tests/tt-workflow/Voltha_TT_FailureScenarios.robot

# Copyright 2021 - 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 functional end-to-end scenarios 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
${STACK_NAME}       voltha
# 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
${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 ***
Verify ONU after Rebooting Physically for TT
    [Documentation]    Test the ONU functionality by physically turning on/off ONU.
    ...    Assuming that all the ONUs are DHCP/pingable (i.e. assuming sanityTT test was executed)
    ...    Test case runs only on the PODs that are configured with PowerSwitch that
    ...    controls the power off/on ONUs/OLT remotely (simulating a physical reboot)
    [Tags]    functionalTT    PowerSwitchOnuRebootTT    PowerSwitch
    [Setup]    Start Logging    RebootOnu_PowerSwitch_TT
    [Teardown]    Run Keywords    Collect Logs
    ...           AND             Delete All Devices and Verify
    ...           AND             Run Keyword If    ${logging}    Collect Logs
    ...           AND             Stop Logging    RebootOnu_PowerSwitch_TT
    # Add OLT device
    Setup
    # Performing Sanity Test to make sure subscribers are all DHCP and pingable
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Perform Sanity Tests TT
    Power Switch Connection Suite    ${web_power_switch.ip}    ${web_power_switch.user}    ${web_power_switch.password}
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        ${of_id}=    Get ofID From OLT List    ${src['olt']}
        ${onu_device_id}=    Get Device ID From SN    ${src['onu']}
        ${onu_port}=    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Get ONU Port in ONOS    ${src['onu']}    ${of_id}
        # Disable Power Switch
        Disable Switch Outlet    ${src['power_switch_port']}
        # TODO: Add verification for MCAST
        Run Keyword If    ${has_dataplane} and '${service_type}' != 'mcast'    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    5s
        ...    Check Ping    False    ${dst['dp_iface_ip_qinq']}    ${src['dp_iface_name']}
        ...    ${src['ip']}    ${src['user']}    ${src['pass']}    ${src['container_type']}    ${src['container_name']}
        # Remove Subscriber Access (To replicate TT workflow)
        ${del_sub_cmd}=    Run Keyword If    ${unitag_sub}
        ...    Catenate    volt-remove-subscriber-unitag --tpId ${src['tp_id']} --sTag ${src['s_tag']}
        ...    --cTag ${src['c_tag']} ${src['onu']}-${src['uni_id']}
        ...    ELSE
        ...    Set Variable    volt-remove-subscriber-access ${of_id} ${onu_port}
        Wait Until Keyword Succeeds    ${timeout}    2s    Execute ONOS CLI Command use single connection    ${ONOS_SSH_IP}
        ...    ${ONOS_SSH_PORT}    ${del_sub_cmd}
        Sleep    5s
        # Enable Power Switch
        Enable Switch Outlet    ${src['power_switch_port']}
        # Check ONU port is Enabled in ONOS
        Wait Until Keyword Succeeds    120s    5s
        ...    Verify UNI Port Is Enabled   ${ONOS_SSH_IP}    ${ONOS_SSH_PORT}    ${src['onu']}
        # Add Subscriber Access
        ${add_sub_cmd}=    Run Keyword If    ${unitag_sub}
        ...    Catenate    volt-add-subscriber-unitag --tpId ${src['tp_id']} --sTag ${src['s_tag']}
        ...    --cTag ${src['c_tag']} ${src['onu']}-${src['uni_id']}
        ...    ELSE
        ...    Set Variable    volt-add-subscriber-access ${of_id} ${onu_port}
        Wait Until Keyword Succeeds    ${timeout}    2
        ...    Execute ONOS CLI Command use single connection    ${ONOS_SSH_IP}    ${ONOS_SSH_PORT}    ${add_sub_cmd}
        # Verify ONU state in voltha
        Wait Until Keyword Succeeds    ${timeout}    5s    Validate Device
        ...    ENABLED    ACTIVE    REACHABLE
        ...    ${src['onu']}    onu=True    onu_reason=omci-flows-pushed
        Run Keyword If    ${has_dataplane} and '${service_type}' != 'mcast'
        ...    Run Keyword And Continue On Failure    Validate DHCP and Ping    True
        ...    True    ${src['dp_iface_name']}    ${src['s_tag']}    ${src['c_tag']}    ${dst['dp_iface_ip_qinq']}
        ...    ${src['ip']}    ${src['user']}    ${src['pass']}    ${src['container_type']}    ${src['container_name']}
        ...    ${dst['dp_iface_name']}    ${dst['ip']}    ${dst['user']}    ${dst['pass']}    ${dst['container_type']}
        ...    ${dst['container_name']}
        ...    ELSE IF    ${has_dataplane} and '${service_type}' == 'mcast'    Run Keyword And Continue On Failure
        ...    Sanity Test TT MCAST one ONU    ${src}
        ...    ${dst}    ${suppressaddsubscriber}
    END

Verify OLT after Rebooting Physically for TT
    [Documentation]    Test the physical reboot of the OLT
    ...    Assuming that all the ONUs are DHCP/pingable (i.e. assuming sanityTT test was executed)
    ...    Test performs a physical reboot, performs "reboot" from the OLT CLI
    [Tags]    functionalTT    PhysicalOltRebootTT
    [Setup]    Start Logging    RebootOlt_Physical_TT
    [Teardown]    Run Keywords    Collect Logs
    ...           AND             Delete All Devices and Verify
    ...           AND             Run Keyword If    ${logging}    Collect Logs
    ...           AND             Stop Logging    RebootOlt_Physical_TT
    # Add OLT device
    Setup
    # Performing Sanity Test to make sure subscribers are all DHCP and pingable
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Perform Sanity Tests TT
    # Reboot the OLT from the OLT CLI
    FOR   ${I}    IN RANGE    0    ${olt_count}
        ${olt_user}=    Get From Dictionary    ${list_olts}[${I}]    user
        ${olt_pass}=    Get From Dictionary    ${list_olts}[${I}]    pass
        ${olt_ssh_ip}=    Get From Dictionary    ${list_olts}[${I}]   sship
        ${olt_serial_number}=    Get From Dictionary    ${list_olts}[${I}]    sn
        ${olt_device_id}=    Get OLTDeviceID From OLT List    ${olt_serial_number}
        Run Keyword If    ${has_dataplane}    Login And Run Command On Remote System
        ...    reboot    ${olt_ssh_ip}    ${olt_user}    ${olt_pass}   prompt=#
    END
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        # TODO: Add verification for MCAST
        Run Keyword If    ${has_dataplane} and '${service_type}' != 'mcast'    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    5s
        ...    Check Ping    False    ${dst['dp_iface_ip_qinq']}    ${src['dp_iface_name']}
        ...    ${src['ip']}    ${src['user']}    ${src['pass']}    ${src['container_type']}    ${src['container_name']}
    END
    # Wait for the OLT to come back up
    FOR   ${I}    IN RANGE    0    ${olt_count}
        ${olt_serial_number}=    Get From Dictionary    ${olt_ids}[${I}]    sn
        ${olt_user}=    Get From Dictionary    ${list_olts}[${I}]    user
        ${olt_pass}=    Get From Dictionary    ${list_olts}[${I}]    pass
        ${olt_ssh_ip}=    Get From Dictionary    ${list_olts}[${I}]   sship
        ${olt_device_id}=    Get OLTDeviceID From OLT List    ${olt_serial_number}
        Run Keyword If    ${has_dataplane}    Wait Until Keyword Succeeds    120s    10s
        ...    Check Remote System Reachability    True    ${olt_ssh_ip}
        Wait Until Keyword Succeeds    360s    10s
        ...    Validate OLT Device    ENABLED    ACTIVE
        ...    REACHABLE    ${olt_serial_number}
    END
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Perform Sanity Tests TT

Verify ONU Soft Reboot for TT
    [Documentation]    Test the ONU Soft Reboot functionality.
    [Tags]    functionalTT    OnuSoftRebootTT
    [Setup]    Start Logging    SoftRebootOnu_TT
    [Teardown]    Run Keywords    Collect Logs
    ...           AND             Delete All Devices and Verify
    ...           AND             Collect Logs
    ...           AND             Stop Logging    SoftRebootOnu_TT
    # Add OLT device
    Setup
    # Performing Sanity Test to make sure subscribers are all DHCP and pingable
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Perform Sanity Tests TT
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        ${of_id}=    Get ofID From OLT List    ${src['olt']}
        ${onu_device_id}=    Get Device ID From SN    ${src['onu']}
        ${onu_port}=    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Get ONU Port in ONOS    ${src['onu']}    ${of_id}
        Reboot Device    ${onu_device_id}
        # TODO: Add verification for MCAST
        Run Keyword If    ${has_dataplane} and '${service_type}' != 'mcast'    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    5s
        ...    Check Ping    False    ${dst['dp_iface_ip_qinq']}    ${src['dp_iface_name']}
        ...    ${src['ip']}    ${src['user']}    ${src['pass']}    ${src['container_type']}    ${src['container_name']}
        # Remove Subscriber Access (To replicate TT workflow)
        ${del_sub_cmd}=    Run Keyword If    ${unitag_sub}
        ...    Catenate    volt-remove-subscriber-unitag --tpId ${src['tp_id']} --sTag ${src['s_tag']}
        ...    --cTag ${src['c_tag']} ${src['onu']}-${src['uni_id']}
        ...    ELSE
        ...    Set Variable    volt-remove-subscriber-access ${of_id} ${onu_port}
        Wait Until Keyword Succeeds    ${timeout}    2s    Execute ONOS CLI Command use single connection    ${ONOS_SSH_IP}
        ...    ${ONOS_SSH_PORT}    ${del_sub_cmd}
        # Check ONU port is Enabled in ONOS
        Wait Until Keyword Succeeds    ${timeout}    5s
        ...    Verify UNI Port Is Enabled   ${ONOS_SSH_IP}    ${ONOS_SSH_PORT}    ${src['onu']}
        # Add Subscriber Access
        ${add_sub_cmd}=    Run Keyword If    ${unitag_sub}
        ...    Catenate    volt-add-subscriber-unitag --tpId ${src['tp_id']} --sTag ${src['s_tag']}
        ...    --cTag ${src['c_tag']} ${src['onu']}-${src['uni_id']}
        ...    ELSE
        ...    Set Variable    volt-add-subscriber-access ${of_id} ${onu_port}
        Wait Until Keyword Succeeds    ${timeout}    2
        ...    Execute ONOS CLI Command use single connection    ${ONOS_SSH_IP}    ${ONOS_SSH_PORT}    ${add_sub_cmd}
        # Verify ONU state in voltha
        Wait Until Keyword Succeeds    ${timeout}    5s    Validate Device
        ...    ENABLED    ACTIVE    REACHABLE
        ...    ${src['onu']}    onu=True    onu_reason=omci-flows-pushed
        Run Keyword If    ${has_dataplane} and '${service_type}' != 'mcast'
        ...    Run Keyword And Continue On Failure    Validate DHCP and Ping    True
        ...    True    ${src['dp_iface_name']}    ${src['s_tag']}    ${src['c_tag']}    ${dst['dp_iface_ip_qinq']}
        ...    ${src['ip']}    ${src['user']}    ${src['pass']}    ${src['container_type']}    ${src['container_name']}
        ...    ${dst['dp_iface_name']}    ${dst['ip']}    ${dst['user']}    ${dst['pass']}    ${dst['container_type']}
        ...    ${dst['container_name']}
        ...    ELSE IF    ${has_dataplane} and '${service_type}' == 'mcast'    Run Keyword And Continue On Failure
        ...    Sanity Test TT MCAST one ONU    ${src}
        ...    ${dst}    ${suppressaddsubscriber}
    END
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Perform Sanity Tests TT    ${suppressaddsubscriber}

Verify OLT Soft Reboot for TT
    [Documentation]    Test the OLT Soft Reboot functionality.
    [Tags]    functionalTT    OltSoftRebootTT
    [Setup]    Start Logging    SoftRebootOlt_TT
    [Teardown]    Run Keywords    Collect Logs
    ...           AND             Delete All Devices and Verify
    ...           AND             Collect Logs
    ...           AND             Stop Logging    SoftRebootOlt_TT
    # Add OLT device
    Setup
    # Performing Sanity Test to make sure subscribers are all DHCP and pingable
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Perform Sanity Tests TT
    # Reboot the OLT from the OLT CLI
    FOR   ${I}    IN RANGE    0    ${olt_count}
        ${olt_serial_number}=    Get From Dictionary    ${list_olts}[${I}]    sn
        ${olt_device_id}=    Get OLTDeviceID From OLT List    ${olt_serial_number}
        # Reboot the OLT using "voltctl device reboot" command
        Reboot Device    ${olt_device_id}
        # Wait for the OLT to actually go down
        Wait Until Keyword Succeeds    360s    5s    Validate OLT Device    ENABLED    UNKNOWN    UNREACHABLE
        ...    ${olt_serial_number}
    END
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        # TODO: Add verification for MCAST
        Run Keyword If    ${has_dataplane} and '${service_type}' != 'mcast'    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    5s
        ...    Check Ping    False    ${dst['dp_iface_ip_qinq']}    ${src['dp_iface_name']}
        ...    ${src['ip']}    ${src['user']}    ${src['pass']}    ${src['container_type']}    ${src['container_name']}
    END
    # Wait for the OLT to come back up
    FOR   ${I}    IN RANGE    0    ${olt_count}
        ${olt_serial_number}=    Get From Dictionary    ${olt_ids}[${I}]    sn
        ${olt_user}=    Get From Dictionary    ${list_olts}[${I}]    user
        ${olt_pass}=    Get From Dictionary    ${list_olts}[${I}]    pass
        ${olt_ssh_ip}=    Get From Dictionary    ${list_olts}[${I}]   sship
        ${olt_device_id}=    Get OLTDeviceID From OLT List    ${olt_serial_number}
        Run Keyword If    ${has_dataplane}    Wait Until Keyword Succeeds    120s    10s
        ...    Check Remote System Reachability    True    ${olt_ssh_ip}
        Wait Until Keyword Succeeds    360s    10s
        ...    Validate OLT Device    ENABLED    ACTIVE
        ...    REACHABLE    ${olt_serial_number}
    END
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Perform Sanity Tests TT

Verify restart openolt-adapter container before subscriber provisioning for TT
    [Documentation]    Restart openolt-adapter container after VOLTHA is operational.
    [Tags]    functionalTT    Restart-OpenOlt-Before-Subscription-TT
    [Setup]    Start Logging    Restart-OpenOlt-Before-Subscription-TT
    [Teardown]    Run Keywords    Collect Logs
    ...           AND             Stop Logging    Restart-OpenOlt-Before-Subscription-TT
    # Add OLT device
    Setup
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    FOR   ${I}    IN RANGE    0    ${olt_count}
        ${olt_serial_number}=    Get From Dictionary    ${olt_ids}[${I}]    sn
        ${olt_device_id}=    Get OLTDeviceID From OLT List    ${olt_serial_number}
        ${of_id}=    Wait Until Keyword Succeeds    ${timeout}    15s    Validate OLT Device in ONOS
        ...    ${olt_serial_number}
        ${nni_port}=    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Get NNI Port in ONOS    ${of_id}
        Run Keyword And Continue On Failure    Wait Until Keyword Succeeds    ${timeout}    5s
        ...    Verify Default Downstream Flows are added in ONOS for OLT TT    ${ONOS_SSH_IP}    ${ONOS_SSH_PORT}    ${of_id}
        ...    ${nni_port}
    END
    ${podStatusOutput}=    Run    kubectl get pods -n ${NAMESPACE}
    Log    ${podStatusOutput}
    ${countBeforeRestart}=    Run    kubectl get pods -n ${NAMESPACE} | grep Running | wc -l
    ${podName}    Set Variable     ${OLT_ADAPTER_APP_LABEL}
    Wait Until Keyword Succeeds    ${timeout}    15s    Delete K8s Pods By Label    ${NAMESPACE}    app    ${podName}
    Sleep    5s
    Wait Until Keyword Succeeds    ${timeout}    2s    Validate Pods Status By Label    ${NAMESPACE}
    ...    app    ${podName}    Running
    Wait Until Keyword Succeeds    ${timeout}    3s    Pods Are Ready By Label    ${NAMESPACE}    app    ${podName}
    ${countAfterRestart}=    Run    kubectl get pods -n ${NAMESPACE} | grep Running | wc -l
    Should Be Equal As Strings    ${countAfterRestart}    ${countBeforeRestart}
    Perform Sanity Tests TT
    Log to console    Pod ${podName} restarted and sanity checks passed successfully

Verify restart ofagent container after subscriber is provisioned for TT
    [Documentation]    Restart ofagent container after VOLTHA is operational.
    [Tags]    functionalTT    ofagentRestart-TT
    [Setup]    Start Logging    ofagentRestart-TT
    [Teardown]    Run Keywords    Collect Logs
    ...           AND             Stop Logging    ofagentRestart-TT
    ...           AND             Scale K8s Deployment    ${NAMESPACE}    ${STACK_NAME}-voltha-ofagent    1
    # set timeout value
    ${waitforRestart}    Set Variable    120s
    ${podStatusOutput}=    Run    kubectl get pods -n ${NAMESPACE}
    Log    ${podStatusOutput}
    ${countBforRestart}=    Run    kubectl get pods -n ${NAMESPACE} | grep Running | wc -l
    ${podName}    Set Variable     ofagent
    Wait Until Keyword Succeeds    ${timeout}    15s    Delete K8s Pods By Label    ${NAMESPACE}    app    ${podName}
    Wait Until Keyword Succeeds    ${timeout}    2s    Validate Pods Status By Label    ${NAMESPACE}
    ...    app    ${podName}    Running
    Wait Until Keyword Succeeds    ${timeout}    3s    Pods Are Ready By Label    ${NAMESPACE}    app    ${podName}
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Perform Sanity Test TT    ${suppressaddsubscriber}
    ${podStatusOutput}=    Run    kubectl get pods -n ${NAMESPACE}
    Log    ${podStatusOutput}
    ${countAfterRestart}=    Run    kubectl get pods -n ${NAMESPACE} | grep Running | wc -l
    Should Be Equal As Strings    ${countAfterRestart}    ${countBforRestart}
    # Scale Down the Of-Agent Deployment
    Scale K8s Deployment    ${NAMESPACE}    ${STACK_NAME}-voltha-ofagent    0
    Sleep    30s
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        ${of_id}=    Get ofID From OLT List    ${src['olt']}
        ${onu_device_id}=    Get Device ID From SN    ${src['onu']}
        ${onu_port}=    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Get ONU Port in ONOS    ${src['onu']}    ${of_id}
        # Verify ONU state in voltha
        Run Keyword And Continue On Failure    Wait Until Keyword Succeeds    ${timeout}    5s    Validate Device
        ...    ENABLED    ACTIVE    REACHABLE
        ...    ${src['onu']}    onu=True    onu_reason=omci-flows-pushed
        # Check ONU port is Disabled in ONOS
        Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Verify UNI Port Is Disabled   ${ONOS_SSH_IP}    ${ONOS_SSH_PORT}    ${src['onu']}
        # Verify Ping
        Run Keyword If    ${has_dataplane} and '${service_type}' != 'mcast'
        ...    Run Keyword And Continue On Failure    Wait Until Keyword Succeeds    ${timeout}    5s    Check Ping    True
        ...    ${dst['dp_iface_ip_qinq']}    ${src['dp_iface_name']}    ${src['ip']}
        ...    ${src['user']}    ${src['pass']}    ${src['container_type']}    ${src['container_name']}
    END
    # Scale Up the Of-Agent Deployment
    Scale K8s Deployment    ${NAMESPACE}    ${STACK_NAME}-voltha-ofagent    1
    Wait Until Keyword Succeeds    ${waitforRestart}    2s    Validate Pod Status    ofagent    ${NAMESPACE}
    ...    Running
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Perform Sanity Tests TT    ${suppressaddsubscriber}
    Log to console    Pod ${podName} restarted and sanity checks passed successfully

Sanity E2E Test for OLT/ONU on POD With Core Fail and Restart for TT
    [Documentation]    Deploys an device instance. After that rw-core deployment is scaled to 0 instances to
    ...    simulate a POD crash. The test then scales the rw-core back to a single instance
    ...    and configures ONOS for access. The test succeeds if the device is able to
    ...    complete the DHCP sequence.
    [Tags]    functionalTT    rwcore-restart-TT
    [Setup]    Run Keywords    Start Logging    RwCoreFailAndRestart-TT
    ...        AND             Clear All Devices Then Create New Device
    [Teardown]   Run Keywords    Collect Logs
    ...          AND             Stop Logging    RwCoreFailAndRestart-TT
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    FOR   ${I}    IN RANGE    0    ${olt_count}
        ${olt_serial_number}=    Get From Dictionary    ${olt_ids}[${I}]    sn
        ${olt_device_id}=    Get OLTDeviceID From OLT List    ${olt_serial_number}
        ${of_id}=    Wait Until Keyword Succeeds    ${timeout}    15s    Validate OLT Device in ONOS
        ...    ${olt_serial_number}
        ${nni_port}=    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Get NNI Port in ONOS    ${of_id}
    END
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${of_id}=    Get ofID From OLT List    ${src['olt']}
        ${onu_device_id}=    Get Device ID From SN    ${src['onu']}
        ${onu_port}=    Wait Until Keyword Succeeds    ${timeout}    2s    Get ONU Port in ONOS    ${src['onu']}
        ...    ${of_id}
        # Bring up the device and verify it authenticates
        Wait Until Keyword Succeeds    360s    5s    Validate Device    ENABLED    ACTIVE    REACHABLE
        ...    ${onu_device_id}    onu=True    onu_reason=initial-mib-downloaded    by_dev_id=True
    END

    # Scale down the rw-core deployment to 0 PODs and once confirmed, scale it back to 1
    Scale K8s Deployment    voltha    voltha-voltha-rw-core    0
    Wait Until Keyword Succeeds    ${timeout}    2s    Pod Does Not Exist    voltha    voltha-voltha-rw-core
    # Ensure the ofagent POD goes "not-ready" as expected
    Wait Until keyword Succeeds    ${timeout}    2s
    ...    Check Expected Available Deployment Replicas    voltha    voltha-voltha-ofagent    0
    # Scale up the core deployment and make sure both it and the ofagent deployment are back
    Scale K8s Deployment    voltha    voltha-voltha-rw-core    1
    Wait Until Keyword Succeeds    ${timeout}    2s
    ...    Check Expected Available Deployment Replicas    voltha    voltha-voltha-rw-core    1
    Wait Until Keyword Succeeds    ${timeout}    2s
    ...    Check Expected Available Deployment Replicas    voltha    voltha-voltha-ofagent    1
    # For some reason scaling down and up the POD behind a service causes the port forward to stop working,
    # so restart the port forwarding for the API service
    Restart VOLTHA Port Forward    voltha-api
    # Ensure that the ofagent pod is up and ready and the device is available in ONOS, this
    # represents system connectivity being restored
    FOR   ${I}    IN RANGE    0    ${olt_count}
        ${olt_serial_number}=    Get From Dictionary    ${olt_ids}[${I}]    sn
        ${olt_device_id}=    Get OLTDeviceID From OLT List    ${olt_serial_number}
        ${of_id}=    Wait Until Keyword Succeeds    ${timeout}    15s    Validate OLT Device in ONOS
        ...    ${olt_serial_number}
        Wait Until Keyword Succeeds    120s    2s    Device Is Available In ONOS
        ...    http://karaf:karaf@${ONOS_REST_IP}:${ONOS_REST_PORT}    ${of_id}
    END
    Perform Sanity Tests TT

Verify restart openonu-adapter container for TT
    [Documentation]    Restart openonu-adapter container after VOLTHA is operational.
    ...    Run the ping continuously in background during container restart,
    ...    and verify that there should be no affect on the dataplane.
    ...    Also, verify that the voltha control plane functionality is not affected.
    [Tags]    functionalTT    Restart-OpenOnu-Ping-TT    dataplaneTT
    [Setup]    Start Logging    Restart-OpenOnu-Ping-TT
    [Teardown]    Run Keywords    Collect Logs
    ...           AND             Stop Logging    Restart-OpenOnu-Ping-TT
    Clear All Devices Then Create New Device
    # Performing Sanity Test to make sure subscribers are all DHCP and pingable
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Perform Sanity Test TT
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        Continue For Loop If    '${service_type}' == 'mcast'
        ${ping_output_file}=    Set Variable    /tmp/${src['onu']}_${service_type}_ping
        Run Keyword If    ${has_dataplane}    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Run Ping In Background    ${ping_output_file}    ${dst['dp_iface_ip_qinq']}    ${src['dp_iface_name']}
        ...    ${src['ip']}    ${src['user']}    ${src['pass']}    ${src['container_type']}    ${src['container_name']}
    END
    ${podStatusOutput}=    Run    kubectl get pods -n ${NAMESPACE}
    Log    ${podStatusOutput}
    ${countBeforeRestart}=    Run    kubectl get pods -n ${NAMESPACE} | grep Running | wc -l
    ${podName}    Set Variable     adapter-open-onu
    Wait Until Keyword Succeeds    ${timeout}    15s    Delete K8s Pods By Label    ${NAMESPACE}    app    ${podName}
    Sleep    5s
    Wait Until Keyword Succeeds    ${timeout}    2s    Validate Pods Status By Label    ${NAMESPACE}
    ...    app    ${podName}    Running
    Wait Until Keyword Succeeds    ${timeout}    3s    Pods Are Ready By Label    ${NAMESPACE}    app    ${podName}
    ${podStatusOutput}=    Run    kubectl get pods -n ${NAMESPACE}
    Log    ${podStatusOutput}
    ${countAfterRestart}=    Run    kubectl get pods -n ${NAMESPACE} | grep Running | wc -l
    Should Be Equal As Strings    ${countAfterRestart}    ${countBeforeRestart}
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        Continue For Loop If    '${service_type}' == 'mcast'
        Run Keyword If    ${has_dataplane}    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Stop Ping Running In Background    ${src['ip']}    ${src['user']}    ${src['pass']}
        ...    ${src['container_type']}    ${src['container_name']}
    END
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        Continue For Loop If    '${service_type}' == 'mcast'
        ${ping_output_file}=    Set Variable    /tmp/${src['onu']}_${service_type}_ping
        ${ping_output}=    Run Keyword If    ${has_dataplane}    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Retrieve Remote File Contents    ${ping_output_file}    ${src['ip']}    ${src['user']}    ${src['pass']}
        ...    ${src['container_type']}    ${src['container_name']}
        Check Ping Result    True    ${ping_output}
    END
    # Verify Control Plane Functionality by Deleting and Re-adding the Subscriber
    Verify Control Plane After Pod Restart TT

Verify restart openolt-adapter container for TT
    [Documentation]    Restart openolt-adapter container after VOLTHA is operational.
    ...    Run the ping continuously in background during container restart,
    ...    and verify that there should be no affect on the dataplane.
    ...    Also, verify that the voltha control plane functionality is not affected.
    [Tags]    functionalTT    Restart-OpenOlt-Ping-TT    dataplaneTT
    [Setup]    Start Logging    Restart-OpenOlt-Ping-TT
    [Teardown]    Run Keywords    Collect Logs
    ...           AND             Stop Logging    Restart-OpenOlt-Ping-TT
    Clear All Devices Then Create New Device
    # Performing Sanity Test to make sure subscribers are all DHCP and pingable
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Perform Sanity Test TT
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        Continue For Loop If    '${service_type}' == 'mcast'
        ${ping_output_file}=    Set Variable    /tmp/${src['onu']}_${service_type}_ping
        Run Keyword If    ${has_dataplane}    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Run Ping In Background    ${ping_output_file}    ${dst['dp_iface_ip_qinq']}    ${src['dp_iface_name']}
        ...    ${src['ip']}    ${src['user']}    ${src['pass']}    ${src['container_type']}    ${src['container_name']}
    END
    ${podStatusOutput}=    Run    kubectl get pods -n ${NAMESPACE}
    Log    ${podStatusOutput}
    ${countBeforeRestart}=    Run    kubectl get pods -n ${NAMESPACE} | grep Running | wc -l
    ${podName}    Set Variable     ${OLT_ADAPTER_APP_LABEL}
    Wait Until Keyword Succeeds    ${timeout}    15s    Delete K8s Pods By Label    ${NAMESPACE}    app    ${podName}
    Sleep    5s
    Wait Until Keyword Succeeds    ${timeout}    2s    Validate Pods Status By Label    ${NAMESPACE}
    ...    app    ${podName}    Running
    Wait Until Keyword Succeeds    ${timeout}    3s    Pods Are Ready By Label    ${NAMESPACE}    app    ${podName}
    ${podStatusOutput}=    Run    kubectl get pods -n ${NAMESPACE}
    Log    ${podStatusOutput}
    ${countAfterRestart}=    Run    kubectl get pods -n ${NAMESPACE} | grep Running | wc -l
    Should Be Equal As Strings    ${countAfterRestart}    ${countBeforeRestart}
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        Continue For Loop If    '${service_type}' == 'mcast'
        Run Keyword If    ${has_dataplane}    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Stop Ping Running In Background    ${src['ip']}    ${src['user']}    ${src['pass']}
        ...    ${src['container_type']}    ${src['container_name']}
    END
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        Continue For Loop If    '${service_type}' == 'mcast'
        ${ping_output_file}=    Set Variable    /tmp/${src['onu']}_${service_type}_ping
        ${ping_output}=    Run Keyword If    ${has_dataplane}    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Retrieve Remote File Contents    ${ping_output_file}    ${src['ip']}    ${src['user']}    ${src['pass']}
        ...    ${src['container_type']}    ${src['container_name']}
        Check Ping Result    True    ${ping_output}
    END
    # Verify Control Plane Functionality by Deleting and Re-adding the Subscriber
    Verify Control Plane After Pod Restart TT

Verify restart rw-core container for TT
    [Documentation]    Restart rw-core container after VOLTHA is operational.
    ...    Run the ping continuously in background during container restart,
    ...    and verify that there should be no affect on the dataplane.
    ...    Also, verify that the voltha control plane functionality is not affected.
    [Tags]    functionalTT    Restart-RwCore-Ping-TT    dataplaneTT
    [Setup]    Start Logging    Restart-RwCore-Ping-TT
    [Teardown]    Run Keywords    Collect Logs
    ...           AND             Stop Logging    Restart-RwCore-Ping-TT
    Clear All Devices Then Create New Device
    # Performing Sanity Test to make sure subscribers are all DHCP and pingable
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Perform Sanity Test TT
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        Continue For Loop If    '${service_type}' == 'mcast'
        ${ping_output_file}=    Set Variable    /tmp/${src['onu']}_${service_type}_ping
        Run Keyword If    ${has_dataplane}    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Run Ping In Background    ${ping_output_file}    ${dst['dp_iface_ip_qinq']}    ${src['dp_iface_name']}
        ...    ${src['ip']}    ${src['user']}    ${src['pass']}    ${src['container_type']}    ${src['container_name']}
    END
    ${podStatusOutput}=    Run    kubectl get pods -n ${NAMESPACE}
    Log    ${podStatusOutput}
    ${countBeforeRestart}=    Run    kubectl get pods -n ${NAMESPACE} | grep Running | wc -l
    ${podName}    Set Variable     rw-core
    Wait Until Keyword Succeeds    ${timeout}    15s    Delete K8s Pods By Label    ${NAMESPACE}    app    ${podName}
    Sleep    5s
    Wait Until Keyword Succeeds    ${timeout}    2s    Validate Pods Status By Label    ${NAMESPACE}
    ...    app    ${podName}    Running
    Wait Until Keyword Succeeds    ${timeout}    3s    Pods Are Ready By Label    ${NAMESPACE}    app    ${podName}
    # For some reason scaling down and up the POD behind a service causes the port forward to stop working,
    # so restart the port forwarding for the API service
    Restart VOLTHA Port Forward    voltha-api
    ${podStatusOutput}=    Run    kubectl get pods -n ${NAMESPACE}
    Log    ${podStatusOutput}
    ${countAfterRestart}=    Run    kubectl get pods -n ${NAMESPACE} | grep Running | wc -l
    Should Be Equal As Strings    ${countAfterRestart}    ${countBeforeRestart}
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        Continue For Loop If    '${service_type}' == 'mcast'
        Run Keyword If    ${has_dataplane}    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Stop Ping Running In Background    ${src['ip']}    ${src['user']}    ${src['pass']}
        ...    ${src['container_type']}    ${src['container_name']}
    END
    FOR    ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        Continue For Loop If    '${service_type}' == 'mcast'
        ${ping_output_file}=    Set Variable    /tmp/${src['onu']}_${service_type}_ping
        ${ping_output}=    Run Keyword If    ${has_dataplane}    Run Keyword And Continue On Failure
        ...    Wait Until Keyword Succeeds    ${timeout}    2s
        ...    Retrieve Remote File Contents    ${ping_output_file}    ${src['ip']}    ${src['user']}    ${src['pass']}
        ...    ${src['container_type']}    ${src['container_name']}
        Check Ping Result    True    ${ping_output}
    END
    # Verify Control Plane Functionality by Deleting and Re-adding the Subscriber
    Verify Control Plane After Pod Restart TT

*** Keywords ***
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}

Teardown Suite
    [Documentation]    Tear down steps for the suite
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    Run Keyword If    ${teardown_device}    Delete All Devices and Verify
    Close All ONOS SSH Connections

Clear All Devices Then Create New Device
    [Documentation]    Remove any devices from VOLTHA and ONOS & then Create new devices
    # Remove all devices from voltha and onos
    Delete All Devices and Verify
    # Execute normal test Setup Keyword
    Setup

Verify Control Plane After Pod Restart TT
    [Documentation]    Verifies the control plane functionality after the voltha pod restart
    ...    by deleting and re-adding the subscriber
    Run Keyword If    ${has_dataplane}    Clean Up Linux
    FOR   ${I}    IN RANGE    0    ${num_all_onus}
        ${src}=    Set Variable    ${hosts.src[${I}]}
        ${dst}=    Set Variable    ${hosts.dst[${I}]}
        ${service_type}=    Get Variable Value    ${src['service_type']}    "null"
        ${of_id}=    Get ofID From OLT List    ${src['olt']}
        ${onu_port}=    Wait Until Keyword Succeeds    ${timeout}    2s    Get ONU Port in ONOS    ${src['onu']}
        ...    ${of_id}    ${src['uni_id']}
        # Remove Subscriber Access
        ${del_sub_cmd}=    Run Keyword If    ${unitag_sub}
        ...    Catenate    volt-remove-subscriber-unitag --tpId ${src['tp_id']} --sTag ${src['s_tag']}
        ...    --cTag ${src['c_tag']} ${src['onu']}-${src['uni_id']}
        ...    ELSE
        ...    Set Variable    volt-remove-subscriber-access ${of_id} ${onu_port}
        Wait Until Keyword Succeeds    ${timeout}    2s    Execute ONOS CLI Command use single connection    ${ONOS_SSH_IP}
        ...    ${ONOS_SSH_PORT}    ${del_sub_cmd}
        Run Keyword If    ${has_dataplane} and '${service_type}' != 'mcast'
        ...    Wait Until Keyword Succeeds    ${timeout}    5s
        ...    Check Ping    False    ${dst['dp_iface_ip_qinq']}    ${src['dp_iface_name']}
        ...    ${src['ip']}    ${src['user']}    ${src['pass']}    ${src['container_type']}    ${src['container_name']}
        # Add Subscriber Access
        ${add_sub_cmd}=    Run Keyword If    ${unitag_sub}
        ...    Catenate    volt-add-subscriber-unitag --tpId ${src['tp_id']} --sTag ${src['s_tag']}
        ...    --cTag ${src['c_tag']} ${src['onu']}-${src['uni_id']}
        ...    ELSE
        ...    Set Variable    volt-add-subscriber-access ${of_id} ${onu_port}`
        Wait Until Keyword Succeeds    ${timeout}    2s    Execute ONOS CLI Command use single connection    ${ONOS_SSH_IP}
        ...    ${ONOS_SSH_PORT}    ${add_sub_cmd}
        Wait Until Keyword Succeeds    ${timeout}    5s
        ...    Validate Device    ENABLED    ACTIVE
        ...    REACHABLE    ${src['onu']}    onu=True    onu_reason=omci-flows-pushed
        Run Keyword If    ${has_dataplane} and '${service_type}' != 'mcast'
        ...    Sanity Test TT one ONU    ${src}    ${dst}    ${suppressaddsubscriber}
        ...    ELSE IF    ${has_dataplane} and '${service_type}' == 'mcast'
        ...    Sanity Test TT MCAST one ONU    ${src}    ${dst}    ${suppressaddsubscriber}
    END