Install Cilium Install Cilium as DaemonSet [https://kubernetes.io/docs/concepts/workloads/controllers/daemonset/] into your new Kubernetes cluster. The DaemonSet will automatically install itself as yaml first. Alternatively, it is possible to manually generate a YAML manifest for the Cilium DaemonSet and Hubble Relay/UI as follows. The generated YAML can be applied on top of an existing installation: --set hubble.ui.enabled=true > cilium-with-hubble.yaml # This will modify your existing Cilium DaemonSet and ConfigMap kubectl apply -f cilium-with-hubble.yaml The Cilium agent pods will be restarted

Key-Value store clang+LLVM iproute2 Firewall Rules Privileges Upgrade Guide Running a pre-flight DaemonSet Upgrading Micro Versions Upgrading Minor Versions Rolling Back Version Specific Notes Advanced Configura�on Install Cilium Install Cilium as DaemonSet [h�ps://kubernetes.io/docs/concepts/workloads/controllers/daemonset/] into your new Kubernetes cluster. The DaemonSet will automa�cally install itself as Kubernetes Install Cilium Install Cilium as a DaemonSet [h�ps://kubernetes.io/docs/concepts/workloads/controllers/daemonset/] into your new Kubernetes cluster. The DaemonSet will automa�cally install itself as Kubernetes

Install Cilium Install Cilium as DaemonSet [https://kubernetes.io/docs/concepts/workloads/controllers/daemonset/] into your new Kubernetes cluster. The DaemonSet will automatically install itself as cilium kubectl create -f cilium.yaml The NodeInit DaemonSet is required to prepare the GKE nodes as nodes are added to the cluster. The NodeInit DaemonSet will perform the following actions: Reconfigure yaml kubectl create -f cilium.yaml This will create both the main cilium daemonset, as well as the cilium-node-init daemonset, which handles tasks like mounting the BPF filesystem and updating the existing

Install Cilium Install Cilium as DaemonSet [https://kubernetes.io/docs/concepts/workloads/controllers/daemonset/] into your new Kubernetes cluster. The DaemonSet will automatically install itself as /sys/fs/bpf Install Cilium Install Cilium as DaemonSet [https://kubernetes.io/docs/concepts/workloads/controllers/daemonset/] into your new Kubernetes cluster. The DaemonSet will automatically install itself as --set global.hubble.relay.enabled=true \ --set global.hubble.ui.enabled=true Restart the Cilium daemonset to allow Cilium agent to pick up the ConfigMap changes: kubectl rollout restart -n $CILIUM_NAMESPACE

Install Cilium Install Cilium as DaemonSet [https://kubernetes.io/docs/concepts/workloads/controllers/daemonset/] into your new Kubernetes cluster. The DaemonSet will automatically install itself as Delete VPC CNI (aws-node DaemonSet) Cilium will manage ENIs instead of VPC CNI, so the aws-node DaemonSet has to be deleted to prevent conflict behavior. Note Once aws-node DaemonSet is deleted, EKS will will not try to restore it. kubectl -n kube-system delete daemonset aws-node Prepare & Deploy Cilium Note First, make sure you have Helm 3 installed [https://helm.sh/docs/using_helm/#install-helm]. If

issues due to aws-node DaemonSet flushing Linux routing tables. The issues can be fixed by restarting all pods, alternatively to avoid such issues you can delete aws-node DaemonSet prior to installing Cilium OK /¯¯\__/¯¯\ Hubble: disabled \__/¯¯\__/ ClusterMesh: disabled \__/ DaemonSet cilium Desired: 2, Ready: 2/2, Available: 2/2 Deployment cilium-operator --set nativeRoutingCIDR=$NATIVE_CIDR The NodeInit DaemonSet is required to prepare the GKE nodes as nodes are added to the cluster. The NodeInit DaemonSet will perform the following actions: Reconfigure

issues due to aws-node DaemonSet flushing Linux routing tables. The issues can be fixed by restarting all pods, alternatively to avoid such issues you can delete aws-node DaemonSet prior to installing Cilium OK /¯¯\__/¯¯\ Hubble: disabled \__/¯¯\__/ ClusterMesh: disabled \__/ DaemonSet cilium Desired: 2, Ready: 2/2, Available: 2/2 Deployment cilium-operator ipv4NativeRoutingCIDR=$NATIVE_CIDR The NodeInit DaemonSet is required to prepare the GKE nodes as nodes are added to the cluster. The NodeInit DaemonSet will perform the following actions: Reconfigure

to fit your current environment. In Kyuubi tools, we recommend using DaemonSet to start , and we offer default yaml file in daemonSet way. Base file structure : apiVersion kind metadata name namespace block-files-dir-1 mountPath: /data/data1 env: - name: CACHE_DIRS value: /data/data1 1.4.3. Start daemonSet After you finishing modifying the above, you can use the following command kubectl apply -f ${ ${KYUUBI_HOME}/tools/spark-block-cleaner/kubernetes/spark-block-cleaner.yml to start daemonSet. 1.5. Related parameters Name Default unit Meaning CACHE_DIRS /data/data1,/data/data2 The target dirs in

to fit your current environment. In Kyuubi tools, we recommend using DaemonSet to start , and we offer default yaml file in daemonSet way. Base file structure : apiVersion kind metadata name namespace block-files-dir-1 mountPath: /data/data1 env: - name: CACHE_DIRS value: /data/data1 1.4.3. Start daemonSet After you finishing modifying the above, you can use the following command kubectl apply -f ${ ${KYUUBI_HOME}/tools/spark-block-cleaner/kubernetes/spark-block-cleaner.yml to start daemonSet. 1.5. Related parameters Name Default unit Meaning CACHE_DIRS /data/data1,/data/data2 The target dirs in

to fit your current environment. In Kyuubi tools, we recommend using DaemonSet to start, and we offer default yaml file in daemonSet way. Base file structure: apiVersion kind metadata name namespace block-files-dir-1 mountPath: /data/data1 env: - name: CACHE_DIRS value: /data/data1 1.4.3. Start daemonSet After you finishing modifying the above, you can use the following command kubectl apply -f ${ ${KYUUBI_HOME}/tools/spark-block-cleaner/kubernetes/spark-block-cleaner.yml to start daemonSet. 1.5. Related parameters Name Default unit Meaning CACHE_DIRS /data/data1,/data/data2 The target dirs in