nts_networkfunctions_launch ${WORKSPACE}/plans/sdnr/testdata/nts-networkfunctions.csv
sdnr_launch
+## environment for SDNC/R specific robot test runs
+## Ready state will be checked every SDNC_READY_RETRY_PERIOD seconds
+# SDNC_READY_RETRY_PERIOD=15
+## SDNC ready state will be checked max SDNC_READY_TIMEOUT seconds
+# SDNC_READY_TIMEOUT=450
+
+# if jenkins should be ok without running robots TCS's
+# SDNC_RELEASE_WITHOUT_ROBOT=true
+
#Pass any variables required by Robot test suites in ROBOT_VARIABLES
ROBOT_VARIABLES="--variablefile=${WORKSPACE}/plans/sdnr/testdata/localhost.py"
ROBOT_IMAGE="hightec/sdnc-test-lib:v0.10.0"
-NAME,NTS_NF_DOCKER_REPOSITORY,NTS_NF_IMAGE_NAME,NTS_NF_IMAGE_TAG,NTSFUNC-IP,NTS_HOST_NETCONF_SSH_BASE_PORT,NTS_HOST_NETCONF_TLS_BASE_PORT,NTS_NF_SSH_CONNECTIONS,NTS_NF_TLS_CONNECTIONS
-ONF-CORE-1-2,docker.io/hightec/,nts-ng-onf-core-1-2,1.3.4,172.40.0.30,30000,30500,1,1
-ONF-CORE-1-4,docker.io/hightec/,nts-ng-onf-core-1-4,1.3.4,172.40.0.31,31000,31500,1,1
-OPENROADM-6-1-0,docker.io/hightec/,nts-ng-openroadm-6.1.0,1.3.4,172.40.0.36,36000,36500,1,1
-O-RAN-FH,docker.io/hightec/,nts-ng-o-ran-fh,1.3.4,172.40.0.40,40000,40500,1,1
-X-RAN,docker.io/hightec/,nts-ng-x-ran,1.3.4,172.40.0.42,42000,42500,1,1
-
+NAME,NTS_NF_DOCKER_REPOSITORY,NTS_NF_IMAGE_NAME,NTS_NF_IMAGE_TAG,NTSFUNC-IP,NTSFUNC-IPv6,NTS_HOST_NETCONF_SSH_BASE_PORT,NTS_HOST_NETCONF_TLS_BASE_PORT,NTS_NF_SSH_CONNECTIONS,NTS_NF_TLS_CONNECTIONS,PORT,NETCONF_HOST,USER,PASSWORD,NTS_FUNCTION_TYPE
+ONF-CORE-1-2,docker.io/hightec/,nts-ng-onf-core-1-2,1.3.4,172.40.0.30,2001:db8:1:50:172:50:0:30,30000,30500,1,1,830,172.40.0.1,netconf,netconf!,nts-onf-pac:NTS_FUNCTION_TYPE_ONF_CORE_MODEL_1_2
+ONF-CORE-1-4,docker.io/hightec/,nts-ng-onf-core-1-4,1.3.4,172.40.0.31,2001:db8:1:50:172:50:0:31,31000,31500,1,1,830,172.40.0.1,netconf,netconf!,nts-onf-pac:NTS_FUNCTION_TYPE_ONF_CORE_MODEL_1_4
+OPENROADM-6-1-0,docker.io/hightec/,nts-ng-openroadm-6.1.0,1.3.4,172.40.0.36,2001:db8:1:50:172:50:0:36,36000,36500,1,1,830,172.40.0.1,netconf,netconf!,nts-openroadm-pac:NTS_FUNCTION_TYPE_OPENROADM_6_1_0
+O-RAN-FH,docker.io/hightec/,nts-ng-o-ran-fh,1.3.4,172.40.0.40,2001:db8:1:50:172:50:0:40,40000,40500,1,1,830,172.40.0.1,netconf,netconf!,nts-o-ran-fh-pac:NTS_FUNCTION_TYPE_O_RAN_FH
+X-RAN,docker.io/hightec/,nts-ng-x-ran,1.3.4,172.40.0.42,2001:db8:1:50:172:50:0:42,42000,42500,1,1,830,172.40.0.1,netconf,netconf!,nts-x-ran-pac:NTS_FUNCTION_TYPE_X_RAN
# Test suites are relative paths under [integration/csit.git]/tests/.
# Place the suites in run order.
-## To skip sdnr robot test suite uncomment this test case
-#sdnr/debug/10_dummy.robot
-## To skip sdnr robot test suite comment this test case
+## To skip sdnr robot test suite
+## set in .setup.sh SDNC_RELEASE_WITHOUT_ROBOT=true
sdnr/healthcheck
-#sdnr/functional
+sdnr/functional
echo "Starting Robot test suites ${SUITES} ..."
relax_set
-# Runs an alternative robotframework setup as docker image in $ROBOT_IMAGE
-# test suites will be executed within this docker container
-# and results are stored as usual
-if [[ -z $ROBOT_IMAGE ]]; then
- echo "*** TRACE **** python is $(which python) [version $(python --version)]"
- env
- python -m robot.run -N ${TESTPLAN} -v WORKSPACE:/tmp ${ROBOT_VARIABLES} ${TESTOPTIONS} ${SUITES}
+if [[ -z $SDNC_RELEASE_WITHOUT_ROBOT ]] ; then
+ if [[ -z $SDNC_READY_STATE_TIME_OUT ]] ; then
+ # Runs an alternative robotframework setup as docker image in $ROBOT_IMAGE
+ # test suites will be executed within this docker container
+ # and results are stored as usual
+ if [[ -z $ROBOT_IMAGE ]]; then
+ echo "*** TRACE **** python is $(which python) [version $(python --version)]"
+ env
+ python -m robot.run -N ${TESTPLAN} -v WORKSPACE:/tmp ${ROBOT_VARIABLES} ${TESTOPTIONS} ${SUITES}
+ else
+ echo "*** TRACE **** python is running in a container"
+ docker run --net="host" \
+ -v ${WORKSPACE}:${WORKSPACE} -v ${WORKDIR}:${WORKDIR} $ROBOT_IMAGE \
+ python3 -B -m robot.run -N ${TESTPLAN} -v WORKSPACE:/tmp --outputdir ${WORKDIR} ${ROBOT_VARIABLES} ${TESTOPTIONS} ${SUITES}
+ fi
+ else
+ echo "[INFO] Skip Robot test suite, because SDNC is not in ready state"
+ echo "[ERROR] SDNC is not in ready state, check karaf.log!"
+ false
+ fi
else
- echo "*** TRACE **** python is running in a container"
- docker run --net="host" \
- -v ${WORKSPACE}:${WORKSPACE} -v ${WORKDIR}:${WORKDIR} $ROBOT_IMAGE \
- python3 -B -m robot.run -N ${TESTPLAN} -v WORKSPACE:/tmp --outputdir ${WORKDIR} ${ROBOT_VARIABLES} ${TESTOPTIONS} ${SUITES}
+ echo "[WARNING] Robot test suite is skipped, but job remains ok. "
+ true
fi
RESULT=$?
load_set
NTS_NF_SDN_CONTROLLER_IP=127.0.0.1
NTS_NF_SDN_CONTROLLER_PORT=8181
NTS_HOST_IP=172.40.0.1
-
+NTS_NF_MOUNT_POINT_ADDRESSING_METHOD=docker-mapping
+# *******************************************************************************
+# * ============LICENSE_START========================================================================
+# * Copyright (C) 2021 highstreet technologies GmbH Intellectual Property. All rights reserved.
+# * =================================================================================================
+# * Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except
+# * in compliance with the License. You may obtain a copy of the License at
+# *
+# * http://www.apache.org/licenses/LICENSE-2.0
+# *
+# * Unless required by applicable law or agreed to in writing, software distributed under the License
+# * is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express
+# * or implied. See the License for the specific language governing permissions and limitations under
+# * the License.
+# * ============LICENSE_END==========================================================================
version: "3"
services:
nts-function:
image: ${NTS_NF_DOCKER_REPOSITORY}${NTS_NF_IMAGE_NAME}:${NTS_NF_IMAGE_TAG}
container_name: ${NTS_NF_IMAGE_NAME}
stop_grace_period: 5m
+ cap_add:
+ - NET_ADMIN
ports:
- "::${NTS_HOST_NETCONF_SSH_BASE_PORT}-${NTS_HOST_NETCONF_SSH_BASE_PORT_PLUS_SSH_CON}:${EXPOSE_PORT_SSH}-${EXPOSE_PORT_SSH_PLUS_CON}"
- "::${NTS_HOST_NETCONF_TLS_BASE_PORT}-${NTS_HOST_NETCONF_TLS_BASE_PORT_PLUS_TLS_CON}:${EXPOSE_PORT_TLS}-${EXPOSE_PORT_TLS_PLUS_CON}"
environment:
- NTS_NF_STANDALONE_START_FEATURES: "datastore-populate ves-heartbeat ves-pnf-registration web-cut-through manual-notification-generation netconf-call-home"
- NTS_NF_MOUNT_POINT_ADDRESSING_METHOD: "host-mapping"
+ NTS_NF_STANDALONE_START_FEATURES: "datastore-populate ves-heartbeat ves-pnf-registration web-cut-through manual-notification-generation"
+ NTS_NF_MOUNT_POINT_ADDRESSING_METHOD: ${NTS_NF_MOUNT_POINT_ADDRESSING_METHOD} # mapping types: host-mapping, docker-mapping
NTS_HOST_IP: ${NTS_HOST_IP}
HOSTNAME: ${NTS_NF_CONTAINER_NAME}
- IPv6Enabled: ${IPV6_ENABLED}
+ IPv6_ENABLED: ${IPV6_ENABLED}
SSH_CONNECTIONS: ${NTS_NF_SSH_CONNECTIONS}
TLS_CONNECTIONS: ${NTS_NF_TLS_CONNECTIONS}
# * ============LICENSE_END==========================================================================
set -o xtrace
+set +e
csvfile=$1
export DOCKER_ENGINE_VERSION=$(docker version --format '{{.Server.APIVersion}}')
firstline=0
# read each line of nts-networkfunctions.csv and put in into the corresponding variables
-while IFS=',' read NAME NTS_NF_DOCKER_REPOSITORY NTS_NF_IMAGE_NAME NTS_NF_IMAGE_TAG NTS_NF_IP NTS_HOST_NETCONF_SSH_BASE_PORT NTS_HOST_NETCONF_TLS_BASE_PORT NTS_NF_SSH_CONNECTIONS NTS_NF_TLS_CONNECTIONS; do
+while IFS=',' read NAME NTS_NF_DOCKER_REPOSITORY NTS_NF_IMAGE_NAME NTS_NF_IMAGE_TAG NTS_NF_IP NTS_NF_IPv6 \
+ NTS_HOST_NETCONF_SSH_BASE_PORT NTS_HOST_NETCONF_TLS_BASE_PORT NTS_NF_SSH_CONNECTIONS NTS_NF_TLS_CONNECTIONS \
+ PORT NETCONF_HOST USER PASSWORD NTS_FUNCTION_TYPE; do
if [ $firstline -eq 0 ]; then
firstline=1
continue
if [[ -z ${USE_DEFAULT_REPO} ]]; then
export NTS_NF_DOCKER_REPOSITORY=$NTS_NF_DOCKER_REPOSITORY
fi
+ export NAME=$NAME
export NTS_NF_IMAGE_NAME=$NTS_NF_IMAGE_NAME
export NTS_NF_IMAGE_TAG=$NTS_NF_IMAGE_TAG
export NTS_NF_IP=$NTS_NF_IP
+ export NTS_NF_IPv6=$NTS_NF_IPv6
export NTS_HOST_NETCONF_SSH_BASE_PORT=$NTS_HOST_NETCONF_SSH_BASE_PORT
export NTS_HOST_NETCONF_TLS_BASE_PORT=$NTS_HOST_NETCONF_TLS_BASE_PORT
export NTS_HOST_NETCONF_SSH_BASE_PORT_PLUS_SSH_CON=$(expr $NTS_HOST_NETCONF_SSH_BASE_PORT + $NTS_NF_SSH_CONNECTIONS - 1)
docker-compose -p ${NAME} --env-file $CUR_PATH/.env -f $CUR_PATH/docker-compose-nts-networkfunction.yaml up -d
done <$csvfile
docker ps -a --format "table |{{.Names}}\t|{{.Image}}\t|{{printf \"%.70s\" .Ports}}|"| { head -1; sort --field-separator='|' -k 4;}
+set -e
HOST_IP=$(ip route get 8.8.8.8 | awk '/8.8.8.8/ {print $7}')
SDNC_WEB_PORT=${SDNC_WEB_PORT:-8282}
+SDNC_PORT=${SDNC_PORT:-8181}
env_file="--env-file ${SCRIPTS}/sdnr/docker-compose/.env"
echo $env_file
fi
docker ps -a
+# Call function with port like:
+# check_for_ready_state 1234
+# export SDNC_READY_RETRY_PERIOD and SDNC_READY_TIMEOUT to overwrite default values
+function check_for_ready_state() {
+ sdnc_port=${1}
+ SDNC_READY_RETRY_PERIOD=${SDNC_READY_RETRY_PERIOD:-15}
+ SDNC_READY_TIMEOUT=${SDNC_READY_TIMEOUT:-450}
+ max_retry=$(expr $SDNC_READY_TIMEOUT / $SDNC_READY_RETRY_PERIOD)
+ for ((i=1; i<=$max_retry; i++)); do
+ wait_time=$(expr $i \* $SDNC_READY_RETRY_PERIOD)
+ echo "[INFO] SDNC/R container not yet ready after: $wait_time seconds, Timeout: $SDNC_READY_TIMEOUT seconds"
+ curl -sS -m 1 -k -D - ${HTTPS_PREFIX}${HOST_IP}:${sdnc_port}/ready | grep 200 && break
+ if [ $i == $max_retry ]; then
+ echo "[ERROR] SDNC/R container not ready after ${SDNC_READY_TIMEOUT} seconds!"
+ export SDNC_READY_STATE_TIME_OUT=true
+ return
+ fi
+ echo sleep ${SDNC_READY_RETRY_PERIOD}
+ sleep ${SDNC_READY_RETRY_PERIOD}
+ done
+ echo "[INFO] SDNC/R container ready after: $wait_time seconds"
+}
+
function onap_dependent_components_launch() {
docker-compose $env_file -f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose-onap-addons.yaml pull
docker-compose $env_file -f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose-onap-addons.yaml up -d
else
sdnr_launch_single_node $1
fi
- cd $WORKSPACE
- ./getAllInfo.sh -c sdnr -kp
}
#docker-compose $env_file -f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose-single-sdnr.yaml \
# -f ${WORKSPACE}/scripts/sdnr/docker-compose/$sdnrdb_compose_file \
# pull
- docker-compose $env_file -f ${WORKSPACE}/scripts/sdnr/docker-compose/$sdnrdb_compose_file \
- pull
docker-compose $env_file -f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose-single-sdnr.yaml \
-f ${WORKSPACE}/scripts/sdnr/docker-compose/$sdnrdb_compose_file \
up -d
- for i in {1..50}; do
- curl -sS -m 1 -D - ${HOST_IP}:8181/ready | grep 200 && break
- echo sleep $i
- sleep $i
- if [ $i == 50 ]; then
- echo "[ERROR] SDNC/R container not ready"
- docker ps -a
- docker logs sdnr
- # exit 1
- fi
- done
+ check_for_ready_state ${SDNC_PORT}
}
function sdnr_web_launch() {
- docker-compose $env_file -f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose-single-sdnr.yaml \
- -f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose-single-sdnr-web.override.yaml \
- -f ${WORKSPACE}/scripts/sdnr/docker-compose/$sdnrdb_compose_file \
- pull
+ # Use locally build sdnr, sdnc-web .. no need to pull
+ #docker-compose $env_file -f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose-single-sdnr.yaml \
+ # -f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose-single-sdnr-web.override.yaml \
+ # -f ${WORKSPACE}/scripts/sdnr/docker-compose/$sdnrdb_compose_file \
+ # pull
docker-compose $env_file -f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose-single-sdnr.yaml \
-f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose-single-sdnr-web.override.yaml \
-f ${WORKSPACE}/scripts/sdnr/docker-compose/$sdnrdb_compose_file \
up -d
- for i in {1..50}; do
- curl -sS -m 1 -D - ${HOST_IP}:${SDNC_WEB_PORT}/ready | grep 200 && break
- echo sleep $i
- sleep $i
- done
+ check_for_ready_state ${SDNC_WEB_PORT}
}
function sdnr_launch_cluster() {
SDNRDM="false"
[[ -n "$1" ]] && SDNRDM="true" && echo "SDNRDM arg detected - running in headless mode"
echo "SDNR being launched in Cluster mode"
- docker-compose $env_file -f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose/cluster-sdnr.yaml pull
+ #docker-compose $env_file -f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose/cluster-sdnr.yaml pull
docker-compose $env_file -f ${WORKSPACE}/scripts/sdnr/docker-compose/docker-compose/cluster-sdnr.yaml up -d
- # Wait for initialization of docker services. At the moment its the master SDNR node
- HOST_IP=$(ip route get 8.8.8.8 | awk '/8.8.8.8/ {print $7}')
- for i in {1..50}; do
- curl -sS -m 1 -D - ${HOST_IP}:${ODLUXPORT}/ready | grep 200 && break
- echo sleep $i
- sleep $i
- done
+ check_for_ready_state ${SDNC_WEB_PORT}
}
# limitations under the License.
#
# Modifications copyright (c) 2018 AT&T Intellectual Property
+# Modifications copyright (C) 2022 highstreet technologies GmbH Intellectual Property
#
if [[ -z $WORKSPACE ]]; then
env_file="--env-file ${SCRIPTS}/sdnr/docker-compose/.env"
function sdnr_teardown() {
- running_containers=$(docker ps -aq)
+ running_containers=$(docker ps -a --format "{{.Names}}")
if [ -z "$running_containers" ]
then
echo "No containers to get logs from!"
echo "Getting logs from container $i"
docker logs $i >> ${WORKSPACE}/archives/getallinfo/$i.log 2>&1
done
+ docker cp sdnr:/opt/opendaylight/data/log/karaf.log ${WORKSPACE}/archives/getallinfo/sdnr_karaf.log
fi
echo "Starting teardown!"
# removes sdnrdb, sdnr AND all of the rest of the containers (--remove-orphans)
Suite Teardown global suite teardown
+
*** Variables ***
${DEVICE_TYPE} DEFINE_IN_INIT
${DEVICE_NAME} robot-${DEVICE_TYPE}-sim-lifecycle
*** Test Cases ***
Add network element connection
- [Documentation] Add network-function to device manager
- ... verify correct detection of specific device manager
+ [Documentation] Add network-function to device manager
+ ... verify correct detection of specific device manager
... verify correct entries in connection log
[Tags] smoke
${start_time} = Get Current Date time_zone=UTC result_format=%Y-%m-%dT%H:%M:%S.%f
Sleep 1s reason=insert time delay to account for time differences of container and host
Log To Console ${start_time}
- ConnectApp.Add network element connection ${DEVICE_NAME_TEST} ${True} ${HOST} ${PORT} ${USERNAME} ${PASSWORD}
+ ConnectApp.Add network element connection device_name=${DEVICE_NAME_TEST} is_required=${True}
+ ... host=${HOST} port=${PORT} username=${USERNAME} password=${PASSWORD}
Run Keyword And Continue On Failure ConnectApp.Should Be Equal connection status until time ${DEVICE_NAME_TEST} Connected
SDNCRestconfLibrary.should_be_equal_connection_status_until_time ${DEVICE_NAME_TEST} connected time_in_sec=${10}
Run Keyword And Continue On Failure ConnectApp.should_be_equal_network_element_connection_details ${DEVICE_NAME_TEST}
Should be True ${is_yang_correct} msg=Yang capabilities are different from expected list
Remove network element connection
- [Documentation] remove network element connection from device manager
- ... verify if all ressources are removed
+ [Documentation] remove network element connection from device manager
+ ... verify if all ressources are removed
... verify correct entries in connection log
[Tags] smoke
-
+
Sleep 1s reason=insert time gap in log files
${start_time} = Get Current Date time_zone=UTC result_format=%Y-%m-%dT%H:%M:%S.%f
Sleep 1s reason=insert time delay to account for time differences of container and host
${start_time} = Get Current Date time_zone=UTC result_format=%Y-%m-%dT%H:%M:%S.%f
Sleep 1s reason=insert time delay to account for time differences of container and host
Set Test Variable ${DEVICE_NAME_TEST} ${DEVICE_NAME}-port-nok
- ConnectApp.Add network element connection ${DEVICE_NAME_TEST} ${True} ${HOST} ${PORT_NOK} ${USERNAME} ${PASSWORD}
+ ConnectApp.Add network element connection device_name=${DEVICE_NAME_TEST} is_required=${True} host=${HOST}
+ ... port=${PORT_NOK} username=${USERNAME} password=${PASSWORD}
Run Keyword And Continue On Failure ConnectApp.Should Be Equal connection status until time ${DEVICE_NAME_TEST} Connecting
SDNCRestconfLibrary.should_be_equal_connection_status_until_time ${DEVICE_NAME_TEST} connecting time_in_sec=${10}
Run Keyword And Continue On Failure ConnectApp.should_be_equal_network_element_connection_details ${DEVICE_NAME_TEST}
${start_time} = Get Current Date time_zone=UTC result_format=%Y-%m-%dT%H:%M:%S.%f
Sleep 1s reason=insert time delay to account for time differences of container and host
Set Test Variable ${DEVICE_NAME_TEST} ${DEVICE_NAME}-ip-nok
- ConnectApp.Add network element connection ${DEVICE_NAME_TEST} ${True} ${HOST_NOK} ${PORT} ${USERNAME} ${PASSWORD}
+ ConnectApp.Add network element connection device_name=${DEVICE_NAME_TEST} is_required=${True} host=${HOST_NOK}
+ ... port=${PORT} username=${USERNAME} password=${PASSWORD}
Run Keyword And Continue On Failure ConnectApp.Should Be Equal connection status until time ${DEVICE_NAME_TEST} Connecting
Run Keyword And Continue On Failure SDNCRestconfLibrary.should_be_equal_connection_status_until_time ${DEVICE_NAME_TEST} connecting time_in_sec=${10}
Run Keyword And Continue On Failure ConnectApp.should_be_equal_network_element_connection_details ${DEVICE_NAME_TEST}
${start_time} = Get Current Date time_zone=UTC result_format=%Y-%m-%dT%H:%M:%S.%f
Sleep 1s reason=insert time delay to account for time differences of container and host
Set Test Variable ${DEVICE_NAME_TEST} ${DEVICE_NAME}-required
- ConnectApp.Add network element connection ${DEVICE_NAME_TEST} ${True} ${HOST} ${PORT} ${USERNAME} ${PASSWORD}
+ ConnectApp.Add network element connection device_name=${DEVICE_NAME_TEST} is_required=${True} host=${HOST}
+ ... port=${PORT} username=${USERNAME} password=${PASSWORD}
Run Keyword And Continue On Failure ConnectApp.Should Be Equal connection status until time ${DEVICE_NAME_TEST} Connected
SDNCRestconfLibrary.should_be_equal_connection_status_until_time ${DEVICE_NAME_TEST} connected time_in_sec=${10}
Run Keyword And Continue On Failure ConnectApp.should_be_equal_network_element_connection_details ${DEVICE_NAME_TEST}
Run Keyword And Continue On Failure Dictionary Should Contain Item ${conn_status_list_stats} Connected 1 msg=wrong connection log entries for Connected state
Run Keyword And Continue On Failure Dictionary Should Contain Item ${conn_status_list_stats} Mounted 1 msg=wrong connection log entries for Mounted state
+Mount Nts Network Function with VALID TLS Key ID
+ IF 'DOCKER_TLS_PORT' in ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']}
+ Run Keyword And Continue On Failure Add Network Element Connection device_name=${DEVICE_NAME}_sim_key_0
+ ... is_required=${True}
+ ... host=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['IP']}
+ ... port=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['DOCKER_TLS_PORT']}
+ ... username=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['USER']}
+ ... tls_key=ODL_private_key_0
+ ... check_connection_status=Connected
+ ... time_to_wait=60
+ ConnectApp.remove_network_element_connection ${DEVICE_NAME}_sim_key_0
+ END
+
Remove network element connection
[Tags] prio2
Sleep 1s reason=insert time gap in log files
Run Keyword And Continue On Failure SDNCRestconfLibrary.should_be_equal_connection_status_until_time ${DEVICE_NAME_TEST} not existing time_in_sec=${10}
# Check connection status log entries
- Sleep 1s reason=insert time gap to avoid time constrains
+ Sleep 5s reason=insert time gap to avoid time constrains
${connection_status_list} = FaultManagementApp.get_connection_log_list node-id=${DEVICE_NAME_TEST}
... timestamp=>=${start_time}
Log ${connection_status_list}
${start_time} = Get Current Date time_zone=UTC result_format=%Y-%m-%dT%H:%M:%S.%f
Sleep 1s reason=insert time delay to account for time differences of container and host
Set Test Variable ${DEVICE_NAME_TEST} ${DEVICE_NAME}-required-true
- ConnectApp.Add network element connection ${DEVICE_NAME_TEST} ${True} ${HOST} ${PORT} ${USERNAME} ${PASSWORD}
+ ConnectApp.Add network element connection device_name=${DEVICE_NAME_TEST} is_required=${True} host=${HOST}
+ ... port=${PORT} username=${USERNAME} password=${PASSWORD}
Run Keyword And Continue On Failure ConnectApp.Should Be Equal connection status until time ${DEVICE_NAME_TEST} Connected
Run Keyword And Continue On Failure SDNCRestconfLibrary.should_be_equal_connection_status_until_time ${DEVICE_NAME_TEST} connected time_in_sec=${10}
Run Keyword And Continue On Failure Dictionary Should Contain Key ${conn_status_list_stats} Unmounted msg=no connection log entries for Unmounted state
ConnectApp.Remove Network Element Connection ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']}
-
Setup NTS function
[Tags] nts bringup
[Documentation] configure NTS manager to support restconf registration
- Add Network Element Connection ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} ${True}
- ... ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['IP']} ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PORT']}
- ... ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['USER']} ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PASSWORD']}
- ... Connected
+ Add Network Element Connection device_name=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} is_required=${True}
+ ... host=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['IP']} port=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PORT']}
+ ... username=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['USER']} password=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PASSWORD']}
+ ... check_connection_status=Connected
SDNCRestconfLibrary.Should Be Equal Connection Status Until Time ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} Connected
Start pnf ves registration from NTS function
Setup NTS function
[Tags] nts bringup
[Documentation] add network function to trigger alarm notification via VES in next tests
- Add Network Element Connection ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} ${True}
- ... ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['IP']} ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PORT']}
- ... ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['USER']} ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PASSWORD']}
- ... Connected
+ Add Network Element Connection device_name=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} is_required=${True}
+ ... host=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['IP']} port=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PORT']}
+ ... username=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['USER']} password=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PASSWORD']}
+ ... check_connection_status=Connected
SDNCRestconfLibrary.Should Be Equal Connection Status Until Time ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} Connected
Set alarm notification
Setup NTS function
[Tags] nts bringup
[Documentation] configure NTS manager to support restconf registration
- Add Network Element Connection ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} ${True}
- ... ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['IP']} ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PORT']}
- ... ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['USER']} ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PASSWORD']}
- ... Connected
+ Add Network Element Connection device_name=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} is_required=${True}
+ ... host=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['IP']} port=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PORT']}
+ ... username=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['USER']} password=${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['PASSWORD']}
+ ... check_connection_status=Connected
SDNCRestconfLibrary.Should Be Equal Connection Status Until Time ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} Connected
Set alarm notification
${alarm_status_start} = FaultManagementApp.get_alarm_status
Set Global Variable ${alarm_status_start}
NTSimManagerNG.set_fault_delay_list_nf ${NETWORK_FUNCTIONS['${DEVICE_TYPE}']['NAME']} delay-period=${fault_delay}
-
+
Log Send notification every ${FAULT_DELAY} sec for ${TIME_PERIOD_SEND_NOTIF} level=INFO html=False console=True repr=False
Sleep ${TIME_PERIOD_SEND_NOTIF}
-*** Settings ***\r
-Documentation healthcheck of system under test: sdnc server, sdnrdb are available\r
-Library ConnectLibrary\r
-Library SDNCBaseLibrary\r
-Library Collections\r
-Library ElasticSearchLibrary\r
-Library ConnectApp\r
-Library RequestsLibrary\r
-\r
-Suite Setup global suite setup &{GLOBAL_SUITE_SETUP_CONFIG}\r
-Suite Teardown global suite teardown\r
-\r
-*** Variables ***\r
-&{headers} Content-Type=application/json Authorization=Basic\r
-\r
-*** Test Cases ***\r
-Test Is SDNR Node Available\r
- ${server_status}= Server Is Ready\r
- should be true ${server_status}\r
-\r
-Test Is SDNRDB Available\r
- ${es_version_info}= Get Sdnrdb Version Info As Dict\r
- ${length_of_response}= Get Length ${es_version_info}\r
- should be true ${length_of_response}>${0}\r
-\r
-Test Is SDNRDB Initialized\r
- ${res}= Check Aliases\r
- Log ${res} level=INFO html=False console=False repr=False\r
-\r
-Test Is VES Collector available\r
- # curl -k -u sample1:sample1 https://172.40.0.1:8443\r
- ${auth}= Create List ${VESCOLLECTOR}[USERNAME] ${VESCOLLECTOR}[PASSWORD]\r
- ${IPV6_ENABLED}= Get Variable Value ${ENABLE_IPV6} ${False}\r
- Log To Console ${VESCOLLECTOR}[SCHEME]://[${VESCOLLECTOR}[IP]]:${VESCOLLECTOR}[PORT]\r
- IF ${IPV6_ENABLED} != ${True}\r
- RequestsLibrary.Create Session alias=ves url=${VESCOLLECTOR}[SCHEME]://${VESCOLLECTOR}[IP]:${VESCOLLECTOR}[PORT] headers=${headers} auth=${auth}\r
- ELSE\r
- RequestsLibrary.Create Session alias=ves url=${VESCOLLECTOR}[SCHEME]://[${VESCOLLECTOR}[IP]]:${VESCOLLECTOR}[PORT] headers=${headers} auth=${auth}\r
- END\r
- ${resp}= RequestsLibrary.GET On Session ves /\r
- Should Be Equal As Strings ${resp.text} Welcome to VESCollector\r
- Should Be Equal As Strings ${resp.status_code} 200\r
- RequestsLibrary.Delete All Sessions\r
-\r
+*** Settings ***
+Documentation healthcheck of system under test: sdnc server, sdnrdb are available
+Library ConnectLibrary
+Library SDNCBaseLibrary
+Library Collections
+Library ElasticSearchLibrary
+Library ConnectApp
+Library RequestsLibrary
+
+Suite Setup global suite setup &{GLOBAL_SUITE_SETUP_CONFIG}
+Suite Teardown global suite teardown
+
+*** Variables ***
+&{headers} Content-Type=application/json Authorization=Basic
+
+*** Test Cases ***
+Test Is SDNR Node Available
+ ${server_status}= Server Is Ready
+ should be true ${server_status}
+
+Test Is SDNRDB Available
+ ${es_version_info}= Get Sdnrdb Version Info As Dict
+ ${length_of_response}= Get Length ${es_version_info}
+ should be true ${length_of_response}>${0}
+
+Test Is SDNRDB Initialized
+ ${res}= Check Aliases
+ Log ${res} level=INFO html=False console=False repr=False
+
+Test Is VES Collector available
+ # curl -k -u sample1:sample1 https://172.40.0.1:8443
+ ${auth}= Create List ${VESCOLLECTOR}[USERNAME] ${VESCOLLECTOR}[PASSWORD]
+ ${IPV6_ENABLED}= Get Variable Value ${ENABLE_IPV6} ${False}
+ Log To Console ${VESCOLLECTOR}[SCHEME]://[${VESCOLLECTOR}[IP]]:${VESCOLLECTOR}[PORT]
+ IF ${IPV6_ENABLED} != ${True}
+ RequestsLibrary.Create Session alias=ves url=${VESCOLLECTOR}[SCHEME]://${VESCOLLECTOR}[IP]:${VESCOLLECTOR}[PORT] headers=${headers} auth=${auth}
+ ELSE
+ RequestsLibrary.Create Session alias=ves url=${VESCOLLECTOR}[SCHEME]://[${VESCOLLECTOR}[IP]]:${VESCOLLECTOR}[PORT] headers=${headers} auth=${auth}
+ END
+ ${resp}= RequestsLibrary.GET On Session ves /
+ Should Be Equal As Strings ${resp.text} Welcome to VESCollector
+ Should Be Equal As Strings ${resp.status_code} 200
+ RequestsLibrary.Delete All Sessions
+
Code Review / sdnc / oam.git / commitdiff