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 ${CURDIR}/../../../libraries/CompareStream.robot
-Resource ${CURDIR}/PrefixcountKeywords.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 ***
${COUNT} 1
*** Test Cases ***
Get Example Bgp Rib Owner
- [Documentation] Find an odl node which is able to accept incomming connection. To this node netconf connector should be configured.
- ${rib_owner} ${rib_candidates}= ClusterManagement.Get_Owner_And_Successors_For_device example-bgp-rib org.opendaylight.mdsal.ServiceEntityType 1
+ [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}
- RequestsLibrary.Create_Session ${CONFIG_SESSION} http://${ODL_SYSTEM_${rib_owner}_IP}:${RESTCONFPORT} auth=${AUTH} timeout=10 max_retries=0
+ ${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} 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}
+ 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} 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}
+ 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} 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=${EXAMPLE_IPV4_TOPOLOGY}
-
-Configure_Netconf_Device
- [Documentation] Configures and verifies netconf device configuration. If configuration is not successful, it de-configures the device before the next attempt.
- # No need for configuring netconf device in carbon and above, openconfig is used
- CompareStream.Run_Keyword_If_At_Least_Carbon BuiltIn.Pass_Execution Openconfig usage does not need netconf connector
- &{mapping} BuiltIn.Create_Dictionary DEVICE_NAME=${DEVICE_NAME} DEVICE_PORT=1830 DEVICE_IP=${rib_owner_node_id} 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 PrefixcountKeywords.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=${EXAMPLE_IPV4_TOPOLOGY}
Reconfigure_ODL_To_Accept_Connection
[Documentation] Configure BGP peer module with initiate-connection set to false.
[Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
&{mapping} BuiltIn.Create_Dictionary DEVICE_NAME=${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}
+ 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
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}
+ 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 ${EXAMPLE_IPV4_TOPOLOGY} becomes stable. This is done by checking stability of prefix count as seen from node 2.
- PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=0 session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+ 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 ${EXAMPLE_IPV4_TOPOLOGY} becomes stable. This is done by checking stability of prefix count as seen from node 3.
- PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=0 session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+ 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} 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}
+ 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} 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}
+ 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} 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}
+ 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.
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=${EXAMPLE_IPV4_TOPOLOGY}
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${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 ${EXAMPLE_IPV4_TOPOLOGY} becomes stable again as seen from node 2.
[Tags] critical
- PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${CONFIGURATION_2} topology=${EXAMPLE_IPV4_TOPOLOGY}
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${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 ${EXAMPLE_IPV4_TOPOLOGY} becomes stable again as seen from node 3.
[Tags] critical
- PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${bgp_filling_timeout} period=${CHECK_PERIOD} repetitions=${REPETITIONS} excluded_count=${COUNT} session=${CONFIGURATION_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
+ PrefixCounting.Wait_For_Ipv4_Topology_Prefixes_To_Become_Stable timeout=${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=${EXAMPLE_IPV4_TOPOLOGY}
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${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=${EXAMPLE_IPV4_TOPOLOGY}
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${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=${EXAMPLE_IPV4_TOPOLOGY}
+ PrefixCounting.Check_Ipv4_Topology_Is_Empty session=${operational_3} topology=${EXAMPLE_IPV4_TOPOLOGY}
Delete_Bgp_Peer_Configuration
[Documentation] Revert the BGP configuration to the original state: without any configured peers.
[Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
&{mapping} BuiltIn.Create_Dictionary DEVICE_NAME=${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=${CONFIG_SESSION}
-
-Delete_Netconf_Device_Configuration
- [Documentation] Revert the netconf configuration to the original stat
- [Setup] SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
- CompareStream.Run_Keyword_If_At_Least_Carbon BuiltIn.Pass_Execution Openconfig usage does not need netconf connector
- &{mapping} BuiltIn.Create_Dictionary DEVICE_NAME=${DEVICE_NAME} DEVICE_PORT=1830 DEVICE_IP=${rib_owner_node_id} DEVICE_USER=admin DEVICE_PASSWORD=admin
- TemplatedRequests.Delete_Templated ${NETCONF_DEV_FOLDER} mapping=${mapping} session=${CONFIG_SESSION}
+ TemplatedRequests.Delete_Templated ${BGP_VARIABLES_FOLDER} mapping=${mapping} session=${config_session}
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