NUM_MASTERS=${NUM_MASTERS:-"1"}
NUM_WORKERS=${NUM_WORKERS:-"1"}
-# Create Fake DHCP File
-mkdir -p /opt/icn/dhcp
-cat <<EOF > /opt/icn/dhcp/dhcpd.leases
-# The format of this file is documented in the dhcpd.leases(5) manual page.
-# This lease file was written by isc-dhcp-4.3.5
-
-# authoring-byte-order entry is generated, DO NOT DELETE
-authoring-byte-order little-endian;
-
-EOF
-for ((master=0;master<NUM_MASTERS;++master)); do
- lease=$(virsh net-dhcp-leases baremetal |grep "master-${master}")
- mac=$(echo $lease | cut -d " " -f 3)
- ip=$(echo $lease | cut -d " " -f 5)
- ip="${ip%%/*}"
- cat <<EOF >> /opt/icn/dhcp/dhcpd.leases
-lease ${ip} {
- starts 4 2019/08/08 22:32:49;
- ends 4 2019/08/08 23:52:49;
- cltt 4 2019/08/08 22:32:49;
- binding state active;
- next binding state free;
- rewind binding state free;
- hardware ethernet ${mac};
- client-hostname "master-${master}";
-}
-EOF
-done
-for ((worker=0;worker<NUM_WORKERS;++worker)); do
- lease=$(virsh net-dhcp-leases baremetal |grep "worker-${worker}")
- mac=$(echo $lease | cut -d " " -f 3)
- ip=$(echo $lease | cut -d " " -f 5)
- ip="${ip%%/*}"
- cat <<EOF >> /opt/icn/dhcp/dhcpd.leases
-lease ${ip} {
- starts 4 2019/08/08 22:32:49;
- ends 4 2019/08/08 23:52:49;
- cltt 4 2019/08/08 22:32:49;
- binding state active;
- next binding state free;
- rewind binding state free;
- hardware ethernet ${mac};
- client-hostname "worker-${worker}";
-}
-EOF
-done
-
# Create provisioning CR file for testing
cat <<EOF > e2etest/e2e_test_provisioning_cr.yaml
apiVersion: bpa.akraino.org/v1alpha1
masters:
EOF
for ((master=0;master<NUM_MASTERS;++master)); do
- lease=$(virsh net-dhcp-leases baremetal |grep "master-${master}")
- mac=$(echo $lease | cut -d " " -f 3)
+ mac=$(virsh domiflist "master_${master}" | awk '/provisioning/ {print $5}')
cat <<EOF >> e2etest/e2e_test_provisioning_cr.yaml
- master-${master}:
mac-address: ${mac}
workers:
EOF
for ((worker=0;worker<NUM_WORKERS;++worker)); do
- lease=$(virsh net-dhcp-leases baremetal |grep "worker-${worker}")
- mac=$(echo $lease | cut -d " " -f 3)
+ mac=$(virsh domiflist "worker_${worker}" | awk '/provisioning/ {print $5}')
cat <<EOF >> e2etest/e2e_test_provisioning_cr.yaml
- worker-${worker}:
mac-address: ${mac}
exit 1
fi
-function emcoctl_apply {
- # Workaround known issue with emcoctl resource instantation by retrying
- # until a 2xx is received.
- try=0
- until [[ $(/opt/kud/multi-cluster/${CLUSTER_NAME}/artifacts/emcoctl.sh apply -f $@ -v values.yaml |
- awk '/Response Code:/ {code=$3} END{print code}') =~ 2.. ]]; do
- if [[ $try -lt 10 ]]; then
- echo "Waiting for KUD addons to instantiate"
- sleep 1s
- else
- return 1
- fi
- try=$((try + 1))
+function wait_for {
+ local -r interval=30
+ for ((try=0;try<600;try+=${interval})); do
+ echo "$(date +%H:%M:%S) - Waiting for $*"
+ sleep ${interval}s
+ if $*; then return 0; fi
done
- return 0
+ return 1
+}
+
+function emco_ready {
+ KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n emco wait pod --all --for=condition=Ready --timeout=0s 1>/dev/null 2>/dev/null
+}
+
+function emcoctl_apply {
+ [[ $(/opt/kud/multi-cluster/${CLUSTER_NAME}/artifacts/emcoctl.sh apply -f $@ -v values.yaml |
+ awk '/Response Code:/ {code=$3} END{print code}') =~ 2.. ]]
}
function emcoctl_delete {
- # Workaround known issue with emcoctl resource deletion by retrying
- # until a 404 is received.
- until [[ $(/opt/kud/multi-cluster/${CLUSTER_NAME}/artifacts/emcoctl.sh delete -f $@ -v values.yaml |
- awk '/Response Code:/ {code=$3} END{print code}') =~ 404 ]]; do
- echo "Waiting for KUD addons to terminate"
- sleep 1s
- done
+ [[ $(/opt/kud/multi-cluster/${CLUSTER_NAME}/artifacts/emcoctl.sh delete -f $@ -v values.yaml |
+ awk '/Response Code:/ {code=$3} END{print code}') =~ 404 ]]
}
-function wait_for_addons_ready {
- #Wait for addons to be ready
- # The deployment intent group status reports instantiated before all
- # Pods are ready, so wait for the instance label (.spec.version) of
- # the deployment intent group instead.
- status="Pending"
- for try in {0..9}; do
- printf "Waiting for KUD addons to be ready\n"
- sleep 30s
- if KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n ${ADDONS_NAMESPACE} wait pod -l app.kubernetes.io/instance=r1 --for=condition=Ready --timeout=0s 2>/dev/null >/dev/null; then
- status="Ready"
- break
- fi
+function emcoctl_instantiate {
+ [[ $(/opt/kud/multi-cluster/${CLUSTER_NAME}/artifacts/emcoctl.sh apply projects/kud/composite-apps/$@/v1/deployment-intent-groups/deployment/instantiate |
+ awk '/Response Code:/ {code=$3} END{print code}') =~ 2.. ]]
+}
+
+function emcoctl_terminate {
+ [[ $(/opt/kud/multi-cluster/${CLUSTER_NAME}/artifacts/emcoctl.sh apply projects/kud/composite-apps/$@/v1/deployment-intent-groups/deployment/terminate |
+ awk '/Response Code:/ {code=$3} END{print code}') =~ 2.. ]]
+}
+
+function emcoctl {
+ local -r op=$1
+ shift
+
+ local -r interval=2
+ for ((try=0;try<600;try+=${interval})); do
+ if emco_ready; then break; fi
+ echo "$(date +%H:%M:%S) - Waiting for emco"
+ sleep ${interval}s
+ done
+
+ for ((;try<600;try+=${interval})); do
+ case ${op} in
+ "apply") if emcoctl_apply $@; then return 0; fi ;;
+ "delete") if emcoctl_delete $@; then return 0; fi ;;
+ "instantiate") if emcoctl_instantiate $@; then return 0; fi ;;
+ "terminate") if emcoctl_terminate $@; then return 0; fi ;;
+ esac
+ echo "$(date +%H:%M:%S) - Waiting for emcoctl ${op} $@"
+ sleep ${interval}s
done
- [[ $status == "Ready" ]]
+
+ return 1
}
-#Install addons
-printf "Installing KUD addons\n"
-pushd /opt/kud/multi-cluster/${CLUSTER_NAME}/artifacts/addons
-emcoctl_apply 00-controllers.yaml
-emcoctl_apply 01-cluster.yaml
-emcoctl_apply 02-project.yaml
-emcoctl_apply 03-addons-app.yaml
-popd
-wait_for_addons_ready
+function addons_instantiated {
+ KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n ${ADDONS_NAMESPACE} wait pod -l app.kubernetes.io/instance=r1 --for=condition=Ready --timeout=0s 1>/dev/null 2>/dev/null
+}
-#Workaround for sriov+kubevirt issue on single-node clusters
-# The issue is kubevirt creates a PodDisruptionBudget that prevents
-# sriov from succesfully draining the node. The workaround is to
-# temporarily scale down the kubevirt operator while the drain occurs.
-KUBEVIRT_OP_REPLICAS=$(KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n ${ADDONS_NAMESPACE} get deployments/r1-kubevirt-operator -o jsonpath='{.spec.replicas}')
-KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n ${ADDONS_NAMESPACE} scale deployments/r1-kubevirt-operator --replicas=0
+function addons_terminated {
+ [[ $(KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n ${ADDONS_NAMESPACE} get pod -l app.kubernetes.io/instance=r1 --no-headers 2>/dev/null | wc -l) == 0 ]]
+}
+
+function networks_instantiated {
+ local -r count=$(KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n ${ADDONS_NAMESPACE} get sriovnetworknodestate --no-headers 2>/dev/null | wc -l)
+ local -r succeeded=$(KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n ${ADDONS_NAMESPACE} get sriovnetworknodestate -o jsonpath='{range .items[*]}{.status.syncStatus}{"\n"}{end}' 2>/dev/null | grep "Succeeded" | wc -l)
+ [[ $count == $succeeded ]]
+}
+
+function networks_terminated {
+ # The syncStatus will be the same whether we are instantiating or terminating an SR-IOV network
+ networks_instantiated
+}
+
+function kubevirt_instantiated {
+ [[ $(KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n ${ADDONS_NAMESPACE} get kubevirt -o jsonpath='{range .items[*]}{.status.phase}{"\n"}{end}' 2>/dev/null | grep "Deployed" | wc -l) == 1 ]]
+ [[ $(KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n ${ADDONS_NAMESPACE} get cdi -o jsonpath='{range .items[*]}{.status.phase}{"\n"}{end}' 2>/dev/null | grep "Deployed" | wc -l) == 1 ]]
+}
+
+function kubevirt_terminated {
+ [[ $(KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n ${ADDONS_NAMESPACE} get kubevirt --no-headers 2>/dev/null | wc -l) == 0 ]]
+ [[ $(KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n ${ADDONS_NAMESPACE} get cdi --no-headers 2>/dev/null | wc -l) == 0 ]]
+}
-#Install addon resources
-printf "Installing KUD addon resources\n"
+#Apply addons
+printf "Applying KUD addons\n"
pushd /opt/kud/multi-cluster/${CLUSTER_NAME}/artifacts/addons
-emcoctl_apply 04-addon-resources-app.yaml
+emcoctl apply 00-controllers.yaml
+emcoctl apply 01-cluster.yaml
+emcoctl apply 02-project.yaml
+emcoctl apply 03-addons-app.yaml
popd
-wait_for_addons_ready
-#Workaround for sriov+kubevirt issue on single-node clusters
-# Scale the kubevirt operator back up and wait things to be ready
-# again.
-KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl wait nodes --for=condition=Ready --all
-KUBECONFIG=${CLUSTER_KUBECONFIG} kubectl -n ${ADDONS_NAMESPACE} scale deployments/r1-kubevirt-operator --replicas=${KUBEVIRT_OP_REPLICAS}
-wait_for_addons_ready
+#Instantiate addons
+emcoctl instantiate addons
+wait_for addons_instantiated
+emcoctl instantiate networks
+wait_for networks_instantiated
+emcoctl instantiate kubevirt
+wait_for kubevirt_instantiated
#Test addons
printf "Testing KUD addons\n"
printf "All test cases passed\n"
#Tear down setup
-printf "\n\nBeginning E2E Test Teardown\n\n"
+printf "\n\nBeginning BMH E2E Test Teardown\n\n"
+emcoctl terminate kubevirt
+wait_for kubevirt_terminated
+emcoctl terminate networks
+wait_for networks_terminated
+emcoctl terminate addons
+wait_for addons_terminated
pushd /opt/kud/multi-cluster/${CLUSTER_NAME}/artifacts/addons
-emcoctl_delete 04-addon-resources-app.yaml
-emcoctl_delete 03-addons-app.yaml
-emcoctl_delete 02-project.yaml
-emcoctl_delete 01-cluster.yaml
-emcoctl_delete 00-controllers.yaml
+emcoctl delete 03-addons-app.yaml
+emcoctl delete 02-project.yaml
+emcoctl delete 01-cluster.yaml
+emcoctl delete 00-controllers.yaml
popd
kubectl delete -f e2etest/e2e_test_provisioning_cr.yaml
kubectl delete job kud-${CLUSTER_NAME}
rm e2etest/e2e_test_provisioning_cr.yaml
rm -rf /opt/kud/multi-cluster/${CLUSTER_NAME}
rm -rf /opt/kud/multi-cluster/addons
-rm /opt/icn/dhcp/dhcpd.leases
make delete
Code Review / icn.git / blobdiff