... <dst-id> is recognized during the suite run, should be the Leader of default
... operational Shard, otherwise the scenario would fail due to
... https://bugs.opendaylight.org/show_bug.cgi?id=5536
-Suite Setup Setup_Everything
-Suite Teardown Teardown_Everything
+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
-Variables ${CURDIR}/../../../variables/Variables.py
-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 ${CURDIR}/../../../libraries/TemplatedRequests.robot
+Resource ../../../libraries/BGPcliKeywords.robot
+Resource ../../../libraries/BGPSpeaker.robot
+Resource ../../../libraries/ClusterManagement.robot
+Resource ../../../libraries/FailFast.robot
+Resource ../../../libraries/KillPythonTool.robot
+Resource ../../../libraries/PrefixCounting.robot
+Resource ../../../libraries/SetupUtils.robot
+Resource ../../../libraries/SSHKeywords.robot
+Resource ../../../libraries/TemplatedRequests.robot
+Resource ../../../variables/Variables.robot
+Resource PrefixcountKeywords.robot
*** Variables ***
-${BGP_TOOL_LOG_LEVEL} info
-${BGP_VARIABLES_FOLDER} ${CURDIR}/../../../variables/bgpclustering/bgp_peer
-${BGP_VARIABLES_FOLDER_OP} ${CURDIR}/../../../variables/bgpclustering/bgp_peer_operational
-${NETCONF_DEV_FOLDER} ${CURDIR}/../../../variables/netconf/device/full-uri-device
-${NETCONF_MOUNT_FOLDER} ${CURDIR}/../../../variables/netconf/device/full-uri-mount
-${CHECK_PERIOD} 10
${COUNT} 1
-${HOLDTIME} 180
-${INSERT} 1
-${KARAF_LOG_LEVEL} INFO
-${KARAF_BGPCEP_LOG_LEVEL} ${KARAF_LOG_LEVEL}
-${KARAF_PROTOCOL_LOG_LEVEL} ${KARAF_BGPCEP_LOG_LEVEL}
-${PREFILL} 0
-${REPETITIONS} 1
-${RESULTS_FILE_NAME} bgp.csv
-${TEST_DURATION_MULTIPLIER} 1
-${UPDATE} single
-${WITHDRAW} 0
-${INITIAL_RESTCONF_TIMEOUT} 30s
-${KARAF_HOME} ${WORKSPACE}/${BUNDLEFOLDER}
-${SHARD_DEFAULT_CONFIG} shard-default-config
-${SHARD_DEFAULT_OPERATIONAL} shard-default-operational
-${CONFIG_SESSION} config-session
-${CONFIGURATION_1} operational-1
-${CONFIGURATION_2} operational-2
-${CONFIGURATION_3} operational-3
-${EXAMPLE_IPV4_TOPOLOGY_PREF} example-ipv4-topology-
-${DEVICE_NAME} peer-controller-config
-${DEVICE_CHECK_TIMEOUT} 60s
-${RIB_INSTANCE} example-bgp-rib
-${BGP_PEER_NAME} example-bgp-peer
*** Test Cases ***
-Get Default Operational Shard Leader
- ${dos_leader} ${dos_followers}= ClusterManagement.Get_Leader_And_Followers_For_Shard
- BuiltIn.Set Suite variable ${dos_leader} ${dos_leader}
- BuiltIn.Set Suite variable ${default_oper_shard_leader_node_ip} ${ODL_SYSTEM_${dos_leader}_IP}
- RequestsLibrary.Create_Session ${CONFIG_SESSION} http://${ODL_SYSTEM_${dos_leader}_IP}:${RESTCONFPORT} auth=${AUTH}
+Get Example Bgp Rib Owner
+ [Documentation] Find an odl node which is able to accept incomming connection.
+ ${rib_owner} ${rib_candidates}= ClusterManagement.Get_Owner_And_Successors_For_device example-bgp-rib Bgpcep 1
+ BuiltIn.Set_Suite_Variable ${rib_owner} ${rib_owner}
+ BuiltIn.Set_Suite_Variable ${rib_owner_node_id} ${ODL_SYSTEM_${rib_owner}_IP}
+ ${session} = ClusterManagement.Resolve_Http_Session_For_Member ${rib_owner}
+ BuiltIn.Set_Suite_Variable ${config_session} ${session}
Check_For_Empty_Ipv4_Topology_Before_Talking_1
- [Documentation] Wait for ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} to come up and empty. Give large timeout for case when BGP boots slower than restconf.
+ [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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+ BuiltIn.Wait_Until_Keyword_Succeeds ${INITIAL_RESTCONF_TIMEOUT} 1s PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${operational_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
Check_For_Empty_Ipv4_Topology_Before_Talking_2
- [Documentation] Wait for ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} to come up and empty. Give large timeout for case when BGP boots slower than restconf.
+ [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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+ BuiltIn.Wait_Until_Keyword_Succeeds ${INITIAL_RESTCONF_TIMEOUT} 1s PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${operational_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
Check_For_Empty_Ipv4_Topology_Before_Talking_3
- [Documentation] Wait for ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} to come up and empty. Give large timeout for case when BGP boots slower than restconf.
+ [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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
-
-Configure_Netconf_Device
- [Documentation] Configures and verifies netconf device configuration. If configuration is not successful, it de-configures the device before the next attempt.
- &{mapping} Create Dictionary DEVICE_NAME=${DEVICE_NAME} DEVICE_PORT=1830 DEVICE_IP=${default_oper_shard_leader_node_ip} DEVICE_USER=admin DEVICE_PASSWORD=admin
- # After the netconf device is configured, odl starts downloading schemas. If the downloading will not finish within akka timeout, more tries are needed, 3 is based on a user experience.
- : FOR ${index} IN RANGE 0 3
- \ ${status} ${value}= Run Keyword And Ignore Error Configure Netconf Device And Check Mounted ${mapping}
- \ Exit For Loop If '${status}' == 'PASS'
- \ Run Keyword Unless '${status}' == 'PASS' TemplatedRequests.Delete_Templated ${NETCONF_DEV_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
- Run Keyword Unless '${status}' == 'PASS' Fail
+ BuiltIn.Wait_Until_Keyword_Succeeds ${INITIAL_RESTCONF_TIMEOUT} 1s PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${operational_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
Reconfigure_ODL_To_Accept_Connection
[Documentation] Configure BGP peer module with initiate-connection set to false.
[Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
- &{mapping} Create Dictionary DEVICE_NAME=${DEVICE_NAME} BGP_NAME=${BGP_PEER_NAME} IP=${TOOLS_SYSTEM_IP} HOLDTIME=${HOLDTIME} PEER_PORT=${BGP_TOOL_PORT}
- ... INITIATE=false BGP_RIB=${RIB_INSTANCE}
- TemplatedRequests.Put_As_Json_Templated ${BGP_VARIABLES_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
+ &{mapping} BuiltIn.Create_Dictionary DEVICE_NAME=${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=${config_session}
[Teardown] SetupUtils.Teardown_Test_Show_Bugs_If_Test_Failed
Start_Talking_BGP_Speaker
- [Documentation] Start Python speaker to connect to ODL. We need to do WUKS until odl really starts to accept incomming bgp connection. The failure happens if the incomming connection comes too quickly after configuring the peer in the previous test case.
- BuiltIn.Wait_Until_Keyword_Succeeds 3x 1s Start Bgp Peer
+ [Documentation] Start Python speaker to connect to ODL.
+ PrefixcountKeywords.Start_Bgp_Peer_And_Verify_Connected connection_retries=${3}
Wait_For_Stable_Talking_Ipv4_Topology_1
- [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} 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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+ [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=${operational_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
Wait_For_Stable_Talking_Ipv4_Topology_2
- [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} 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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+ [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=${operational_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
Wait_For_Stable_Talking_Ipv4_Topology_3
- [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} 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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+ [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=${operational_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
Check_Talking_Ipv4_Topology_Count_1
- [Documentation] Count the routes in ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} and fail if the count is not correct as seen from node 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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+ PrefixCounting.Check_Ipv4_Topology_Count ${COUNT} session=${operational_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
Check_Talking_Ipv4_Topology_Count_2
- [Documentation] Count the routes in ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} and fail if the count is not correct as seen from node 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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+ PrefixCounting.Check_Ipv4_Topology_Count ${COUNT} session=${operational_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
Check_Talking_Ipv4_Topology_Count_3
- [Documentation] Count the routes in ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} and fail if the count is not correct as seen from node 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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+ PrefixCounting.Check_Ipv4_Topology_Count ${COUNT} session=${operational_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
Kill_Talking_BGP_Speaker
[Documentation] Abort the Python speaker. Also, attempt to stop failing fast.
FailFast.Do_Not_Fail_Fast_From_Now_On
Wait_For_Stable_Ipv4_Topology_After_Listening_1
- [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} becomes stable again as seen from node 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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${operational_1} topology=${EXAMPLE_IPV4_TOPOLOGY}
Wait_For_Stable_Ipv4_Topology_After_Listening_2
- [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} becomes stable again as seen from node 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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${operational_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
Wait_For_Stable_Ipv4_Topology_After_Listening_3
- [Documentation] Wait until ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} becomes stable again as seen from node 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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${operational_3} topology=${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_PREF}${dos_leader}
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${operational_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=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${operational_2} topology=${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_PREF}${dos_leader}
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${operational_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
Delete_Bgp_Peer_Configuration
[Documentation] Revert the BGP configuration to the original state: without any configured peers.
[Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
- &{mapping} Create Dictionary DEVICE_NAME=${DEVICE_NAME} BGP_NAME=${BGP_PEER_NAME} IP=${TOOLS_SYSTEM_IP} HOLDTIME=${HOLDTIME} PEER_PORT=${BGP_TOOL_PORT}
- ... INITIATE=false BGP_RIB=${RIB_INSTANCE}
- TemplatedRequests.Delete_Templated ${BGP_VARIABLES_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
-
-Delete_Netconf_Device_Configuration
- [Documentation] Revert the netconf configuration to the original stat
- [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
- &{mapping} Create Dictionary DEVICE_NAME=${DEVICE_NAME} DEVICE_PORT=1830 DEVICE_IP=${default_oper_shard_leader_node_ip} DEVICE_USER=admin DEVICE_PASSWORD=admin
- TemplatedRequests.Delete_Templated ${NETCONF_DEV_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
-
-*** Keywords ***
-Setup_Everything
- [Documentation] Setup imported resources, SSH-login to tools system,
- ... create HTTP session, put Python tool to tools system.
- SetupUtils.Setup_Utils_For_Setup_And_Teardown
- ClusterManagement.ClusterManagement_Setup
- RequestsLibrary.Create_Session ${CONFIGURATION_1} http://${ODL_SYSTEM_1_IP}:${RESTCONFPORT}${OPERATIONAL_API} auth=${AUTH}
- RequestsLibrary.Create_Session ${CONFIGURATION_2} http://${ODL_SYSTEM_2_IP}:${RESTCONFPORT}${OPERATIONAL_API} auth=${AUTH}
- RequestsLibrary.Create_Session ${CONFIGURATION_3} http://${ODL_SYSTEM_3_IP}:${RESTCONFPORT}${OPERATIONAL_API} auth=${AUTH}
- PrefixCounting.PC_Setup
- SSHLibrary.Set_Default_Configuration prompt=${TOOLS_SYSTEM_PROMPT}
- SSHLibrary.Open_Connection ${TOOLS_SYSTEM_IP}
- Utils.Flexible_Mininet_Login
- # TODO: Do not include slash in ${OPERATIONAL_TOPO_API}, having it typed here is more readable.
- # TODO: Alternatively, create variable in Variables which starts with http.
- # Both TODOs would probably need to update every suite relying on current Variables.
- SSHLibrary.Put_File ${CURDIR}/../../../../tools/fastbgp/play.py
- SSHKeywords.Require_Python
- SSHKeywords.Assure_Library_Ipaddr target_dir=.
- # Calculate the timeout value based on how many routes are going to be pushed
- # TODO: Replace 35 with some formula from period and repetitions.
- ${timeout} = BuiltIn.Evaluate ${TEST_DURATION_MULTIPLIER} * (${COUNT} * 6.0 / 10000 + 35)
- 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}
-
-Teardown_Everything
- [Documentation] Make sure Python tool was killed and tear down imported Resources.
- # 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
- SSHLibrary.Close_All_Connections
-
-Store_File_To_Workspace
- [Arguments] ${src_file_name} ${dst_file_name}
- [Documentation] Store the provided file from the SSH client to workspace.
- ${files}= SSHLibrary.List Files In Directory .
- ${output_log}= SSHLibrary.Execute_Command cat ${src_file_name}
- BuiltIn.Log ${output_log}
- Create File ${dst_file_name} ${output_log}
-
-Configure Netconf Device And Check Mounted
- [Arguments] ${mapping}
- 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
- [Documentation] Starts bgp peer and verifies that the peer runs.
- BGPSpeaker.Start_BGP_Speaker --amount ${COUNT} --myip=${TOOLS_SYSTEM_IP} --myport=${BGP_TOOL_PORT} --peerip=${default_oper_shard_leader_node_ip} --peerport=${ODL_BGP_PORT} --insert=${INSERT} --withdraw=${WITHDRAW} --prefill ${PREFILL} --update ${UPDATE} --${BGP_TOOL_LOG_LEVEL} --results ${RESULTS_FILE_NAME}
- BGPcliKeywords.Read_And_Fail_If_Prompt_Is_Seen
+ &{mapping} BuiltIn.Create_Dictionary DEVICE_NAME=${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}
Code Review / integration / test.git / blobdiff