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gerrit.opencord.org / voltha-system-tests / 04cdd9f9dcfd20b7e6d8d475c0028aee2b623f68 / . / libraries / onos.robot
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# Copyright 2017-2023 Open Networking Foundation (ONF) and the ONF Contributors
#
# 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.
# onos common functions
*** Settings ***
Documentation Library for various utilities
Library SSHLibrary
Library String
Library DateTime
Library Process
Library Collections
Library RequestsLibrary
Library OperatingSystem
Resource ./flows.robot
*** Variables ***
@{connection_list}
${alias} ONOS_SSH
${ssh_read_timeout} 60s
${ssh_prompt} karaf@root >
${ssh_regexp_prompt} REGEXP:k.*a.*r.*a.*f.*@.*r.*o.*o.*t.* .*>.*
${regexp_prompt} (?ms)(.*)k(.*)a(.*)r(.*)a(.*)f(.*)@(.*)r(.*)o(.*)o(.*)t(.*) (.*)>(.*)
${ssh_width} 400
${disable_highlighter} setopt disable-highlighter
# ${keep_alive_interval} is set to 0s means sending the keepalive packet is disabled!
${keep_alive_interval} 0s
*** Keywords ***
Open ONOS SSH Connection
[Documentation] Establishes an ssh connection to ONOS contoller
[Arguments] ${host} ${port} ${user}=karaf ${pass}=karaf
${conn_id}= SSHLibrary.Open Connection ${host} port=${port} timeout=${ssh_read_timeout} alias=${alias}
SSHLibrary.Login username=${user} password=${pass} keep_alive_interval=${keep_alive_interval}
# set excepted prompt and terminal width to suppress unwanted line feeds
SSHLibrary.Set Client Configuration prompt=${ssh_prompt} width=${ssh_width}
${conn_list_entry}= Create Dictionary conn_id=${conn_id} user=${user} pass=${pass}
... host=${host} port=${port} alias=${alias}
Append To List ${connection_list} ${conn_list_entry}
${conn_list_id}= Get Index From List ${connection_list} ${conn_list_entry}
Set Global Variable ${connection_list}
# disable highlighting to suppress control sequences
${output}= Execute Single ONOS CLI Command ${conn_id} ${disable_highlighter} do_reconnect=False
[Return] ${conn_list_id}
Execute ONOS CLI Command use single connection
[Documentation] Execute ONOS CLI Command use an Open Connection
... In case no connection is open a connection will be opened
... Using Write and Read instead of Execute Command to keep connection alive.
[Arguments] ${host} ${port} ${cmd}
${connection_list_id}= Get Conn List Id ${host} ${port}
${connection_list_id}= Run Keyword If "${connection_list_id}"=="${EMPTY}"
... Open ONOS SSH Connection ${host} ${port}
... ELSE Set Variable ${connection_list_id}
${connection_entry}= Get From List ${connection_list} ${connection_list_id}
${output}= Execute Single ONOS CLI Command ${connection_entry.conn_id} ${cmd}
... connection_list_id=${connection_list_id}
[Return] ${output}
Execute Single ONOS CLI Command
[Documentation] Executes ONOS CLI Command on current connection
... Using Write and Read instead of Execute Command to keep connection alive.
[Arguments] ${conn_id} ${cmd} ${do_reconnect}=True ${connection_list_id}=${EMPTY}
Log Command: ${cmd}
SSHLibrary.Switch Connection ${conn_id}
# get connection settings, has no functional reason, only for info
${connection_info}= SSHLibrary.Get Connection
# write the command until it is mirrored
${PassOrFail} ${Written}= Run Keyword And Ignore Error Write Until Expected Output ${cmd} expected=${cmd}
... timeout=5s retry_interval=1s
Run Keyword If '${PassOrFail}'=='FAIL' and ${do_reconnect} Reconnect ONOS SSH Connection ${connection_list_id}
Run Keyword If '${PassOrFail}'=='FAIL' Write Until Expected Output ${cmd}${\n} expected=${cmd} timeout=5s
... retry_interval=1s
# set up the comand - press enter key!
${Written}= Write ${EMPTY}
${PassOrFail} ${output}= Run Keyword And Ignore Error Read Until Prompt strip_prompt=True
Log Result_values: ${output}
# remove error printout from ssh library in case of failure
${output}= Run Keyword If '${PassOrFail}'=='FAIL' Fetch From Right ${output} Output:
... ELSE Set Variable ${output}
${output}= Run Keyword If '${PassOrFail}'=='FAIL' Get Substring ${output} 1
... ELSE Set Variable ${output}
${match} ${grp1} ${grp2} ${grp3} ${grp4} ${grp5} ${grp6} ${grp7} ${grp8} ${grp9}
... ${grp10} ${grp11} ${grp12} ${grp13}= Run Keyword If '${PassOrFail}'=='FAIL'
... Should Match Regexp ${output} ${regexp_prompt} SSH access failed for '${cmd}'! False
${output}= Run Keyword If '${PassOrFail}'=='FAIL' Catenate SEPARATOR= ${grp1} ${grp2} ${grp3}
... ${grp4} ${grp5} ${grp6} ${grp7} ${grp8} ${grp9} ${grp10} ${grp11} ${grp12} ${grp13}
... ELSE Set Variable ${output}
# we do not use strip of escape sequences integrated in ssh lib, we do it by ourself to have it under control
${output}= Remove String Using Regexp ${output} \\x1b[>=]{0,1}(?:\\[[0-?]*(?:[hlm])[~]{0,1})*
# remove the endless spaces and two carrige returns at the end of output
${output}= Remove String Using Regexp ${output} \\s*\\r \\r
# now we have the plain output text
Log Stripped Result_values: ${output}
[Return] ${output}
Get Conn List Id
[Documentation] Looks up for an Open Connection with passed host and port in conection list
... First match connection will be used.
[Arguments] ${host} ${port}
${connection_list_id}= Set Variable ${EMPTY}
${match}= Set Variable False
${length}= Get Length ${connection_list}
FOR ${INDEX} IN RANGE 0 ${length}
#${Item}= Get From List ${connection_list} ${INDEX}
${conndata}= Get Connection ${connection_list[${INDEX}].conn_id}
${match}= Set Variable If '${conndata.host}'=='${host}' and '${conndata.port}'=='${port}' True False
${connection_list_id}= Set Variable If ${match} ${INDEX} ${EMPTY}
Exit For Loop If ${match}
END
[Return] ${connection_list_id}
Reconnect ONOS SSH Connection
[Documentation] Reconnect an SSH Connection
[Arguments] ${connection_list_id}
${connection_entry}= Get From List ${connection_list} ${connection_list_id}
${user}= Get From Dictionary ${connection_entry} user
${pass}= Get From Dictionary ${connection_entry} pass
${oldconndata}= Get Connection ${connection_entry.conn_id}
${match}= Set Variable If
... "${oldconndata.host}"=="${connection_entry.host}" and "${oldconndata.port}"=="${connection_entry.port}"
... True False
Run Keyword If ${match} SSHLibrary.Switch Connection ${connection_entry.conn_id}
Run Keyword If ${match} Run Keyword And Ignore Error SSHLibrary.Close Connection
${conn_id}= SSHLibrary.Open Connection ${connection_entry.host} port=${connection_entry.port}
... timeout=${ssh_read_timeout} alias=${alias}
SSHLibrary.Login username=${user} password=${pass} keep_alive_interval=${keep_alive_interval}
# set excepted prompt and terminal width to suppress unwanted line feeds
SSHLibrary.Set Client Configuration prompt=${ssh_prompt} width=${ssh_width}
${conn_list_entry}= Create Dictionary conn_id=${conn_id} user=${user} pass=${pass}
... host=${connection_entry.host} port=${connection_entry.port} alias=${alias}
Set List Value ${connection_list} ${connection_list_id} ${conn_list_entry}
Set Global Variable ${connection_list}
# disable highlighting to suppress control sequences
${output}= Execute Single ONOS CLI Command ${conn_id} ${disable_highlighter} do_reconnect=False
Close ONOS SSH Connection
[Documentation] Close an SSH Connection
[Arguments] ${connection_list_id}
${connection_entry}= Get From List ${connection_list} ${connection_list_id}
${connection_alias}= Get From Dictionary ${connection_entry} conn_id
${oldconndata}= Get Connection ${connection_entry.conn_id}
SSHLibrary.Switch Connection ${connection_alias}
Run Keyword And Ignore Error SSHLibrary.Close Connection
Remove From List ${connection_list} ${connection_list_id}
Set Global Variable ${connection_list}
Close All ONOS SSH Connections
[Documentation] Close all SSH Connection and clear connection list.
SSHLibrary.Close All Connections
@{connection_list} Create List
Validate OLT Device in ONOS
# FIXME use volt-olts to check that the OLT is ONOS
[Arguments] ${serial_number}
[Documentation] Checks if olt has been connected to ONOS
${resp}= Get Request ONOS onos/v1/devices
${jsondata}= To Json ${resp.content}
Should Not Be Empty ${jsondata['devices']}
${length}= Get Length ${jsondata['devices']}
@{serial_numbers}= Create List
${matched}= Set Variable False
FOR ${INDEX} IN RANGE 0 ${length}
${value}= Get From List ${jsondata['devices']} ${INDEX}
${of_id}= Get From Dictionary ${value} id
${sn}= Get From Dictionary ${value} serial
${matched}= Set Variable If '${sn}' == '${serial_number}' True False
Exit For Loop If ${matched}
END
Should Be True ${matched} No match for ${serial_number} found
[Return] ${of_id}
Get ONU Port in ONOS
[Arguments] ${onu_serial_number} ${olt_of_id} ${onu_uni_id}=1
[Documentation] Retrieves ONU port for the ONU in ONOS
${onu_serial_number}= Catenate SEPARATOR=- ${onu_serial_number} ${onu_uni_id}
${resp}= Get Request ONOS onos/v1/devices/${olt_of_id}/ports
${jsondata}= To Json ${resp.content}
Should Not Be Empty ${jsondata['ports']}
${length}= Get Length ${jsondata['ports']}
@{ports}= Create List
${matched}= Set Variable False
FOR ${INDEX} IN RANGE 0 ${length}
${value}= Get From List ${jsondata['ports']} ${INDEX}
${annotations}= Get From Dictionary ${value} annotations
${onu_port}= Get From Dictionary ${value} port
${portName}= Get From Dictionary ${annotations} portName
${matched}= Set Variable If '${portName}' == '${onu_serial_number}' True False
Exit For Loop If ${matched}
END
Should Be True ${matched} No match for ${onu_serial_number} found
[Return] ${onu_port}
Get Onu Ports in ONOS For ALL UNI per ONU
[Documentation] Retrieves ONU port(s) for the ONU in ONOS for all UNI-IDs, list of ports will return!
[Arguments] ${onu_serial_number} ${olt_of_id}
@{uni_id_list}= Create List
@{port_list}= Create List
FOR ${I} IN RANGE 0 ${num_all_onus}
${src}= Set Variable ${hosts.src[${I}]}
Continue For Loop If "${src['onu']}" != "${onu_serial_number}"
${uni_id}= Set Variable ${src['uni_id']}
# make sure all actions do only once per uni_id
${id}= Get Index From List ${uni_id_list} ${uni_id}
Continue For Loop If -1 != ${id}
Append To List ${uni_id_list} ${uni_id}
${onu_port}= Wait Until Keyword Succeeds ${timeout} 2s Get ONU Port in ONOS ${onu_serial_number}
... ${olt_of_id} ${uni_id}
Append To List ${port_list} ${onu_port}
END
[return] ${port_list}
Get NNI Port in ONOS
[Arguments] ${olt_of_id}
[Documentation] Retrieves NNI port for the OLT in ONOS
${resp}= Get Request ONOS onos/v1/devices/${olt_of_id}/ports
${jsondata}= To Json ${resp.content}
Should Not Be Empty ${jsondata['ports']}
${length}= Get Length ${jsondata['ports']}
@{ports}= Create List
${matched}= Set Variable False
FOR ${INDEX} IN RANGE 0 ${length}
${value}= Get From List ${jsondata['ports']} ${INDEX}
${annotations}= Get From Dictionary ${value} annotations
${nni_port}= Get From Dictionary ${value} port
${nniPortName}= Catenate SEPARATOR= nni- ${nni_port}
${portName}= Get From Dictionary ${annotations} portName
${matched}= Set Variable If '${portName}' == '${nniPortName}' True False
Exit For Loop If ${matched}
END
Should Be True ${matched} No match for NNI found for ${olt_of_id}
[Return] ${nni_port}
Get FabricSwitch in ONOS
[Documentation] Returns of_id of the Fabric Switch in ONOS
${resp}= Get Request ONOS onos/v1/devices
${jsondata}= To Json ${resp.content}
Should Not Be Empty ${jsondata['devices']}
${length}= Get Length ${jsondata['devices']}
${matched}= Set Variable False
FOR ${INDEX} IN RANGE 0 ${length}
${value}= Get From List ${jsondata['devices']} ${INDEX}
${of_id}= Get From Dictionary ${value} id
${type}= Get From Dictionary ${value} type
${matched}= Set Variable If '${type}' == "SWITCH" True False
Exit For Loop If ${matched}
END
Should Be True ${matched} No fabric switch found
[Return] ${of_id}
Get Master Instace in ONOS
[Arguments] ${of_id}
[Documentation] Returns nodeId of the Master instace for a giver device in ONOS
${resp}= Get Request ONOS onos/v1/mastership/${of_id}/master
${jsondata}= To Json ${resp.content}
Should Not Be Empty ${jsondata['nodeId']}
${master_node}= Get From Dictionary ${jsondata} nodeId
[Return] ${master_node}
Verify LLDP Flow Added
[Arguments] ${ip} ${port} ${olt_of_id} ${expected_flows}
[Documentation] Matches for total number of LLDP flows added for one OLT
${lldp_flows_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s ADDED ${olt_of_id} | grep -v deviceId | grep ETH_TYPE:lldp | grep -v ETH_TYPE:arp
${lldp_flows_added_count}= Get Line Count ${lldp_flows_added}
Should Be Equal As Integers ${lldp_flows_added_count} ${expected_flows}
Verify Subscriber Access Flows Added for ONU
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port} ${nni_port} ${c_tag} ${s_tag}
[Documentation] Verifies if the Subscriber Access Flows are added in ONOS for the ONU
# Verify upstream table=0 flow
${upstream_flow_0_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep VLAN_VID:0 |
... grep VLAN_ID:${c_tag} | grep transition=TABLE:1
${upstream_flow_0_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${upstream_flow_0_cmd}
Should Not Be Empty ${upstream_flow_0_added}
# Verify upstream table=1 flow
${flow_vlan_push_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep VLAN_VID:${c_tag} |
... grep VLAN_PUSH | grep VLAN_ID:${s_tag} | grep OUTPUT:${nni_port}
${upstream_flow_1_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${flow_vlan_push_cmd}
Should Not Be Empty ${upstream_flow_1_added}
# Verify downstream table=0 flow
${flow_vlan_pop_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep VLAN_VID:${s_tag} |
... grep VLAN_POP | grep transition=TABLE:1
${downstream_flow_0_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${flow_vlan_pop_cmd}
Should Not Be Empty ${downstream_flow_0_added}
# Verify downstream table=1 flow
${downstream_flow_1_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep VLAN_VID:${c_tag} |
... grep VLAN_ID:0 | grep OUTPUT:${onu_port}
${downstream_flow_1_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_flow_1_cmd}
Should Not Be Empty ${downstream_flow_1_added}
# Verify ipv4 dhcp upstream flow
${upstream_flow_ipv4_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep ETH_TYPE:ipv4 |
... grep IP_PROTO:17 | grep UDP_SRC:68 | grep UDP_DST:67 | grep VLAN_ID:${c_tag} |
... grep OUTPUT:CONTROLLER
${upstream_flow_ipv4_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${upstream_flow_ipv4_cmd}
Should Not Be Empty ${upstream_flow_ipv4_added}
# Verify ipv4 dhcp downstream flow
# Note: This flow will be one per nni per olt
${downstream_flow_ipv4_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep ETH_TYPE:ipv4 |
... grep IP_PROTO:17 | grep UDP_SRC:67 | grep UDP_DST:68 | grep OUTPUT:CONTROLLER
${downstream_flow_ipv4_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_flow_ipv4_cmd}
Should Not Be Empty ${downstream_flow_ipv4_added}
Verify Subscriber Access Flows Added for ONU DT
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port} ${nni_port} ${s_tag}
[Documentation] Verifies if the Subscriber Access Flows are added in ONOS for the ONU
# Verify upstream table=0 flow
${upstream_flow_0_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep VLAN_VID:Any | grep transition=TABLE:1
Should Not Be Empty ${upstream_flow_0_added}
# Verify upstream table=1 flow
${flow_vlan_push_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep VLAN_VID:Any |
... grep VLAN_PUSH | grep VLAN_ID:${s_tag} | grep OUTPUT:${nni_port}
${upstream_flow_1_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${flow_vlan_push_cmd}
Should Not Be Empty ${upstream_flow_1_added}
# Verify downstream table=0 flow
${flow_vlan_pop_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep VLAN_VID:${s_tag} |
... grep VLAN_POP | grep transition=TABLE:1
${downstream_flow_0_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${flow_vlan_pop_cmd}
Should Not Be Empty ${downstream_flow_0_added}
# Verify downstream table=1 flow
${downstream_flow_1_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep VLAN_VID:Any | grep OUTPUT:${onu_port}
Should Not Be Empty ${downstream_flow_1_added}
Verify Subscriber Access Flows Added for DT FTTB
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port} ${nni_port} ${s_tag} ${c_tag}
[Documentation] Verifies if the Subscriber Access Flows are added in ONOS for the ONU
# Upstream
# ONU
${us_flow_onu_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep VLAN_VID:${c_tag} | grep transition=TABLE:1
Should Not Be Empty ${us_flow_onu_added}
# OLT
${us_flow_olt_cmd}= Catenate
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep VLAN_VID:${c_tag} |
... grep VLAN_ID:${s_tag} | grep OUTPUT:${nni_port}
${us_flow_olt_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${us_flow_olt_cmd}
Should Not Be Empty ${us_flow_olt_added}
# Downstream
# OLT
${ds_flow_olt_cmd}= Catenate
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep VLAN_VID:${s_tag} |
... grep VLAN_ID:${c_tag} | grep transition=TABLE:1
${ds_flow_olt_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${ds_flow_olt_cmd}
Should Not Be Empty ${ds_flow_olt_added}
# ONU
${ds_flow_onu_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep VLAN_VID:${c_tag} | grep OUTPUT:${onu_port}
Should Not Be Empty ${ds_flow_onu_added}
Verify DPU ANCP Flows Added for DT FTTB
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port} ${nni_port} ${s_tag} ${c_tag}
[Documentation] Verifies if the DPU ANCP Flows are added in ONOS for the ONU
# Upstream
# ONU
${us_flow_onu_cmd}= Catenate
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep VLAN_VID:${c_tag} |
... grep VLAN_ID:${s_tag} | grep transition=TABLE:1
${us_flow_onu_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${us_flow_onu_cmd}
Should Not Be Empty ${us_flow_onu_added}
# OLT
${us_flow_olt_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep VLAN_VID:${s_tag} | grep OUTPUT:${nni_port}
Should Not Be Empty ${us_flow_olt_added}
# Downstream
# OLT
${ds_flow_olt_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep VLAN_VID:${s_tag} | grep transition=TABLE:1
Should Not Be Empty ${ds_flow_olt_added}
# ONU
${ds_flow_onu_cmd}= Catenate
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep VLAN_VID:${s_tag} |
... grep VLAN_ID:${c_tag} | grep OUTPUT:${onu_port}
${ds_flow_onu_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${ds_flow_onu_cmd}
Should Not Be Empty ${ds_flow_onu_added}
Verify DPU MGMT Flows Added for DT FTTB
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port} ${nni_port} ${s_tag} ${c_tag}
[Documentation] Verifies if the DPU MGMT Flows are added in ONOS for the ONU
# Upstream
# ONU
${us_flow_onu_cmd}= Catenate
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep VLAN_VID:${c_tag} |
... grep VLAN_ID:${s_tag} | grep transition=TABLE:1
${us_flow_onu_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${us_flow_onu_cmd}
Should Not Be Empty ${us_flow_onu_added}
# OLT
${us_flow_olt_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep VLAN_VID:${s_tag} | grep OUTPUT:${nni_port}
Should Not Be Empty ${us_flow_olt_added}
# Downstream
# OLT
${ds_flow_olt_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep VLAN_VID:${s_tag} | grep transition=TABLE:1
Should Not Be Empty ${ds_flow_olt_added}
# ONU
${ds_flow_onu_cmd}= Catenate
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep VLAN_VID:${s_tag} |
... grep VLAN_ID:${c_tag} | grep OUTPUT:${onu_port}
${ds_flow_onu_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${ds_flow_onu_cmd}
Should Not Be Empty ${ds_flow_onu_added}
Verify ONOS Flows Added for DT FTTB
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port} ${nni_port} ${service}
[Documentation] Verifies if the Flows are added in ONOS for the ONU
${num_services}= Get Length ${service}
FOR ${I} IN RANGE 0 ${num_services}
${service_name}= Set Variable ${service[${I}]['name']}
${stag}= Set Variable ${service[${I}]['s_tag']}
${ctag}= Set Variable ${service[${I}]['c_tag']}
Run Keyword If '${service_name}' == 'FTTB_SUBSCRIBER_TRAFFIC'
... Verify Subscriber Access Flows Added for DT FTTB ${ip} ${port}
... ${olt_of_id} ${onu_port} ${nni_port} ${stag} ${ctag}
... ELSE IF '${service_name}' == 'DPU_ANCP_TRAFFIC'
... Verify DPU ANCP Flows Added for DT FTTB ${ip} ${port}
... ${olt_of_id} ${onu_port} ${nni_port} ${stag} ${ctag}
... ELSE IF '${service_name}' == 'DPU_MGMT_TRAFFIC'
... Verify DPU MGMT Flows Added for DT FTTB ${ip} ${port}
... ${olt_of_id} ${onu_port} ${nni_port} ${stag} ${ctag}
END
Verify Subscriber Access Flows Added Count DT
[Arguments] ${ip} ${port} ${olt_of_id} ${expected_flows}
[Documentation] Matches for total number of subscriber access flows added for all onus
${access_flows_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s ADDED ${olt_of_id} | grep -v deviceId | grep -v ETH_TYPE:lldp | grep -v ETH_TYPE:arp
${access_flows_added_count}= Get Line Count ${access_flows_added}
Should Be Equal As Integers ${access_flows_added_count} ${expected_flows}
Verify Subscriber Access Flows Added Count TIM
[Arguments] ${ip} ${port} ${olt_of_id} ${expected_flows}
[Documentation] Matches for total number of subscriber access flows added for all onus
${access_flows_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s ADDED ${olt_of_id} | grep -v deviceId
${access_flows_added_count}= Get Line Count ${access_flows_added}
Should Be Equal As Integers ${access_flows_added_count} ${expected_flows}
Verify Added Flow Count for OLT TT
[Arguments] ${ip} ${port} ${olt_of_id} ${expected_flows}
[Documentation] Total number of added flows given OLT with subscriber flows
${access_flows_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s ADDED ${olt_of_id} | grep -v deviceId
${access_flows_added_count}= Get Line Count ${access_flows_added}
Should Be Equal As Integers ${access_flows_added_count} ${expected_flows}
Verify Default Downstream Flows are added in ONOS for OLT TT
[Arguments] ${ip} ${port} ${olt_of_id} ${nni_port}
[Documentation] Verifies if the Default Downstream Flows are added in ONOS for the OLT
# Verify lldp flow
${downstream_flow_lldp_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep lldp |
... grep OUTPUT:CONTROLLER
${downstream_flow_lldp_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_flow_lldp_cmd}
Should Not Be Empty ${downstream_flow_lldp_added}
# Verify downstream dhcp flow
${downstream_flow_dhcp_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IP_PROTO:17 | grep UDP_SRC:67 | grep UDP_DST:68 |
... grep OUTPUT:CONTROLLER
${downstream_flow_dhcp_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_flow_dhcp_cmd}
Should Not Be Empty ${downstream_flow_dhcp_added}
# Verify downstream igmp flow
${downstream_flow_igmp_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IP_PROTO:2 |
... grep OUTPUT:CONTROLLER
${downstream_flow_igmp_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_flow_igmp_cmd}
Should Not Be Empty ${downstream_flow_igmp_added}
Verify Downstream Flows for Single OLT NNI Port TIM
[Arguments] ${ip} ${port} ${olt_of_id} ${nni_port}
[Documentation] Verifies if the downstream flows from the NNI port to the CONTROLLER port are added in ONOS for the OLT
# Verify PPPoE downstream flow form NNI to CONTROLLER port
${downstream_pppoed_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep ETH_TYPE:pppoed | grep OUTPUT:CONTROLLER
${downstream_pppoed}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_pppoed_cmd}
Should Not Be Empty ${downstream_pppoed}
# Verify IGMP downstream flow form NNI to CONTROLLER port
${downstream_igmp_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep ETH_TYPE:ipv4 | grep IP_PROTO:2 | grep OUTPUT:CONTROLLER
${downstream_igmp}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_igmp_cmd}
Should Not Be Empty ${downstream_igmp}
# Verify LLDP downstream flow form NNI to CONTROLLER port
${downstream_lldp_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep ETH_TYPE:lldp | grep OUTPUT:CONTROLLER
${downstream_lldp}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_lldp_cmd}
Should Not Be Empty ${downstream_lldp}
Verify Subscriber Access Flows Added For HSIA Service Single ONU Port TIM
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port} ${nni_port} ${c_tag} ${uni_tag}
[Documentation] Verifies if the Subscriber Access Flows for the HSIA Service are
... added in ONOS in the manner way for the single consider ONU
# Verify upstream pppoed flow from UNI port to CONTROLLER
${upstream_flow_pppoed_added_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep ETH_TYPE:pppoed |
... grep VLAN_VID:${uni_tag} | grep OUTPUT:CONTROLLER
${upstream_flow_pppoed_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${upstream_flow_pppoed_added_cmd}
Should Not Be Empty ${upstream_flow_pppoed_added}
# Verify upstream table=0 flow, from UNI to TABLE 1
${upstream_flow_0_added_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep VLAN_VID:${uni_tag} |
... grep VLAN_ID:${c_tag} | grep transition=TABLE:1
${upstream_flow_0_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${upstream_flow_0_added_cmd}
Should Not Be Empty ${upstream_flow_0_added}
# Verify upstream table=1 flow, from UNI to NNI
${flow_vlan_UNI_to_NNI_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep table=1 | grep IN_PORT:${onu_port} | grep VLAN_VID:${c_tag} |
... grep OUTPUT:${nni_port}
${flow_vlan_UNI_to_NNI}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${flow_vlan_UNI_to_NNI_cmd}
Should Not Be Empty ${flow_vlan_UNI_to_NNI}
# Verify downstream table=0 flow, from NNI to TABLE 1
${downstream_flow_0_added_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep VLAN_VID:Any |
... grep transition=TABLE:1
${downstream_flow_0_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_flow_0_added_cmd}
Should Not Be Empty ${downstream_flow_0_added}
# Verify downstream table=1 flow, from NNI to UNI
${downstream_form_NNI_to_UNI_in_table_1_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep table=1 | grep IN_PORT:${nni_port} | grep VLAN_VID:${c_tag} |
... grep VLAN_ID:${uni_tag} | grep OUTPUT:${onu_port}
${downstream_form_NNI_to_UNI_in_table_1}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_form_NNI_to_UNI_in_table_1_cmd}
Should Not Be Empty ${downstream_form_NNI_to_UNI_in_table_1}
Verify Subscriber Access Flows Added For VoD Service On Single ONU Port TIM
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port} ${nni_port} ${c_tag} ${uni_tag}
[Documentation] Verifies if the Subscriber Access Flows for the VoD Service are
... added in ONOS in the manner way for the single consider ONU
# Verify upstream igmp flow from UNI port to CONTROLLER
${upstream_flow_igmp_added_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep ETH_TYPE:ipv4 |
... grep IP_PROTO:2 |grep VLAN_VID:${uni_tag} | grep OUTPUT:CONTROLLER
${upstream_flow_igmp_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${upstream_flow_igmp_added_cmd}
Should Not Be Empty ${upstream_flow_igmp_added}
# Verify upstream table=0 flow, from UNI to TABLE 1
${upstream_flow_0_added_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep VLAN_VID:${uni_tag} |
... grep VLAN_ID:${c_tag} | grep transition=TABLE:1
${upstream_flow_0_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${upstream_flow_0_added_cmd}
Should Not Be Empty ${upstream_flow_0_added}
# Verify upstream table=1 flow, from UNI to NNI
${flow_vlan_UNI_to_NNI_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep table=1 | grep IN_PORT:${onu_port} | grep VLAN_VID:${c_tag} |
... grep OUTPUT:${nni_port}
${flow_vlan_UNI_to_NNI}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${flow_vlan_UNI_to_NNI_cmd}
Should Not Be Empty ${flow_vlan_UNI_to_NNI}
# Verify downstream table=0 flow, from NNI to TABLE 1
${downstream_flow_0_added_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${nni_port} | grep VLAN_VID:Any |
... grep transition=TABLE:1
${downstream_flow_0_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_flow_0_added_cmd}
Should Not Be Empty ${downstream_flow_0_added}
# Verify downstream table=1 flow, from NNI to UNI
${downstream_from_NNI_to_UNI_in_table_1_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep table=1 | grep IN_PORT:${nni_port} | grep VLAN_VID:${c_tag} |
... grep VLAN_ID:${uni_tag} | grep OUTPUT:${onu_port}
${downstream_from_NNI_to_UNI_in_table_1}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_from_NNI_to_UNI_in_table_1_cmd}
Should Not Be Empty ${downstream_from_NNI_to_UNI_in_table_1}
Verify Mcast Flow Rule Subscription
[Arguments] ${ip} ${port} ${olt_of_id} ${mcastIP}
[Documentation] Verfy the creation of the Flow rule trigger by an IGMPJoin
${downstream_flow_mcast_added_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep ETH_TYPE:ipv4 | grep IPV4_DST:${mcastIP}
${downstram_flow_mcast_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_flow_mcast_added_cmd}
Should Not Be Empty ${downstram_flow_mcast_added}
[Return] ${downstram_flow_mcast_added}
Verify Mcast Groups Rules generation
[Arguments] ${ip} ${port} ${onu_port} ${groupID}
[Documentation] Verfy the creation of the Group rule trigger by an IGMPJoin
${downstream_flow_mcast_added_cmd}= Catenate SEPARATOR=
... groups | grep id=${groupID} | grep OUTPUT:${onu_port}
#Ricorda ADDED sopra in production
#Prova poi a prenderti con il $5 o qualcosa così il gruppo
${downstram_flow_mcast_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${downstream_flow_mcast_added_cmd}
Should Not Be Empty ${downstram_flow_mcast_added}
Get Programmed Subscribers
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port} ${filter}=${EMPTY}
[Documentation] Retrieves the subscriber details at a given location
${cmd}= Set Variable If '${filter}' == '${EMPTY}'
... volt-programmed-subscribers ${olt_of_id} ${onu_port}
... volt-programmed-subscribers ${olt_of_id} ${onu_port} | grep ${filter} --color=none
${programmed_sub}= Execute ONOS CLI Command use single connection ${ip} ${port} ${cmd}
[Return] ${programmed_sub}
Verify Programmed Subscribers DT FTTB
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port} ${service}
[Documentation] Verifies the subscriber is present at a given location
${num_services}= Get Length ${service}
FOR ${I} IN RANGE 0 ${num_services}
${service_name}= Set Variable ${service[${I}]['name']}
${programmed_subscriber}= Get Programmed Subscribers ${ip} ${port} ${olt_of_id} ${onu_port}
... ${service_name}
Log ${programmed_subscriber}
Should Not Be Empty ${programmed_subscriber}
END
Get Upstream and Downstream Bandwidth Profile Name
[Arguments] ${programmed_sub}
[Documentation] Retrieves the upstream and downstream bandwidth profile name
... from the programmed subscriber
@{programmed_sub_array}= Split String ${programmed_sub} ,
# Get upstream bandwidth profile name for the subscriber
@{param_val_pair}= Split String ${programmed_sub_array[9]} =
${programmed_sub_param}= Set Variable ${param_val_pair[0]}
${programmed_sub_val}= Set Variable ${param_val_pair[1]}
${us_bw_profile}= Run Keyword If '${programmed_sub_param}' == ' upstreamBandwidthProfile'
... Set Variable ${programmed_sub_val}
Log ${us_bw_profile}
# Get downstream bandwidth profile name for the subscriber
@{param_val_pair}= Split String ${programmed_sub_array[10]} =
${programmed_sub_param}= Set Variable ${param_val_pair[0]}
${programmed_sub_val}= Set Variable ${param_val_pair[1]}
${ds_bw_profile}= Run Keyword If '${programmed_sub_param}' == ' downstreamBandwidthProfile'
... Set Variable ${programmed_sub_val}
Log ${ds_bw_profile}
[Return] ${us_bw_profile} ${ds_bw_profile}
Get Bandwidth Profile Details
[Arguments] ${ip} ${port} ${bw_profile}
[Documentation] Retrieves the details of the given bandwidth profile
${bw_profile_values}= Execute ONOS CLI Command use single connection ${ONOS_SSH_IP} ${ONOS_SSH_PORT}
... bandwidthprofile ${bw_profile}
@{bw_profile_array}= Split String ${bw_profile_values} ,
@{param_val_pair}= Split String ${bw_profile_array[1]} =
${bw_param}= Set Variable ${param_val_pair[0]}
${bw_val}= Set Variable ${param_val_pair[1]}
${cir} Run Keyword If '${bw_param}' == ' committedInformationRate'
... Set Variable ${bw_val}
@{param_val_pair}= Split String ${bw_profile_array[2]} =
${bw_param}= Set Variable ${param_val_pair[0]}
${bw_val}= Set Variable ${param_val_pair[1]}
${cbs} Run Keyword If '${bw_param}' == ' committedBurstSize'
... Set Variable ${bw_val}
@{param_val_pair}= Split String ${bw_profile_array[3]} =
${bw_param}= Set Variable ${param_val_pair[0]}
${bw_val}= Set Variable ${param_val_pair[1]}
${eir} Run Keyword If '${bw_param}' == ' exceededInformationRate'
... Set Variable ${bw_val}
@{param_val_pair}= Split String ${bw_profile_array[4]} =
${bw_param}= Set Variable ${param_val_pair[0]}
${bw_val}= Set Variable ${param_val_pair[1]}
${ebs} Run Keyword If '${bw_param}' == ' exceededBurstSize'
... Set Variable ${bw_val}
@{param_val_pair}= Split String ${bw_profile_array[5]} =
${bw_param}= Set Variable ${param_val_pair[0]}
${bw_val}= Set Variable ${param_val_pair[1]}
@{bw_val_air}= Split String ${bw_val} }
${air} Run Keyword If '${bw_param}' == ' assuredInformationRate'
... Set Variable ${bw_val_air[0]}
[Return] ${cir} ${cbs} ${eir} ${ebs} ${air}
Get Bandwidth Profile Details Rest
[Arguments] ${bw_profile_id}
[Documentation] Retrieves the details of the given bandwidth profile using REST API
${bw_profile_id}= Remove String ${bw_profile_id} ' "
${resp}= Get Request ONOS onos/sadis/bandwidthprofile/${bw_profile_id}
${jsondata}= To Json ${resp.content}
Should Not Be Empty ${jsondata['entry']}
${length}= Get Length ${jsondata['entry']}
${matched}= Set Variable False
FOR ${INDEX} IN RANGE 0 ${length}
${value}= Get From List ${jsondata['entry']} ${INDEX}
${bw_id}= Get From Dictionary ${value} id
${matched}= Set Variable If '${bw_id}' == '${bw_profile_id}' True False
${eir}= Get From Dictionary ${value} eir
${ebs}= Get From Dictionary ${value} ebs
${cir}= Get From Dictionary ${value} cir
${cbs}= Get From Dictionary ${value} cbs
${air}= Get From Dictionary ${value} air
Exit For Loop If ${matched}
END
Should Be True ${matched} No bandwidth profile found for id: ${bw_profile_id}
[Return] ${cir} ${cbs} ${eir} ${ebs} ${air}
Get Bandwidth Profile Details Ietf Rest
[Arguments] ${bw_profile_id}
[Documentation] Retrieves the details of the given Ietf standard based bandwidth profile using REST API
${bw_profile_id}= Remove String ${bw_profile_id} ' "
${resp}= Get Request ONOS onos/sadis/bandwidthprofile/${bw_profile_id}
${jsondata}= To Json ${resp.content}
Should Not Be Empty ${jsondata['entry']}
${length}= Get Length ${jsondata['entry']}
${matched}= Set Variable False
FOR ${INDEX} IN RANGE 0 ${length}
${value}= Get From List ${jsondata['entry']} ${INDEX}
${bw_id}= Get From Dictionary ${value} id
${matched}= Set Variable If '${bw_id}' == '${bw_profile_id}' True False
${pir}= Get From Dictionary ${value} pir
${pbs}= Get From Dictionary ${value} pbs
${cir}= Get From Dictionary ${value} cir
${cbs}= Get From Dictionary ${value} cbs
${gir}= Get From Dictionary ${value} gir
Exit For Loop If ${matched}
END
Should Be True ${matched} No bandwidth profile found for id: ${bw_profile_id}
[Return] ${cir} ${cbs} ${pir} ${pbs} ${gir}
Verify Meters in ONOS Ietf
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port} ${filter}=${EMPTY}
[Documentation] Verifies the meters with BW Ietf format (currently, DT workflow uses this format)
# Get programmed subscriber
${programmed_sub}= Get Programmed Subscribers ${ip} ${port}
... ${olt_of_id} ${onu_port} ${filter}
Log ${programmed_sub}
${us_bw_profile} ${ds_bw_profile} Get Upstream and Downstream Bandwidth Profile Name
... ${programmed_sub}
# Get upstream bandwidth profile details
${us_cir} ${us_cbs} ${us_pir} ${us_pbs} ${us_gir} Get Bandwidth Profile Details Ietf Rest
... ${us_bw_profile}
# Verify meter for upstream bandwidth profile
${us_meter_cmd}= Run Keyword If ${us_gir} != 0 Catenate SEPARATOR=
... meters ${olt_of_id} | grep state=ADDED | grep "rate=${us_cir}, burst-size=${us_cbs}"
... | grep "rate=${us_pir}, burst-size=${us_pbs}" | grep "rate=${us_gir}, burst-size=0" | wc -l
... ELSE Catenate SEPARATOR=
... meters ${olt_of_id} | grep state=ADDED | grep "rate=${us_cir}, burst-size=${us_cbs}"
... | grep "rate=${us_pir}, burst-size=${us_pbs}" | wc -l
${upstream_meter_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${us_meter_cmd}
Should Be Equal As Integers ${upstream_meter_added} 1 Upstream meter is missing
# Get downstream bandwidth profile details
${ds_cir} ${ds_cbs} ${ds_pir} ${ds_pbs} ${ds_gir} Get Bandwidth Profile Details Ietf Rest
... ${ds_bw_profile}
# Verify meter for downstream bandwidth profile
${ds_meter_cmd}= Run Keyword If ${ds_gir} != 0 Catenate SEPARATOR=
... meters ${olt_of_id} | grep state=ADDED | grep "rate=${ds_cir}, burst-size=${ds_cbs}"
... | grep "rate=${ds_pir}, burst-size=${ds_pbs}" | grep "rate=${ds_gir}, burst-size=0" | wc -l
... ELSE Catenate SEPARATOR=
... meters ${olt_of_id} | grep state=ADDED | grep "rate=${ds_cir}, burst-size=${ds_cbs}"
... | grep "rate=${ds_pir}, burst-size=${ds_pbs}" | wc -l
${downstream_meter_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${ds_meter_cmd}
Should Be Equal As Integers ${downstream_meter_added} 1 Downstream meter is missing
Verify Meters in ONOS
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port}
[Documentation] Verifies the meters
# Get programmed subscriber
${programmed_sub}= Get Programmed Subscribers ${ip} ${port}
... ${olt_of_id} ${onu_port}
Log ${programmed_sub}
${us_bw_profile} ${ds_bw_profile} Get Upstream and Downstream Bandwidth Profile Name
... ${programmed_sub}
# logging all meters to facilitate debug
${all_meters}= Execute ONOS CLI Command use single connection ${ip} ${port} meters
Log ${all_meters}
# Get upstream bandwidth profile details
${us_cir} ${us_cbs} ${us_eir} ${us_ebs} ${us_air} Get Bandwidth Profile Details
... ${ip} ${port} ${us_bw_profile}
Sleep 1s
${us_pbs}= Evaluate ${us_cbs}+${us_ebs}
${us_pir}= Evaluate ${us_eir}+${us_cir}+${us_air}
# Verify meter for upstream bandwidth profile
${us_meter_cmd}= Catenate SEPARATOR=
... meters ${olt_of_id} | grep state=ADDED | grep "rate=${us_cir}, burst-size=${us_cbs}"
... | grep "rate=${us_pir}, burst-size=${us_pbs}" | grep "rate=${us_air}, burst-size=0" | wc -l
${upstream_meter_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${us_meter_cmd}
Should Be Equal As Integers ${upstream_meter_added} 1 Upstream meter is missing
Sleep 1s
# Get downstream bandwidth profile details
${ds_cir} ${ds_cbs} ${ds_eir} ${ds_ebs} ${ds_air} Get Bandwidth Profile Details
... ${ip} ${port} ${ds_bw_profile}
Sleep 1s
# Verify meter for downstream bandwidth profile
${ds_pbs}= Evaluate ${ds_cbs}+${ds_ebs}
${ds_pir}= Evaluate ${ds_eir}+${ds_cir}+${ds_air}
${ds_meter_cmd}= Catenate SEPARATOR=
... meters ${olt_of_id} | grep state=ADDED | grep "rate=${ds_cir}, burst-size=${ds_cbs}"
... | grep "rate=${ds_pir}, burst-size=${ds_pbs}" | grep "rate=${ds_air}, burst-size=0" | wc -l
${downstream_meter_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${ds_meter_cmd}
Should Be Equal As Integers ${downstream_meter_added} 1 Downstream meter is missing
Verify Default Meter Present in ONOS
[Arguments] ${ip} ${port} ${olt_of_id}
[Documentation] Verifies the single default meter entry is present
# Get default bandwidth profile details
${cir} ${cbs} ${eir} ${ebs} ${air} Get Bandwidth Profile Details
... ${ip} ${port} 'Default'
Sleep 1s
${pbs}= Evaluate ${cbs}+${ebs}
${pir}= Evaluate ${eir}+${cir}+${air}
# Verify meter for default bandwidth profile
${meter_cmd}= Catenate SEPARATOR=
... meters ${olt_of_id} | grep state=ADDED | grep "rate=${cir}, burst-size=${cbs}"
... | grep "rate=${pir}, burst-size=${pbs}" | grep "rate=${air}, burst-size=0" | wc -l
${default_meter_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ${meter_cmd}
# logging all meters to facilitate debug
${all_meters}= Execute ONOS CLI Command use single connection ${ip} ${port} meters
Log ${all_meters}
# done logging all meters to facilitate debug
Should Be Equal As Integers ${default_meter_added} 1 Default Meter not present
Verify Device Flows Removed
[Arguments] ${ip} ${port} ${olt_of_id}
[Documentation] Verifies all flows are removed from the device
${device_flows}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s -f ${olt_of_id} | grep -v deviceId
${flow_count}= Get Line Count ${device_flows}
Should Be Equal As Integers ${flow_count} 0 Flows not removed
Verify Eapol Flows Added
[Arguments] ${ip} ${port} ${expected_flows}
[Documentation] Matches for number of eapol flows based on number of onus
${eapol_flows_added}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s -f ADDED | grep eapol | grep IN_PORT | wc -l
Should Contain ${eapol_flows_added} ${expected_flows}
Verify No Pending Flows For ONU
[Arguments] ${ip} ${port} ${onu_port}
[Documentation] Verifies that there are no flows "PENDING" state for the ONU in ONOS
${pending_flows}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s | grep IN_PORT:${onu_port} | grep PENDING
Should Be Empty ${pending_flows}
Verify Pending Flows For ONU
[Arguments] ${ip} ${port} ${onu_port}
[Documentation] Verifies that there are flows "PENDING" state for the ONU in ONOS
${pending_flows}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s | grep IN_PORT:${onu_port} | grep PENDING
Should Not Be Empty ${pending_flows}
Verify Eapol Flows Added For ONU
[Arguments] ${ip} ${port} ${olt_of_id} ${onu_port} ${c_tag}=4091
[Documentation] Verifies if the Eapol Flows are added in ONOS for the ONU
${eapol_flow_cmd}= Catenate SEPARATOR=
... flows -s ADDED ${olt_of_id} | grep IN_PORT:${onu_port} | grep ETH_TYPE:eapol |
... grep VLAN_ID:${c_tag} | grep OUTPUT:CONTROLLER
${eapol_flows_added}= Execute ONOS CLI Command use single connection ${ip} ${port} ${eapol_flow_cmd}
Should Not Be Empty ${eapol_flows_added}
Verify UNI Port Is Enabled
[Arguments] ${ip} ${port} ${onu_name} ${onu_uni_id}=1
[Documentation] Verifies if the ONU's UNI port is enabled in ONOS
${onu_port_enabled}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ports -e | grep portName=${onu_name}-${onu_uni_id}
Log ${onu_port_enabled}
Should Not Be Empty ${onu_port_enabled}
Verify UNI Port Is Disabled
[Arguments] ${ip} ${port} ${onu_name} ${onu_uni_id}=1
[Documentation] Verifies if the ONU's UNI port is disabled in ONOS
${onu_port_disabled}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ports | grep portName=${onu_name}-${onu_uni_id} | grep state=disabled
Log ${onu_port_disabled}
Should Not Be Empty ${onu_port_disabled}
Wait For All UNI Ports Are Disabled per ONU
[Documentation] Verifies all UNI Ports of passed ONU are disabled
[Arguments] ${ip} ${port} ${onu_serial_number}
@{uni_id_list}= Create List
FOR ${I} IN RANGE 0 ${num_all_onus}
${src}= Set Variable ${hosts.src[${I}]}
Continue For Loop If "${src['onu']}" != "${onu_serial_number}"
${uni_id}= Set Variable ${src['uni_id']}
# make sure all actions do only once per uni_id
${id}= Get Index From List ${uni_id_list} ${uni_id}
Continue For Loop If -1 != ${id}
Append To List ${uni_id_list} ${uni_id}
Wait Until Keyword Succeeds ${timeout} 2s
... Verify UNI Port Is Disabled ${ip} ${port} ${onu_serial_number} ${uni_id}
END
Wait For All UNI Ports Are Enabled per ONU
[Documentation] Verifies all UNI Ports of passed ONU are enabled
[Arguments] ${ip} ${port} ${onu_serial_number}
@{uni_id_list}= Create List
FOR ${I} IN RANGE 0 ${num_all_onus}
${src}= Set Variable ${hosts.src[${I}]}
Continue For Loop If "${src['onu']}" != "${onu_serial_number}"
${uni_id}= Set Variable ${src['uni_id']}
# make sure all actions do only once per uni_id
${id}= Get Index From List ${uni_id_list} ${uni_id}
Continue For Loop If -1 != ${id}
Append To List ${uni_id_list} ${uni_id}
Wait Until Keyword Succeeds ${timeout} 2s
... Verify UNI Port Is Enabled ${ip} ${port} ${onu_serial_number} ${uni_id}
END
Verify ONU in AAA-Users
[Arguments] ${ip} ${port} ${onu_port}
[Documentation] Verifies that the specified onu_port exists in aaa-users output
${aaa_users}= Execute ONOS CLI Command use single connection ${ip} ${port}
... aaa-users | grep AUTHORIZED | grep ${onu_port}
Should Not Be Empty ${aaa_users} ONU port ${onu_port} not found in aaa-users
Verify Empty Group in ONOS
[Documentation] Verifies zero group count on the device
[Arguments] ${ip} ${port} ${deviceId}
${groups}= Execute ONOS CLI Command use single connection ${ip} ${port} groups | grep ${deviceId}
@{groups_arr}= Split String ${groups} ,
@{group_count_arr}= Split String ${groups_arr[1]} =
${group_count}= Set Variable ${group_count_arr[1]}
Should Be Equal As Integers ${group_count} 0
Verify ONUs in Group Count in ONOS
[Documentation] Verifies there exists a group bucket list with certain entries/count
... Note: Currently, this validates only if all ONUs of an OLT joined the same igmp group
[Arguments] ${ip} ${port} ${count} ${deviceId}
${result}= Execute ONOS CLI Command use single connection ${ip} ${port}
... groups added ${deviceId} | grep bucket | wc -l
Should Be Equal As Integers ${result} ${count} Bucket list count for a group: Found=${result} Expected=${count}
Verify ONU in Group Bucket
[Documentation] Matches if ONU port in Group Bucket
[Arguments] ${group_bucket_values} ${onu_port}
${len}= Get Length ${group_bucket_values}
${matched}= Set Variable False
FOR ${INDEX} IN RANGE 0 ${len}
${value_bucket}= Get From List ${group_bucket_values} ${INDEX}
${treatment}= Get From Dictionary ${value_bucket} treatment
${instructions}= Get From Dictionary ${treatment} instructions
${instructions_val}= Get From List ${instructions} 0
${port}= Get From Dictionary ${instructions_val} port
${matched}= Set Variable If '${port}'=='${onu_port}' True False
Exit For Loop If ${matched}
END
[Return] ${matched}
Verify ONU in Groups
[Arguments] ${ip_onos} ${port_onos} ${deviceId} ${onu_port} ${group_exist}=True
[Documentation] Verifies that the specified onu_port exists in groups output
${result}= Execute ONOS CLI Command use single connection ${ip_onos} ${port_onos} groups -j
Log Groups: ${result}
${groups}= To Json ${result}
${length}= Get Length ${groups}
${buckets}= Create List
${matched}= Set Variable False
FOR ${INDEX} IN RANGE 0 ${length}
${value}= Get From List ${groups} ${INDEX}
${devId}= Get From Dictionary ${value} deviceId
${bucket}= Get From Dictionary ${value} buckets
Run Keyword If '${devId}'=='${deviceId}'
... Append To List ${buckets} ${bucket}
END
${bucket_len}= Get Length ${buckets}
FOR ${INDEX_1} IN RANGE 0 ${bucket_len}
${value}= Get From List ${buckets} ${INDEX_1}
${matched}= Verify ONU in Group Bucket ${value} ${onu_port}
Exit For Loop If ${matched}
END
Run Keyword If ${group_exist}
... Should Be True ${matched} No match for ${deviceId} and ${onu_port} found in ONOS groups
... ELSE
... Should Be True '${matched}'=='False' Match for ${deviceId} and ${onu_port} found in ONOS groups
Assert Number of AAA-Users
[Arguments] ${ip} ${port} ${expected_onus} ${deviceId}
[Documentation] Matches for number of aaa-users authorized based on number of onus
${aaa_users}= Execute ONOS CLI Command use single connection ${ip} ${port}
... aaa-users | grep ${deviceId} | grep AUTHORIZED | wc -l
Log Found ${aaa_users} of ${expected_onus} expected authenticated users on device ${deviceId}
Should Be Equal As Integers ${aaa_users} ${expected_onus}
Validate DHCP Allocations
[Arguments] ${ip} ${port} ${count} ${workflow} ${deviceId}
[Documentation] Matches for number of dhcpacks based on number of onus
${allocations}= Execute ONOS CLI Command use single connection ${ip} ${port}
... dhcpl2relay-allocations | grep ${deviceId} | grep DHCPACK | wc -l
# if the workflow is TT we'll have 2 allocations for each ONU
${ttAllocations}= Evaluate (${count} * 2)
${count}= Set Variable If $workflow=='tt' ${ttAllocations} ${count}
Log Found ${allocations} of ${count} expected DHCPACK on device ${deviceId}
Should Be Equal As Integers ${allocations} ${count}
Validate Subscriber DHCP Allocation
[Arguments] ${ip} ${port} ${onu_port} ${vlan}=''
[Documentation] Verifies that the specified subscriber is found in DHCP allocations
##TODO: Enhance the keyword to include DHCP allocated address is not 0.0.0.0
${allocations}= Execute ONOS CLI Command use single connection ${ip} ${port}
... dhcpl2relay-allocations | grep DHCPACK | grep ${onu_port} | grep ${vlan}
Should Not Be Empty ${allocations} ONU port ${onu_port} not found in dhcpl2relay-allocations
Validate Mac Learner Mapping in ONOS
[Arguments] ${ip} ${port} ${dev_id} ${onu_port} ${vlan}
[Documentation] Verifies the MAC mapping for the client
${mac}= Execute ONOS CLI Command use single connection ${ip} ${port}
... mac-learner-get-mapping ${dev_id} ${onu_port} ${vlan} | grep -v INFO
Should Not Be Empty ${mac}
... No client mac-mapping found with vlan-id: ${vlan} that uses port: ${onu_port} of device: ${dev_id}
Device Is Available In ONOS
[Arguments] ${url} ${dpid} ${available}=true
[Documentation] Validates the device exists and it has the expected availability in ONOS
${rc} ${json} Run And Return Rc And Output curl --fail -sSL ${url}/onos/v1/devices/${dpid}
Should Be Equal As Integers 0 ${rc}
${rc} ${value} Run And Return Rc And Output echo '${json}' | jq -r .available
Should Be Equal As Integers 0 ${rc}
Should Be Equal ${available} ${value}
Remove All Devices From ONOS
[Arguments] ${url}
[Documentation] Executes the device-remove command on each device in ONOS
${rc} ${output} Run And Return Rc And Output
... curl --fail -sSL ${url}/onos/v1/devices | jq -r '.devices[].id'
Should Be Equal As Integers ${rc} 0
@{dpids} Split String ${output}
${count}= Get length ${dpids}
FOR ${dpid} IN @{dpids}
${rc}= Run Keyword If '${dpid}' != ''
... Run And Return Rc curl -XDELETE --fail -sSL ${url}/onos/v1/devices/${dpid}
Run Keyword If '${dpid}' != ''
... Should Be Equal As Integers ${rc} 0
END
Assert ONU Port Is Disabled
[Arguments] ${ip} ${port} ${deviceId} ${onu_port}
[Documentation] Verifies if the ONU port is disabled in ONOS
${onu_port_disabled}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ports -d ${deviceId} | grep port=${onu_port}
Log ${onu_port_disabled}
Should Not Be Empty ${onu_port_disabled}
Assert Olts in ONOS
[Arguments] ${ip} ${port} ${count}
[Documentation] DEPRECATED use Assert Olt in ONOS
... Check that a certain number of olts are known to ONOS
${olts}= Execute ONOS CLI Command use single connection ${ip} ${port}
... volt-olts | wc -l
Log Found ${olts} of ${count} expected Olts
Should Be Equal As Integers ${olts} ${count}
Assert Olt in ONOS
[Arguments] ${ip} ${port} ${deviceId}
[Documentation] Check that a particular olt is known to ONOS
${olts}= Execute ONOS CLI Command use single connection ${ip} ${port}
... volt-olts | grep ${deviceId} | wc -l
Should Be Equal As Integers ${olts} 1 "Device ${deviceId} is not recognized as an OLT"
Wait for Olts in ONOS
[Arguments] ${ip} ${port} ${count} ${max_wait_time}=10m
[Documentation] DEPRECATED use Wait for Olt in ONOS
... Waits untill a certain number of ports are enabled in ONOS for a particular deviceId
Wait Until Keyword Succeeds ${max_wait_time} 5s Assert Olts in ONOS
... ${ip} ${port} ${count}
Wait for Olt in ONOS
[Arguments] ${ip} ${port} ${deviceId} ${max_wait_time}=10m
[Documentation] Waits until a particular deviceId is recognized by ONOS as an OLT
Wait Until Keyword Succeeds ${max_wait_time} 5s Assert Olt in ONOS
... ${ip} ${port} ${deviceId}
Assert Ports in ONOS
[Arguments] ${ip} ${port} ${count} ${deviceId} ${filter}
[Documentation] Check that a certain number of ports are enabled in ONOS
${ports}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ports -e ${deviceId} | grep ${filter} | wc -l
Log Found ${ports} of ${count} expected ports on device ${deviceId}
Should Be Equal As Integers ${ports} ${count}
Wait for Ports in ONOS
[Arguments] ${ip} ${port} ${count} ${deviceId} ${filter} ${max_wait_time}=10m
[Documentation] Waits untill a certain number of ports are enabled in ONOS for a particular deviceId
Wait Until Keyword Succeeds ${max_wait_time} 5s Assert Ports in ONOS
... ${ip} ${port} ${count} ${deviceId} ${filter}
Wait for AAA Authentication
[Arguments] ${ip} ${port} ${count} ${deviceId} ${max_wait_time}=10m
[Documentation] Waits untill a certain number of subscribers are authenticated in ONOS
Wait Until Keyword Succeeds ${max_wait_time} 5s Assert Number of AAA-Users
... ${ip} ${port} ${count} ${deviceId}
Wait for DHCP Ack
[Arguments] ${ip} ${port} ${count} ${workflow} ${deviceId} ${max_wait_time}=10m
[Documentation] Waits untill a certain number of subscribers have received a DHCP_ACK
Wait Until Keyword Succeeds ${max_wait_time} 5s Validate DHCP Allocations
... ${ip} ${port} ${count} ${workflow} ${deviceId}
Provision subscriber REST
[Documentation] Uses the rest APIs to provision a subscriber
[Arguments] ${of_id} ${onu_port}
${resp}= Post Request ONOS
... /onos/olt/oltapp/${of_id}/${onu_port}
Should Be Equal As Strings ${resp.status_code} 200
Count Enabled UNI Ports
[Documentation] Count all the UNI Ports on a Device
[Arguments] ${ip} ${port} ${of_id}
${count}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ports -e ${of_id} | grep -v SWITCH | grep -v nni | wc -l
Log ${count}
[Return] ${count}
List Enabled UNI Ports
[Documentation] List all the UNI Ports, the only way we have is to filter out the one called NNI
... Creates a list of dictionaries
[Arguments] ${ip} ${port} ${of_id}
[Return] [{'port': '16', 'of_id': 'of:00000a0a0a0a0a00'}, {'port': '32', 'of_id': 'of:00000a0a0a0a0a00'}]
${result}= Create List
${out}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ports -e ${of_id} | grep -v SWITCH | grep -v nni
@{unis}= Split To Lines ${out}
FOR ${uni} IN @{unis}
${matches} = Get Regexp Matches ${uni} .*port=([0-9]+),.* 1
&{portDict} Create Dictionary of_id=${of_id} port=${matches[0]}
Append To List ${result} ${portDict}
END
Log ${result}
Return From Keyword ${result}
Provision all subscribers on device
[Documentation] Provisions a subscriber in ONOS for all the enabled UNI ports on a particular device
[Arguments] ${ip} ${port} ${onos_ip} ${onos_rest_port} ${of_id}
${unis}= List Enabled UNI Ports ${ip} ${port} ${of_id}
${onos_auth}= Create List karaf karaf
Create Session ONOS http://${onos_ip}:${onos_rest_port} auth=${onos_auth}
FOR ${uni} IN @{unis}
Provision Subscriber REST ${uni['of_id']} ${uni['port']}
END
List OLTs
# NOTE this method is not currently used but it can come useful in the future
[Documentation] Returns a list of all OLTs known to ONOS
[Arguments] ${ip} ${port}
[Return] ['of:00000a0a0a0a0a00', 'of:00000a0a0a0a0a01']
${result}= Create List
${out}= Execute ONOS CLI Command use single connection ${ip} ${port}
... volt-olts
@{olts}= Split To Lines ${out}
FOR ${olt} IN @{olts}
Log ${olt}
${matches} = Get Regexp Matches ${olt} ^OLT (.+)$ 1
# there may be some logs mixed with the output so only append if we have a match
${matches_length}= Get Length ${matches}
Run Keyword If ${matches_length}==1
... Append To List ${result} ${matches[0]}
END
Return From Keyword ${result}
Count flows
[Documentation] Count flows in a particular ${state} in ONOS
... Optionally for a certain onu-port.
[Arguments] ${ip} ${port} ${deviceId} ${state} ${onu_port}=${EMPTY}
${cmd}= Catenate SEPARATOR= flows -s ${state} ${deviceId} | grep -v deviceId
${cmd}= Run Keyword If "${onu_port}"!="${EMPTY}" Catenate SEPARATOR= ${cmd} | grep ${onu_port}
... ELSE Set Variable ${cmd}
${cmd}= Catenate SEPARATOR= ${cmd} | wc -l
${flows}= Execute ONOS CLI Command use single connection ${ip} ${port} ${cmd}
[return] ${flows}
Validate number of flows
[Documentation] Validates number of flows in a particular ${state} in ONOS
... Optionally for a certain onu-port.
[Arguments] ${ip} ${port} ${targetFlows} ${deviceId} ${state} ${onu_port}=${EMPTY}
${flows}= Count flows ${ip} ${port} ${deviceId} ${state} ${onu_port}
Log Found ${state} ${flows} of ${targetFlows} expected flows on device ${deviceId}
Should Be Equal As Integers ${targetFlows} ${flows}
Wait for all flows to in ADDED state
[Documentation] Waits until the flows have been provisioned
[Arguments] ${ip} ${port} ${deviceId} ${workflow} ${uni_count} ${olt_count}
... ${provisioned} ${withEapol} ${withDhcp} ${withIgmp} ${withLldp}
${targetFlows}= Calculate flows by workflow ${workflow} ${uni_count} ${olt_count} ${provisioned}
... ${withEapol} ${withDhcp} ${withIgmp} ${withLldp}
Wait Until Keyword Succeeds 10m 5s Validate number of flows
... ${ip} ${port} ${targetFlows} ${deviceId} added
Wait for all flows to be removed
[Documentation] Wait for all flows to be removed from a particular device
[Arguments] ${ip} ${port} ${deviceId}
Wait Until Keyword Succeeds 10m 5s Validate number of flows
... ${ip} ${port} 0 ${deviceId} any
Check All Flows Removed
[Documentation] Checks all flows removed per OLT
FOR ${I} IN RANGE 0 ${num_olts}
${olt_serial_number}= Set Variable ${list_olts}[${I}][sn]
${onu_port_list}= Get ONU Ports per OLT ${olt_serial_number}
${of_id}= Wait Until Keyword Succeeds ${timeout} 15s Validate OLT Device in ONOS ${olt_serial_number}
Check All Flows Removed per OLT ${of_id} ${onu_port_list}
END
Check All Flows Removed per OLT
[Documentation] Checks all flows removed per OLT, in case of flow remove, not after delete device!
... Attention: For ATT there must be the eapol flow still available!
[Arguments] ${of_id} ${onu_port_list}
${expected_flows_onu}= Set Variable If "${workflow}"=="ATT" 1 0
FOR ${onu_port} IN @{onu_port_list}
Wait Until Keyword Succeeds ${timeout} 2s Validate number of flows ${ONOS_SSH_IP} ${ONOS_SSH_PORT}
... ${expected_flows_onu} ${of_id} any ${onu_port}
END
Get ONU Ports per OLT
[Documentation] Collects all ONU ports per OLT
[Arguments] ${olt}
${onu_port_list} Create List
FOR ${I} IN RANGE 0 ${num_all_onus}
${src}= Set Variable ${hosts.src[${I}]}
Continue For Loop If "${olt}"!="${src['olt']}"
${of_id}= Wait Until Keyword Succeeds ${timeout} 15s Validate OLT Device in ONOS ${src['olt']}
${onu_port}= Wait Until Keyword Succeeds ${timeout} 2s Get ONU Port in ONOS ${src['onu']}
... ${of_id} ${src['uni_id']}
${port_id}= Get Index From List ${onu_port_list} ${onu_port}
Continue For Loop If -1 != ${port_id}
Append To List ${onu_port_list} ${onu_port}
END
[return] ${onu_port_list}
Get Limiting Bandwidth Details
[Arguments] ${bandwidth_profile_name}
[Documentation] Collects the bandwidth profile details for the given bandwidth profile and
... returns the limiting bandwidth
${cir} ${cbs} ${eir} ${ebs} ${air}= Get Bandwidth Profile Details Rest
... ${bandwidth_profile_name}
${limiting_BW}= Evaluate ${eir}+${cir}+${air}
[Return] ${limiting_BW}
Get Limiting Bandwidth Details for Fixed and Committed
[Arguments] ${bandwidth_profile_name}
[Documentation] Collects the bandwidth profile details for the given bandwidth profile and
... returns the limiting bandwidth for fixed and committed
${cir} ${cbs} ${eir} ${ebs} ${air}= Get Bandwidth Profile Details Rest
... ${bandwidth_profile_name}
${limiting_BW}= Evaluate ${cir}+${air}
[Return] ${limiting_BW}
Validate Deleted Device Cleanup In ONOS
[Arguments] ${ip} ${port} ${olt_serial_number} ${maclearning_enabled}=False
[Documentation] The keyword verifies that ports, flows, meters, subscribers, dhcp are all cleared in ONOS
# Fetch OF Id for OLT
${olt_of_id}= Wait Until Keyword Succeeds ${timeout} 5s Validate OLT Device in ONOS ${olt_serial_number}
# Verify Ports are Removed
${ports}= Execute ONOS CLI Command use single connection ${ip} ${port}
... ports ${olt_of_id} | grep -v ${olt_of_id}
${port_count}= Get Line Count ${ports}
Should Be Equal As Integers ${port_count} 0 Ports have not been removed from ONOS after cleanup
# Verify Subscribers are Removed
${sub}= Execute ONOS CLI Command use single connection ${ip} ${port}
... volt-programmed-subscribers | grep ${olt_of_id}
${sub_count}= Get Line Count ${sub}
Should Be Equal As Integers ${sub_count} 0 Subscribers have not been removed from ONOS after cleanup
# Verify Flows are Removed
${flow}= Execute ONOS CLI Command use single connection ${ip} ${port}
... flows -s -f ${olt_of_id} | grep -v deviceId
${flow_count}= Get Line Count ${flow}
Should Be Equal As Integers ${flow_count} 0 Flows have not been removed from ONOS after cleanup
# Verify Meters are Removed
${meter}= Execute ONOS CLI Command use single connection ${ip} ${port}
... meters ${olt_of_id}
${meter_count}= Get Line Count ${meter}
Should Be Equal As Integers ${meter_count} 0 Meters have not been removed from ONOS after cleanup
# Verify AAA-Users are Removed
${aaa}= Execute ONOS CLI Command use single connection ${ip} ${port}
... aaa-users ${olt_of_id}
${aaa_count}= Get Line Count ${aaa}
Should Be Equal As Integers ${aaa_count} 0 AAA Users have not been removed from ONOS after cleanup
# Verify Dhcp-Allocations are Removed
${dhcp}= Execute ONOS CLI Command use single connection ${ip} ${port}
... dhcpl2relay-allocations ${olt_of_id}
${dhcp_count}= Get Line Count ${dhcp}
Should Be Equal As Integers ${dhcp_count} 0 DHCP Allocations have not been removed from ONOS after cleanup
# Verify MAC Learner Mappings are Removed
${mac}= Run Keyword If ${maclearning_enabled} Execute ONOS CLI Command use single connection ${ip} ${port}
... mac-learner-get-mapping | grep -v INFO
${mac_count}= Run Keyword If ${maclearning_enabled} Get Line Count ${mac}
... ELSE Set Variable 0
Should Be Equal As Integers ${mac_count} 0 Client MAC Learner Mappings have not been removed from ONOS after cleanup
Delete ONOS App
[Arguments] ${url} ${app_name}
[Documentation] This keyword deactivates and uninstalls the given ONOS App
${rc}= Run And Return Rc curl --fail -sSL -X DELETE ${url}/onos/v1/applications/${app_name}
Should Be Equal As Integers ${rc} 0 Can't delete ${app_name} from ONOS
Verify ONOS App Active
[Arguments] ${url} ${app_name} ${app_version}=${EMPTY}
[Documentation] This keyword verifies that the given ONOS App status is Active
${rc} ${output} Run And Return Rc And Output
... curl --fail -sSL ${url}/onos/v1/applications/${app_name} | jq -r .state
Should Be Equal As Integers ${rc} 0
Should Be Equal '${output}' 'ACTIVE'
${rc1} ${output1} Run And Return Rc And Output
... curl --fail -sSL ${url}/onos/v1/applications/${app_name} | jq -r .version
Run Keyword If '${app_version}'!='${EMPTY}'
... Run Keywords
... Should Be Equal As Integers ${rc1} 0 Can't read app ${app_name} status from ONOS
... AND Should Be Equal '${output1}' '${app_version}'
Install And Activate ONOS App
[Arguments] ${url} ${app_oar_file}
[Documentation] This keyword installs and activates the given ONOS App
${cmd}= Catenate SEPARATOR=
... curl --fail -sSL -H Content-Type:application/octet-stream -
... X POST ${url}/onos/v1/applications?activate=true --data-binary \@${app_oar_file}
${rc} ${output} Run And Return Rc And Output ${cmd}
Should Be Equal As Integers ${rc} 0 Can't load onos app ${app_oar_file} to ONOS"
Log ${output}
Get ONOS App Details
[Arguments] ${url} ${app_name}
[Documentation] Retrieves ONOS App Details
${rc} ${output} Run And Return Rc And Output
... curl --fail -sSL ${url}/onos/v1/applications/${app_name}
Should Be Equal As Integers ${rc} 0 Can't read app ${app_name} details from ONOS
[Return] ${output}
Verify UniTag Subscriber
[Documentation] Verifies the unitag subscriber is provisioned/un-provisioned
[Arguments] ${ip} ${port} ${dev_id} ${onu_port} ${stag} ${ctag} ${tpid} ${sub_added}=True
${cmd}= Catenate SEPARATOR=
... volt-programmed-subscribers ${dev_id} ${onu_port} | grep "ponCTag=${ctag}, ponSTag=${stag}" | grep technologyProfileId
... =${tpid} --color=none
${subscriber}= Execute ONOS CLI Command use single connection ${ip} ${port} ${cmd}
Log ${subscriber}
${sub_count}= Get Line Count ${subscriber}
Run Keyword If ${sub_added}
... Should Be Equal As Integers ${sub_count} 1 UniTag Subscriber Not Added
... ELSE
... Should Be Equal As Integers ${sub_count} 0 UniTag Subscriber Not Removed