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cluster.sh
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#!/bin/bash
set -x
TMP_DIR=$(mktemp -d "$(pwd)/XXXXXXXXXXXX")
TMP_BASENAME=$(basename ${TMP_DIR})
GOPATH="/go"
WORK_DIR="/aks-engine"
MASTER_VM_UPGRADE_SKU="${MASTER_VM_UPGRADE_SKU:-Standard_D4_v3}"
NODE_VM_UPGRADE_SKU="${NODE_VM_UPGRADE_SKU:-Standard_D4_v3}"
AZURE_ENV="${AZURE_ENV:-AzurePublicCloud}"
IDENTITY_SYSTEM="${IDENTITY_SYSTEM:-azure_ad}"
ARC_LOCATION="eastus"
GINKGO_FAIL_FAST="${GINKGO_FAIL_FAST:-false}"
TEST_PVC="${TEST_PVC:-false}"
ROTATE_CERTS="${ROTATE_CERTS:-false}"
VALIDATE_CPU_LOAD="${VALIDATE_CPU_LOAD:-false}"
mkdir -p _output || exit 1
# Assumes we're running from the git root of aks-engine
if [ "${BUILD_AKS_ENGINE}" = "true" ]; then
docker run --rm \
-v $(pwd):${WORK_DIR} \
-w ${WORK_DIR} \
"${DEV_IMAGE}" make build-binary || exit 1
fi
cat > ${TMP_DIR}/apimodel-input.json <<END
${API_MODEL_INPUT}
END
# Jenkinsfile will yield a null $ADD_NODE_POOL_INPUT if not set in the test job config
if [ "$ADD_NODE_POOL_INPUT" == "null" ]; then
ADD_NODE_POOL_INPUT=""
fi
if [ "$LB_TEST_TIMEOUT" == "" ]; then
LB_TEST_TIMEOUT="${E2E_TEST_TIMEOUT}"
fi
if [ "$STABILITY_ITERATIONS" == "" ]; then
STABILITY_ITERATIONS=3
fi
if [ "$STABILITY_TIMEOUT_SECONDS" == "" ]; then
STABILITY_TIMEOUT_SECONDS=5
fi
if [ "$RUN_VMSS_NODE_PROTOTYPE" == "" ]; then
RUN_VMSS_NODE_PROTOTYPE="false"
fi
if [ -n "$PRIVATE_SSH_KEY_FILE" ]; then
PRIVATE_SSH_KEY_FILE=$(realpath --relative-to=$(pwd) ${PRIVATE_SSH_KEY_FILE})
fi
function tryExit {
if [ "${AZURE_ENV}" != "AzureStackCloud" ]; then
exit 1
fi
}
function renameResultsFile {
JUNIT_PATH=$(pwd)/test/e2e/kubernetes/junit.xml
if [ "${AZURE_ENV}" == "AzureStackCloud" ] && [ -f ${JUNIT_PATH} ]; then
mv ${JUNIT_PATH} $(pwd)/test/e2e/kubernetes/${1}-junit.xml
fi
}
function rotateCertificates {
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e REGION=${REGION} \
-e RESOURCE_GROUP=${RESOURCE_GROUP} \
${DEV_IMAGE} \
./bin/aks-engine rotate-certs \
--api-model _output/${RESOURCE_GROUP}/apimodel.json \
--ssh-host ${API_SERVER} \
--location ${REGION} \
--linux-ssh-private-key _output/${RESOURCE_GROUP}-ssh \
--resource-group ${RESOURCE_GROUP} \
--client-id ${AZURE_CLIENT_ID} \
--client-secret ${AZURE_CLIENT_SECRET} \
--subscription-id ${AZURE_SUBSCRIPTION_ID} \
--debug
# Retry if it fails the first time (validate --certificate-profile instead of regenerating a new set of certs)
exit_code=$?
if [ $exit_code -ne 0 ]; then
docker run --rm \
-v $(pwd):${WORK_DIR} \
-w ${WORK_DIR} \
-e RESOURCE_GROUP=$RESOURCE_GROUP \
${DEV_IMAGE} \
/bin/bash -c "jq '.properties.certificateProfile' _output/${RESOURCE_GROUP}/_rotate_certs_output/apimodel.json > _output/${RESOURCE_GROUP}/certificateProfile.json" || exit 1
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e REGION=${REGION} \
-e RESOURCE_GROUP=${RESOURCE_GROUP} \
${DEV_IMAGE} \
./bin/aks-engine rotate-certs \
--api-model _output/${RESOURCE_GROUP}/apimodel.json \
--ssh-host ${API_SERVER} \
--location ${REGION} \
--linux-ssh-private-key _output/${RESOURCE_GROUP}-ssh \
--resource-group ${RESOURCE_GROUP} \
--client-id ${AZURE_CLIENT_ID} \
--client-secret ${AZURE_CLIENT_SECRET} \
--subscription-id ${AZURE_SUBSCRIPTION_ID} \
--certificate-profile _output/${RESOURCE_GROUP}/certificateProfile.json --force \
--debug
exit $?
fi
}
echo "Running E2E tests against a cluster built with the following API model:"
cat ${TMP_DIR}/apimodel-input.json
CLEANUP_AFTER_DEPLOYMENT=${CLEANUP_ON_EXIT}
if [ "${UPGRADE_CLUSTER}" = "true" ] || [ "${SCALE_CLUSTER}" = "true" ] || [ -n "$ADD_NODE_POOL_INPUT" ]; then
CLEANUP_AFTER_DEPLOYMENT="false"
fi
if [ -n "${GINKGO_SKIP}" ]; then
if [ -n "${GINKGO_SKIP_AFTER_SCALE_DOWN}" ]; then
SKIP_AFTER_SCALE_DOWN="${GINKGO_SKIP}|${GINKGO_SKIP_AFTER_SCALE_DOWN}"
else
SKIP_AFTER_SCALE_DOWN="${GINKGO_SKIP}"
fi
if [ -n "${GINKGO_SKIP_AFTER_SCALE_UP}" ]; then
SKIP_AFTER_SCALE_UP="${GINKGO_SKIP}|${GINKGO_SKIP_AFTER_SCALE_UP}"
else
SKIP_AFTER_SCALE_UP="${GINKGO_SKIP}"
fi
if [ -n "${GINKGO_SKIP_AFTER_UPGRADE}" ]; then
SKIP_AFTER_UPGRADE="${GINKGO_SKIP}|${GINKGO_SKIP_AFTER_UPGRADE}"
else
SKIP_AFTER_UPGRADE="${GINKGO_SKIP}"
fi
if [ "${SCALE_CLUSTER}" = "true" ]; then
SKIP_AFTER_UPGRADE="${GINKGO_SKIP}|${SKIP_AFTER_SCALE_DOWN}|${SKIP_AFTER_UPGRADE}"
else
SKIP_AFTER_UPGRADE="${GINKGO_SKIP}|${SKIP_AFTER_UPGRADE}"
fi
else
SKIP_AFTER_SCALE_DOWN="${GINKGO_SKIP_AFTER_SCALE_DOWN}"
SKIP_AFTER_SCALE_UP="${GINKGO_SKIP_AFTER_SCALE_UP}"
if [ -n "${GINKGO_SKIP_AFTER_UPGRADE}" ]; then
SKIP_AFTER_UPGRADE="${GINKGO_SKIP_AFTER_UPGRADE}"
else
SKIP_AFTER_UPGRADE=""
fi
if [ "${SCALE_CLUSTER}" = "true" ] && [ "${SKIP_AFTER_UPGRADE}" != "" ]; then
SKIP_AFTER_UPGRADE="${SKIP_AFTER_SCALE_DOWN}|${SKIP_AFTER_UPGRADE}"
elif [ "${SCALE_CLUSTER}" = "true" ]; then
SKIP_AFTER_UPGRADE="${SKIP_AFTER_SCALE_DOWN}"
else
SKIP_AFTER_UPGRADE="${SKIP_AFTER_UPGRADE}"
fi
fi
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e CLUSTER_DEFINITION=${TMP_BASENAME}/apimodel-input.json \
-e CLIENT_ID="${AZURE_CLIENT_ID}" \
-e CLIENT_SECRET="${AZURE_CLIENT_SECRET}" \
-e CLIENT_OBJECTID="${CLIENT_OBJECTID}" \
-e TENANT_ID="${AZURE_TENANT_ID}" \
-e SUBSCRIPTION_ID="${AZURE_SUBSCRIPTION_ID}" \
-e INFRA_RESOURCE_GROUP="${INFRA_RESOURCE_GROUP}" \
-e ORCHESTRATOR=kubernetes \
-e ORCHESTRATOR_RELEASE="${ORCHESTRATOR_RELEASE}" \
-e CREATE_VNET="${CREATE_VNET}" \
-e PRIVATE_SSH_KEY_FILE="${PRIVATE_SSH_KEY_FILE}" \
-e TIMEOUT="${E2E_TEST_TIMEOUT}" \
-e LB_TIMEOUT="${LB_TEST_TIMEOUT}" \
-e KUBERNETES_IMAGE_BASE=$KUBERNETES_IMAGE_BASE \
-e KUBERNETES_IMAGE_BASE_TYPE=$KUBERNETES_IMAGE_BASE_TYPE \
-e CLEANUP_ON_EXIT=${CLEANUP_AFTER_DEPLOYMENT} \
-e SKIP_LOGS_COLLECTION="${SKIP_LOGS_COLLECTION}" \
-e REGIONS="${REGION_OPTIONS}" \
-e WINDOWS_NODE_IMAGE_GALLERY="${WINDOWS_NODE_IMAGE_GALLERY}" \
-e WINDOWS_NODE_IMAGE_NAME="${WINDOWS_NODE_IMAGE_NAME}" \
-e WINDOWS_NODE_IMAGE_RESOURCE_GROUP="${WINDOWS_NODE_IMAGE_RESOURCE_GROUP}" \
-e WINDOWS_NODE_IMAGE_SUBSCRIPTION_ID="${WINDOWS_NODE_IMAGE_SUBSCRIPTION_ID}" \
-e WINDOWS_NODE_IMAGE_VERSION="${WINDOWS_NODE_IMAGE_VERSION}" \
-e WINDOWS_NODE_VHD_URL="${WINDOWS_NODE_VHD_URL}" \
-e LINUX_NODE_IMAGE_GALLERY=$LINUX_NODE_IMAGE_GALLERY \
-e LINUX_NODE_IMAGE_NAME=$LINUX_NODE_IMAGE_NAME \
-e LINUX_NODE_IMAGE_RESOURCE_GROUP=$LINUX_NODE_IMAGE_RESOURCE_GROUP \
-e LINUX_NODE_IMAGE_SUBSCRIPTION_ID=$LINUX_NODE_IMAGE_SUBSCRIPTION_ID \
-e LINUX_NODE_IMAGE_VERSION=$LINUX_NODE_IMAGE_VERSION \
-e OS_DISK_SIZE_GB=$OS_DISK_SIZE_GB \
-e DISTRO=$DISTRO \
-e CONTAINER_RUNTIME=$CONTAINER_RUNTIME \
-e LOG_ANALYTICS_WORKSPACE_KEY="${LOG_ANALYTICS_WORKSPACE_KEY}" \
-e CUSTOM_HYPERKUBE_IMAGE="${CUSTOM_HYPERKUBE_IMAGE}" \
-e CUSTOM_KUBE_PROXY_IMAGE="${CUSTOM_KUBE_PROXY_IMAGE}" \
-e IS_JENKINS="${IS_JENKINS}" \
-e TEST_PVC="${TEST_PVC}" \
-e SKIP_TEST="${SKIP_TESTS}" \
-e GINKGO_FAIL_FAST="${GINKGO_FAIL_FAST}" \
-e GINKGO_FOCUS="${GINKGO_FOCUS}" \
-e GINKGO_SKIP="${GINKGO_SKIP}" \
-e API_PROFILE="${API_PROFILE}" \
-e CUSTOM_CLOUD_NAME="${ENVIRONMENT_NAME}" \
-e IDENTITY_SYSTEM="${IDENTITY_SYSTEM}" \
-e AUTHENTICATION_METHOD="${AUTHENTICATION_METHOD}" \
-e LOCATION="${LOCATION}" \
-e CUSTOM_CLOUD_CLIENT_ID="${CUSTOM_CLOUD_CLIENT_ID}" \
-e CUSTOM_CLOUD_SECRET="${CUSTOM_CLOUD_SECRET}" \
-e PORTAL_ENDPOINT="${PORTAL_ENDPOINT}" \
-e SERVICE_MANAGEMENT_ENDPOINT="${SERVICE_MANAGEMENT_ENDPOINT}" \
-e RESOURCE_MANAGER_ENDPOINT="${RESOURCE_MANAGER_ENDPOINT}" \
-e STORAGE_ENDPOINT_SUFFIX="${STORAGE_ENDPOINT_SUFFIX}" \
-e KEY_VAULT_DNS_SUFFIX="${KEY_VAULT_DNS_SUFFIX}" \
-e ACTIVE_DIRECTORY_ENDPOINT="${ACTIVE_DIRECTORY_ENDPOINT}" \
-e GALLERY_ENDPOINT="${GALLERY_ENDPOINT}" \
-e GRAPH_ENDPOINT="${GRAPH_ENDPOINT}" \
-e SERVICE_MANAGEMENT_VM_DNS_SUFFIX="${SERVICE_MANAGEMENT_VM_DNS_SUFFIX}" \
-e RESOURCE_MANAGER_VM_DNS_SUFFIX="${RESOURCE_MANAGER_VM_DNS_SUFFIX}" \
-e STABILITY_ITERATIONS=${STABILITY_ITERATIONS} \
-e STABILITY_TIMEOUT_SECONDS=${STABILITY_TIMEOUT_SECONDS} \
-e ARC_CLIENT_ID=${ARC_CLIENT_ID:-$AZURE_CLIENT_ID} \
-e ARC_CLIENT_SECRET=${ARC_CLIENT_SECRET:-$AZURE_CLIENT_SECRET} \
-e ARC_SUBSCRIPTION_ID=${ARC_SUBSCRIPTION_ID:-$AZURE_SUBSCRIPTION_ID} \
-e ARC_LOCATION=${ARC_LOCATION:-$LOCATION} \
-e ARC_TENANT_ID=${ARC_TENANT_ID:-$AZURE_TENANT_ID} \
-e LINUX_CONTAINERD_URL=${LINUX_CONTAINERD_URL} \
-e WINDOWS_CONTAINERD_URL=${WINDOWS_CONTAINERD_URL} \
-e LINUX_MOBY_URL=${LINUX_MOBY_URL} \
-e VALIDATE_CPU_LOAD=${VALIDATE_CPU_LOAD} \
-e RUN_VMSS_NODE_PROTOTYPE=${RUN_VMSS_NODE_PROTOTYPE} \
-e KAMINO_VMSS_PROTOTYPE_LOCAL_CHART_PATH=${KAMINO_VMSS_PROTOTYPE_LOCAL_CHART_PATH} \
-e KAMINO_VMSS_PROTOTYPE_IMAGE_REGISTRY=${KAMINO_VMSS_PROTOTYPE_IMAGE_REGISTRY} \
-e KAMINO_VMSS_PROTOTYPE_IMAGE_REPOSITORY=${KAMINO_VMSS_PROTOTYPE_IMAGE_REPOSITORY} \
-e KAMINO_VMSS_PROTOTYPE_IMAGE_TAG=${KAMINO_VMSS_PROTOTYPE_IMAGE_TAG} \
-e CUSTOM_KUBE_PROXY_IMAGE=${CUSTOM_KUBE_PROXY_IMAGE} \
-e CUSTOM_KUBE_APISERVER_IMAGE=${CUSTOM_KUBE_APISERVER_IMAGE} \
-e CUSTOM_KUBE_SCHEDULER_IMAGE=${CUSTOM_KUBE_SCHEDULER_IMAGE} \
-e CUSTOM_KUBE_CONTROLLER_MANAGER_IMAGE=${CUSTOM_KUBE_CONTROLLER_MANAGER_IMAGE} \
-e CUSTOM_KUBE_BINARY_URL=${CUSTOM_KUBE_BINARY_URL} \
-e CUSTOM_WINDOWS_PACKAGE_URL=${CUSTOM_WINDOWS_PACKAGE_URL} \
-e AZURE_CORE_ONLY_SHOW_ERRORS="True" \
"${DEV_IMAGE}" make test-kubernetes || tryExit && renameResultsFile "deploy"
if [ "${UPGRADE_CLUSTER}" = "true" ] || [ "${SCALE_CLUSTER}" = "true" ] || [ -n "$ADD_NODE_POOL_INPUT" ] || [ "${GET_CLUSTER_LOGS}" = "true" ] || [ "${ROTATE_CERTS}" = "true" ]; then
# shellcheck disable=SC2012
RESOURCE_GROUP=$(ls -dt1 _output/* | head -n 1 | cut -d/ -f2)
docker run --rm \
-v $(pwd):${WORK_DIR} \
-w ${WORK_DIR} \
-e RESOURCE_GROUP=$RESOURCE_GROUP \
${DEV_IMAGE} \
/bin/bash -c "chmod -R 777 _output/$RESOURCE_GROUP _output/$RESOURCE_GROUP/apimodel.json" || exit 1
# shellcheck disable=SC2012
REGION=$(ls -dt1 _output/* | head -n 1 | cut -d/ -f2 | cut -d- -f2)
API_SERVER=${RESOURCE_GROUP}.${REGION}.${RESOURCE_MANAGER_VM_DNS_SUFFIX:-cloudapp.azure.com}
if [ "${GET_CLUSTER_LOGS}" = "true" ]; then
docker run --rm \
-v $(pwd):${WORK_DIR} \
-w ${WORK_DIR} \
-e RESOURCE_GROUP=$RESOURCE_GROUP \
-e REGION=$REGION \
${DEV_IMAGE} \
./bin/aks-engine get-logs \
--api-model _output/$RESOURCE_GROUP/apimodel.json \
--location $REGION \
--ssh-host $API_SERVER \
--linux-ssh-private-key _output/$RESOURCE_GROUP-ssh \
--linux-script ./scripts/collect-logs.sh \
--windows-script ./scripts/collect-windows-logs.ps1
fi
if [ $(( RANDOM % 4 )) -eq 3 ]; then
echo Removing bookkeeping tags from VMs in resource group $RESOURCE_GROUP ...
az login --username ${AZURE_CLIENT_ID} --password ${AZURE_CLIENT_SECRET} --tenant ${AZURE_TENANT_ID} --service-principal > /dev/null
for vm_type in vm vmss; do
for vm in $(az $vm_type list -g $RESOURCE_GROUP --subscription ${AZURE_SUBSCRIPTION_ID} --query '[].name' -o table | tail -n +3); do
az $vm_type update -n $vm -g $RESOURCE_GROUP --subscription ${AZURE_SUBSCRIPTION_ID} --set tags={} > /dev/null
done
done
fi
if [ "${UPGRADE_CLUSTER}" = "true" ]; then
git reset --hard
git remote rm $UPGRADE_FORK
git remote add $UPGRADE_FORK https://github.com/$UPGRADE_FORK/aks-engine.git
git fetch --prune $UPGRADE_FORK
git branch -D $UPGRADE_FORK/$UPGRADE_BRANCH
git checkout -b $UPGRADE_FORK/$UPGRADE_BRANCH --track $UPGRADE_FORK/$UPGRADE_BRANCH
git pull
git log -1
docker run --rm \
-v $(pwd):${WORK_DIR} \
-w ${WORK_DIR} \
"${DEV_IMAGE}" make build-binary > /dev/null 2>&1 || exit 1
fi
else
exit 0
fi
if [ "${ROTATE_CERTS}" = "true" ]; then
rotateCertificates
SKIP_AFTER_ROTATE_CERTS="should be able to autoscale"
SKIP_AFTER_SCALE_DOWN="${SKIP_AFTER_SCALE_DOWN}|should be able to autoscale"
SKIP_AFTER_SCALE_UP="${SKIP_AFTER_SCALE_DOWN}|should be able to autoscale"
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e CLIENT_ID=${AZURE_CLIENT_ID} \
-e CLIENT_SECRET=${AZURE_CLIENT_SECRET} \
-e CLIENT_OBJECTID=${CLIENT_OBJECTID} \
-e TENANT_ID=${AZURE_TENANT_ID} \
-e SUBSCRIPTION_ID=${AZURE_SUBSCRIPTION_ID} \
-e INFRA_RESOURCE_GROUP="${INFRA_RESOURCE_GROUP}" \
-e ORCHESTRATOR=kubernetes \
-e NAME=$RESOURCE_GROUP \
-e TIMEOUT=${E2E_TEST_TIMEOUT} \
-e LB_TIMEOUT=${LB_TEST_TIMEOUT} \
-e KUBERNETES_IMAGE_BASE=$KUBERNETES_IMAGE_BASE \
-e KUBERNETES_IMAGE_BASE_TYPE=$KUBERNETES_IMAGE_BASE_TYPE \
-e CLEANUP_ON_EXIT=false \
-e REGIONS=$REGION \
-e IS_JENKINS=${IS_JENKINS} \
-e SKIP_LOGS_COLLECTION=true \
-e GINKGO_FAIL_FAST="${GINKGO_FAIL_FAST}" \
-e GINKGO_SKIP="${SKIP_AFTER_ROTATE_CERTS}" \
-e GINKGO_FOCUS="${GINKGO_FOCUS}" \
-e TEST_PVC="${TEST_PVC}" \
-e SKIP_TEST=false \
-e ADD_NODE_POOL_INPUT=${ADD_NODE_POOL_INPUT} \
-e API_PROFILE="${API_PROFILE}" \
-e CUSTOM_CLOUD_NAME="${ENVIRONMENT_NAME}" \
-e IDENTITY_SYSTEM="${IDENTITY_SYSTEM}" \
-e AUTHENTICATION_METHOD="${AUTHENTICATION_METHOD}" \
-e LOCATION="${LOCATION}" \
-e CUSTOM_CLOUD_CLIENT_ID="${CUSTOM_CLOUD_CLIENT_ID}" \
-e CUSTOM_CLOUD_SECRET="${CUSTOM_CLOUD_SECRET}" \
-e PORTAL_ENDPOINT="${PORTAL_ENDPOINT}" \
-e SERVICE_MANAGEMENT_ENDPOINT="${SERVICE_MANAGEMENT_ENDPOINT}" \
-e RESOURCE_MANAGER_ENDPOINT="${RESOURCE_MANAGER_ENDPOINT}" \
-e STORAGE_ENDPOINT_SUFFIX="${STORAGE_ENDPOINT_SUFFIX}" \
-e KEY_VAULT_DNS_SUFFIX="${KEY_VAULT_DNS_SUFFIX}" \
-e ACTIVE_DIRECTORY_ENDPOINT="${ACTIVE_DIRECTORY_ENDPOINT}" \
-e GALLERY_ENDPOINT="${GALLERY_ENDPOINT}" \
-e GRAPH_ENDPOINT="${GRAPH_ENDPOINT}" \
-e SERVICE_MANAGEMENT_VM_DNS_SUFFIX="${SERVICE_MANAGEMENT_VM_DNS_SUFFIX}" \
-e RESOURCE_MANAGER_VM_DNS_SUFFIX="${RESOURCE_MANAGER_VM_DNS_SUFFIX}" \
-e STABILITY_ITERATIONS=${STABILITY_ITERATIONS} \
-e STABILITY_TIMEOUT_SECONDS=${STABILITY_TIMEOUT_SECONDS} \
-e ARC_CLIENT_ID=${ARC_CLIENT_ID:-$AZURE_CLIENT_ID} \
-e ARC_CLIENT_SECRET=${ARC_CLIENT_SECRET:-$AZURE_CLIENT_SECRET} \
-e ARC_SUBSCRIPTION_ID=${ARC_SUBSCRIPTION_ID:-$AZURE_SUBSCRIPTION_ID} \
-e ARC_LOCATION=${ARC_LOCATION:-$LOCATION} \
-e ARC_TENANT_ID=${ARC_TENANT_ID:-$AZURE_TENANT_ID} \
-e AZURE_CORE_ONLY_SHOW_ERRORS="True" \
${DEV_IMAGE} make test-kubernetes || tryExit && renameResultsFile "rotate-certs"
fi
if [ -n "$ADD_NODE_POOL_INPUT" ]; then
for pool in $(echo ${ADD_NODE_POOL_INPUT} | jq -c '.[]'); do
echo $pool > ${TMP_DIR}/addpool-input.json
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e RESOURCE_GROUP=$RESOURCE_GROUP \
-e REGION=$REGION \
${DEV_IMAGE} \
./bin/aks-engine addpool \
--azure-env ${AZURE_ENV} \
--subscription-id ${AZURE_SUBSCRIPTION_ID} \
--api-model _output/$RESOURCE_GROUP/apimodel.json \
--node-pool ${TMP_BASENAME}/addpool-input.json \
--location $REGION \
--resource-group $RESOURCE_GROUP \
--auth-method client_secret \
--client-id ${AZURE_CLIENT_ID} \
--client-secret ${AZURE_CLIENT_SECRET} || exit 1
done
CLEANUP_AFTER_ADD_NODE_POOL=${CLEANUP_ON_EXIT}
if [ "${UPGRADE_CLUSTER}" = "true" ] || [ "${SCALE_CLUSTER}" = "true" ]; then
CLEANUP_AFTER_ADD_NODE_POOL="false"
fi
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e CLIENT_ID=${AZURE_CLIENT_ID} \
-e CLIENT_SECRET=${AZURE_CLIENT_SECRET} \
-e CLIENT_OBJECTID=${CLIENT_OBJECTID} \
-e TENANT_ID=${AZURE_TENANT_ID} \
-e SUBSCRIPTION_ID=${AZURE_SUBSCRIPTION_ID} \
-e INFRA_RESOURCE_GROUP="${INFRA_RESOURCE_GROUP}" \
-e ORCHESTRATOR=kubernetes \
-e NAME=$RESOURCE_GROUP \
-e TIMEOUT=${E2E_TEST_TIMEOUT} \
-e LB_TIMEOUT=${LB_TEST_TIMEOUT} \
-e KUBERNETES_IMAGE_BASE=$KUBERNETES_IMAGE_BASE \
-e KUBERNETES_IMAGE_BASE_TYPE=$KUBERNETES_IMAGE_BASE_TYPE \
-e CLEANUP_ON_EXIT=${CLEANUP_AFTER_ADD_NODE_POOL} \
-e REGIONS=$REGION \
-e IS_JENKINS=${IS_JENKINS} \
-e SKIP_LOGS_COLLECTION=true \
-e GINKGO_FAIL_FAST="${GINKGO_FAIL_FAST}" \
-e GINKGO_SKIP="${SKIP_AFTER_SCALE_DOWN}" \
-e GINKGO_FOCUS="${GINKGO_FOCUS}" \
-e TEST_PVC="${TEST_PVC}" \
-e SKIP_TEST=${SKIP_TESTS_AFTER_ADD_POOL} \
-e ADD_NODE_POOL_INPUT=${ADD_NODE_POOL_INPUT} \
-e API_PROFILE="${API_PROFILE}" \
-e CUSTOM_CLOUD_NAME="${ENVIRONMENT_NAME}" \
-e IDENTITY_SYSTEM="${IDENTITY_SYSTEM}" \
-e AUTHENTICATION_METHOD="${AUTHENTICATION_METHOD}" \
-e LOCATION="${LOCATION}" \
-e CUSTOM_CLOUD_CLIENT_ID="${CUSTOM_CLOUD_CLIENT_ID}" \
-e CUSTOM_CLOUD_SECRET="${CUSTOM_CLOUD_SECRET}" \
-e PORTAL_ENDPOINT="${PORTAL_ENDPOINT}" \
-e SERVICE_MANAGEMENT_ENDPOINT="${SERVICE_MANAGEMENT_ENDPOINT}" \
-e RESOURCE_MANAGER_ENDPOINT="${RESOURCE_MANAGER_ENDPOINT}" \
-e STORAGE_ENDPOINT_SUFFIX="${STORAGE_ENDPOINT_SUFFIX}" \
-e KEY_VAULT_DNS_SUFFIX="${KEY_VAULT_DNS_SUFFIX}" \
-e ACTIVE_DIRECTORY_ENDPOINT="${ACTIVE_DIRECTORY_ENDPOINT}" \
-e GALLERY_ENDPOINT="${GALLERY_ENDPOINT}" \
-e GRAPH_ENDPOINT="${GRAPH_ENDPOINT}" \
-e SERVICE_MANAGEMENT_VM_DNS_SUFFIX="${SERVICE_MANAGEMENT_VM_DNS_SUFFIX}" \
-e RESOURCE_MANAGER_VM_DNS_SUFFIX="${RESOURCE_MANAGER_VM_DNS_SUFFIX}" \
-e STABILITY_ITERATIONS=${STABILITY_ITERATIONS} \
-e STABILITY_TIMEOUT_SECONDS=${STABILITY_TIMEOUT_SECONDS} \
-e ARC_CLIENT_ID=${ARC_CLIENT_ID:-$AZURE_CLIENT_ID} \
-e ARC_CLIENT_SECRET=${ARC_CLIENT_SECRET:-$AZURE_CLIENT_SECRET} \
-e ARC_SUBSCRIPTION_ID=${ARC_SUBSCRIPTION_ID:-$AZURE_SUBSCRIPTION_ID} \
-e ARC_LOCATION=${ARC_LOCATION:-$LOCATION} \
-e ARC_TENANT_ID=${ARC_TENANT_ID:-$AZURE_TENANT_ID} \
-e AZURE_CORE_ONLY_SHOW_ERRORS="True" \
${DEV_IMAGE} make test-kubernetes || tryExit && renameResultsFile "add-node-pool"
fi
if [ "${SCALE_CLUSTER}" = "true" ]; then
nodepoolcount=$(jq '.properties.agentPoolProfiles| length' < _output/$RESOURCE_GROUP/apimodel.json)
for ((i = 0; i < $nodepoolcount; ++i)); do
nodepool=$(jq -r --arg i $i '. | .properties.agentPoolProfiles[$i | tonumber].name' < _output/$RESOURCE_GROUP/apimodel.json)
if [ "${UPDATE_NODE_POOLS}" = "true" ]; then
# modify the master VM SKU to simulate vertical vm scaling via upgrade
docker run --rm \
-v $(pwd):${WORK_DIR} \
-w ${WORK_DIR} \
-e RESOURCE_GROUP=$RESOURCE_GROUP \
-e NODE_VM_UPGRADE_SKU=$NODE_VM_UPGRADE_SKU \
${DEV_IMAGE} \
/bin/bash -c "jq --arg sku \"$NODE_VM_UPGRADE_SKU\" --arg i $i '. | .properties.agentPoolProfiles[$i | tonumber].vmSize = \$sku' < _output/$RESOURCE_GROUP/apimodel.json > _output/$RESOURCE_GROUP/apimodel-update.json" || exit 1
docker run --rm \
-v $(pwd):${WORK_DIR} \
-w ${WORK_DIR} \
-e RESOURCE_GROUP=$RESOURCE_GROUP \
${DEV_IMAGE} \
/bin/bash -c "mv _output/$RESOURCE_GROUP/apimodel-update.json _output/$RESOURCE_GROUP/apimodel.json" || exit 1
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e RESOURCE_GROUP=$RESOURCE_GROUP \
-e REGION=$REGION \
-e UPDATE_POOL_NAME=$UPDATE_POOL_NAME \
${DEV_IMAGE} \
./bin/aks-engine update \
--azure-env ${AZURE_ENV} \
--subscription-id ${AZURE_SUBSCRIPTION_ID} \
--api-model _output/$RESOURCE_GROUP/apimodel.json \
--node-pool $nodepool \
--location $REGION \
--resource-group $RESOURCE_GROUP \
--auth-method client_secret \
--client-id ${AZURE_CLIENT_ID} \
--client-secret ${AZURE_CLIENT_SECRET} || exit 1
az vmss list -g $RESOURCE_GROUP --subscription ${AZURE_SUBSCRIPTION_ID} --query '[].sku' | grep $NODE_VM_UPGRADE_SKU || exit 1
fi
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e RESOURCE_GROUP=$RESOURCE_GROUP \
-e REGION=$REGION \
${DEV_IMAGE} \
./bin/aks-engine scale \
--azure-env ${AZURE_ENV} \
--subscription-id ${AZURE_SUBSCRIPTION_ID} \
--api-model _output/$RESOURCE_GROUP/apimodel.json \
--location $REGION \
--resource-group $RESOURCE_GROUP \
--apiserver $API_SERVER \
--node-pool $nodepool \
--new-node-count 1 \
--auth-method client_secret \
--identity-system ${IDENTITY_SYSTEM} \
--client-id ${AZURE_CLIENT_ID} \
--client-secret ${AZURE_CLIENT_SECRET} || exit 1
done
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e CLIENT_ID=${AZURE_CLIENT_ID} \
-e CLIENT_SECRET=${AZURE_CLIENT_SECRET} \
-e CLIENT_OBJECTID=${CLIENT_OBJECTID} \
-e TENANT_ID=${AZURE_TENANT_ID} \
-e SUBSCRIPTION_ID=${AZURE_SUBSCRIPTION_ID} \
-e INFRA_RESOURCE_GROUP="${INFRA_RESOURCE_GROUP}" \
-e ORCHESTRATOR=kubernetes \
-e NAME=$RESOURCE_GROUP \
-e TIMEOUT=${E2E_TEST_TIMEOUT} \
-e LB_TIMEOUT=${LB_TEST_TIMEOUT} \
-e KUBERNETES_IMAGE_BASE=$KUBERNETES_IMAGE_BASE \
-e KUBERNETES_IMAGE_BASE_TYPE=$KUBERNETES_IMAGE_BASE_TYPE \
-e CLEANUP_ON_EXIT=false \
-e REGIONS=$REGION \
-e IS_JENKINS=${IS_JENKINS} \
-e SKIP_LOGS_COLLECTION=true \
-e GINKGO_FAIL_FAST="${GINKGO_FAIL_FAST}" \
-e GINKGO_SKIP="${SKIP_AFTER_SCALE_DOWN}" \
-e GINKGO_FOCUS="${GINKGO_FOCUS}" \
-e TEST_PVC="${TEST_PVC}" \
-e SKIP_TEST=${SKIP_TESTS_AFTER_SCALE_DOWN} \
-e ADD_NODE_POOL_INPUT=${ADD_NODE_POOL_INPUT} \
-e API_PROFILE="${API_PROFILE}" \
-e CUSTOM_CLOUD_NAME="${ENVIRONMENT_NAME}" \
-e IDENTITY_SYSTEM="${IDENTITY_SYSTEM}" \
-e AUTHENTICATION_METHOD="${AUTHENTICATION_METHOD}" \
-e LOCATION="${LOCATION}" \
-e CUSTOM_CLOUD_CLIENT_ID="${CUSTOM_CLOUD_CLIENT_ID}" \
-e CUSTOM_CLOUD_SECRET="${CUSTOM_CLOUD_SECRET}" \
-e PORTAL_ENDPOINT="${PORTAL_ENDPOINT}" \
-e SERVICE_MANAGEMENT_ENDPOINT="${SERVICE_MANAGEMENT_ENDPOINT}" \
-e RESOURCE_MANAGER_ENDPOINT="${RESOURCE_MANAGER_ENDPOINT}" \
-e STORAGE_ENDPOINT_SUFFIX="${STORAGE_ENDPOINT_SUFFIX}" \
-e KEY_VAULT_DNS_SUFFIX="${KEY_VAULT_DNS_SUFFIX}" \
-e ACTIVE_DIRECTORY_ENDPOINT="${ACTIVE_DIRECTORY_ENDPOINT}" \
-e GALLERY_ENDPOINT="${GALLERY_ENDPOINT}" \
-e GRAPH_ENDPOINT="${GRAPH_ENDPOINT}" \
-e SERVICE_MANAGEMENT_VM_DNS_SUFFIX="${SERVICE_MANAGEMENT_VM_DNS_SUFFIX}" \
-e RESOURCE_MANAGER_VM_DNS_SUFFIX="${RESOURCE_MANAGER_VM_DNS_SUFFIX}" \
-e STABILITY_ITERATIONS=${STABILITY_ITERATIONS} \
-e STABILITY_TIMEOUT_SECONDS=${STABILITY_TIMEOUT_SECONDS} \
-e ARC_CLIENT_ID=${ARC_CLIENT_ID:-$AZURE_CLIENT_ID} \
-e ARC_CLIENT_SECRET=${ARC_CLIENT_SECRET:-$AZURE_CLIENT_SECRET} \
-e ARC_SUBSCRIPTION_ID=${ARC_SUBSCRIPTION_ID:-$AZURE_SUBSCRIPTION_ID} \
-e ARC_LOCATION=${ARC_LOCATION:-$LOCATION} \
-e ARC_TENANT_ID=${ARC_TENANT_ID:-$AZURE_TENANT_ID} \
-e AZURE_CORE_ONLY_SHOW_ERRORS="True" \
${DEV_IMAGE} make test-kubernetes || tryExit && renameResultsFile "scale-down"
fi
if [ "${UPGRADE_CLUSTER}" = "true" ]; then
# modify the master VM SKU to simulate vertical vm scaling via upgrade
docker run --rm \
-v $(pwd):${WORK_DIR} \
-w ${WORK_DIR} \
-e RESOURCE_GROUP=$RESOURCE_GROUP \
-e MASTER_VM_UPGRADE_SKU=$MASTER_VM_UPGRADE_SKU \
${DEV_IMAGE} \
/bin/bash -c "jq --arg sku \"$MASTER_VM_UPGRADE_SKU\" '. | .properties.masterProfile.vmSize = \$sku' < _output/$RESOURCE_GROUP/apimodel.json > _output/$RESOURCE_GROUP/apimodel-upgrade.json" || exit 1
docker run --rm \
-v $(pwd):${WORK_DIR} \
-w ${WORK_DIR} \
-e RESOURCE_GROUP=$RESOURCE_GROUP \
${DEV_IMAGE} \
/bin/bash -c "mv _output/$RESOURCE_GROUP/apimodel-upgrade.json _output/$RESOURCE_GROUP/apimodel.json" || exit 1
for ver_target in $UPGRADE_VERSIONS; do
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e RESOURCE_GROUP=$RESOURCE_GROUP \
-e REGION=$REGION \
${DEV_IMAGE} \
./bin/aks-engine upgrade --force \
--azure-env ${AZURE_ENV} \
--subscription-id ${AZURE_SUBSCRIPTION_ID} \
--api-model _output/$RESOURCE_GROUP/apimodel.json \
--location $REGION \
--resource-group $RESOURCE_GROUP \
--upgrade-version $ver_target \
--vm-timeout 20 \
--auth-method client_secret \
--identity-system ${IDENTITY_SYSTEM}\
--client-id ${AZURE_CLIENT_ID} \
--client-secret ${AZURE_CLIENT_SECRET} || exit 1
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e CLIENT_ID=${AZURE_CLIENT_ID} \
-e CLIENT_SECRET=${AZURE_CLIENT_SECRET} \
-e CLIENT_OBJECTID=${CLIENT_OBJECTID} \
-e TENANT_ID=${AZURE_TENANT_ID} \
-e SUBSCRIPTION_ID=${AZURE_SUBSCRIPTION_ID} \
-e INFRA_RESOURCE_GROUP="${INFRA_RESOURCE_GROUP}" \
-e ORCHESTRATOR=kubernetes \
-e NAME=$RESOURCE_GROUP \
-e TIMEOUT=${E2E_TEST_TIMEOUT} \
-e LB_TIMEOUT=${LB_TEST_TIMEOUT} \
-e KUBERNETES_IMAGE_BASE=$KUBERNETES_IMAGE_BASE \
-e KUBERNETES_IMAGE_BASE_TYPE=$KUBERNETES_IMAGE_BASE_TYPE \
-e CLEANUP_ON_EXIT=false \
-e REGIONS=$REGION \
-e IS_JENKINS=${IS_JENKINS} \
-e SKIP_LOGS_COLLECTION=${SKIP_LOGS_COLLECTION} \
-e GINKGO_FAIL_FAST="${GINKGO_FAIL_FAST}" \
-e GINKGO_SKIP="${SKIP_AFTER_UPGRADE}" \
-e GINKGO_FOCUS="${GINKGO_FOCUS}" \
-e TEST_PVC="${TEST_PVC}" \
-e SKIP_TEST=${SKIP_TESTS_AFTER_UPGRADE} \
-e ADD_NODE_POOL_INPUT=${ADD_NODE_POOL_INPUT} \
-e API_PROFILE="${API_PROFILE}" \
-e CUSTOM_CLOUD_NAME="${ENVIRONMENT_NAME}" \
-e IDENTITY_SYSTEM="${IDENTITY_SYSTEM}" \
-e AUTHENTICATION_METHOD="${AUTHENTICATION_METHOD}" \
-e LOCATION="${LOCATION}" \
-e CUSTOM_CLOUD_CLIENT_ID="${CUSTOM_CLOUD_CLIENT_ID}" \
-e CUSTOM_CLOUD_SECRET="${CUSTOM_CLOUD_SECRET}" \
-e PORTAL_ENDPOINT="${PORTAL_ENDPOINT}" \
-e SERVICE_MANAGEMENT_ENDPOINT="${SERVICE_MANAGEMENT_ENDPOINT}" \
-e RESOURCE_MANAGER_ENDPOINT="${RESOURCE_MANAGER_ENDPOINT}" \
-e STORAGE_ENDPOINT_SUFFIX="${STORAGE_ENDPOINT_SUFFIX}" \
-e KEY_VAULT_DNS_SUFFIX="${KEY_VAULT_DNS_SUFFIX}" \
-e ACTIVE_DIRECTORY_ENDPOINT="${ACTIVE_DIRECTORY_ENDPOINT}" \
-e GALLERY_ENDPOINT="${GALLERY_ENDPOINT}" \
-e GRAPH_ENDPOINT="${GRAPH_ENDPOINT}" \
-e SERVICE_MANAGEMENT_VM_DNS_SUFFIX="${SERVICE_MANAGEMENT_VM_DNS_SUFFIX}" \
-e RESOURCE_MANAGER_VM_DNS_SUFFIX="${RESOURCE_MANAGER_VM_DNS_SUFFIX}" \
-e STABILITY_ITERATIONS=${STABILITY_ITERATIONS} \
-e STABILITY_TIMEOUT_SECONDS=${STABILITY_TIMEOUT_SECONDS} \
-e ARC_CLIENT_ID=${ARC_CLIENT_ID:-$AZURE_CLIENT_ID} \
-e ARC_CLIENT_SECRET=${ARC_CLIENT_SECRET:-$AZURE_CLIENT_SECRET} \
-e ARC_SUBSCRIPTION_ID=${ARC_SUBSCRIPTION_ID:-$AZURE_SUBSCRIPTION_ID} \
-e ARC_LOCATION=${ARC_LOCATION:-$LOCATION} \
-e ARC_TENANT_ID=${ARC_TENANT_ID:-$AZURE_TENANT_ID} \
-e AZURE_CORE_ONLY_SHOW_ERRORS="True" \
${DEV_IMAGE} make test-kubernetes || tryExit && renameResultsFile "upgrade"
done
fi
if [ "${SCALE_CLUSTER}" = "true" ]; then
for nodepool in $(jq -r '.properties.agentPoolProfiles[].name' < _output/$RESOURCE_GROUP/apimodel.json); do
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e RESOURCE_GROUP=$RESOURCE_GROUP \
-e REGION=$REGION \
${DEV_IMAGE} \
./bin/aks-engine scale \
--azure-env ${AZURE_ENV} \
--subscription-id ${AZURE_SUBSCRIPTION_ID} \
--api-model _output/$RESOURCE_GROUP/apimodel.json \
--location $REGION \
--resource-group $RESOURCE_GROUP \
--apiserver $API_SERVER \
--node-pool $nodepool \
--new-node-count $NODE_COUNT \
--auth-method client_secret \
--identity-system ${IDENTITY_SYSTEM}\
--client-id ${AZURE_CLIENT_ID} \
--client-secret ${AZURE_CLIENT_SECRET} || exit 1
done
docker run --rm \
-v $(pwd):${WORK_DIR} \
-v /etc/ssl/certs:/etc/ssl/certs \
-w ${WORK_DIR} \
-e CLIENT_ID=${AZURE_CLIENT_ID} \
-e CLIENT_SECRET=${AZURE_CLIENT_SECRET} \
-e CLIENT_OBJECTID=${CLIENT_OBJECTID} \
-e TENANT_ID=${AZURE_TENANT_ID} \
-e SUBSCRIPTION_ID=${AZURE_SUBSCRIPTION_ID} \
-e INFRA_RESOURCE_GROUP="${INFRA_RESOURCE_GROUP}" \
-e ORCHESTRATOR=kubernetes \
-e NAME=$RESOURCE_GROUP \
-e TIMEOUT=${E2E_TEST_TIMEOUT} \
-e LB_TIMEOUT=${LB_TEST_TIMEOUT} \
-e KUBERNETES_IMAGE_BASE=$KUBERNETES_IMAGE_BASE \
-e KUBERNETES_IMAGE_BASE_TYPE=$KUBERNETES_IMAGE_BASE_TYPE \
-e CLEANUP_ON_EXIT=${CLEANUP_ON_EXIT} \
-e REGIONS=$REGION \
-e IS_JENKINS=${IS_JENKINS} \
-e SKIP_LOGS_COLLECTION=${SKIP_LOGS_COLLECTION} \
-e GINKGO_FAIL_FAST="${GINKGO_FAIL_FAST}" \
-e GINKGO_SKIP="${SKIP_AFTER_SCALE_UP}" \
-e GINKGO_FOCUS="${GINKGO_FOCUS}" \
-e TEST_PVC="${TEST_PVC}" \
-e SKIP_TEST=${SKIP_TESTS_AFTER_SCALE_UP} \
-e ADD_NODE_POOL_INPUT=${ADD_NODE_POOL_INPUT} \
-e API_PROFILE="${API_PROFILE}" \
-e CUSTOM_CLOUD_NAME="${ENVIRONMENT_NAME}" \
-e IDENTITY_SYSTEM="${IDENTITY_SYSTEM}" \
-e AUTHENTICATION_METHOD="${AUTHENTICATION_METHOD}" \
-e LOCATION="${LOCATION}" \
-e CUSTOM_CLOUD_CLIENT_ID="${CUSTOM_CLOUD_CLIENT_ID}" \
-e CUSTOM_CLOUD_SECRET="${CUSTOM_CLOUD_SECRET}" \
-e PORTAL_ENDPOINT="${PORTAL_ENDPOINT}" \
-e SERVICE_MANAGEMENT_ENDPOINT="${SERVICE_MANAGEMENT_ENDPOINT}" \
-e RESOURCE_MANAGER_ENDPOINT="${RESOURCE_MANAGER_ENDPOINT}" \
-e STORAGE_ENDPOINT_SUFFIX="${STORAGE_ENDPOINT_SUFFIX}" \
-e KEY_VAULT_DNS_SUFFIX="${KEY_VAULT_DNS_SUFFIX}" \
-e ACTIVE_DIRECTORY_ENDPOINT="${ACTIVE_DIRECTORY_ENDPOINT}" \
-e GALLERY_ENDPOINT="${GALLERY_ENDPOINT}" \
-e GRAPH_ENDPOINT="${GRAPH_ENDPOINT}" \
-e SERVICE_MANAGEMENT_VM_DNS_SUFFIX="${SERVICE_MANAGEMENT_VM_DNS_SUFFIX}" \
-e RESOURCE_MANAGER_VM_DNS_SUFFIX="${RESOURCE_MANAGER_VM_DNS_SUFFIX}" \
-e STABILITY_ITERATIONS=${STABILITY_ITERATIONS} \
-e STABILITY_TIMEOUT_SECONDS=${STABILITY_TIMEOUT_SECONDS} \
-e ARC_CLIENT_ID=${ARC_CLIENT_ID:-$AZURE_CLIENT_ID} \
-e ARC_CLIENT_SECRET=${ARC_CLIENT_SECRET:-$AZURE_CLIENT_SECRET} \
-e ARC_SUBSCRIPTION_ID=${ARC_SUBSCRIPTION_ID:-$AZURE_SUBSCRIPTION_ID} \
-e ARC_LOCATION=${ARC_LOCATION:-$LOCATION} \
-e ARC_TENANT_ID=${ARC_TENANT_ID:-$AZURE_TENANT_ID} \
-e AZURE_CORE_ONLY_SHOW_ERRORS="True" \
${DEV_IMAGE} make test-kubernetes || tryExit && renameResultsFile "scale-up"
fi