updating bgp clustering test suite due to present bgpcep singleton impl

author Peter Gubka <pgubka@cisco.com>

Mon, 5 Sep 2016 16:00:32 +0000 (18:00 +0200)

committer Vratko Polák <vrpolak@cisco.com>

Wed, 7 Sep 2016 10:44:06 +0000 (10:44 +0000)
author Peter Gubka <pgubka@cisco.com>
Mon, 5 Sep 2016 16:00:32 +0000 (18:00 +0200)
committer Vratko Polák <vrpolak@cisco.com>
Wed, 7 Sep 2016 10:44:06 +0000 (10:44 +0000)
diff --git a/csit/configplans/bgpcep-bgpclustering-beryllium.txt b/csit/configplans/bgpcep-bgpclustering-beryllium.txt

new file mode 100644 (file)

index 0000000..de99350
--- /dev/null
+++ b/csit/configplans/bgpcep-bgpclustering-beryllium.txt
@@ -0,0 +1,8 @@
+# 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 script in run order:
+integration/test/csit/scripts/bgp_cluster_setup_Be.sh
diff --git a/csit/scripts/bgp_cluster_setup_Be.sh b/csit/scripts/bgp_cluster_setup_Be.sh

new file mode 100644 (file)

index 0000000..c33f832
--- /dev/null
+++ b/csit/scripts/bgp_cluster_setup_Be.sh
@@ -0,0 +1,27 @@
+#!/bin/bash
+
+BGPCONF=/tmp/${BUNDLEFOLDER}/system/org/opendaylight/bgpcep/bgp-controller-config/*/bgp-controller-config-*-config-example.xml
+
+cat > ${WORKSPACE}/bgp_cluster_setup_Be.sh <<EOF
+
+  echo "Update bgp configuration in 41-bgp-example.xml"
+  sed -i -e "s/<rib-id>example-bgp-rib/<rib-id>example-bgp-rib-\$1/g" ${BGPCONF}
+  sed -i -e "s/<topology-id>example-ipv4-topology/<topology-id>example-ipv4-topology-\$1/g" ${BGPCONF}
+  sed -i -e "s/<topology-id>example-ipv6-topology/<topology-id>example-ipv6-topology-\$1/g" ${BGPCONF}
+  sed -i -e "s/<topology-id>example-linkstate-topology/<topology-id>example-linkstate-topology-\$1/g" ${BGPCONF}
+
+  echo "Dump ${BGPCONF}"
+  cat ${BGPCONF}
+
+EOF
+
+echo "Copying config files to ODL Controller folder"
+for i in `seq 1 ${NUM_ODL_SYSTEM}`
+do
+  CONTROLLERIP=ODL_SYSTEM_${i}_IP
+
+  echo "Configuring bgp for cluster on ${!CONTROLLERIP}"
+  scp ${WORKSPACE}/bgp_cluster_setup_Be.sh ${!CONTROLLERIP}:/tmp/
+  ssh ${!CONTROLLERIP} "bash /tmp/bgp_cluster_setup_Be.sh $i"
+done
+
diff --git a/csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route.robot b/csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route.robot

index 19c950be6988e6fee7c554224f1726f8a9ddfaf6..8de4925f3b45d4a33b21813be950901ad33a7462 100644 (file)
--- a/csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route.robot
+++ b/csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route.robot
@@ -58,40 +58,41 @@ ${CONFIG_SESSION}    config-session
  ${CONFIGURATION_1}    operational-1
  ${CONFIGURATION_2}    operational-2
  ${CONFIGURATION_3}    operational-3
-${EXAMPLE_IPV4_TOPOLOGY_PREF}    example-ipv4-topology-
+${EXAMPLE_IPV4_TOPOLOGY}    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. 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
+    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 ${EXAMPLE_IPV4_TOPOLOGY_PREF}${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    ${INITIAL_RESTCONF_TIMEOUT}    1s    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_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    ${INITIAL_RESTCONF_TIMEOUT}    1s    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_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}
+    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.
-    &{mapping}    Create Dictionary    DEVICE_NAME=${DEVICE_NAME}    DEVICE_PORT=1830    DEVICE_IP=${default_oper_shard_leader_node_ip}    DEVICE_USER=admin    DEVICE_PASSWORD=admin
+    &{mapping}    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    Configure Netconf Device And Check Mounted    ${mapping}
@@ -112,34 +113,34 @@ Start_Talking_BGP_Speaker
      BuiltIn.Wait_Until_Keyword_Succeeds    3x    1s    Start Bgp Peer
  
  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=${CONFIGURATION_1}    topology=${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=${CONFIGURATION_2}    topology=${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=${CONFIGURATION_3}    topology=${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    ${COUNT}    session=${CONFIGURATION_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    ${COUNT}    session=${CONFIGURATION_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    ${COUNT}    session=${CONFIGURATION_3}    topology=${EXAMPLE_IPV4_TOPOLOGY}
  
  Kill_Talking_BGP_Speaker
      [Documentation]    Abort the Python speaker. Also, attempt to stop failing fast.
@@ -149,37 +150,37 @@ Kill_Talking_BGP_Speaker
      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=${CONFIGURATION_1}    topology=${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=${CONFIGURATION_2}    topology=${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=${CONFIGURATION_3}    topology=${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_PREF}${dos_leader}
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${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_PREF}${dos_leader}
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${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_PREF}${dos_leader}
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_3}    topology=${EXAMPLE_IPV4_TOPOLOGY}
  
  Delete_Bgp_Peer_Configuration
      [Documentation]    Revert the BGP configuration to the original state: without any configured peers.
@@ -191,7 +192,7 @@ Delete_Bgp_Peer_Configuration
  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
+    &{mapping}    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}
  
  *** Keywords ***
@@ -242,5 +243,5 @@ Configure Netconf Device And Check Mounted
  
  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}
+    BGPSpeaker.Start_BGP_Speaker    --amount ${COUNT} --myip=${TOOLS_SYSTEM_IP} --myport=${BGP_TOOL_PORT} --peerip=${rib_owner_node_id} --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
diff --git a/csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route_Be.robot b/csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route_Be.robot

new file mode 100644 (file)

index 0000000..19c950b
--- /dev/null
+++ b/csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route_Be.robot
@@ -0,0 +1,246 @@
+*** Settings ***
+Documentation     BGP performance of ingesting from 1 iBGP peer, data change counter is NOT used.
+...
+...               Copyright (c) 2015-2016 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
+...
+...               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-<dst_id> on all nodes.
+...               RIB is not examined.
+...               <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
+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          ${CURDIR}/../../../libraries/TemplatedRequests.robot
+
+*** Variables ***
+${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}
+
+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.
+    [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}
+
+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.
+    [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}
+
+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.
+    [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
+
+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}
+    [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
+
+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}
+
+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}
+
+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}
+
+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.
+    [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}
+
+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.
+    [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}
+
+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.
+    [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}
+
+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 ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} 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}
+
+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.
+    [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}
+
+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.
+    [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}${dos_leader}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_1
+    [Documentation]    Example-ipv4-topology should be empty now as seen from node 1.
+    [Tags]    critical
+    [Setup]    SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_1}    topology=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+
+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}${dos_leader}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_3
+    [Documentation]    Example-ipv4-topology should be empty now as seen from node 3.
+    [Tags]    critical
+    [Setup]    SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_3}    topology=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+
+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
diff --git a/csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes.robot b/csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes.robot

index 6417a8b09585764db97c73ae0d25546799d2bd7e..30ab2fb8f3e477c0af3f39bd90601829bfa921bb 100644 (file)
--- a/csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes.robot
+++ b/csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes.robot
@@ -58,40 +58,41 @@ ${CONFIG_SESSION}    config-session
  ${CONFIGURATION_1}    operational-1
  ${CONFIGURATION_2}    operational-2
  ${CONFIGURATION_3}    operational-3
-${EXAMPLE_IPV4_TOPOLOGY_PREF}    example-ipv4-topology-
+${EXAMPLE_IPV4_TOPOLOGY}    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. 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
+    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 ${EXAMPLE_IPV4_TOPOLOGY_PREF}${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    ${INITIAL_RESTCONF_TIMEOUT}    1s    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_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    ${INITIAL_RESTCONF_TIMEOUT}    1s    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_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}
+    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.
-    &{mapping}    Create Dictionary    DEVICE_NAME=${DEVICE_NAME}    DEVICE_PORT=1830    DEVICE_IP=${default_oper_shard_leader_node_ip}    DEVICE_USER=admin    DEVICE_PASSWORD=admin
+    &{mapping}    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    Configure Netconf Device And Check Mounted    ${mapping}
@@ -112,34 +113,34 @@ Start_Talking_BGP_Speaker
      BuiltIn.Wait_Until_Keyword_Succeeds    3x    1s    Start Bgp Peer
  
  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=${CONFIGURATION_1}    topology=${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=${CONFIGURATION_2}    topology=${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=${CONFIGURATION_3}    topology=${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    ${COUNT}    session=${CONFIGURATION_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    ${COUNT}    session=${CONFIGURATION_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    ${COUNT}    session=${CONFIGURATION_3}    topology=${EXAMPLE_IPV4_TOPOLOGY}
  
  Kill_Talking_BGP_Speaker
      [Documentation]    Abort the Python speaker. Also, attempt to stop failing fast.
@@ -149,37 +150,37 @@ Kill_Talking_BGP_Speaker
      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=${CONFIGURATION_1}    topology=${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=${CONFIGURATION_2}    topology=${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=${CONFIGURATION_3}    topology=${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_PREF}${dos_leader}
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${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_PREF}${dos_leader}
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${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_PREF}${dos_leader}
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_3}    topology=${EXAMPLE_IPV4_TOPOLOGY}
  
  Delete_Bgp_Peer_Configuration
      [Documentation]    Revert the BGP configuration to the original state: without any configured peers.
@@ -191,7 +192,7 @@ Delete_Bgp_Peer_Configuration
  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
+    &{mapping}    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}
  
  *** Keywords ***
@@ -242,5 +243,5 @@ Configure Netconf Device And Check Mounted
  
  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}
+    BGPSpeaker.Start_BGP_Speaker    --amount ${COUNT} --myip=${TOOLS_SYSTEM_IP} --myport=${BGP_TOOL_PORT} --peerip=${rib_owner_node_id} --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
diff --git a/csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes_Be.robot b/csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes_Be.robot

new file mode 100644 (file)

index 0000000..6417a8b
--- /dev/null
+++ b/csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes_Be.robot
@@ -0,0 +1,246 @@
+*** Settings ***
+Documentation     BGP performance of ingesting from 1 iBGP peer, data change counter is NOT used.
+...
+...               Copyright (c) 2015-2016 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
+...
+...               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-<dst_id> on all nodes.
+...               RIB is not examined.
+...               <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
+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          ${CURDIR}/../../../libraries/TemplatedRequests.robot
+
+*** Variables ***
+${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
+${COUNT}          100000
+${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}
+
+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.
+    [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}
+
+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.
+    [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}
+
+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.
+    [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
+
+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}
+    [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
+
+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}
+
+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}
+
+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}
+
+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.
+    [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}
+
+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.
+    [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}
+
+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.
+    [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}
+
+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 ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} 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}
+
+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.
+    [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}
+
+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.
+    [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}${dos_leader}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_1
+    [Documentation]    Example-ipv4-topology should be empty now as seen from node 1.
+    [Tags]    critical
+    [Setup]    SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_1}    topology=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+
+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}${dos_leader}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_3
+    [Documentation]    Example-ipv4-topology should be empty now as seen from node 3.
+    [Tags]    critical
+    [Setup]    SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_3}    topology=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+
+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
diff --git a/csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes.robot b/csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes.robot

index a1f1bbc4bc0bb1f1ce08600a87f25d895913d5dc..15b067b407fa53258fcf1543e9f12a9416120ac6 100644 (file)
--- a/csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes.robot
+++ b/csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes.robot
@@ -58,40 +58,41 @@ ${CONFIG_SESSION}    config-session
  ${CONFIGURATION_1}    operational-1
  ${CONFIGURATION_2}    operational-2
  ${CONFIGURATION_3}    operational-3
-${EXAMPLE_IPV4_TOPOLOGY_PREF}    example-ipv4-topology-
+${EXAMPLE_IPV4_TOPOLOGY}    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. 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
+    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 ${EXAMPLE_IPV4_TOPOLOGY_PREF}${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    ${INITIAL_RESTCONF_TIMEOUT}    1s    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_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    ${INITIAL_RESTCONF_TIMEOUT}    1s    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_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}
+    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.
-    &{mapping}    Create Dictionary    DEVICE_NAME=${DEVICE_NAME}    DEVICE_PORT=1830    DEVICE_IP=${default_oper_shard_leader_node_ip}    DEVICE_USER=admin    DEVICE_PASSWORD=admin
+    &{mapping}    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    Configure Netconf Device And Check Mounted    ${mapping}
@@ -112,34 +113,34 @@ Start_Talking_BGP_Speaker
      BuiltIn.Wait_Until_Keyword_Succeeds    3x    1s    Start Bgp Peer
  
  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=${CONFIGURATION_1}    topology=${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=${CONFIGURATION_2}    topology=${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=${CONFIGURATION_3}    topology=${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    ${COUNT}    session=${CONFIGURATION_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    ${COUNT}    session=${CONFIGURATION_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    ${COUNT}    session=${CONFIGURATION_3}    topology=${EXAMPLE_IPV4_TOPOLOGY}
  
  Kill_Talking_BGP_Speaker
      [Documentation]    Abort the Python speaker. Also, attempt to stop failing fast.
@@ -149,37 +150,37 @@ Kill_Talking_BGP_Speaker
      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=${CONFIGURATION_1}    topology=${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=${CONFIGURATION_2}    topology=${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=${CONFIGURATION_3}    topology=${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_PREF}${dos_leader}
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${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_PREF}${dos_leader}
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${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_PREF}${dos_leader}
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_3}    topology=${EXAMPLE_IPV4_TOPOLOGY}
  
  Delete_Bgp_Peer_Configuration
      [Documentation]    Revert the BGP configuration to the original state: without any configured peers.
@@ -191,7 +192,7 @@ Delete_Bgp_Peer_Configuration
  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
+    &{mapping}    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}
  
  *** Keywords ***
@@ -242,5 +243,5 @@ Configure Netconf Device And Check Mounted
  
  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}
+    BGPSpeaker.Start_BGP_Speaker    --amount ${COUNT} --myip=${TOOLS_SYSTEM_IP} --myport=${BGP_TOOL_PORT} --peerip=${rib_owner_node_id} --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
diff --git a/csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes_Be.robot b/csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes_Be.robot

new file mode 100644 (file)

index 0000000..a1f1bbc
--- /dev/null
+++ b/csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes_Be.robot
@@ -0,0 +1,246 @@
+*** Settings ***
+Documentation     BGP performance of ingesting from 1 iBGP peer, data change counter is NOT used.
+...
+...               Copyright (c) 2015-2016 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
+...
+...               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-<dst_id> on all nodes.
+...               RIB is not examined.
+...               <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
+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          ${CURDIR}/../../../libraries/TemplatedRequests.robot
+
+*** Variables ***
+${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
+${COUNT}          1000000
+${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}
+
+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.
+    [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}
+
+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.
+    [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}
+
+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.
+    [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
+
+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}
+    [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
+
+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}
+
+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}
+
+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}
+
+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.
+    [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}
+
+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.
+    [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}
+
+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.
+    [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}
+
+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 ${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader} 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}
+
+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.
+    [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}
+
+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.
+    [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}${dos_leader}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_1
+    [Documentation]    Example-ipv4-topology should be empty now as seen from node 1.
+    [Tags]    critical
+    [Setup]    SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_1}    topology=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+
+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}${dos_leader}
+
+Check_For_Empty_Ipv4_Topology_After_Listening_3
+    [Documentation]    Example-ipv4-topology should be empty now as seen from node 3.
+    [Tags]    critical
+    [Setup]    SetupUtils.Setup_Test_With_Logging_And_Without_Fast_Failing
+    PrefixCounting.Check_Ipv4_Topology_Is_Empty    session=${CONFIGURATION_3}    topology=${EXAMPLE_IPV4_TOPOLOGY_PREF}${dos_leader}
+
+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
diff --git a/csit/testplans/bgpcep-bgpclustering-beryllium.txt b/csit/testplans/bgpcep-bgpclustering-beryllium.txt

new file mode 100644 (file)

index 0000000..986339f
--- /dev/null
+++ b/csit/testplans/bgpcep-bgpclustering-beryllium.txt
@@ -0,0 +1,11 @@
+# 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_Be.robot
+integration/test/csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes_Be.robot
+integration/test/csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes_Be.robot
author	Peter Gubka <pgubka@cisco.com>
	Mon, 5 Sep 2016 16:00:32 +0000 (18:00 +0200)
committer	Vratko Polák <vrpolak@cisco.com>
	Wed, 7 Sep 2016 10:44:06 +0000 (10:44 +0000)
csit/configplans/bgpcep-bgpclustering-beryllium.txt	[new file with mode: 0644]	patch \| blob
csit/scripts/bgp_cluster_setup_Be.sh	[new file with mode: 0644]	patch \| blob
csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route.robot		patch \| blob \| history
csit/suites/bgpcep/bgpclustering/010_singlepeer_prefixcount_1route_Be.robot	[new file with mode: 0644]	patch \| blob
csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes.robot		patch \| blob \| history
csit/suites/bgpcep/bgpclustering/020_singlepeer_prefixcount_100kroutes_Be.robot	[new file with mode: 0644]	patch \| blob
csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes.robot		patch \| blob \| history
csit/suites/bgpcep/bgpclustering/030_singlepeer_prefixcount_1Mroutes_Be.robot	[new file with mode: 0644]	patch \| blob
csit/testplans/bgpcep-bgpclustering-beryllium.txt	[new file with mode: 0644]	patch \| blob