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*** Settings ***
Documentation     The main interface for interacting with SDN-GC. It handles low level stuff like managing the http request library and SDN-GC required fields
Library         RequestsLibrary
Library           ONAPLibrary.Utilities
Library       SeleniumLibrary
Library        OperatingSystem
Library         Collections
Library      String
Library           ONAPLibrary.ServiceMapping    WITH NAME     ServiceMapping
Library           ONAPLibrary.PreloadData    WITH NAME     Preload
Library           ONAPLibrary.Templating
Library           ONAPLibrary.SDNC
Resource          global_properties.robot
Resource        browser_setup.robot


*** Variables ***
${PRELOAD_VNF_TOPOLOGY_OPERATION_PATH}  /operations/VNF-API:preload-vnf-topology-operation
${PRELOAD_NETWORK_TOPOLOGY_OPERATION_PATH}  /operations/VNF-API:preload-network-topology-operation
${PRELOAD_GR_TOPOLOGY_OPERATION_PATH}     /operations/GENERIC-RESOURCE-API:preload-vf-module-topology-operation
${PRELOAD_VNF_CONFIG_PATH}  /config/VNF-API:preload-vnfs/vnf-preload-list
${PRELOAD_TOPOLOGY_OPERATION_BODY}  sdnc
${SDNGC_INDEX_PATH}    /restconf
${SDNCGC_HEALTHCHECK_OPERATION_PATH}  /operations/SLI-API:healthcheck
${SDNGC_REST_ENDPOINT}    ${GLOBAL_SDNGC_SERVER_PROTOCOL}://${GLOBAL_INJECTED_SDNC_IP_ADDR}:${GLOBAL_SDNGC_REST_PORT}
${SDNGC_ADMIN_ENDPOINT}    ${GLOBAL_SDNGC_SERVER_PROTOCOL}://${GLOBAL_INJECTED_SDNC_PORTAL_IP_ADDR}:${GLOBAL_SDNGC_ADMIN_PORT}
${SDNGC_ADMIN_SIGNUP_URL}    ${SDNGC_ADMIN_ENDPOINT}/signup
${SDNGC_ADMIN_LOGIN_URL}    ${SDNGC_ADMIN_ENDPOINT}/login
${SDNGC_ADMIN_VNF_PROFILE_URL}    ${SDNGC_ADMIN_ENDPOINT}/mobility/getVnfProfile
${VNF_KEYPAIR_SSH_KEY}    robot/assets/keys/onap_dev_public.txt

*** Keywords ***
Run SDNGC Health Check
    [Documentation]    Runs an SDNGC healthcheck
  ${resp}=    Run SDNGC Post Request     ${SDNGC_INDEX PATH}${SDNCGC_HEALTHCHECK_OPERATION_PATH}     ${None}
    Should Be Equal As Strings  ${resp.status_code}   200
    Should Be Equal As Strings  ${resp.json()['output']['response-code']}   200

Run SDNGC Get Request
    [Documentation]    Runs an SDNGC get request
    [Arguments]    ${data_path}
    ${auth}=  Create List  ${GLOBAL_SDNGC_USERNAME}    ${GLOBAL_SDNGC_PASSWORD}
    ${resp}=  Run Get Request   ${SDNGC_REST_ENDPOINT}    ${data_path}     auth=${auth}
    [Return]    ${resp}

Run SDNGC Put Request
    [Documentation]    Runs an SDNGC put request
    [Arguments]    ${data_path}    ${data}
    ${auth}=  Create List  ${GLOBAL_SDNGC_USERNAME}    ${GLOBAL_SDNGC_PASSWORD}
    ${resp}=  Run Put Request   ${SDNGC_REST_ENDPOINT}  ${data_path}     data=${data}    auth=${auth}
    [Return]    ${resp}

Run SDNGC Post Request
    [Documentation]    Runs an SDNGC post request
    [Arguments]    ${data_path}    ${data}
    ${auth}=  Create List  ${GLOBAL_SDNGC_USERNAME}    ${GLOBAL_SDNGC_PASSWORD}
    ${resp}=  Run Post Request  ${SDNGC_REST_ENDPOINT}  ${data_path}     data=${data}    auth=${auth}
    [Return]    ${resp}

Preload Vcpe Networks
    Preload Network    cpe_public    10.2.0.2  10.2.0.1
    Preload Network    cpe_signal    10.4.0.2    10.4.0.1
    Preload Network    brg_bng    10.3.0.2    10.3.0.1
    Preload Network    bng_mux    10.1.0.10    10.1.0.1
    Preload Network    mux_gw    10.5.0.10    10.5.0.1

Preload Network
    [Arguments]    ${network_role}     ${subnet_start_ip}    ${subnet_gateway}
    ${name_suffix}=    Generate Timestamp
    ${network_name}=     Catenate    SEPARATOR=_    net     ${network_role}     ${name_suffix}
    ${subnet_name}=     Catenate    SEPARATOR=_    net      ${network_role}     subnet    ${name_suffix}
    ${parameters}=     Create Dictionary    network_role=${network_role}    service_type=vCPE    network_type=Generic NeutronNet    network_name=${network_name}    subnet_start_ip=${subnet_start_ip}    subnet_gateway=${subnet_gateway}
    Create Environment    sdnc    ${GLOBAL_TEMPLATE_FOLDER}
    ${data}=   Apply Template    sdnc   ${PRELOAD_TOPOLOGY_OPERATION_BODY}/template.network.jinja   ${parameters}
  ${post_resp}=    Run SDNGC Post Request     ${SDNGC_INDEX_PATH}${PRELOAD_NETWORK_TOPOLOGY_OPERATION_PATH}     ${data}
    [Return]    ${network_name}   ${subnet_name}

Preload Vcpe vGW
    [Arguments]    ${brg_mac}    ${cpe_network_name}   ${cpe_subnet_name}    ${mux_gw_net}    ${mux_gw_subnet}
    ${name_suffix}=    Generate Timestamp
    ${ssh_key}=    OperatingSystem.Get File     ${VNF_KEYPAIR_SSH_KEY}
    ${parameters}=     Create Dictionary    pub_key=${ssh_key}    brg_mac=${brg_mac}    cpe_public_net=${cpe_network_name}     cpe_public_subnet=${cpe_subnet_name}    mux_gw_net=${mux_gw_net} mux_gw_subnet=${mux_gw_subnet}    suffix=${name_suffix}    oam_onap_net=oam_network_2No2        oam_onap_subnet=oam_network_2No2        public_net_id=${GLOBAL_INJECTED_PUBLIC_NET_ID}
    Create Environment    sdnc    ${GLOBAL_TEMPLATE_FOLDER}
    ${data}=   Apply Template    sdnc   ${PRELOAD_TOPOLOGY_OPERATION_BODY}/template.vcpe_vgw_vfmodule.jinja   ${parameters}
  ${post_resp}=    Run SDNGC Post Request     ${SDNGC_INDEX_PATH}${PRELOAD_VNF_TOPOLOGY_OPERATION_PATH}   ${data}

Preload Vcpe vGW Gra
    [Arguments]    ${brg_mac} ${cpe_public_network_name}   ${cpe_public_subnet_name}    ${mux_gw_net}    ${mux_gw_subnet}
    ${name_suffix}=    Generate Timestamp
    ${ssh_key}=    OperatingSystem.Get File     ${VNF_KEYPAIR_SSH_KEY}
    ${parameters}=     Create Dictionary    pub_key=${ssh_key}    brg_mac=${brg_mac}    cpe_public_net=${cpe_public_network_name}     cpe_public_subnet=${cpe_public_subnet_name}    mux_gw_net=${mux_gw_net} mux_gw_subnet=${mux_gw_subnet}    suffix=${name_suffix}    oam_onap_net=oam_network_2No2        oam_onap_subnet=oam_network_2No2        public_net_id=${GLOBAL_INJECTED_PUBLIC_NET_ID}
    Create Environment    sdnc    ${GLOBAL_TEMPLATE_FOLDER}
    ${data}=   Apply Template    sdnc   ${PRELOAD_TOPOLOGY_OPERATION_BODY}/template.vcpe_gwgra_vfmodule.jinja   ${parameters}
  ${post_resp}=    Run SDNGC Post Request     ${SDNGC_INDEX_PATH}${PRELOAD_GR_TOPOLOGY_OPERATION_PATH}   ${data}

Preload Generic VfModule
    [Arguments]    ${service_instance_id} ${vnf_model}   ${model_customization_name}    ${short_model_customization_name}     ${cpe_public_network_name}=None   ${cpe_public_subnet_name}=None   ${cpe_signal_network_name}=None   ${cpe_signal_subnet_name}=None
    ${name_suffix}=    Generate Timestamp
    ${ssh_key}=    OperatingSystem.Get File     ${VNF_KEYPAIR_SSH_KEY}
    ${vfmodule_name}=     Catenate    SEPARATOR=_    vf     ${short_model_customization_name}     ${name_suffix}
    #TODO this became a mess, need to fix
    ${parameters}=     Create Dictionary    pub_key=${ssh_key}    suffix=${name_suffix}    mr_ip_addr=${GLOBAL_INJECTED_MR_IP_ADDR}    mr_ip_port=${GLOBAL_MR_SERVER_PORT}
    Set To Dictionary    ${parameters}    oam_onap_net=oam_network_2No2        oam_onap_subnet=oam_network_2No2    cpe_public_net=${cpe_public_network_name}     cpe_public_subnet=${cpe_public_subnet_name}    
    Set To Dictionary    ${parameters}    cpe_signal_subnet=${cpe_signal_subnet_name}    cpe_signal_net=${cpe_signal_network_name}    public_net_id=${GLOBAL_INJECTED_PUBLIC_NET_ID}
    # vnf_type and generic_vnf_type are identical
    Set To Dictionary    ${parameters}    vnf_type=${model_customization_name}    generic_vnf_type=${model_customization_name}    generic_vnf_name=${model_customization_name}    vnf_name=${vfmodule_name}    
    Set To Dictionary    ${parameters}    service_type=${service_instance_id}    sdnc_oam_ip=${GLOBAL_INJECTED_SDNC_IP_ADDR}
  ${post_resp}=    Preload Vfmodule    ${SDNGC_REST_ENDPOINT}    ${SDNGC_INDEX_PATH}${PRELOAD_VNF_TOPOLOGY_OPERATION_PATH}    ${GLOBAL_TEMPLATE_FOLDER}    ${PRELOAD_TOPOLOGY_OPERATION_BODY}/template.vcpe_infra_vfmodule.jinja    ${parameters}
    [Return]    ${post_resp}
      
Preload Vnf
    [Arguments]    ${service_type_uuid}    ${generic_vnf_name}    ${generic_vnf_type}     ${vf_module_name}    ${vf_modules}    ${service}   ${uuid}
    ${base_vf_module_type}=    Catenate
    ${closedloop_vf_module}=    Create Dictionary
    ServiceMapping.Set Directory    default    ./demo/service_mapping
    ${templates}=    Get Service Template Mapping    default    ${service}    ${generic_vnf_type}
    :FOR    ${vf_module}    IN      @{vf_modules}
    \       ${vf_module_type}=    Get From Dictionary    ${vf_module}    name
    #     need to pass in vnf_index if non-zero
    \       ${dict}   Run Keyword If    "${generic_vnf_name}".endswith('0')      Get From Mapping With Index    ${templates}    ${vf_module}   0
    \       ...    ELSE IF  "${generic_vnf_name}".endswith('1')      Get From Mapping With Index    ${templates}    ${vf_module}   1
    \       ...    ELSE IF  "${generic_vnf_name}".endswith('2')      Get From Mapping With Index    ${templates}    ${vf_module}   2
    \       ...    ELSE   Get From Mapping    ${templates}    ${vf_module}
    #     skip this iteration if no template 
    \       ${test_dict_length} =  Get Length  ${dict}
    \       Continue For Loop If   ${test_dict_length} == 0
    \       ${filename}=    Get From Dictionary    ${dict}    template
    \       ${base_vf_module_type}=   Set Variable If    '${dict['isBase']}' == 'true'     ${vf_module_type}    ${base_vf_module_type}
    \       ${closedloop_vf_module}=   Set Variable If    '${dict['isBase']}' == 'false'     ${vf_module}    ${closedloop_vf_module}
    \       ${vf_name}=     Update Module Name    ${dict}    ${vf_module_name}
    #    Admin portal update no longer 
    #\       Preload Vnf Profile    ${vf_module_type}
    \       Preload One Vnf Topology    ${service_type_uuid}    ${generic_vnf_name}    ${generic_vnf_type}     ${vf_name}    ${vf_module_type}    ${service}    ${filename}   ${uuid}
    [Return]    ${base_vf_module_type}   ${closedloop_vf_module}

Update Module Name
    [Arguments]    ${dict}    ${vf_module_name}
    Return From Keyword If    'prefix' not in ${dict}    ${vf_module_name}
    Return From Keyword If    '${dict['prefix']}' == ''    ${vf_module_name}
    ${name}=    Replace String   ${vf_module_name}   Vfmodule_    ${dict['prefix']}
    [Return]    ${name}

Get From Mapping With Index
    [Documentation]    Retrieve the appropriate prelad template entry for the passed vf_module
    [Arguments]    ${templates}    ${vf_module}   ${vnf_index}=0
    ${vf_module_name}=    Get From DIctionary    ${vf_module}    name
    :FOR    ${template}   IN   @{templates}
    \    Return From Keyword If    '${template['name_pattern']}' in '${vf_module_name}' and ('${template['vnf_index']}' == '${vnf_index}')     ${template}
    ${result}=    Create Dictionary
    [Return]    ${result}

Get From Mapping
    [Documentation]    Retrieve the appropriate prelad template entry for the passed vf_module
    [Arguments]    ${templates}    ${vf_module}
    ${vf_module_name}=    Get From DIctionary    ${vf_module}    name
    :FOR    ${template}   IN   @{templates}
    \    Return From Keyword If    '${template['name_pattern']}' in '${vf_module_name}'     ${template}
    ${result}=    Create Dictionary
    [Return]    ${result}

Preload One Vnf Topology
    [Arguments]    ${service_type_uuid}    ${generic_vnf_name}    ${generic_vnf_type}       ${vf_module_name}    ${vf_module_type}    ${service}    ${filename}   ${uuid}
    Return From Keyword If    '${filename}' == ''
    ${parameters}=    Get Template Parameters    ${generic_vnf_name}    ${filename}   ${uuid}    ${service}
    Set To Dictionary   ${parameters}   generic_vnf_name=${generic_vnf_name}     generic_vnf_type=${generic_vnf_type}  service_type=${service_type_uuid}    vf_module_name=${vf_module_name}    vf_module_type=${vf_module_type}
    Create Environment    sdnc    ${GLOBAL_TEMPLATE_FOLDER}
    ${data}=   Apply Template    sdnc   ${PRELOAD_TOPOLOGY_OPERATION_BODY}/preload.jinja    ${parameters}
  ${put_resp}=    Run SDNGC Post Request     ${SDNGC_INDEX_PATH}${PRELOAD_VNF_TOPOLOGY_OPERATION_PATH}     ${data}
    Should Be Equal As Strings  ${put_resp.json()['output']['response-code']}   200
    ${get_resp}=  Run SDNGC Get Request  ${SDNGC_INDEX_PATH}${PRELOAD_VNF_CONFIG_PATH}/${vf_module_name}/${vf_module_type}

Get Template Parameters
    [Arguments]   ${generic_vnf_name}    ${template}    ${uuid}    ${service}
    ${uuid}=    Catenate    ${uuid}
    ${hostid}=    Get Substring    ${uuid}    -4
    ${ecompnet}=    Evaluate    (${GLOBAL_BUILD_NUMBER}%128)+128


    # Initialize the value map with the properties generated from the Robot VM /opt/config folder
    ${valuemap}=   Copy Dictionary    ${GLOBAL_INJECTED_PROPERTIES}

    # These should be deprecated by the above....
    Set To Dictionary   ${valuemap}   artifacts_version=${GLOBAL_INJECTED_ARTIFACTS_VERSION}
    Set To Dictionary   ${valuemap}   network=${GLOBAL_INJECTED_NETWORK}
    Set To Dictionary   ${valuemap}   public_net_id=${GLOBAL_INJECTED_PUBLIC_NET_ID}
    Set To Dictionary   ${valuemap}   cloud_env=${GLOBAL_INJECTED_CLOUD_ENV}
    Set To Dictionary   ${valuemap}   install_script_version=${GLOBAL_INJECTED_SCRIPT_VERSION}
    Set To Dictionary   ${valuemap}   vm_image_name=${GLOBAL_INJECTED_VM_IMAGE_NAME}
    Set To Dictionary   ${valuemap}   vm_flavor_name=${GLOBAL_INJECTED_VM_FLAVOR}


    # update the value map with unique values.
    Set To Dictionary   ${valuemap}   uuid=${uuid}   hostid=${hostid}    ecompnet=${ecompnet}    generic_vnf_name=${generic_vnf_name}

    #
    # Mash together the defaults dict with the test case dict to create the set of
    # preload parameters
    #
    Preload.Set Directory    preload    ./demo/preload_data
    ${defaults}=       Get Default Preload Data    preload
    ${template}=    Get Preload Data    preload    ${service}    ${template}
    # add all of the defaults to template...
    @{keys}=    Get Dictionary Keys    ${defaults}
    :FOR   ${key}   IN   @{keys}
    \    ${value}=   Get From Dictionary    ${defaults}    ${key}
    \    Set To Dictionary    ${template}  ${key}    ${value}

    #
    # Get the vnf_parameters to preload
    #
    ${vnf_parameters}=   Resolve VNF Parameters Into Array   ${valuemap}   ${template}
    ${vnf_parameters_json}=   Evaluate    json.dumps(${vnf_parameters})    json
    ${parameters}=   Create Dictionary   vnf_parameters=${vnf_parameters_json}
    [Return]    ${parameters}

Resolve Values Into Dictionary
    [Arguments]   ${valuemap}    ${from}    ${to}
    ${keys}=    Get Dictionary Keys    ${from}
    :FOR   ${key}   IN  @{keys}
    \    ${value}=    Get From Dictionary    ${from}   ${key}
    \    ${value}=    Template String    ${value}    ${valuemap}
    \    Set To Dictionary    ${to}    ${key}    ${value}

Resolve VNF Parameters Into Array
    [Arguments]   ${valuemap}    ${from}
    ${vnf_parameters}=   Create List
    ${keys}=    Get Dictionary Keys    ${from}
    :FOR   ${key}   IN  @{keys}
    \    ${value}=    Get From Dictionary    ${from}   ${key}
    \    ${value}=    Template String    ${value}    ${valuemap}
    \    ${parameter}=   Create Dictionary   vnf-parameter-name=${key}    vnf-parameter-value=${value}
    \    Append To List    ${vnf_parameters}   ${parameter}
    [Return]   ${vnf_parameters}

Preload Vnf Profile
    [Arguments]    ${vnf_name}
    Login To SDNGC Admin GUI
    Go To    ${SDNGC_ADMIN_VNF_PROFILE_URL}
    Click Button    xpath=//button[@data-target='#add_vnf_profile']
    Input Text    xpath=//input[@id='nf_vnf_type']    ${vnf_name}
    Input Text    xpath=//input[@id='nf_availability_zone_count']    999
    Input Text    xpath=//input[@id='nf_equipment_role']    robot-ete-test
    Click Button    xpath=//button[contains(.,'Submit')]
    Page Should Contain  VNF Profile
    Input Text    xpath=//div[@id='vnf_profile_filter']//input    ${vnf_name}
    Page Should Contain  ${vnf_name}

Delete Vnf Profile
    [Arguments]    ${vnf_name}
    Login To SDNGC Admin GUI
    Go To    ${SDNGC_ADMIN_VNF_PROFILE_URL}
    Page Should Contain  VNF Profile
    Input Text    xpath=//div[@id='vnf_profile_filter']//input    ${vnf_name}
    Page Should Contain  ${vnf_name}
    Click Button    xpath=//button[contains(@onclick, '${vnf_name}')]
    Page Should Contain    Are you sure you want to delete VNF_PROFILE
    Click Button    xpath=//button[contains(text(), 'Yes')]
    Page Should Not Contain  ${vnf_name}

Login To SDNGC Admin GUI
    [Documentation]   Login To SDNGC Admin GUI
    ## Setup Browser is now being managed by the test case
    ## Setup Browser
    Go To    ${SDNGC_ADMIN_SIGNUP_URL}
    ##Maximize Browser Window
    Set Selenium Speed    ${GLOBAL_SELENIUM_DELAY}
    Set Browser Implicit Wait    ${GLOBAL_SELENIUM_BROWSER_IMPLICIT_WAIT}
    Log    Logging in to ${SDNGC_ADMIN_LOGIN_URL}
    Handle Proxy Warning
    Title Should Be    AdminPortal
    ${uuid}=    Generate UUID4
    ${shortened_uuid}=     Evaluate    str("${uuid}")[:12]
    ${email}=        Catenate    ${shortened_uuid}@robotete.com
    Input Text    xpath=//input[@id='nf_email']    ${email}
    Input Password    xpath=//input[@id='nf_password']    ${shortened_uuid}
    Click Button    xpath=//button[@type='submit']
    Wait Until Page Contains    User created   20s
    Go To    ${SDNGC_ADMIN_LOGIN_URL}
    Input Text    xpath=//input[@id='email']    ${email}
    Input Password    xpath=//input[@id='password']    ${shortened_uuid}
    Click Button    xpath=//button[@type='submit']
    Title Should Be    SDN-C AdminPortal
    Log    Logged in to ${SDNGC_ADMIN_LOGIN_URL}