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Makefile-az.mk
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Makefile-az.mk
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AZURE_LOCATION ?= westus2
COMMON_NAME ?= karpenter
ifeq ($(CODESPACES),true)
AZURE_RESOURCE_GROUP ?= $(CODESPACE_NAME)
AZURE_ACR_NAME ?= $(subst -,,$(CODESPACE_NAME))
else
AZURE_RESOURCE_GROUP ?= $(COMMON_NAME)
AZURE_ACR_NAME ?= $(COMMON_NAME)
endif
AZURE_CLUSTER_NAME ?= $(COMMON_NAME)
AZURE_RESOURCE_GROUP_MC = MC_$(AZURE_RESOURCE_GROUP)_$(AZURE_CLUSTER_NAME)_$(AZURE_LOCATION)
KARPENTER_SERVICE_ACCOUNT_NAME ?= karpenter-sa
AZURE_KARPENTER_USER_ASSIGNED_IDENTITY_NAME ?= karpentermsi
KARPENTER_FEDERATED_IDENTITY_CREDENTIAL_NAME ?= KARPENTER_FID
CUSTOM_VNET_NAME ?= $(AZURE_CLUSTER_NAME)-vnet
CUSTOM_SUBNET_NAME ?= nodesubnet
az-all: az-login az-create-workload-msi az-mkaks-cilium az-create-federated-cred az-perm az-perm-acr az-configure-values az-build az-run az-run-sample ## Provision the infra (ACR,AKS); build and deploy Karpenter; deploy sample Provisioner and workload
az-all-custom-vnet: az-login az-create-workload-msi az-mkaks-custom-vnet az-create-federated-cred az-perm-subnet-custom az-perm-acr az-configure-values-custom-vnet az-build az-run az-run-sample ## Provision the infra (ACR,AKS); build and deploy Karpenter; deploy sample Provisioner and workload
az-all-user: az-login az-mkaks-user az-configure-values az-helm-install-snapshot az-run-sample ## Provision the cluster and deploy Karpenter snapshot release
# TODO: az-all-savm case is not currently built to support workload identity, need to re-evaluate
az-all-savm: az-login az-mkaks-savm az-perm-savm az-configure-values az-build az-run az-run-sample ## Provision the infra (ACR,AKS); build and deploy Karpenter; deploy sample Provisioner and workload - StandaloneVirtualMachines
az-login: ## Login into Azure
az account show -o none || az login
az account set --subscription $(AZURE_SUBSCRIPTION_ID)
az-mkrg: ## Create resource group
if az group exists --name $(AZURE_RESOURCE_GROUP) | grep -qi "false"; then \
az group create --name $(AZURE_RESOURCE_GROUP) --location $(AZURE_LOCATION) -o none; \
fi
az-mkacr: az-mkrg ## Create test ACR
az acr create --name $(AZURE_ACR_NAME) --resource-group $(AZURE_RESOURCE_GROUP) --sku Basic --admin-enabled -o none
az acr login --name $(AZURE_ACR_NAME)
az-mkaks: az-mkacr ## Create test AKS cluster (with --vm-set-type AvailabilitySet for compatibility with standalone VMs)
az aks create --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) --attach-acr $(AZURE_ACR_NAME) --location $(AZURE_LOCATION) \
--enable-managed-identity --node-count 3 --generate-ssh-keys --vm-set-type AvailabilitySet -o none
az aks get-credentials --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) --overwrite-existing
skaffold config set default-repo $(AZURE_ACR_NAME).azurecr.io/karpenter
az-mkaks-cilium: az-mkacr ## Create test AKS cluster (with --network-dataplane cilium, --network-plugin cilium, and --network-plugin-mode overlay)
az aks create --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) --attach-acr $(AZURE_ACR_NAME) \
--enable-managed-identity --node-count 3 --generate-ssh-keys -o none --network-dataplane cilium --network-plugin azure --network-plugin-mode overlay \
--enable-oidc-issuer --enable-workload-identity
az aks get-credentials --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) --overwrite-existing
skaffold config set default-repo $(AZURE_ACR_NAME).azurecr.io/karpenter
az-mkvnet: ## Create a VNet with address range of 10.1.0.0/16
az network vnet create --name $(CUSTOM_VNET_NAME) --resource-group $(AZURE_RESOURCE_GROUP) --location $(AZURE_LOCATION) --address-prefixes "10.1.0.0/16"
az-mksubnet: ## Create a subnet with address range of 10.1.0.0/24
az network vnet subnet create --name $(CUSTOM_SUBNET_NAME) --resource-group $(AZURE_RESOURCE_GROUP) --vnet-name $(CUSTOM_VNET_NAME) --address-prefixes "10.1.0.0/24"
az-mkaks-custom-vnet: az-mkacr az-mkvnet az-mksubnet ## Create test AKS cluster with custom VNet
az aks create --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) --attach-acr $(AZURE_ACR_NAME) \
--enable-managed-identity --node-count 3 --generate-ssh-keys -o none --network-dataplane cilium --network-plugin azure --network-plugin-mode overlay \
--enable-oidc-issuer --enable-workload-identity \
--vnet-subnet-id "/subscriptions/$(AZURE_SUBSCRIPTION_ID)/resourceGroups/$(AZURE_RESOURCE_GROUP)/providers/Microsoft.Network/virtualNetworks/$(CUSTOM_VNET_NAME)/subnets/$(CUSTOM_SUBNET_NAME)"
az aks get-credentials --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) --overwrite-existing
skaffold config set default-repo $(AZURE_ACR_NAME).azurecr.io/karpenter
az-create-workload-msi: az-mkrg
# create the workload MSI that is the backing for the karpenter pod auth
az identity create --name "${AZURE_KARPENTER_USER_ASSIGNED_IDENTITY_NAME}" --resource-group "${AZURE_RESOURCE_GROUP}" --location "${AZURE_LOCATION}"
az-create-federated-cred:
$(eval AKS_OIDC_ISSUER=$(shell az aks show -n "${AZURE_CLUSTER_NAME}" -g "${AZURE_RESOURCE_GROUP}" --query "oidcIssuerProfile.issuerUrl" -otsv))
# create federated credential linked to the karpenter service account for auth usage
az identity federated-credential create --name ${KARPENTER_FEDERATED_IDENTITY_CREDENTIAL_NAME} --identity-name "${AZURE_KARPENTER_USER_ASSIGNED_IDENTITY_NAME}" --resource-group "${AZURE_RESOURCE_GROUP}" --issuer "${AKS_OIDC_ISSUER}" --subject system:serviceaccount:"${KARPENTER_NAMESPACE}":"${KARPENTER_SERVICE_ACCOUNT_NAME}" --audience api://AzureADTokenExchange
az-mkaks-savm: az-mkrg ## Create experimental cluster with standalone VMs (+ ACR)
az deployment group create --resource-group $(AZURE_RESOURCE_GROUP) --template-file hack/azure/aks-savm.bicep --parameters aksname=$(AZURE_CLUSTER_NAME) acrname=$(AZURE_ACR_NAME)
az aks get-credentials --resource-group $(AZURE_RESOURCE_GROUP) --name $(AZURE_CLUSTER_NAME) --overwrite-existing
skaffold config set default-repo $(AZURE_ACR_NAME).azurecr.io/karpenter
az-rmrg: ## Destroy test ACR and AKS cluster by deleting the resource group (use with care!)
az group delete --name $(AZURE_RESOURCE_GROUP)
az-configure-values: ## Generate cluster-related values for Karpenter Helm chart
hack/deploy/configure-values.sh $(AZURE_CLUSTER_NAME) $(AZURE_RESOURCE_GROUP) $(KARPENTER_SERVICE_ACCOUNT_NAME) $(AZURE_KARPENTER_USER_ASSIGNED_IDENTITY_NAME)
az-configure-values-custom-vnet: ## Generate cluster-related values for Karpenter Helm chart (take custom subnet ID from first agentpool)
VNET_SUBNET_ID=$(shell az aks show --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) | jq -r ".agentPoolProfiles[0].vnetSubnetId") \
$(MAKE) az-configure-values
az-mkvmssflex: ## Create VMSS Flex (optional, only if creating VMs referencing this VMSS)
az vmss create --name $(AZURE_CLUSTER_NAME)-vmss --resource-group $(AZURE_RESOURCE_GROUP_MC) --location $(AZURE_LOCATION) \
--instance-count 0 --orchestration-mode Flexible --platform-fault-domain-count 1 --zones 1 2 3
az-rmvmss-vms: ## Delete all VMs in VMSS Flex (use with care!)
az vmss delete-instances --name $(AZURE_CLUSTER_NAME)-vmss --resource-group $(AZURE_RESOURCE_GROUP_MC) --instance-ids '*'
az-perm: ## Create role assignments to let Karpenter manage VMs and Network
# Note: need to be principalId for E2E workflow as the pipeline identity doesn't have permissions to "query Graph API"
$(eval KARPENTER_USER_ASSIGNED_CLIENT_ID=$(shell az identity show --resource-group "${AZURE_RESOURCE_GROUP}" --name "${AZURE_KARPENTER_USER_ASSIGNED_IDENTITY_NAME}" --query 'principalId' -otsv))
az role assignment create --assignee $(KARPENTER_USER_ASSIGNED_CLIENT_ID) --scope /subscriptions/$(AZURE_SUBSCRIPTION_ID)/resourceGroups/$(AZURE_RESOURCE_GROUP_MC) --role "Virtual Machine Contributor"
az role assignment create --assignee $(KARPENTER_USER_ASSIGNED_CLIENT_ID) --scope /subscriptions/$(AZURE_SUBSCRIPTION_ID)/resourceGroups/$(AZURE_RESOURCE_GROUP_MC) --role "Network Contributor"
az role assignment create --assignee $(KARPENTER_USER_ASSIGNED_CLIENT_ID) --scope /subscriptions/$(AZURE_SUBSCRIPTION_ID)/resourceGroups/$(AZURE_RESOURCE_GROUP_MC) --role "Managed Identity Operator"
az role assignment create --assignee $(KARPENTER_USER_ASSIGNED_CLIENT_ID) --scope /subscriptions/$(AZURE_SUBSCRIPTION_ID)/resourceGroups/$(AZURE_RESOURCE_GROUP) --role "Network Contributor" # in some case we create vnet here
@echo Consider "make az-configure-values"!
az-perm-subnet-custom: az-perm ## Create role assignments to let Karpenter manage VMs and Network (custom VNet)
$(eval VNET_SUBNET_ID=$(shell az aks show --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) | jq -r ".agentPoolProfiles[0].vnetSubnetId"))
$(eval KARPENTER_USER_ASSIGNED_CLIENT_ID=$(shell az identity show --resource-group "${AZURE_RESOURCE_GROUP}" --name "${AZURE_KARPENTER_USER_ASSIGNED_IDENTITY_NAME}" --query 'principalId' -otsv))
$(eval SUBNET_RESOURCE_GROUP=$(shell az network vnet subnet show --id $(VNET_SUBNET_ID) | jq -r ".resourceGroup"))
az role assignment create --assignee $(KARPENTER_USER_ASSIGNED_CLIENT_ID) --scope /subscriptions/$(AZURE_SUBSCRIPTION_ID)/resourceGroups/$(SUBNET_RESOURCE_GROUP) --role "Network Contributor"
az-perm-savm: ## Create role assignments to let Karpenter manage VMs and Network
# Note: savm has not been converted over to use a workload identity
$(eval AZURE_OBJECT_ID=$(shell az aks show --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) | jq -r ".identityProfile.kubeletidentity.objectId"))
az role assignment create --assignee $(AZURE_OBJECT_ID) --scope /subscriptions/$(AZURE_SUBSCRIPTION_ID)/resourceGroups/$(AZURE_RESOURCE_GROUP_MC) --role "Virtual Machine Contributor"
az role assignment create --assignee $(AZURE_OBJECT_ID) --scope /subscriptions/$(AZURE_SUBSCRIPTION_ID)/resourceGroups/$(AZURE_RESOURCE_GROUP_MC) --role "Network Contributor"
az role assignment create --assignee $(AZURE_OBJECT_ID) --scope /subscriptions/$(AZURE_SUBSCRIPTION_ID)/resourceGroups/$(AZURE_RESOURCE_GROUP_MC) --role "Managed Identity Operator"
az role assignment create --assignee $(AZURE_OBJECT_ID) --scope /subscriptions/$(AZURE_SUBSCRIPTION_ID)/resourceGroups/$(AZURE_RESOURCE_GROUP) --role "Network Contributor" # in some case we create vnet here
@echo Consider "make az-configure-values"!
az-perm-acr:
$(eval KARPENTER_USER_ASSIGNED_CLIENT_ID=$(shell az identity show --resource-group "${AZURE_RESOURCE_GROUP}" --name "${AZURE_KARPENTER_USER_ASSIGNED_IDENTITY_NAME}" --query 'principalId' -otsv))
$(eval AZURE_ACR_ID=$(shell az acr show --name $(AZURE_ACR_NAME) --resource-group $(AZURE_RESOURCE_GROUP) | jq -r ".id"))
az role assignment create --assignee $(KARPENTER_USER_ASSIGNED_CLIENT_ID) --scope $(AZURE_ACR_ID) --role "AcrPull"
az-aks-check-acr:
az aks check-acr --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) --acr $(AZURE_ACR_NAME)
az-build: ## Build the Karpenter controller and webhook images using skaffold build (which uses ko build)
az acr login -n $(AZURE_ACR_NAME)
skaffold build
az-creds: ## Get cluster credentials
az aks get-credentials --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP)
az-run: ## Deploy the controller from the current state of your git repository into your ~/.kube/config cluster using skaffold run
az acr login -n $(AZURE_ACR_NAME)
skaffold run
az-run-sample: ## Deploy sample Provisioner and workload (with 0 replicas, to be scaled manually)
kubectl apply -f examples/v1beta1/general-purpose.yaml
kubectl apply -f examples/workloads/inflate.yaml
az-mc-show: ## show managed cluster
az aks show --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP)
az-mc-upgrade: ## upgrade managed cluster
$(eval UPGRADE_K8S_VERSION=$(shell az aks get-upgrades --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) | jq -r ".controlPlaneProfile.upgrades[0].kubernetesVersion"))
az aks upgrade --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) --kubernetes-version $(UPGRADE_K8S_VERSION)
az-dev: ## Deploy and develop using skaffold dev
skaffold dev
az-debug: ## Rebuild, deploy and debug using skaffold debug
az acr login -n $(AZURE_ACR_NAME)
skaffold delete || true
skaffold debug # --platform=linux/arm64
az-debug-bootstrap: ## Debug bootstrap (target first privateIP of the first NIC with Karpenter tag)
$(eval JUMP_NODE=$(shell kubectl get nodes -o name | head -n 1))
$(eval JUMP_POD=$(shell kubectl debug $(JUMP_NODE) --image kroniak/ssh-client -- sh -c "mkdir /root/.ssh; sleep 1h" | cut -d' ' -f4))
kubectl wait --for=condition=Ready pod/$(JUMP_POD)
kubectl cp ~/.ssh/id_rsa $(JUMP_POD):/root/.ssh/id_rsa
$(eval NODE_IP=$(shell az network nic list -g $(AZURE_RESOURCE_GROUP_MC) \
--query '[?tags."karpenter.azure.com_cluster"]|[0].ipConfigurations[0].privateIPAddress'))
kubectl exec $(JUMP_POD) -it -- ssh -o StrictHostKeyChecking=accept-new azureuser@$(NODE_IP)
az-cleanup: ## Delete the deployment
skaffold delete || true
az-mon-deploy: ## Deploy monitoring stack (w/o node-exporter)
helm repo add grafana-charts https://grafana.github.io/helm-charts
helm repo add prometheus-community https://prometheus-community.github.io/helm-charts
helm repo update
kubectl create namespace monitoring || true
helm install --namespace monitoring prometheus prometheus-community/prometheus \
--values hack/monitoring/prometheus-values.yaml
helm install --namespace monitoring grafana grafana-charts/grafana \
--values hack/monitoring/grafana-values.yaml
az-mon-access: ## Get Grafana admin password and forward port
kubectl get secret --namespace monitoring grafana -o jsonpath="{.data.admin-password}" | base64 --decode; echo
@echo Consider running port forward outside of codespace ...
$(eval POD_NAME=$(shell kubectl get pods --namespace monitoring -l "app.kubernetes.io/name=grafana,app.kubernetes.io/instance=grafana" -o jsonpath="{.items[0].metadata.name}"))
kubectl port-forward --namespace monitoring $(POD_NAME) 3000
az-mon-cleanup: ## Delete monitoring stack
helm delete --namespace monitoring grafana
helm delete --namespace monitoring prometheus
az-mkgohelper: ## Build and configure custom go-helper-image for skaffold
cd hack/go-helper-image; docker build . --tag $(AZURE_ACR_NAME).azurecr.io/skaffold-debug-support/go # --platform=linux/arm64
az acr login -n $(AZURE_ACR_NAME)
docker push $(AZURE_ACR_NAME).azurecr.io/skaffold-debug-support/go
skaffold config set --global debug-helpers-registry $(AZURE_ACR_NAME).azurecr.io/skaffold-debug-support
az-rmnodes-fin: ## Remove Karpenter finalizer from all nodes (use with care!)
for node in $$(kubectl get nodes -l karpenter.sh/nodepool --output=jsonpath={.items..metadata.name}); do \
kubectl patch node $$node -p '{"metadata":{"finalizers":null}}'; \
done
az-rmnodes: ## kubectl delete all Karpenter-provisioned nodes; don't wait for finalizers (use with care!)
kubectl delete --wait=false nodes -l karpenter.sh/nodepool
# kubectl wait --for=delete nodes -l karpenter.sh/nodepool --timeout=10m
az-rmnodeclaims-fin: ## Remove Karpenter finalizer from all nodeclaims (use with care!)
for nodeclaim in $$(kubectl get nodeclaims --output=jsonpath={.items..metadata.name}); do \
kubectl patch nodeclaim $$nodeclaim --type=json -p '[{"op": "remove", "path": "/metadata/finalizers"}]'; \
done
az-rmnodeclaims: ## kubectl delete all nodeclaims; don't wait for finalizers (use with care!)
kubectl delete --wait=false nodeclaims --all
az-taintsystemnodes: ## Taint all system nodepool nodes
kubectl taint nodes CriticalAddonsOnly=true:NoSchedule --selector='kubernetes.azure.com/mode=system' --overwrite
az-taintnodes:
kubectl taint nodes CriticalAddonsOnly=true:NoSchedule --all --overwrite
az-e2etests: ## Run e2etests
kubectl taint nodes CriticalAddonsOnly=true:NoSchedule --all --overwrite
TEST_SUITE=Utilization make e2etests
kubectl taint nodes CriticalAddonsOnly=true:NoSchedule- --all
az-perftest1: ## Test scaling out/in (1 VM)
hack/azure/perftest.sh 1
az-perftest5: ## Test scaling out/in (5 VMs)
hack/azure/perftest.sh 5
az-perftest20: ## Test scaling out/in (20 VMs)
hack/azure/perftest.sh 20
az-perftest100: ## Test scaling out/in (100 VMs)
hack/azure/perftest.sh 100
az-perftest300: ## Test scaling out/in (300 VMs)
hack/azure/perftest.sh 300
az-perftest400: ## Test scaling out/in (400 VMs)
hack/azure/perftest.sh 400
az-perftest500: ## Test scaling out/in (500 VMs)
hack/azure/perftest.sh 500
az-perftest1000: ## Test scaling out/in (1000 VMs)
hack/azure/perftest.sh 1000
az-resg: ## List resources in MC rg
az resource list -o table -g $(AZURE_RESOURCE_GROUP_MC)
RESK=az resource list --tag=karpenter.sh_nodepool --query "[?resourceGroup=='$(AZURE_RESOURCE_GROUP_MC)']"
az-res: ## List resources created by Karpenter
$(RESK) -o table
az-resc: ## Count resources created by Karpenter
$(RESK) -o tsv | wc -l
az-rmres: ## Delete (az resource delete) all resources created by Karpenter. Use with extra care!
$(RESK) -o yaml | yq eval '.[]|.id' | xargs --verbose -r -n 5 az resource delete --ids
az-rmcluster:
az aks delete --name $(AZURE_CLUSTER_NAME) --resource-group $(AZURE_RESOURCE_GROUP) --yes
az-portal: ## Get Azure Portal links for relevant resource groups
@echo https://ms.portal.azure.com/#@microsoft.onmicrosoft.com/asset/HubsExtension/ResourceGroups/subscriptions/$(AZURE_SUBSCRIPTION_ID)/resourceGroups/$(AZURE_RESOURCE_GROUP)
@echo https://ms.portal.azure.com/#@microsoft.onmicrosoft.com/asset/HubsExtension/ResourceGroups/subscriptions/$(AZURE_SUBSCRIPTION_ID)/resourceGroups/$(AZURE_RESOURCE_GROUP_MC)
az-list-skus-ubuntu:
az sig image-definition list-community --public-gallery-name "AKSUbuntu-38d80f77-467a-481f-a8d4-09b6d4220bd2" --location $(AZURE_LOCATION) -o table
az-list-skus-azlinux:
az sig image-definition list-community --public-gallery-name "AKSAzureLinux-f7c7cda5-1c9a-4bdc-a222-9614c968580b" --location $(AZURE_LOCATION) -o table
az-list-skus: ## List all public VM images from microsoft-aks
az vm image list-skus --publisher microsoft-aks --location $(AZURE_LOCATION) --offer aks -o table
az-list-usage: ## List VM usage/quotas
az vm list-usage --location $(AZURE_LOCATION) -o table | grep "Family vCPU"
az-ratelimits: ## Show remaining ARM requests for subscription
@az group create --name $(AZURE_RESOURCE_GROUP) --location $(AZURE_LOCATION) --debug 2>&1 | grep x-ms-ratelimit-remaining-subscription-writes
@az group show --name $(AZURE_RESOURCE_GROUP) --debug 2>&1 | grep x-ms-ratelimit-remaining-subscription-reads
az-kdebug: ## Inject ephemeral debug container (kubectl debug) into Karpenter pod
$(eval POD=$(shell kubectl get pods -l app.kubernetes.io/name=karpenter -n "${KARPENTER_NAMESPACE}" -o name))
kubectl debug -n "${KARPENTER_NAMESPACE}" $(POD) --image wbitt/network-multitool -it -- sh
az-klogs: ## Karpenter logs
$(eval POD=$(shell kubectl get pods -l app.kubernetes.io/name=karpenter -n "${KARPENTER_NAMESPACE}" -o name))
kubectl logs -f -n "${KARPENTER_NAMESPACE}" $(POD)
az-kevents: ## Karpenter events
kubectl get events -A --field-selector source=karpenter
az-node-viewer: ## Watch nodes using eks-node-viewer
eks-node-viewer --disable-pricing --node-selector "karpenter.sh/nodepool" # --resources cpu,memory
az-argvmlist: ## List current VMs owned by Karpenter
az graph query -q "Resources | where type =~ 'microsoft.compute/virtualmachines' | where resourceGroup == tolower('$(AZURE_RESOURCE_GROUP_MC)') | where tags has_cs 'karpenter.sh_nodepool'" \
--subscriptions $(AZURE_SUBSCRIPTION_ID) \
| jq '.data[] | .id'
az-pprof-enable: ## Enable profiling
yq -i '.manifests.helm.releases[0].overrides.controller.env += [{"name":"ENABLE_PROFILING","value":"true"}]' skaffold.yaml
az-pprof: ## Profile
kubectl port-forward service/karpenter -n "${KARPENTER_NAMESPACE}" 8000 &
sleep 2 && go tool pprof -http 0.0.0.0:9000 localhost:8000/debug/pprof/heap
az-mkaks-user: az-mkrg ## Create compatible AKS cluster, the way we tell users to
hack/deploy/create-cluster.sh $(AZURE_CLUSTER_NAME) $(AZURE_RESOURCE_GROUP) "${KARPENTER_NAMESPACE}"
az-helm-install-snapshot: az-configure-values ## Install Karpenter snapshot release
$(eval SNAPSHOT_VERSION ?= $(shell git rev-parse HEAD)) # guess which, specify explicitly with SNAPSHOT_VERSION=...
helm upgrade --install karpenter oci://ksnap.azurecr.io/karpenter/snapshot/karpenter \
--version 0-$(SNAPSHOT_VERSION) \
--namespace "${KARPENTER_NAMESPACE}" --create-namespace \
--values karpenter-values.yaml \
--set controller.resources.requests.cpu=1 \
--set controller.resources.requests.memory=1Gi \
--set controller.resources.limits.cpu=1 \
--set controller.resources.limits.memory=1Gi \
--wait
az-rmcrds: ## Delete Karpenter CRDs
kubectl delete crd nodepools.karpenter.sh nodeclaims.karpenter.sh aksnodeclasses.karpenter.azure.com