---
All Documentation content that resides under the doc/ directory of this
-repository is licensed under Creative Commons: CC-BY-4.0.
+repository is licensed under Creative Commons: CC BY-SA 4.0.
-# Integration Xtesting
+# Xtesting
Project used to build ONAP integration xtesting dockers
This project contains the definition of the integration dockers, their
associated testcases.
+Thanks to jenkinsss, the dockers are built and hosted in the nexus3
FROM opnfv/xtesting
-ARG KUBERNETES_VERSION="v1.15.2"
-ARG HELM_VERSION="v2.14.1"
+ARG KUBERNETES_VERSION="v1.15.11"
+ARG HELM_VERSION="v2.16.6"
ARG ONAP_TESTS_TAG=master
ARG ONAP_TAG=master
details = {}
lines = output.split('\n')
success = False
+ str_remarks = ""
for log in lines:
if log.startswith(">>>"):
remarks.append(log.replace('>', ''))
+ else:
+ remarks.append(log)
for remark in remarks:
if ':' in remark:
# 2 possible Results
# if 1 pod/helm chart if Failed, the testcase is failed
if int(details[self.criteria_string]) < 1:
success = True
+ elif("failed" not in str_remarks.join(remarks).lower()):
+ success = True
self.details = details
self.__logger.info("details: %s", details)
super(OnapSecurityNodePortsIngress, self).__init__(**kwargs)
self.cmd = ['python3', '/check_for_ingress_and_nodeports.py',
'--conf', '/root/.kube/config']
- self.error_string = "NodePort without corresponding Ingress found"
+ self.criteria_string = "NodePort without corresponding Ingress found"
# Found in white list, exclude it
sed -i "/$line/d" $FILTERED_PODS_LIST
fi
+ # tmp ugly workaround to exlude dep (temporary dcae dockers)
+ if grep -e dep-$wl_name <<< "$line" > /dev/null ;then
+ sed -i "/$line/d" $FILTERED_PODS_LIST
+ fi
done < $WL_RAW_FILE_PATH
done < $FILTERED_PODS_LIST
dcae-redis # redis container
dcae-mongo # mongo container
dcae-cloudify-manager # DCAEGEN2-2121
+dcae-tca-analytics # tmp tca will be replaced by secured tca2 in G
mariadb # common mariadb
msb-consul # another consul
multicloud-fcaps # rabbit-mq upstream pod MULTICLOUD-1017
The tests are:
-* pnf_registrate
-* vfw_cl
+- pnf_registrate
+- vfw_cl
+- 5gbulkpm
+- hv-ves
## Usage
+The robot scripts have been planned to be launched from the cluster.
+The easiest way to run the test consists in creating a kubernetes job.
+You can run it as a sandalone dockers but the endpoints must be adapted
+to be reachable.
+
### Configuration
+An example of job test.yaml can be found hereafter:
+
+```
+apiVersion: batch/v1
+kind: Job
+metadata:
+ name: integration-onap-5gbulkpm
+ namespace: onap
+spec:
+ template:
+ spec:
+ containers:
+ - env:
+ - name: INSTALLER_TYPE
+ value: oom
+ - name: DEPLOY_SCENARIO
+ value: onap-nofeature-noha
+ - name: NODE_NAME
+ value: onap_daily_pod4_frankfurt-ONAP-oom
+ - name: TEST_DB_URL
+ value: http://testresults.opnfv.org/onap/api/v1/results
+ - name: BUILD_TAG
+ value: gitlab_ci-functest-kubespray-baremetal-daily-master-559950989
+ - name: TAG
+ value: 5gbulkpm
+ image: registry.gitlab.com/orange-opensource/lfn/onap/integration/xtesting/smoke-usecases-robot:latest
+ imagePullPolicy: Always
+ name: functest-onap
+ volumeMounts:
+ - mountPath: /etc/localtime
+ name: localtime
+ readOnly: true
+ - mountPath: /share/config
+ name: robot-eteshare
+ - mountPath: /var/lib/xtesting/results/
+ name: robot-save-results
+ restartPolicy: Never
+ volumes:
+ - hostPath:
+ path: /etc/localtime
+ name: localtime
+ - configMap:
+ defaultMode: 493
+ name: onap-robot-eteshare-configmap
+ name: robot-eteshare
+ - hostPath:
+ path: /dockerdata-nfs/onap/integration/smoke-usecases-robot/5gbulkpm
+ name: robot-save-results
+```
+
+In the example, we want to run the 5gbulkpm test.
+
### Command
+To run the job, just type:
+
+```
+ kubectl apply -f test.yaml
+```
+
### Output
+
+This job shall create an euphemeral pod.
+The results will be available in the mounter volume and shall contains 3 files in
+this case:
+
+- xtesting.log
+- report.html
+- log.html
+
+More generally, it shall contain the xtesting.log + all the artifacts generated by
+the test.
ARG OPENSTACK_TAG=master
ARG OPNFV_TAG=master
ARG ONAP_TAG=master
-ARG PIP_TAG=19.3.1
+ARG PIP_TAG=20.1
+ARG KUBERNETES_VERSION="v1.15.11"
ENV TAG all
+# Install kubectl
+# Note: Latest version may be found on:
+# https://aur.archlinux.org/packages/kubectl-bin/
+
+ADD https://storage.googleapis.com/kubernetes-release/release/${KUBERNETES_VERSION}/bin/linux/amd64/kubectl /usr/local/bin/kubectl
+
COPY requirements.txt requirements.txt
RUN apk --no-cache add --update openssl chromium chromium-chromedriver && \
apk --no-cache add --virtual .build-deps --update \
python3-dev build-base linux-headers libffi-dev \
openssl-dev libjpeg-turbo-dev && \
+ chmod +x /usr/local/bin/kubectl && \
pip3 install --upgrade pip && \
pip3 install --no-cache-dir \
git+https://git.onap.org/testsuite/heatbridge.git@$ONAP_TAG#egg=heatbridge\&subdirectory=heatbridge \
mkdir -p /var/opt/ONAP/demo/tosca && cp -Rf /src/demo/tosca/pNF /var/opt/ONAP/demo/tosca/ && \
mkdir -p /demo/service_mapping && cp -Rf /src/demo/service_mapping /demo/ && \
mkdir -p /var/opt/ONAP/demo/preload_data && cp -Rf /src/demo/preload_data /var/opt/ONAP/demo/ && \
+ mkdir -p /app && cp /var/opt/ONAP/setup-hvves.sh /app/setup-hvves.sh && \
+ chmod +x /app/setup-hvves.sh && \
ln -s /usr/lib/python3.7/site-packages/vcpeutils /usr/lib/python3.7/site-packages/SoUtils && \
ln -s /usr/lib/python3.7/site-packages/heatbridge /usr/lib/python3.7/site-packages/HeatBridge && \
rm -r requirements.txt /var/opt/ONAP/.git /src/demo && \
- vfwc
variablefile:
- '/share/config/robot_properties.py'
+ -
+ case_name: 5gbulkpm
+ project_name: integration
+ enabled: true
+ criteria: 100
+ blocking: true
+ description: >-
+ Test 5G Bulk PM Usecase functionality (inventory and
+ deployment api from DCAEGEN, data router and bus
+ controller)
+ dependencies:
+ run:
+ name: 'robotframework'
+ args:
+ suites:
+ - /var/opt/ONAP/robot/testsuites/usecases/5gbulkpm.robot
+ include:
+ - 5gbulkpm
+ variablefile:
+ - '/share/config/robot_properties.py'
+ -
+ case_name: hv-ves
+ project_name: integration
+ enabled: true
+ criteria: 100
+ blocking: true
+ description: >-
+ HV VES (High Volume) VES collector has been proposed, based
+ on a need to process high-volumes of data generated
+ frequently by a large number of NFs. The driving use-case
+ is the 5G RAN, where it is expected that up to 10k NF
+ instances report the data, per DCAE platform deployment.
+ The network traffic generated in simulations - based on
+ 4G BTS Real-Time PM data has shown, that GPB serialization
+ is 2-3 times more effective, than JSON serialization
+ utilized in VES collector. HV-VES 'Sunny Scenario' Robot
+ Framework test - message is sent to the collector and Kafka
+ topic is checked if the message has been published. Content
+ is decoded and checked.
+ dependencies:
+ run:
+ name: 'robotframework'
+ args:
+ suites:
+ - /var/opt/ONAP/robot/testsuites/hvves-ci.robot
+ include:
+ - hvves
+ variablefile:
+ - '/share/config/robot_properties.py'
robotframework-databaselibrary
robotframework-extendedselenium2library
robotframework-requests
+robotframework-jsonlibrary
deepdiff
dnspython
pyyaml>=4.2b1
Code Review / integration / xtesting.git / commitdiff