| # Copyright 2017 - present Open Networking Foundation |
| # |
| # Licensed under the Apache License, Version 2.0 (the "License"); |
| # you may not use this file except in compliance with the License. |
| # You may obtain a copy of the License at |
| # |
| # http://www.apache.org/licenses/LICENSE-2.0 |
| # |
| # Unless required by applicable law or agreed to in writing, software |
| # distributed under the License is distributed on an "AS IS" BASIS, |
| # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. |
| # See the License for the specific language governing permissions and |
| # limitations under the License. |
| # FIXME Can we use the same test against BBSim and Hardware? |
| |
| *** Settings *** |
| Documentation Test various multicast scenarios with given input file for TT workflow |
| Suite Setup Setup Suite |
| Test Setup Setup |
| Test Teardown Teardown |
| Suite Teardown Teardown Suite |
| Library Collections |
| Library String |
| Library OperatingSystem |
| Library XML |
| Library RequestsLibrary |
| Library ../../libraries/DependencyLibrary.py |
| Resource ../../libraries/onos.robot |
| Resource ../../libraries/voltctl.robot |
| Resource ../../libraries/voltha.robot |
| Resource ../../libraries/utils.robot |
| Resource ../../libraries/k8s.robot |
| Resource ../../variables/variables.robot |
| Resource ../../libraries/power_switch.robot |
| |
| *** Variables *** |
| ${POD_NAME} flex-ocp-cord |
| ${KUBERNETES_CONF} ${KUBERNETES_CONFIGS_DIR}/${POD_NAME}.conf |
| ${KUBERNETES_CONFIGS_DIR} ~/pod-configs/kubernetes-configs |
| #${KUBERNETES_CONFIGS_DIR} ${KUBERNETES_CONFIGS_DIR}/${POD_NAME}.conf |
| ${KUBERNETES_YAML} ${KUBERNETES_CONFIGS_DIR}/${POD_NAME}.yml |
| ${HELM_CHARTS_DIR} ~/helm-charts |
| ${VOLTHA_POD_NUM} 8 |
| ${NAMESPACE} voltha |
| ${INFRA_NAMESPACE} default |
| # For below variable value, using deployment name as using grep for |
| # parsing radius pod name, we can also use full radius pod name |
| ${RESTART_POD_NAME} radius |
| ${timeout} 60s |
| ${of_id} 0 |
| ${logical_id} 0 |
| ${multicast_test_duration} 60 |
| ${has_dataplane} True |
| ${teardown_device} True |
| ${scripts} ../../scripts |
| |
| # Per-test logging on failure is turned off by default; set this variable to enable |
| ${container_log_dir} ${None} |
| |
| # logging flag to enable Collect Logs, can be passed via the command line too |
| # example: -v logging:False |
| ${logging} True |
| |
| ${suppressaddsubscriber} True |
| |
| # flag to choose the subscriber provisioning command type in ONOS |
| # TT often provision a single services for a subscriber (eg: hsia, voip, ...) one after the other. |
| # if set to True, command used is "volt-add-subscriber-unitag" |
| # if set to False, comand used is "volt-add-subscriber-access" |
| ${unitag_sub} False |
| |
| *** Test Cases *** |
| 2 RG Same ONU Same Channel Multicast Test |
| [Documentation] Verify that 2 RG which are connected to the same ONU could join the same channel. |
| [Tags] functionalTT 2RGSameOnuSameChannel multicastTT |
| [Setup] Start Logging 2RGSameOnuSameChannel |
| [Teardown] Run Keywords Run Keyword If ${logging} Collect Logs |
| ... AND Stop Logging 2RGSameOnuSameChannel |
| ${test_onus_pon0}= Set Variable ${multicast_test_onu_pon_locations.pon_0[0]} |
| ${test_onu1_sn}= Set Variable ${test_onus_pon0['onu_1']} |
| ${test_onu1_uni}= Set Variable 1 |
| ${test_onu2_sn}= Set Variable ${test_onus_pon0['onu_1']} |
| ${test_onu2_uni}= Set Variable 2 |
| ${channel_ip_list}= Set Variable ${multicast_ip_addresses[0]} |
| ${channel_ip_1}= Set Variable ${channel_ip_list['channel_1']} |
| ${matched} ${src_onu1} ${dst_onu1}= Get ONU details with Given Sn and Service and UNI ${test_onu1_sn} mcast |
| ... ${test_onu1_uni} |
| ${matched} ${src_onu2} ${dst_onu2}= Get ONU details with Given Sn and Service and UNI ${test_onu2_sn} mcast |
| ... ${test_onu2_uni} |
| Wait Until Keyword Succeeds ${timeout} 15 TT 2 RG MCAST Test ${src_onu1} ${dst_onu1} |
| ... ${channel_ip_1} ${src_onu2} ${dst_onu2} ${channel_ip_1} ${multicast_test_duration} |
| # The purpose of this sleep period is to ensure that all groups and flows are deleted from the OLT before the next test. |
| Sleep ${multicast_test_duration} |
| |
| 2 RG Same ONU Different Channel Multicast Test |
| [Documentation] Verify that 2 RG which are connected to the same ONU could join the different channel. |
| [Tags] functionalTT 2RGSameOnuDifferentChannel multicastTT |
| [Setup] Start Logging 2RGSameOnuDifferentChannel |
| [Teardown] Run Keywords Run Keyword If ${logging} Collect Logs |
| ... AND Stop Logging 2RGSameOnuDifferentChannel |
| ${test_onus_pon0}= Set Variable ${multicast_test_onu_pon_locations.pon_0[0]} |
| ${test_onu1_sn}= Set Variable ${test_onus_pon0['onu_1']} |
| ${test_onu1_uni}= Set Variable 1 |
| ${test_onu2_sn}= Set Variable ${test_onus_pon0['onu_1']} |
| ${test_onu2_uni}= Set Variable 2 |
| ${channel_ip_list}= Set Variable ${multicast_ip_addresses[0]} |
| ${channel_ip_1}= Set Variable ${channel_ip_list['channel_1']} |
| ${channel_ip_2}= Set Variable ${channel_ip_list['channel_2']} |
| ${matched} ${src_onu1} ${dst_onu1}= Get ONU details with Given Sn and Service and UNI ${test_onu1_sn} mcast |
| ... ${test_onu1_uni} |
| ${matched} ${src_onu2} ${dst_onu2}= Get ONU details with Given Sn and Service and UNI ${test_onu2_sn} mcast |
| ... ${test_onu2_uni} |
| Wait Until Keyword Succeeds ${timeout} 15 TT 2 RG MCAST Test ${src_onu1} ${dst_onu1} |
| ... ${channel_ip_1} ${src_onu2} ${dst_onu2} ${channel_ip_2} ${multicast_test_duration} |
| # The purpose of this sleep period is to ensure that all groups and flows are deleted from the OLT before the next test. |
| Sleep ${multicast_test_duration} |
| |
| 2 RG Same PON Different ONU Same Channel Multicast Test |
| [Documentation] Verify that 2 RG which are connected to the different ONUs |
| ... on the same PON Ports could join the same channel. |
| [Tags] functionalTT 2RGSamePonDifferentOnuSameChannel multicastTT |
| [Setup] Start Logging 2RGSamePonDifferentOnuSameChannel |
| [Teardown] Run Keywords Collect Logs |
| ... AND Stop Logging 2RGSamePonDifferentOnuSameChannel |
| ${test_onus_pon0}= Set Variable ${multicast_test_onu_pon_locations.pon_0[0]} |
| ${test_onu1_sn}= Set Variable ${test_onus_pon0['onu_1']} |
| ${test_onu1_uni}= Set Variable 1 |
| ${test_onu2_sn}= Set Variable ${test_onus_pon0['onu_2']} |
| ${test_onu2_uni}= Set Variable 1 |
| ${channel_ip_list}= Set Variable ${multicast_ip_addresses[0]} |
| ${channel_ip_1}= Set Variable ${channel_ip_list['channel_1']} |
| ${matched} ${src_onu1} ${dst_onu1}= Get ONU details with Given Sn and Service and UNI ${test_onu1_sn} mcast |
| ... ${test_onu1_uni} |
| ${matched} ${src_onu2} ${dst_onu2}= Get ONU details with Given Sn and Service and UNI ${test_onu2_sn} mcast |
| ... ${test_onu2_uni} |
| Wait Until Keyword Succeeds ${timeout} 15 TT 2 RG MCAST Test ${src_onu1} ${dst_onu1} |
| ... ${channel_ip_1} ${src_onu2} ${dst_onu2} ${channel_ip_1} ${multicast_test_duration} |
| # The purpose of this sleep period is to ensure that all groups and flows are deleted from the OLT before the next test. |
| Sleep ${multicast_test_duration} |
| |
| 2 RG Same PON Different ONU Different Channels Multicast Test |
| [Documentation] Verify that 2 RG which are connected to the different ONUs |
| ... on the same PON Ports could join the different channels. |
| [Tags] functionalTT 2RGSamePonDifferentOnuDifferentChannel multicastTT |
| [Setup] Start Logging 2RGSamePonDifferentOnuDifferentChannel |
| [Teardown] Run Keywords Collect Logs |
| ... AND Stop Logging 2RGSamePonDifferentOnuDifferentChannel |
| ${test_onus_pon0}= Set Variable ${multicast_test_onu_pon_locations.pon_0[0]} |
| ${test_onu1_sn}= Set Variable ${test_onus_pon0['onu_1']} |
| ${test_onu1_uni}= Set Variable 1 |
| ${test_onu2_sn}= Set Variable ${test_onus_pon0['onu_2']} |
| ${test_onu2_uni}= Set Variable 1 |
| ${channel_ip_list}= Set Variable ${multicast_ip_addresses[0]} |
| ${channel_ip_1}= Set Variable ${channel_ip_list['channel_1']} |
| ${channel_ip_2}= Set Variable ${channel_ip_list['channel_2']} |
| ${matched} ${src_onu1} ${dst_onu1}= Get ONU details with Given Sn and Service and UNI ${test_onu1_sn} mcast |
| ... ${test_onu1_uni} |
| ${matched} ${src_onu2} ${dst_onu2}= Get ONU details with Given Sn and Service and UNI ${test_onu2_sn} mcast |
| ... ${test_onu2_uni} |
| Wait Until Keyword Succeeds ${timeout} 15 TT 2 RG MCAST Test ${src_onu1} ${dst_onu1} |
| ... ${channel_ip_1} ${src_onu2} ${dst_onu2} ${channel_ip_2} ${multicast_test_duration} |
| # The purpose of this sleep period is to ensure that all groups and flows are deleted from the OLT before the next test. |
| Sleep ${multicast_test_duration} |
| |
| 2 RG Different PON Different ONU Same Channel Multicast Test |
| [Documentation] Verify that 2 RG which are connected to the different ONUs |
| ... on the different PON Ports could join the same channel. |
| [Tags] functionalTT 2RGDifferentOnuandPonSameChannel multicastTT notready |
| [Setup] Start Logging 2RGDifferentOnuandPonSameChannel |
| [Teardown] Run Keywords Collect Logs |
| ... AND Stop Logging 2RGDifferentOnuandPonSameChannel |
| ${test_onus_pon0}= Set Variable ${multicast_test_onu_pon_locations.pon_0[0]} |
| ${test_onus_pon1}= Set Variable ${multicast_test_onu_pon_locations.pon_1[0]} |
| ${test_onu1_sn}= Set Variable ${test_onus_pon0['onu_1']} |
| ${test_onu1_uni}= Set Variable 1 |
| ${test_onu2_sn}= Set Variable ${test_onus_pon1['onu_1']} |
| ${test_onu2_uni}= Set Variable 1 |
| ${channel_ip_list}= Set Variable ${multicast_ip_addresses[0]} |
| ${channel_ip_1}= Set Variable ${channel_ip_list['channel_1']} |
| ${matched} ${src_onu1} ${dst_onu1}= Get ONU details with Given Sn and Service and UNI ${test_onu1_sn} mcast |
| ... ${test_onu1_uni} |
| ${matched} ${src_onu2} ${dst_onu2}= Get ONU details with Given Sn and Service and UNI ${test_onu2_sn} mcast |
| ... ${test_onu2_uni} |
| Wait Until Keyword Succeeds ${timeout} 15 TT 2 RG MCAST Test ${src_onu1} ${dst_onu1} |
| ... ${channel_ip_1} ${src_onu2} ${dst_onu2} ${channel_ip_1} ${multicast_test_duration} |
| # The purpose of this sleep period is to ensure that all groups and flows are deleted from the OLT before the next test. |
| Sleep ${multicast_test_duration} |
| |
| 2 RG Different PON Different ONU Different Channels Multicast Test |
| [Documentation] Verify that 2 RG which are connected to the different ONUs |
| ... on the different PON Ports could join the different channels. |
| [Tags] functionalTT 2RGDifferentOnuandPonDifferentChannels multicastTT notready |
| [Setup] Start Logging 2RGDifferentOnuandPonDifferentChannels |
| [Teardown] Run Keywords Collect Logs |
| ... AND Stop Logging 2RGDifferentOnuandPonDifferentChannels |
| ${test_onus_pon0}= Set Variable ${multicast_test_onu_pon_locations.pon_0[0]} |
| ${test_onus_pon1}= Set Variable ${multicast_test_onu_pon_locations.pon_1[0]} |
| ${test_onu1_sn}= Set Variable ${test_onus_pon0['onu_1']} |
| ${test_onu1_uni}= Set Variable 1 |
| ${test_onu2_sn}= Set Variable ${test_onus_pon1['onu_1']} |
| ${test_onu2_uni}= Set Variable 1 |
| ${channel_ip_list}= Set Variable ${multicast_ip_addresses[0]} |
| ${channel_ip_1}= Set Variable ${channel_ip_list['channel_1']} |
| ${channel_ip_2}= Set Variable ${channel_ip_list['channel_2']} |
| ${matched} ${src_onu1} ${dst_onu1}= Get ONU details with Given Sn and Service and UNI ${test_onu1_sn} mcast |
| ... ${test_onu1_uni} |
| ${matched} ${src_onu2} ${dst_onu2}= Get ONU details with Given Sn and Service and UNI ${test_onu2_sn} mcast |
| ... ${test_onu2_uni} |
| Wait Until Keyword Succeeds ${timeout} 15 TT 2 RG MCAST Test ${src_onu1} ${dst_onu1} |
| ... ${channel_ip_1} ${src_onu2} ${dst_onu2} ${channel_ip_2} ${multicast_test_duration} |
| |
| *** Keywords *** |
| Get ONU details with Given Sn and Service and UNI |
| [Documentation] This keyword finds the ONU details (as required for multicast test) |
| ... with given serial number, service type and UNI |
| [Arguments] ${onu_sn} ${service_type} ${uni} |
| ${matched}= Set Variable False |
| FOR ${I} IN RANGE 0 ${num_all_onus} |
| ${src}= Set Variable ${hosts.src[${I}]} |
| ${dst}= Set Variable ${hosts.dst[${I}]} |
| ${service}= Get Variable Value ${src['service_type']} "null" |
| ${onu}= Get Variable Value ${src['onu']} "null" |
| ${uni_id}= Get Variable Value ${src['uni_id']} "null" |
| Continue For Loop If '${onu}' != '${onu_sn}' or '${service}' != '${service_type}' |
| ${matched}= Set Variable If |
| ... '${onu}' == '${onu_sn}' and '${service}' == '${service_type}' and '${uni}' == '${uni_id}' |
| ... True False |
| Exit For Loop If ${matched} |
| END |
| [Return] ${matched} ${src} ${dst} |
| |
| |
| TT 2 RG MCAST Test |
| [Documentation] This keyword performs MCAST two RG at the Same Time for TT workflow. |
| ... RG1 and RG2 could be join same channel or different channel. |
| ... It will run multicast test with given multicast_test_duration variable. |
| ... RG2 will leave channel after multicast_test_duration/2 seconds. |
| ... Function verify that RG1's multicast stream is not affected. |
| [Arguments] ${src_rg1} ${dst_rg1} ${channel_ip_rg1} ${src_rg2} ${dst_rg2} ${channel_ip_rg2} |
| ... ${multicast_test_duration} |
| # Check for iperf and jq tools RG1 |
| ${stdout} ${stderr} ${rc}= Execute Remote Command which iperf jq |
| ... ${src_rg1['ip']} ${src_rg1['user']} ${src_rg1['pass']} ${src_rg1['container_type']} |
| ... ${src_rg1['container_name']} |
| Pass Execution If ${rc} != 0 Skipping test: iperf / jq not found on the RG |
| |
| # Check for iperf and jq tools RG2 |
| ${stdout} ${stderr} ${rc}= Execute Remote Command which iperf jq |
| ... ${src_rg2['ip']} ${src_rg2['user']} ${src_rg2['pass']} ${src_rg2['container_type']} |
| ... ${src_rg2['container_name']} |
| Pass Execution If ${rc} != 0 Skipping test: iperf / jq not found on the RG |
| |
| #Reset the IP on the interface RG1 |
| ${output}= Login And Run Command On Remote System sudo ifconfig ${src_rg1['dp_iface_name']} 0 |
| ... ${src_rg1['ip']} ${src_rg1['user']} ${src_rg1['pass']} ${src_rg1['container_type']} |
| ... ${src_rg1['container_name']} |
| # Kill iperf on BNG |
| ${rg_output}= Run Keyword and Continue On Failure Login And Run Command On Remote System |
| ... sudo kill -9 `pidof iperf` |
| ... ${dst_rg1['bng_ip']} ${dst_rg1['bng_user']} ${dst_rg1['bng_pass']} ${dst_rg1['container_type']} |
| ... ${dst_rg1['container_name']} |
| |
| #Reset the IP on the interface RG2 |
| ${output}= Login And Run Command On Remote System sudo ifconfig ${src_rg1['dp_iface_name']} 0 |
| ... ${src_rg2['ip']} ${src_rg2['user']} ${src_rg2['pass']} ${src_rg2['container_type']} |
| ... ${src_rg2['container_name']} |
| # Kill iperf on BNG |
| ${rg_output}= Run Keyword and Continue On Failure Login And Run Command On Remote System |
| ... sudo kill -9 `pidof iperf` |
| ... ${dst_rg2['bng_ip']} ${dst_rg2['bng_user']} ${dst_rg2['bng_pass']} ${dst_rg2['container_type']} |
| ... ${dst_rg2['container_name']} |
| |
| # Setup RG1 for Multi-cast test |
| ${output}= Login And Run Command On Remote System |
| ... sudo ifconfig ${src_rg1['dp_iface_name']} ${src_rg1['mcast_rg']} up ; sudo kill -9 `pidof iperf` |
| ... ${src_rg1['ip']} ${src_rg1['user']} ${src_rg1['pass']} ${src_rg1['container_type']} |
| ... ${src_rg1['container_name']} |
| ${output}= Login And Run Command On Remote System |
| ... sudo ip route add ${src_rg1['mcast_grp_subnet_mask']} dev ${src_rg1['dp_iface_name']} scope link |
| ... ${src_rg1['ip']} ${src_rg1['user']} ${src_rg1['pass']} ${src_rg1['container_type']} |
| ... ${src_rg1['container_name']} |
| |
| # Setup RG2 for Multi-cast test |
| ${output}= Login And Run Command On Remote System |
| ... sudo ifconfig ${src_rg2['dp_iface_name']} ${src_rg2['mcast_rg']} up ; sudo kill -9 `pidof iperf` |
| ... ${src_rg2['ip']} ${src_rg2['user']} ${src_rg2['pass']} ${src_rg2['container_type']} |
| ... ${src_rg2['container_name']} |
| ${output}= Login And Run Command On Remote System |
| ... sudo ip route add ${src_rg2['mcast_grp_subnet_mask']} dev ${src_rg2['dp_iface_name']} scope link |
| ... ${src_rg2['ip']} ${src_rg2['user']} ${src_rg2['pass']} ${src_rg2['container_type']} |
| ... ${src_rg2['container_name']} |
| |
| # Setup iperf on the BNG |
| ${server_output}= Run Keyword If '${channel_ip_rg1}'=='${channel_ip_rg2}' |
| ... Login And Run Command On Remote System |
| ... sudo iperf -c '${channel_ip_rg1}' -u -T 32 -t ${multicast_test_duration} -i 1 & |
| ... ${dst_rg1['bng_ip']} ${dst_rg1['bng_user']} ${dst_rg1['bng_pass']} ${dst_rg1['container_type']} |
| ... ${dst_rg1['container_name']} |
| ... ELSE Run Keywords Run Keyword And Continue On Failure |
| ... Login And Run Command On Remote System |
| ... sudo iperf -c '${channel_ip_rg1}' -u -T 32 -t ${multicast_test_duration} -i 1 & |
| ... ${dst_rg1['bng_ip']} ${dst_rg1['bng_user']} ${dst_rg1['bng_pass']} ${dst_rg1['container_type']} |
| ... ${dst_rg1['container_name']} AND Run Keyword And Continue On Failure |
| ... Login And Run Command On Remote System |
| ... sudo iperf -c '${channel_ip_rg2}' -u -T 32 -t ${multicast_test_duration} -i 1 & |
| ... ${dst_rg2['bng_ip']} ${dst_rg2['bng_user']} ${dst_rg2['bng_pass']} ${dst_rg2['container_type']} |
| ... ${dst_rg2['container_name']} |
| |
| # Setup iperf on the RG1 |
| ${rg_output_rg1}= Run Keyword and Continue On Failure Wait Until Keyword Succeeds ${timeout} 5s |
| ... Login And Run Command On Remote System |
| ... rm -rf /tmp/rg1_output ; date >> /tmp/rg1_output ; sudo iperf -s -u -B '${channel_ip_rg1}' -i 1 -D >> /tmp/rg1_output |
| ... ${src_rg1['ip']} ${src_rg1['user']} ${src_rg1['pass']} ${src_rg1['container_type']} |
| ... ${src_rg1['container_name']} |
| |
| # Setup iperf on the RG2 |
| ${rg_output_rg2}= Run Keyword and Continue On Failure Wait Until Keyword Succeeds ${timeout} 5s |
| ... Login And Run Command On Remote System |
| ... rm -rf /tmp/rg2_output ; date >> /tmp/rg2_output ; sudo iperf -s -u -B '${channel_ip_rg2}' -i 1 -D >> /tmp/rg2_output |
| ... ${src_rg2['ip']} ${src_rg2['user']} ${src_rg2['pass']} ${src_rg2['container_type']} |
| ... ${src_rg2['container_name']} |
| |
| #Logging Outputs and Check iperf UDP Stream Outputs |
| Log ${rg_output_rg1} |
| Log ${rg_output_rg2} |
| ${igmp_leave_time}= Evaluate ${multicast_test_duration}/2 |
| ${s}= Set Variable s |
| ${sleep_time}= Set Variable ${igmp_leave_time}${s} |
| Sleep ${sleep_time} |
| ${onos_delay_tolerance}= Set Variable 5 |
| ${igmp_leave_time_with_delay}= Evaluate ${igmp_leave_time} + ${onos_delay_tolerance} |
| |
| # Kill iperf on the RG2 |
| ${rg_kill_output_rg2}= Run Keyword and Continue On Failure Login And Run Command On Remote System |
| ... sudo kill -9 `pidof iperf` ; date >> /tmp/rg2_output ${src_rg2['ip']} ${src_rg2['user']} |
| ... ${src_rg2['pass']} ${src_rg2['container_type']} ${src_rg2['container_name']} |
| |
| Sleep ${sleep_time} |
| |
| # Kill iperf on the RG1 |
| ${output}= Run Keyword and Continue On Failure Login And Run Command On Remote System |
| ... sudo kill -9 `pidof iperf` ; date >> /tmp/rg1_output ${src_rg1['ip']} ${src_rg1['user']} |
| ... ${src_rg1['pass']} ${src_rg1['container_type']} ${src_rg1['container_name']} |
| |
| ${output_rg1}= Run Keyword and Continue On Failure Wait Until Keyword Succeeds ${timeout} 5s |
| ... Login And Run Command On Remote System |
| ... cat /tmp/rg1_output | grep KBytes |
| ... ${src_rg1['ip']} ${src_rg1['user']} ${src_rg1['pass']} ${src_rg1['container_type']} |
| ... ${src_rg1['container_name']} |
| Log ${output_rg1} |
| # Check that RG1's stream count |
| ${output_rg1_count}= Get Line Count ${output_rg1} |
| ${output_rg1_count}= Evaluate ${output_rg1_count}-1 |
| ${output_rg1_file}= Run Keyword and Continue On Failure Wait Until Keyword Succeeds ${timeout} 5s |
| ... Login And Run Command On Remote System |
| ... cat /tmp/rg1_output |
| ... ${src_rg1['ip']} ${src_rg1['user']} ${src_rg1['pass']} ${src_rg1['container_type']} |
| ... ${src_rg1['container_name']} |
| Log ${output_rg1_file} |
| |
| |
| ${output_rg2}= Run Keyword and Continue On Failure Wait Until Keyword Succeeds ${timeout} 5s |
| ... Login And Run Command On Remote System |
| ... cat /tmp/rg2_output | grep KBytes |
| ... ${src_rg2['ip']} ${src_rg2['user']} ${src_rg2['pass']} ${src_rg2['container_type']} |
| ... ${src_rg2['container_name']} |
| Log ${output_rg2} |
| # Check that RG2's stream count |
| ${output_rg2_count}= Get Line Count ${output_rg2} |
| ${output_rg2_count}= Evaluate ${output_rg2_count}-1 |
| ${output_rg2_file}= Run Keyword and Continue On Failure Wait Until Keyword Succeeds ${timeout} 5s |
| ... Login And Run Command On Remote System |
| ... cat /tmp/rg2_output |
| ... ${src_rg2['ip']} ${src_rg2['user']} ${src_rg2['pass']} ${src_rg2['container_type']} |
| ... ${src_rg2['container_name']} |
| Log ${output_rg2_file} |
| |
| # Kill iperf on BNG |
| ${server_output}= Run Keyword and Continue On Failure Login And Run Command On Remote System |
| ... sudo kill -9 `pidof iperf` |
| ... ${dst_rg1['bng_ip']} ${dst_rg1['bng_user']} ${dst_rg1['bng_pass']} ${dst_rg1['container_type']} |
| ... ${dst_rg1['container_name']} |
| |
| |
| Should Contain ${output_rg1} KBytes |
| Should Contain ${output_rg2} KBytes |
| # Verify that RG1's stream count is lower than multicast total test duration |
| Should Be Lower Than ${output_rg1_count} ${multicast_test_duration} |
| # Verify that RG1's stream count is larger than multicast igmp leave time |
| Should Be Larger Than ${output_rg1_count} ${igmp_leave_time_with_delay} |
| # Verify that RG2's stream count is lower than multicast igmp leave time |
| Should Be Lower Than ${output_rg2_count} ${igmp_leave_time_with_delay} |
| |
| |
| Setup Suite |
| [Documentation] Set up the test suite |
| Common Test Suite Setup |
| ${switch_type}= Get Variable Value ${web_power_switch.type} |
| Run Keyword If "${switch_type}"!="" Set Global Variable ${powerswitch_type} ${switch_type} |
| Run Keyword If ${has_dataplane} Clean Up Linux |
| Run Keyword Setup |
| Wait Until Keyword Succeeds ${timeout} 2s Provision Subscription TT |
| |
| |
| Clear All Devices Then Create New Device |
| [Documentation] Remove any devices from VOLTHA and ONOS |
| # Remove all devices from voltha and nos |
| Delete All Devices and Verify |
| # Execute normal test Setup Keyword |
| Setup |