR binary search - DUT IPv6 whitelist - 2threads 2cores 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC13: 78B NDR binary search - DUT IPv6 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 4 threads, 4 phy cores, 2 receive queue per NIC port. [Ver] Find NDR for 78 Byte frames using binary search start at 10GE linerate, step 100kpps. FINAL_RATE: 22741900.4376 pps (2x 11370950.2188 pps) FINAL_BANDWIDTH: 17.8296499431 Gbps PASS
TC14: 78B PDR binary search - DUT IPv6 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 4 threads, 4 phy cores, 2 receive queue per NIC port. [Ver] Find PDR for 78 Byte frames using binary search start at 10GE linerate, step 100kpps, LT=0.5%. FINAL_RATE: 23137372.375 pps (2x 11568686.1875 pps) FINAL_BANDWIDTH: 18.139699942 Gbps PASS
TC15: 1518B NDR binary search - DUT IPv6 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 4 threads, 4 phy cores, 2 receive queue per NIC port. [Ver] Find NDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC16: 1518B PDR binary search - DUT IPv6 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 4 threads, 4 phy cores, 2 receive queue per NIC port. [Ver] Find PDR for 1518 Byte frames using binary search start at 10GE linerate, step 10kpps, LT=0.5%. FINAL_RATE: 1625486.0 pps (2x 812743.0 pps) FINAL_BANDWIDTH: 19.999979744 Gbps PASS
TC17: 9000B NDR binary search - DUT IPv6 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 4 threads, 4 phy cores, 2 receive queue per NIC port. [Ver] Find NDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS
TC18: 9000B PDR binary search - DUT IPv6 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 4 threads, 4 phy cores, 2 receive queue per NIC port. [Ver] Find PDR for 9000 Byte frames using binary search start at 10GE linerate, step 5kpps, LT=0.5%. FINAL_RATE: 277160.0 pps (2x 138580.0 pps) FINAL_BANDWIDTH: 19.9998656 Gbps PASS

Short Performance Tests - ref-NDR Verification

Short L2 Cross-Connect Intel-X520-DA2

Reference NDR throughput L2XC verify test cases - verify VPP DUT reference packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4 for IPv4 routing.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with L2 Cross-Connect. DUT1 and DUT2 tested with 2p10GE NIC X520 Niantic by Intel.
  • [Ver] TG verification: In short performance tests, TG verifies DUTs' throughput at ref-NDR (reference Non Drop Rate) with zero packet loss tolerance. Ref-NDR value is periodically updated acording to formula: ref-NDR = 0.9x NDR, where NDR is found in RFC2544 long performance tests for the same DUT confiiguration. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv4 header with IP protocol=61 and generated payload.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: Verify 64B ref-NDR at 2x 3.6Mpps - DUT L2XC - 1thread 1core 1rxq [Cfg] DUT runs L2XC config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 64 Byte frames using single trial throughput test. PASS
TC02: Verify 1518B ref-NDR at 2x 812.74kpps - DUT L2XC - 1thread 1core 1rxq [Cfg] DUT runs L2XC config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC03: Verify 9000B ref-NDR at 2x 138.58kpps - DUT L2XC - 1thread 1core 1rxq [Cfg] DUT runs L2XC config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS
TC04: Verify 64B ref-NDR at 2x 8.3Mpps - DUT L2XC - 2thread 2core 1rxq [Cfg] DUT runs L2XC config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 64 Byte frames using single trial throughput test. PASS
TC05: Verify 1518B ref-NDR at 2x 812.43kpps - DUT L2XC - 2thread 2core 1rxq [Cfg] DUT runs L2XC config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC06: Verify 9000B ref-NDR at 2x 138.58kpps - DUT L2XC - 2thread 2core 1rxq [Cfg] DUT runs L2XC config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS
TC07: Verify 64B ref-NDR at 2x 9.3Mpps - DUT L2XC - 4thread 4core 2rxq [Cfg] DUT runs L2XC config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 64 Byte frames using single trial throughput test. PASS
TC08: Verify 1518B ref-NDR at 2x 812.74kpps - DUT L2XC - 4thread 4core 2rxq [Cfg] DUT runs L2XC config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC09: Verify 9000B ref-NDR at 2x 138.58kpps - DUT L2XC - 4thread 4core 2rxq [Cfg] DUT runs L2XC config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS

Short L2 Cross-Connect with dot1q Intel-X520-DA2

Reference NDR throughput L2XC verify test cases - verify VPP DUT reference packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4 for L2 switching of IPv4. Dot1q tagging is applied on link between DUT1 and DUT2.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with L2 cross-connect. DUT1 and DUT2 tested with 2p10GE NIC X520 Niantic by Intel.
  • [Ver] TG verification: In short performance tests, TG verifies DUTs' throughput at ref-NDR (reference Non Drop Rate) with zero packet loss tolerance. Ref-NDR value is periodically updated acording to formula: ref-NDR = 0.9x NDR, where NDR is found in RFC2544 long performance tests for the same DUT confiiguration. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv4 header with IP protocol=61 and generated payload.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: Verify 64B ref-NDR at 2x 2.9Mpps - DUT dot1q - 1thread 1core 1rxq [Cfg] DUT runs L2XC config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 64 Byte frames using single trial throughput test. PASS
TC02: Verify 1518B ref-NDR at 2x 720kpps - DUT dot1q - 1thread 1core 1rxq [Cfg] DUT runs L2XC config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC03: Verify 9000B ref-NDR at 2x 120kpps - DUT dot1q - 1thread 1core 1rxq [Cfg] DUT runs L2XC config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS
TC04: Verify 64B ref-NDR at 2x 7Mpps - DUT dot1q - 2thread 2core 1rxq [Cfg] DUT runs L2XC config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 64 Byte frames using single trial throughput test. PASS
TC05: Verify 1518B ref-NDR at 2x 720kpps - DUT dot1q - 2thread 2core 1rxq [Cfg] DUT runs L2XC config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC06: Verify 9000B ref-NDR at 2x 120kpps - DUT dot1q - 2thread 2core 1rxq [Cfg] DUT runs L2XC config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS
TC07: Verify 64B ref-NDR at 2x 11Mpps - DUT dot1q - 4thread 4core 2rxq [Cfg] DUT runs L2XC config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 64 Byte frames using single trial throughput test. PASS
TC08: Verify 1518B ref-NDR at 2x 720kpps - DUT dot1q - 4thread 4core 2rxq [Cfg] DUT runs L2XC config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC09: Verify 9000B ref-NDR at 2x 120kpps - DUT dot1q - 4thread 4core 2rxq [Cfg] DUT runs L2XC config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS

Short L2 Bridge-Domain Intel-X520-DA2

Reference NDR throughput L2BD verify test cases - verify VPP DUT reference packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4 for L2 switching of IPv4.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with L2 bridge- domain and MAC learning enabled. DUT1 and DUT2 tested with 2p10GE NIC X520 Niantic by Intel.
  • [Ver] TG verification: In short performance tests, TG verifies DUTs' throughput at ref-NDR (reference Non Drop Rate) with zero packet loss tolerance. Ref-NDR value is periodically updated acording to formula: ref-NDR = 0.9x NDR, where NDR is found in RFC2544 long performance tests for the same DUT confiiguration. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv4 header with IP protocol=61 and generated payload.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: Verify 64B ref-NDR at 2x 3.2Mpps - DUT L2BD - 1thread 1core 1rxq [Cfg] DUT runs L2BD config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 64 Byte frames using single trial throughput test. PASS
TC02: Verify 1518B ref-NDR at 2x 812.74kpps - DUT L2BD - 1thread 1core 1rxq [Cfg] DUT runs L2BD config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC03: Verify 9000B ref-NDR at 2x 138.58kpps - DUT L2BD - 1thread 1core 1rxq [Cfg] DUT runs L2BD config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS
TC04: Verify 64B ref-NDR at 2x 6.9Mpps - DUT L2BD - 2thread 2core 1rxq [Cfg] DUT runs L2BD config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 64 Byte frames using single trial throughput test. PASS
TC05: Verify 1518B ref-NDR at 2x 812.74kpps - DUT L2BD - 2thread 2core 1rxq [Cfg] DUT runs L2BD config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC06: Verify 9000B ref-NDR at 2x 138.58kpps - DUT L2BD - 2thread 2core 1rxq [Cfg] DUT runs L2BD config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS
TC07: Verify 64B ref-NDR at 2x 7.4Mpps - DUT L2BD - 4thread 4core 2rxq [Cfg] DUT runs L2BD config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 64 Byte frames using single trial throughput test. PASS
TC08: Verify 1518B ref-NDR at 2x 812.74kpps - DUT L2BD - 4thread 4core 2rxq [Cfg] DUT runs L2BD config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC09: Verify 9000B ref-NDR at 2x 138.58kpps - DUT L2BD - 4thread 4core 2rxq [Cfg] DUT runs L2BD config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS

Short IPv4 Routing Intel-X520-DA2

Reference NDR throughput IPv4 routing verify test cases - verify VPP DUT reference packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4 for IPv4 routing.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv4 routing and two static IPv4 /24 route entries. DUT1 and DUT2 tested with 2p10GE NIC X520 Niantic by Intel.
  • [Ver] TG verification: In short performance tests, TG verifies DUTs' throughput at ref-NDR (reference Non Drop Rate) with zero packet loss tolerance. Ref-NDR value is periodically updated acording to formula: ref-NDR = 0.9x NDR, where NDR is found in RFC2544 long performance tests for the same DUT confiiguration. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv4 header with IP protocol=61 and generated payload.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: Verify 64B ref-NDR at 2x 3.5Mpps - DUT IPv4 - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 64 Byte frames using single trial throughput test. PASS
TC02: Verify 1518B ref-NDR at 2x 812.74kpps - DUT IPv4 - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC03: Verify 9000B ref-NDR at 2x 138.58kpps - DUT IPv4 - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS
TC04: Verify 64B ref-NDR at 2x 7.5Mpps - DUT IPv4 - 2threads, 2cores, 1rxq [Cfg] DUT runs IPv4 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 64 Byte frames using single trial throughput test. PASS
TC05: Verify 1518B ref-NDR at 2x 812.74kpps - DUT IPv4 - 2threads, 2cores, 1rxq [Cfg] DUT runs IPv4 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC06: Verify 9000B ref-NDR at 2x 138.58kpps - DUT IPv4 - 2threads, 2cores, 1rxq [Cfg] DUT runs IPv4 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS
TC07: Verify 64B ref-NDR at 2x 10.0Mpps - DUT IPv4 - 4threads, 4cores, 2rxq [Cfg] DUT runs IPv4 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 64 Byte frames using single trial throughput test. PASS
TC08: Verify 1518B ref-NDR at 2x 812.74kpps - DUT IPv4 - 4threads, 4cores, 2rxq [Cfg] DUT runs IPv4 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC09: Verify 9000B ref-NDR at 2x 138.58kpps - DUT IPv4 - 4threads, 4cores, 2rxq [Cfg] DUT runs IPv4 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS

Short IPv4 Routing with COP Address Security Intel-X520-DA2

Reference NDR throughput IPv4 whitelist verify test cases - verify VPP DUT reference packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv4 for IPv4 routing.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv4 routing, two static IPv4 /24 routes and IPv4 COP security whitelist ingress /24 filter entries applied on links TG - DUT1 and DUT2 - TG. DUT1 and DUT2 tested with 2p10GE NIC X520 Niantic by Intel.
  • [Ver] TG verification: In short performance tests, TG verifies DUTs' throughput at ref-NDR (reference Non Drop Rate) with zero packet loss tolerance. Ref-NDR value is periodically updated acording to formula: ref-NDR = 0.9x NDR, where NDR is found in RFC2544 long performance tests for the same DUT confiiguration. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv4 header with IP protocol=61 and generated payload.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: Verify 64B ref-NDR at 2x 3.5Mpps - DUT IPv4 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify

ref-NDR for 64 Byte frames using single trial throughput test.

PASS
TC02: Verify 1518B ref-NDR at 2x 812.74kpps - DUT IPv4 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify

ref-NDR for 1518 Byte frames using single trial throughput test.

PASS
TC03: Verify 9000B ref-NDR at 2x 138.58kpps - DUT IPv4 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify

ref-NDR for 9000 Byte frames using single trial throughput test.

PASS
TC04: Verify 64B ref-NDR at 2x 6.6Mpps - DUT IPv4 whitelist - 2thread 2core 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify

ref-NDR for 64 Byte frames using single trial throughput test.

PASS
TC05: Verify 1518B ref-NDR at 2x 812.74kpps - DUT IPv4 whitelist - 2thread 2core 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify

ref-NDR for 1518 Byte frames using single trial throughput test.

PASS
TC06: Verify 9000B ref-NDR at 2x 138.58kpps - DUT IPv4 whitelist - 2thread 2core 1rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify

ref-NDR for 9000 Byte frames using single trial throughput test.

PASS
TC07: Verify 64B ref-NDR at 2x 10.0Mpps - DUT IPv4 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 4 thread, 4 phy core, 2 receive queue per NIC port. [Ver] Verify

ref-NDR for 64 Byte frames using single trial throughput test.

PASS
TC08: Verify 1518B ref-NDR at 2x 812.74kpps - DUT IPv4 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 4 thread, 4 phy core, 2 receive queue per NIC port. [Ver] Verify

ref-NDR for 1518 Byte frames using single trial throughput test.

PASS
TC09: Verify 9000B ref-NDR at 2x 138.58kpps - DUT IPv4 whitelist - 4threads 4cores 2rxq [Cfg] DUT runs IPv4 routing and whitelist filters config with 4 thread, 4 phy core, 2 receive queue per NIC port. [Ver] Verify

ref-NDR for 9000 Byte frames using single trial throughput test.

PASS

Short IPv6 Routing Intel-X520-DA2

Reference NDR throughput IPv6 routing verify test cases - verify VPP DUT reference packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv6 for IPv6 routing.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv6 routing and two static IPv6 /64 route entries. DUT1 and DUT2 tested with

2p10GE NIC X520 Niantic by Intel.

  • [Ver] TG verification: In short performance tests, TG verifies DUTs' throughput at ref-NDR (reference Non Drop Rate) with zero packet loss tolerance. Ref-NDR value is periodically updated acording to formula: ref-NDR = 0.9x NDR, where NDR is found in RFC2544 long performance tests for the same DUT confiiguration. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv6 header and generated payload.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: Verify 78B ref-NDR at 2x 2.9Mpps - DUT IPv6 - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 78 Byte frames using single trial throughput test. PASS
TC02: Verify 1518B ref-NDR at 2x 812.74kpps - DUT IPv6 - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC03: Verify 9000B ref-NDR at 2x 138.58kpps - DUT IPv6 - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS
TC04: Verify 78B ref-NDR at 2x 5.9Mpps - DUT IPv6 - 2thread 2core 1rxq [Cfg] DUT runs IPv6 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 78 Byte frames using single trial throughput test. PASS
TC05: Verify 1518B ref-NDR at 2x 812.74kpps - DUT IPv6 - 2thread 2core 1rxq [Cfg] DUT runs IPv6 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC06: Verify 9000B ref-NDR at 2x 138.58kpps - DUT IPv6 - 2thread 2core 1rxq [Cfg] DUT runs IPv6 routing config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS
TC07: Verify 78B ref-NDR at 2x 7.3Mpps - DUT IPv6 - 4thread 4core 2rxq [Cfg] DUT runs IPv6 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 78 Byte frames using single trial throughput test. PASS
TC08: Verify 1518B ref-NDR at 2x 812.74kpps - DUT IPv6 - 4thread 4core 2rxq [Cfg] DUT runs IPv6 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 1518 Byte frames using single trial throughput test. PASS
TC09: Verify 9000B ref-NDR at 2x 138.58kpps - DUT IPv6 - 4thread 4core 2rxq [Cfg] DUT runs IPv6 routing config with 4 threads, 4 phy cores, 2 receive queues per NIC port. [Ver] Verify ref-NDR for 9000 Byte frames using single trial throughput test. PASS

Short IPv6 Routing with COP Address Security Intel-X520-DA2

Reference NDR throughput IPv6 whitelist verify test cases - verify VPP DUT reference packet throughput performance:

  • [Top] Network Topologies: TG-DUT1-DUT2-TG 3-node circular topology with single links between nodes.
  • [Enc] Packet Encapsulations: Eth-IPv6 for IPv6 routing.
  • [Cfg] DUT configuration: DUT1 and DUT2 are configured with IPv6 routing, two static IPv6 /64 routes and IPv6 COP security whitelist ingress /24 filter entries applied on links TG - DUT1 and DUT2 - TG. DUT1 and DUT2 tested with 2p10GE NIC X520 Niantic by Intel.
  • [Ver] TG verification: In short performance tests, TG verifies DUTs' throughput at ref-NDR (reference Non Drop Rate) with zero packet loss tolerance. Ref-NDR value is periodically updated acording to formula: ref-NDR = 0.9x NDR, where NDR is found in RFC2544 long performance tests for the same DUT confiiguration. Test packets are generated by TG on links to DUTs. TG traffic profile contains two L3 flow-groups (flow-group per direction, 253 flows per flow-group) with all packets containing Ethernet header, IPv6 header and generated payload.
  • [Ref] Applicable standard specifications: RFC2544.
Name Documentation Message Status
TC01: Verify 78B ref-NDR at 2x 2.8Mpps - DUT IPv6 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify

ref-NDR for 78 Byte frames using single trial throughput test.

PASS
TC02: Verify 1518B ref-NDR at 2x 812.74kpps - DUT IPv6 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify

ref-NDR for 1518 Byte frames using single trial throughput test.

PASS
TC03: Verify 9000B ref-NDR at 2x 138.580kpps - DUT IPv6 whitelist - 1thread 1core 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 1 thread, 1 phy core, 1 receive queue per NIC port. [Ver] Verify

ref-NDR for 9000 Byte frames using single trial throughput test.

PASS
TC04: Verify 78B ref-NDR at 2x 4.9Mpps - DUT IPv6 whitelist - 2thread 2core 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify

ref-NDR for 78 Byte frames using single trial throughput test.

PASS
TC05: Verify 1518B ref-NDR at 2x 812.74kpps - DUT IPv6 whitelist - 2thread 2core 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify

ref-NDR for 1518 Byte frames using single trial throughput test.

PASS
TC06: Verify 9000B ref-NDR at 2x 138.58kpps - DUT IPv6 whitelist - 2thread 2core 1rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 2 threads, 2 phy cores, 1 receive queue per NIC port. [Ver] Verify

ref-NDR for 9000 Byte frames using single trial throughput test.

PASS
TC07: Verify 78B ref-NDR at 2x 10.1Mpps - DUT IPv6 whitelist - 4thread 4core 2rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 4 thread, 4 phy core, 2 receive queue per NIC port. [Ver] Verify

ref-NDR for 78 Byte frames using single trial throughput test.

PASS
TC08: Verify 1518B ref-NDR at 2x 812.74kpps - DUT IPv6 whitelist - 4thread 4core 2rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 4 thread, 4 phy core, 2 receive queue per NIC port. [Ver] Verify

ref-NDR for 1518 Byte frames using single trial throughput test.

PASS
TC09: Verify 9000B ref-NDR at 2x 138.58kpps - DUT IPv6 whitelist - 4thread 4core 2rxq [Cfg] DUT runs IPv6 routing and whitelist filters config with 4 thread, 4 phy core, 2 receive queue per NIC port. [Ver] Verify

ref-NDR for 9000 Byte frames using single trial throughput test.

PASS
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