... which points to (an analogue of) http://<ip-addr>:${RESTCONFPORT}/${OPERATIONAL_API}
... or user has to provide a similar session.
Library RequestsLibrary
+Resource ${CURDIR}/ShardStability.robot
Resource ${CURDIR}/WaitUtils.robot
Resource ${CURDIR}/ScalarClosures.robot
${prefix_count} = Builtin.Evaluate len(re.findall('"prefix":"', '''${topology}''')) modules=re
[Return] ${prefix_count}
+Get_Ipv4_Topology_Count_With_Shards_Check
+ [Arguments] ${shards_list} ${details_exp} ${session}=operational ${topology}=example-ipv4-topology
+ [Documentation] Get topology after the shards stability check passes. If not fail, return number of prefixes in the topology.
+ ${details_actual}= ShardStability.Shards_Stability_Get_Details ${shards_list}
+ ShardStability.Shards_Stability_Compare_Same ${details_actual} stateless_details=${details_exp}
+ ${topology} = Get_Ipv4_Topology session=${session} topology=${topology}
+ # Triple quotes are precaution against formatted output.
+ ${prefix_count} = Builtin.Evaluate len(re.findall('"prefix":"', '''${topology}''')) modules=re
+ [Return] ${prefix_count}
+
Check_Ipv4_Topology_Count
[Arguments] ${expected_count} ${session}=operational ${topology}=example-ipv4-topology
[Documentation] Check that the count of prefixes matches the expected count. Fails if it does not. In either case, collect garbage.
Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable
[Arguments] ${timeout}=60s ${period}=5s ${repetitions}=1 ${excluded_count}=-1 ${session}=operational ${topology}=example-ipv4-topology
- [Documentation] Each ${period} get prefix count. After ${repetitions} of stable different from ${excluded_count} within ${timeout}, Return validator output. Fail early on getter error.
+ ... ${shards_list}=${EMPTY} ${shards_details}=${EMPTY}
+ [Documentation] Each ${period} get prefix count. When called with shard list, the check is done before the count is get. After ${repetitions} of stable different from ${excluded_count} within ${timeout}, Return validator output. Fail early on getter error.
# This is very similar to ChangeCounter keyword, but attempt to extract common code would increase overall code size.
- ${getter} = ScalarClosures.Closure_From_Keyword_And_Arguments Get_Ipv4_Topology_Count session=${session} topology=${topology}
+ ${getter} = BuiltIn.Run_Keyword_If """${shards_list}"""=="""${EMPTY}""" ScalarClosures.Closure_From_Keyword_And_Arguments Get_Ipv4_Topology_Count session=${session} topology=${topology}
+ ... ELSE ScalarClosures.Closure_From_Keyword_And_Arguments Get_Ipv4_Topology_Count_With_Shards_Check ${shards_list} ${shards_details} session=${session}
+ ... topology=${topology}
${validator} = ScalarClosures.Closure_From_Keyword_And_Arguments WaitUtils.Excluding_Stability_Safe_Stateful_Validator_As_Keyword state_holder data_holder excluded_value=${excluded_count}
${result} = WaitUtils.Wait_For_Getter_Error_Or_Safe_Stateful_Validator_Consecutive_Success timeout=${timeout} period=${period} count=${repetitions} getter=${getter} safe_validator=${validator}
... initial_state=${excluded_count}
--- /dev/null
+*** Settings ***
+Documentation Robot library to monitor shard stability.
+...
+... Copyright (c) 2017 Cisco Systems, Inc. and others. All rights reserved.
+...
+... This program and the accompanying materials are made available under the
+... terms of the Eclipse Public License v1.0 which accompanies this distribution,
+... and is available at http://www.eclipse.org/legal/epl-v10.html
+...
+... This is a "stateful" library to monitor shard leaders and candidates. During the initial phase
+... all leaders and followeres are stored and then checked with new value on verify.
+... TODO: investigate whether pure stateless library would be easier or harder to use.
+...
+... Requirements: ClusterManagement.ClusterManagement_Setup must be called before Shard_Stability_Init
+...
+... It is possible to use it for stateless comparison.
+Library Collections
+Library String
+Resource ${CURDIR}/ClusterManagement.robot
+
+*** Variables ***
+&{stored_details}
+
+*** Keywords ***
+Shards_Stability_Init_Details
+ [Arguments] ${shard_list} ${member_index_list}=${EMPTY}
+ [Documentation] Initialize data for given shards.
+ ... ${shard_list} should be initialized as @{list} shard_name1:shard_type1 shard_name2:shard..
+ ${shards_details} = Shards_Stability_Get_Details ${shard_list} member_index_list=${member_index_list}
+ BuiltIn.Set_Suite_Variable ${stored_details} ${shards_details}
+
+Shards_Stability_Get_Details
+ [Arguments] ${shard_list} ${member_index_list}=${EMPTY}
+ [Documentation] Return shard details stored in dictionary.
+ ... ${shard_list} should be initialized as @{list} shard_name1:shard_type1 shard_name2:shard..
+ &{shards_details} BuiltIn.Create_Dictionary
+ : FOR ${shard_details} IN @{shard_list}
+ \ ${shard_name} ${shard_type} String.Split_String ${shard_details} separator=:
+ \ ${leader} ${followers} ClusterManagement.Get_Leader_And_Followers_For_Shard shard_name=${shard_name} shard_type=${shard_type} member_index_list=${member_index_list}
+ \ Collections.Sort_List ${followers}
+ \ Collections.Set_To_Dictionary ${shards_details} ${shard_name}_${shard_type}_leader=${leader}
+ \ Collections.Set_To_Dictionary ${shards_details} ${shard_name}_${shard_type}_followers=${followers}
+ BuiltIn.Return_From_Keyword ${shards_details}
+
+Shards_Stability_Verify
+ [Arguments] ${shard_list} ${member_index_list}=${EMPTY}
+ [Documentation] Verify that present details as the same as the stored one from Shards_Stability_Init_Details
+ ${present_details} = Shards_Stability_Get_Details ${shard_list} member_index_list=${member_index_list}
+ Shards_Stability_Compare_Same ${present_details}
+
+Shards_Stability_Compare_Same
+ [Arguments] ${details} ${stateless_details}=${EMPTY}
+ [Documentation] Compare two distionaries created by Shards_Stability_Get_Details
+ ${exp_details} = BuiltIn.Set_Variable_If "${stateless_details}" == "${EMPTY}" ${stored_details} ${stateless_details}
+ Collections.Log_Dictionary ${exp_details}
+ Collections.Log_Dictionary ${details}
+ Collections.Dictionaries_Should_Be_Equal ${exp_details} ${details}
Resource ${CURDIR}/../../../libraries/PrefixCounting.robot
Resource ${CURDIR}/../../../libraries/SetupUtils.robot
Resource ${CURDIR}/../../../libraries/ClusterManagement.robot
+Resource ${CURDIR}/../../../libraries/ShardStability.robot
Resource ${CURDIR}/../../../libraries/SSHKeywords.robot
Resource ${CURDIR}/../../../libraries/TemplatedRequests.robot
${PROTOCOL_OPENCONFIG} ${RIB_INSTANCE}
${BGP_PEER_NAME} example-bgp-peer
${PEER_CHECK_URL} /restconf/operational/bgp-rib:bgp-rib/rib/example-bgp-rib/peer/bgp:%2F%2F
+@{SHARD_MONITOR_LIST} default:config default:operational topology:config topology:operational inventory:config inventory:operational
*** Keywords ***
Setup_Everything
Builtin.Set_Suite_Variable ${bgp_filling_timeout} ${timeout}
Builtin.Set_Suite_Variable ${bgp_emptying_timeout} ${bgp_filling_timeout*3.0/4}
KarafKeywords.Execute_Controller_Karaf_Command_On_Background log:set ${KARAF_LOG_LEVEL}
+ ${init_shard_details} = ShardStability.Shards_Stability_Get_Details ${SHARD_MONITOR_LIST}
+ BuiltIn.Set_Suite_Variable ${init_shard_details}
Teardown_Everything
[Documentation] Make sure Python tool was killed and tear down imported Resources.
+ # TODO: This keyword is not specific to prefix counting. Find a better place for it.
# Environment issue may have dropped the SSH connection, but we do not want Teardown to fail.
BuiltIn.Run_Keyword_And_Ignore_Error KillPythonTool.Search_And_Kill_Remote_Python 'play\.py'
RequestsLibrary.Delete_All_Sessions
Configure_Netconf_Device_And_Check_Mounted
[Arguments] ${mapping}
[Documentation] Configures netconf device
+ # TODO: This keyword is not specific to prefix counting. Find a better place for it.
TemplatedRequests.Put_As_Xml_Templated ${NETCONF_DEV_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
BuiltIn.Wait_Until_Keyword_Succeeds 10x 3s TemplatedRequests.Get_As_Xml_Templated ${NETCONF_MOUNT_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
Start_Bgp_Peer
[Arguments] ${peerip}=${rib_owner_node_id}
[Documentation] Starts bgp peer and verifies that the peer runs.
+ # TODO: This keyword is not specific to prefix counting. Find a better place for it.
BGPSpeaker.Start_BGP_Speaker --amount ${COUNT} --myip=${TOOLS_SYSTEM_IP} --myport=${BGP_TOOL_PORT} --peerip=${peerip} --peerport=${ODL_BGP_PORT} --insert=${INSERT} --withdraw=${WITHDRAW} --prefill ${PREFILL} --update ${UPDATE} --${BGP_TOOL_LOG_LEVEL} --results ${RESULTS_FILE_NAME}
Start_Bgp_Peer_And_Verify_Connected
[Arguments] ${connection_retries}=${1} ${peerip}=${rib_owner_node_id}
[Documentation] Starts the peer and verifies its connection. The verification is done by checking the presence
... of the peer in the bgp rib.
+ # TODO: This keyword is not specific to prefix counting. Find a better place for it.
: FOR ${idx} IN RANGE ${connection_retries}
\ Start_Bgp_Peer peerip=${peerip}
\ ${status} ${value}= BuiltIn.Run_Keyword_And_Ignore_Error BuiltIn.Wait_Until_Keyword_Succeeds 3x 3s
Verify_Bgp_Peer_Connection
[Arguments] ${session} ${peer_ip} ${connected}=${True}
[Documentation] Checks peer presence in operational datastore
+ # TODO: This keyword is not specific to prefix counting. Find a better place for it.
${exp_status_code}= BuiltIn.Set_Variable_If ${connected} ${200} ${404}
${rsp}= RequestsLibrary.Get Request ${session} ${PEER_CHECK_URL}${peer_ip}
BuiltIn.Log ${rsp.content}
--- /dev/null
+*** Settings ***
+Documentation BGP performance of ingesting from 1 iBGP peer, data change counter is NOT used.
+...
+... Copyright (c) 2015-2017 Cisco Systems, Inc. and others. All rights reserved.
+...
+... This program and the accompanying materials are made available under the
+... terms of the Eclipse Public License v1.0 which accompanies this distribution,
+... and is available at http://www.eclipse.org/legal/epl-v10.html
+...
+... This suite uses play.py as single iBGP peer which talks to
+... single controller in three node cluster configuration.
+... Test suite checks changes of the the example-ipv4-topology on all nodes.
+... RIB is not examined.
+...
+... singlepeer_pc_shm_100kroutes:
+... pc - prefix counting
+... shm - shard monitoring (during the process of prefix advertizing)
+Suite Setup PrefixcountKeywords.Setup_Everything
+Suite Teardown PrefixcountKeywords.Teardown_Everything
+Test Setup SetupUtils.Setup_Test_With_Logging_And_Fast_Failing
+Test Teardown SetupUtils.Teardown_Test_Show_Bugs_And_Start_Fast_Failing_If_Test_Failed
+Library SSHLibrary timeout=10s
+Library RequestsLibrary
+Resource ${CURDIR}/../../../variables/Variables.robot
+Resource ${CURDIR}/../../../libraries/BGPSpeaker.robot
+Resource ${CURDIR}/../../../libraries/BGPcliKeywords.robot
+Resource ${CURDIR}/../../../libraries/FailFast.robot
+Resource ${CURDIR}/../../../libraries/KillPythonTool.robot
+Resource ${CURDIR}/../../../libraries/PrefixCounting.robot
+Resource ${CURDIR}/../../../libraries/SetupUtils.robot
+Resource ${CURDIR}/../../../libraries/ClusterManagement.robot
+Resource ${CURDIR}/../../../libraries/SSHKeywords.robot
+Resource ${CURDIR}/../../../libraries/TemplatedRequests.robot
+Resource ${CURDIR}/../../../libraries/CompareStream.robot
+Resource ${CURDIR}/PrefixcountKeywords.robot
+
+*** Variables ***
+${COUNT} 100000
+
+*** Test Cases ***
+Get Example Bgp Rib Owner
+ [Documentation] Find an odl node which is able to accept incomming connection. It is a node, which is the owner of bgp rib, as it is a singleton service.
+ ... This node should be used for bgp peer to connect to.
+ ${rib_owner} ${rib_candidates}= ClusterManagement.Get_Owner_And_Successors_For_device example-bgp-rib org.opendaylight.mdsal.ServiceEntityType 1
+ BuiltIn.Set_Suite_Variable ${rib_owner} ${rib_owner}
+ BuiltIn.Set_Suite_Variable ${rib_owner_node_id} ${ODL_SYSTEM_${rib_owner}_IP}
+ RequestsLibrary.Create_Session ${CONFIG_SESSION} http://${ODL_SYSTEM_${rib_owner}_IP}:${RESTCONFPORT} auth=${AUTH}
+
+Check_For_Empty_Ipv4_Topology_Before_Talking_1
+ [Documentation] Wait for ${EXAMPLE_IPV4_TOPOLOGY} to come up and empty. Give large timeout for case when BGP boots slower than restconf.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ BuiltIn.Wait_Until_Keyword_Succeeds ${INITIAL_RESTCONF_TIMEOUT} 1s PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_Before_Talking_2
+ [Documentation] Wait for ${EXAMPLE_IPV4_TOPOLOGY} to come up and empty. Give large timeout for case when BGP boots slower than restconf.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ BuiltIn.Wait_Until_Keyword_Succeeds ${INITIAL_RESTCONF_TIMEOUT} 1s PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_Before_Talking_3
+ [Documentation] Wait for ${EXAMPLE_IPV4_TOPOLOGY} to come up and empty. Give large timeout for case when BGP boots slower than restconf.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ BuiltIn.Wait_Until_Keyword_Succeeds ${INITIAL_RESTCONF_TIMEOUT} 1s PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Reconfigure_ODL_To_Accept_Connection
+ [Documentation] Configure BGP peer module with initiate-connection set to false.
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ &{mapping} BuiltIn.Create_Dictionary DEVICE_NAME=${DEVICE_NAME} BGP_NAME=${BGP_PEER_NAME} IP=${TOOLS_SYSTEM_IP} HOLDTIME=${HOLDTIME} PEER_PORT=${BGP_TOOL_PORT}
+ ... INITIATE=false BGP_RIB=${RIB_INSTANCE} PASSIVE_MODE=true BGP_RIB_OPENCONFIG=${PROTOCOL_OPENCONFIG}
+ TemplatedRequests.Put_As_Json_Templated ${BGP_VARIABLES_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
+ [Teardown] SetupUtils.Teardown_Test_Show_Bugs_If_Test_Failed
+
+Start_Talking_BGP_Speaker
+ [Documentation] Start Python speaker to connect to ODL.
+ PrefixcountKeywords.Start_Bgp_Peer_And_Verify_Connected connection_retries=${3}
+
+Wait_For_Stable_Talking_Ipv4_Topology_1
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable. This is done by checking stability of prefix count as seen from node 1.
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=0 session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+ ... shards_list=${SHARD_MONITOR_LIST} shards_details=${init_shard_details}
+
+Wait_For_Stable_Talking_Ipv4_Topology_2
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable. This is done by checking stability of prefix count as seen from node 2.
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=0 session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Wait_For_Stable_Talking_Ipv4_Topology_3
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable. This is done by checking stability of prefix count as seen from node 3.
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=0 session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_Talking_Ipv4_Topology_Count_1
+ [Documentation] Count the routes in ${EXAMPLE_IPV4_TOPOLOGY} and fail if the count is not correct as seen from node 1.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Count ${COUNT} session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_Talking_Ipv4_Topology_Count_2
+ [Documentation] Count the routes in ${EXAMPLE_IPV4_TOPOLOGY} and fail if the count is not correct as seen from node 2.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Count ${COUNT} session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_Talking_Ipv4_Topology_Count_3
+ [Documentation] Count the routes in ${EXAMPLE_IPV4_TOPOLOGY} and fail if the count is not correct as seen from node 3.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Count ${COUNT} session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Kill_Talking_BGP_Speaker
+ [Documentation] Abort the Python speaker. Also, attempt to stop failing fast.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ BGPSpeaker.Kill_BGP_Speaker
+ FailFast.Do_Not_Fail_Fast_From_Now_On
+
+Wait_For_Stable_Ipv4_Topology_After_Listening_1
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable again as seen from node 1.
+ [Tags] critical
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Wait_For_Stable_Ipv4_Topology_After_Listening_2
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable again as seen from node 2.
+ [Tags] critical
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Wait_For_Stable_Ipv4_Topology_After_Listening_3
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable again as seen from node 3.
+ [Tags] critical
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_1
+ [Documentation] Example-ipv4-topology should be empty now as seen from node 1.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_2
+ [Documentation] Example-ipv4-topology should be empty now as seen from node 2.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_3
+ [Documentation] Example-ipv4-topology should be empty now as seen from node 3.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Delete_Bgp_Peer_Configuration
+ [Documentation] Revert the BGP configuration to the original state: without any configured peers.
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ &{mapping} BuiltIn.Create_Dictionary DEVICE_NAME=${DEVICE_NAME} BGP_NAME=${BGP_PEER_NAME} IP=${TOOLS_SYSTEM_IP} HOLDTIME=${HOLDTIME} PEER_PORT=${BGP_TOOL_PORT}
+ ... INITIATE=false BGP_RIB=${RIB_INSTANCE} BGP_RIB_OPENCONFIG=${PROTOCOL_OPENCONFIG}
+ TemplatedRequests.Delete_Templated ${BGP_VARIABLES_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
--- /dev/null
+*** Settings ***
+Documentation BGP performance of ingesting from 1 iBGP peer, data change counter is NOT used.
+...
+... Copyright (c) 2015-2017 Cisco Systems, Inc. and others. All rights reserved.
+...
+... This program and the accompanying materials are made available under the
+... terms of the Eclipse Public License v1.0 which accompanies this distribution,
+... and is available at http://www.eclipse.org/legal/epl-v10.html
+...
+... This suite uses play.py as single iBGP peer which talks to
+... single controller in three node cluster configuration.
+... Test suite checks changes of the the example-ipv4-topology on all nodes.
+... RIB is not examined.
+...
+... singlepeer_pc_shm_1Mroutes:
+... pc - prefix counting
+... shm - shard monitoring (during the process of prefix advertizing)
+Suite Setup PrefixcountKeywords.Setup_Everything
+Suite Teardown PrefixcountKeywords.Teardown_Everything
+Test Setup SetupUtils.Setup_Test_With_Logging_And_Fast_Failing
+Test Teardown SetupUtils.Teardown_Test_Show_Bugs_And_Start_Fast_Failing_If_Test_Failed
+Library SSHLibrary timeout=10s
+Library RequestsLibrary
+Resource ${CURDIR}/../../../variables/Variables.robot
+Resource ${CURDIR}/../../../libraries/BGPSpeaker.robot
+Resource ${CURDIR}/../../../libraries/BGPcliKeywords.robot
+Resource ${CURDIR}/../../../libraries/FailFast.robot
+Resource ${CURDIR}/../../../libraries/KillPythonTool.robot
+Resource ${CURDIR}/../../../libraries/PrefixCounting.robot
+Resource ${CURDIR}/../../../libraries/SetupUtils.robot
+Resource ${CURDIR}/../../../libraries/ClusterManagement.robot
+Resource ${CURDIR}/../../../libraries/SSHKeywords.robot
+Resource ${CURDIR}/../../../libraries/TemplatedRequests.robot
+Resource ${CURDIR}/../../../libraries/CompareStream.robot
+Resource ${CURDIR}/PrefixcountKeywords.robot
+
+*** Variables ***
+${COUNT} 1000000
+
+*** Test Cases ***
+Get Example Bgp Rib Owner
+ [Documentation] Find an odl node which is able to accept incomming connection. It is a node, which is the owner of bgp rib, as it is a singleton service.
+ ... This node should be used for bgp peer to connect to.
+ ${rib_owner} ${rib_candidates}= ClusterManagement.Get_Owner_And_Successors_For_device example-bgp-rib org.opendaylight.mdsal.ServiceEntityType 1
+ BuiltIn.Set_Suite_Variable ${rib_owner} ${rib_owner}
+ BuiltIn.Set_Suite_Variable ${rib_owner_node_id} ${ODL_SYSTEM_${rib_owner}_IP}
+ RequestsLibrary.Create_Session ${CONFIG_SESSION} http://${ODL_SYSTEM_${rib_owner}_IP}:${RESTCONFPORT} auth=${AUTH}
+
+Check_For_Empty_Ipv4_Topology_Before_Talking_1
+ [Documentation] Wait for ${EXAMPLE_IPV4_TOPOLOGY} to come up and empty. Give large timeout for case when BGP boots slower than restconf.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ BuiltIn.Wait_Until_Keyword_Succeeds ${INITIAL_RESTCONF_TIMEOUT} 1s PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_Before_Talking_2
+ [Documentation] Wait for ${EXAMPLE_IPV4_TOPOLOGY} to come up and empty. Give large timeout for case when BGP boots slower than restconf.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ BuiltIn.Wait_Until_Keyword_Succeeds ${INITIAL_RESTCONF_TIMEOUT} 1s PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_Before_Talking_3
+ [Documentation] Wait for ${EXAMPLE_IPV4_TOPOLOGY} to come up and empty. Give large timeout for case when BGP boots slower than restconf.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ BuiltIn.Wait_Until_Keyword_Succeeds ${INITIAL_RESTCONF_TIMEOUT} 1s PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Reconfigure_ODL_To_Accept_Connection
+ [Documentation] Configure BGP peer module with initiate-connection set to false.
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ &{mapping} BuiltIn.Create_Dictionary DEVICE_NAME=${DEVICE_NAME} BGP_NAME=${BGP_PEER_NAME} IP=${TOOLS_SYSTEM_IP} HOLDTIME=${HOLDTIME} PEER_PORT=${BGP_TOOL_PORT}
+ ... INITIATE=false BGP_RIB=${RIB_INSTANCE} PASSIVE_MODE=true BGP_RIB_OPENCONFIG=${PROTOCOL_OPENCONFIG}
+ TemplatedRequests.Put_As_Json_Templated ${BGP_VARIABLES_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
+ [Teardown] SetupUtils.Teardown_Test_Show_Bugs_If_Test_Failed
+
+Start_Talking_BGP_Speaker
+ [Documentation] Start Python speaker to connect to ODL.
+ PrefixcountKeywords.Start_Bgp_Peer_And_Verify_Connected connection_retries=${3}
+
+Wait_For_Stable_Talking_Ipv4_Topology_1
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable. This is done by checking stability of prefix count as seen from node 1.
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=0 session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+ ... shards_list=${SHARD_MONITOR_LIST} shards_details=${init_shard_details}
+
+Wait_For_Stable_Talking_Ipv4_Topology_2
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable. This is done by checking stability of prefix count as seen from node 2.
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=0 session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Wait_For_Stable_Talking_Ipv4_Topology_3
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable. This is done by checking stability of prefix count as seen from node 3.
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=0 session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_Talking_Ipv4_Topology_Count_1
+ [Documentation] Count the routes in ${EXAMPLE_IPV4_TOPOLOGY} and fail if the count is not correct as seen from node 1.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Count ${COUNT} session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_Talking_Ipv4_Topology_Count_2
+ [Documentation] Count the routes in ${EXAMPLE_IPV4_TOPOLOGY} and fail if the count is not correct as seen from node 2.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Count ${COUNT} session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_Talking_Ipv4_Topology_Count_3
+ [Documentation] Count the routes in ${EXAMPLE_IPV4_TOPOLOGY} and fail if the count is not correct as seen from node 3.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Count ${COUNT} session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Kill_Talking_BGP_Speaker
+ [Documentation] Abort the Python speaker. Also, attempt to stop failing fast.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ BGPSpeaker.Kill_BGP_Speaker
+ FailFast.Do_Not_Fail_Fast_From_Now_On
+
+Wait_For_Stable_Ipv4_Topology_After_Listening_1
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable again as seen from node 1.
+ [Tags] critical
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Wait_For_Stable_Ipv4_Topology_After_Listening_2
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable again as seen from node 2.
+ [Tags] critical
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Wait_For_Stable_Ipv4_Topology_After_Listening_3
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable again as seen from node 3.
+ [Tags] critical
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_1
+ [Documentation] Example-ipv4-topology should be empty now as seen from node 1.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_2
+ [Documentation] Example-ipv4-topology should be empty now as seen from node 2.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_3
+ [Documentation] Example-ipv4-topology should be empty now as seen from node 3.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Delete_Bgp_Peer_Configuration
+ [Documentation] Revert the BGP configuration to the original state: without any configured peers.
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ &{mapping} BuiltIn.Create_Dictionary DEVICE_NAME=${DEVICE_NAME} BGP_NAME=${BGP_PEER_NAME} IP=${TOOLS_SYSTEM_IP} HOLDTIME=${HOLDTIME} PEER_PORT=${BGP_TOOL_PORT}
+ ... INITIATE=false BGP_RIB=${RIB_INSTANCE} BGP_RIB_OPENCONFIG=${PROTOCOL_OPENCONFIG}
+ TemplatedRequests.Delete_Templated ${BGP_VARIABLES_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
--- /dev/null
+*** Settings ***
+Documentation BGP performance of ingesting from 1 iBGP peer, data change counter is NOT used.
+...
+... Copyright (c) 2015-2017 Cisco Systems, Inc. and others. All rights reserved.
+...
+... This program and the accompanying materials are made available under the
+... terms of the Eclipse Public License v1.0 which accompanies this distribution,
+... and is available at http://www.eclipse.org/legal/epl-v10.html
+...
+... This suite uses play.py as single iBGP peer which talks to
+... single controller in three node cluster configuration.
+... Test suite checks changes of the the example-ipv4-topology on all nodes.
+... RIB is not examined.
+...
+... singlepeer_pc_shm_1route:
+... pc - prefix counting
+... shm - shard monitoring (during the process of prefix advertizing)
+Suite Setup PrefixcountKeywords.Setup_Everything
+Suite Teardown PrefixcountKeywords.Teardown_Everything
+Test Setup SetupUtils.Setup_Test_With_Logging_And_Fast_Failing
+Test Teardown SetupUtils.Teardown_Test_Show_Bugs_And_Start_Fast_Failing_If_Test_Failed
+Library SSHLibrary timeout=10s
+Library RequestsLibrary
+Resource ${CURDIR}/../../../variables/Variables.robot
+Resource ${CURDIR}/../../../libraries/BGPSpeaker.robot
+Resource ${CURDIR}/../../../libraries/BGPcliKeywords.robot
+Resource ${CURDIR}/../../../libraries/FailFast.robot
+Resource ${CURDIR}/../../../libraries/KillPythonTool.robot
+Resource ${CURDIR}/../../../libraries/PrefixCounting.robot
+Resource ${CURDIR}/../../../libraries/SetupUtils.robot
+Resource ${CURDIR}/../../../libraries/ClusterManagement.robot
+Resource ${CURDIR}/../../../libraries/SSHKeywords.robot
+Resource ${CURDIR}/../../../libraries/TemplatedRequests.robot
+Resource ${CURDIR}/../../../libraries/CompareStream.robot
+Resource ${CURDIR}/PrefixcountKeywords.robot
+
+*** Variables ***
+${COUNT} 1
+
+*** Test Cases ***
+Get Example Bgp Rib Owner
+ [Documentation] Find an odl node which is able to accept incomming connection. It is a node, which is the owner of bgp rib, as it is a singleton service.
+ ... This node should be used for bgp peer to connect to.
+ ${rib_owner} ${rib_candidates}= ClusterManagement.Get_Owner_And_Successors_For_device example-bgp-rib org.opendaylight.mdsal.ServiceEntityType 1
+ BuiltIn.Set_Suite_Variable ${rib_owner} ${rib_owner}
+ BuiltIn.Set_Suite_Variable ${rib_owner_node_id} ${ODL_SYSTEM_${rib_owner}_IP}
+ RequestsLibrary.Create_Session ${CONFIG_SESSION} http://${ODL_SYSTEM_${rib_owner}_IP}:${RESTCONFPORT} auth=${AUTH}
+
+Check_For_Empty_Ipv4_Topology_Before_Talking_1
+ [Documentation] Wait for ${EXAMPLE_IPV4_TOPOLOGY} to come up and empty. Give large timeout for case when BGP boots slower than restconf.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ BuiltIn.Wait_Until_Keyword_Succeeds ${INITIAL_RESTCONF_TIMEOUT} 1s PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_Before_Talking_2
+ [Documentation] Wait for ${EXAMPLE_IPV4_TOPOLOGY} to come up and empty. Give large timeout for case when BGP boots slower than restconf.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ BuiltIn.Wait_Until_Keyword_Succeeds ${INITIAL_RESTCONF_TIMEOUT} 1s PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_Before_Talking_3
+ [Documentation] Wait for ${EXAMPLE_IPV4_TOPOLOGY} to come up and empty. Give large timeout for case when BGP boots slower than restconf.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ BuiltIn.Wait_Until_Keyword_Succeeds ${INITIAL_RESTCONF_TIMEOUT} 1s PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Reconfigure_ODL_To_Accept_Connection
+ [Documentation] Configure BGP peer module with initiate-connection set to false.
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ &{mapping} BuiltIn.Create_Dictionary DEVICE_NAME=${DEVICE_NAME} BGP_NAME=${BGP_PEER_NAME} IP=${TOOLS_SYSTEM_IP} HOLDTIME=${HOLDTIME} PEER_PORT=${BGP_TOOL_PORT}
+ ... INITIATE=false BGP_RIB=${RIB_INSTANCE} PASSIVE_MODE=true BGP_RIB_OPENCONFIG=${PROTOCOL_OPENCONFIG}
+ TemplatedRequests.Put_As_Json_Templated ${BGP_VARIABLES_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
+ [Teardown] SetupUtils.Teardown_Test_Show_Bugs_If_Test_Failed
+
+Start_Talking_BGP_Speaker
+ [Documentation] Start Python speaker to connect to ODL.
+ PrefixcountKeywords.Start_Bgp_Peer_And_Verify_Connected connection_retries=${3}
+
+Wait_For_Stable_Talking_Ipv4_Topology_1
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable. This is done by checking stability of prefix count as seen from node 1.
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=0 session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+ ... shards_list=${SHARD_MONITOR_LIST} shards_details=${init_shard_details}
+
+Wait_For_Stable_Talking_Ipv4_Topology_2
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable. This is done by checking stability of prefix count as seen from node 2.
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=0 session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Wait_For_Stable_Talking_Ipv4_Topology_3
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable. This is done by checking stability of prefix count as seen from node 3.
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=0 session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_Talking_Ipv4_Topology_Count_1
+ [Documentation] Count the routes in ${EXAMPLE_IPV4_TOPOLOGY} and fail if the count is not correct as seen from node 1.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Count ${COUNT} session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_Talking_Ipv4_Topology_Count_2
+ [Documentation] Count the routes in ${EXAMPLE_IPV4_TOPOLOGY} and fail if the count is not correct as seen from node 2.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Count ${COUNT} session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_Talking_Ipv4_Topology_Count_3
+ [Documentation] Count the routes in ${EXAMPLE_IPV4_TOPOLOGY} and fail if the count is not correct as seen from node 3.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Count ${COUNT} session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Kill_Talking_BGP_Speaker
+ [Documentation] Abort the Python speaker. Also, attempt to stop failing fast.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ BGPSpeaker.Kill_BGP_Speaker
+ FailFast.Do_Not_Fail_Fast_From_Now_On
+
+Wait_For_Stable_Ipv4_Topology_After_Listening_1
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable again as seen from node 1.
+ [Tags] critical
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Wait_For_Stable_Ipv4_Topology_After_Listening_2
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable again as seen from node 2.
+ [Tags] critical
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Wait_For_Stable_Ipv4_Topology_After_Listening_3
+ [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY} becomes stable again as seen from node 3.
+ [Tags] critical
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_1
+ [Documentation] Example-ipv4-topology should be empty now as seen from node 1.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_2
+ [Documentation] Example-ipv4-topology should be empty now as seen from node 2.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_3
+ [Documentation] Example-ipv4-topology should be empty now as seen from node 3.
+ [Tags] critical
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+
+Delete_Bgp_Peer_Configuration
+ [Documentation] Revert the BGP configuration to the original state: without any configured peers.
+ [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+ &{mapping} BuiltIn.Create_Dictionary DEVICE_NAME=${DEVICE_NAME} BGP_NAME=${BGP_PEER_NAME} IP=${TOOLS_SYSTEM_IP} HOLDTIME=${HOLDTIME} PEER_PORT=${BGP_TOOL_PORT}
+ ... INITIATE=false BGP_RIB=${RIB_INSTANCE} BGP_RIB_OPENCONFIG=${PROTOCOL_OPENCONFIG}
+ TemplatedRequests.Delete_Templated ${BGP_VARIABLES_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
--- /dev/null
+# Copyright (c) 2016 Cisco Systems, Inc. and others. All rights reserved.
+#
+# This program and the accompanying materials are made available under the
+# terms of the Eclipse Public License v1.0 which accompanies this distribution,
+# and is available at http://www.eclipse.org/legal/epl-v10.html
+
+# Place the suites in run order:
+integration/test/csit/suites/netconf/ready/netconfready.robot
+integration/test/csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route.robot
+integration/test/csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes.robot
+integration/test/csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes.robot
+integration/test/csit/suites/bgpcep/bgpclustering/005_Cluster_Reset_And_Set_Nonreplicated_Bgp_Rib.robot
+integration/test/csit/suites/netconf/ready/netconfready.robot
+integration/test/csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route_nonreplicated_rib.robot
+integration/test/csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes_nonreplicated_rib.robot
+integration/test/csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes_nonreplicated_rib.robot
# and is available at http://www.eclipse.org/legal/epl-v10.html
# Place the suites in run order:
-integration/test/csit/suites/netconf/ready/netconfready.robot
-integration/test/csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route.robot
-integration/test/csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes.robot
-integration/test/csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes.robot
-integration/test/csit/suites/bgpcep/bgpclustering/005_Cluster_Reset_And_Set_Nonreplicated_Bgp_Rib.robot
-integration/test/csit/suites/netconf/ready/netconfready.robot
-integration/test/csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route_nonreplicated_rib.robot
-integration/test/csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes_nonreplicated_rib.robot
-integration/test/csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes_nonreplicated_rib.robot
+integration/test/csit/suites/controller/dom_data_broker/restart_odl_with_tell_based_true.robot
+integration/test/csit/suites/bgpcep/bgpclustering/singlepeer_pc_shm_1Mroutes.robot
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