#!/bin/bash
+# shellcheck disable=SC1073,SC1072,SC1039,SC2059,SC2046
set -o xtrace
set -e
fi
-CLUSTER_IP=${1:-172.16.1.136} # Align with the value in our K8s setup script
+CNI_TYPE=${1:-calico}
POD_NETWORK_CIDR=${2:-192.168.0.0/16}
-CNI_TYPE=${3:-calico}
+K8S_MASTER_IP=${3:-10.169.41.173}
+SERVICE_CIDR=${4:-172.16.1.0/24}
+CLUSTER_IP=${5:-172.16.1.136} # Align with the value in our K8s setup script
+DEV_NAME=${6:-}
SCRIPTS_DIR=$(dirname "${BASH_SOURCE[0]}")
install_calico(){
- # Install the Etcd Database
- if [ "$(uname -m)" == 'aarch64' ]; then
- ETCD_YAML=etcd-arm64.yaml
+
+ #If k8s version is greater than 1.15, then uses new Calico install
+
+ kube_version=$(kubectl version |grep "Client" | cut -f 5 -d : | cut -f 1 -d ,)
+ echo "Install Calico for K8s version: "$kube_version
+ if [[ $kube_version > "v1.15.0" ]]; then
+ sed -i "s@192.168.0.0/16@${POD_NETWORK_CIDR}@" \
+ "${SCRIPTS_DIR}/cni/calico/k8s-new/calico-multi-arch.yaml"
+ kubectl create -f "${SCRIPTS_DIR}/cni/calico/k8s-new/calico-multi-arch.yaml"
else
- ETCD_YAML=etcd-amd64.yaml
- fi
+ # Install the Etcd Database
+ ETCD_YAML=etcd.yaml
- sed -i "s/10.96.232.136/${CLUSTER_IP}/" "${SCRIPTS_DIR}/cni/calico/${ETCD_YAML}"
- kubectl apply -f "${SCRIPTS_DIR}/cni/calico/${ETCD_YAML}"
+ sed -i "s/10.96.232.136/${CLUSTER_IP}/" "${SCRIPTS_DIR}/cni/calico/${ETCD_YAML}"
+ kubectl apply -f "${SCRIPTS_DIR}/cni/calico/${ETCD_YAML}"
- # Install the RBAC Roles required for Calico
- kubectl apply -f "${SCRIPTS_DIR}/cni/calico/rbac.yaml"
+ # Install the RBAC Roles required for Calico
+ kubectl apply -f "${SCRIPTS_DIR}/cni/calico/rbac.yaml"
+
+ # Install Calico to system
+ sed -i "s@10.96.232.136@${CLUSTER_IP}@; s@192.168.0.0/16@${POD_NETWORK_CIDR}@" \
+ "${SCRIPTS_DIR}/cni/calico/calico.yaml"
+ kubectl apply -f "${SCRIPTS_DIR}/cni/calico/calico.yaml"
+ fi
- # Install Calico to system
- sed -i "s@10.96.232.136@${CLUSTER_IP}@; s@192.168.0.0/16@${POD_NETWORK_CIDR}@" \
- "${SCRIPTS_DIR}/cni/calico/calico.yaml"
- kubectl apply -f "${SCRIPTS_DIR}/cni/calico/calico.yaml"
}
install_flannel(){
kubectl apply -f "${SCRIPTS_DIR}/cni/flannel/kube-flannel.yml"
}
+install_contivpp(){
+ # Update vpp config file
+ ${SCRIPTS_DIR}/cni/contivpp/contiv-update-config.sh $DEV_NAME
+
+ # Install contivpp CNI
+ sed -i "s@10.1.0.0/16@${POD_NETWORK_CIDR}@" "${SCRIPTS_DIR}/cni/contivpp/contiv-vpp.yaml"
+ kubectl apply -f "${SCRIPTS_DIR}/cni/contivpp/contiv-vpp.yaml"
+}
+
+install_ovn_kubernetes(){
+ # Update the ovn-kubernetes yaml files
+
+ net_cidr_repl="{{ net_cidr }}"
+ svc_cidr_repl="{{ svc_cidr }}"
+ k8s_apiserver_repl="{{ k8s_apiserver }}"
+ mtu_repl="{{ mtu_value }}"
+
+ k8s_apiserver="https://${K8S_MASTER_IP}:6443"
+ net_cidr="${POD_NETWORK_CIDR}"
+ svc_cidr="${SERVICE_CIDR}"
+ mtu_def_value=1400
+
+ echo "net_cidr: ${net_cidr}"
+ echo "svc_cidr: ${svc_cidr}"
+ echo "k8s_apiserver: ${k8s_apiserver}"
+ echo "mtu: ${mtu_def_value}"
+
+ sed "s,${net_cidr_repl},${net_cidr},
+ s,${svc_cidr_repl},${svc_cidr},
+ s,${k8s_apiserver_repl},${k8s_apiserver},
+ s,${mtu_repl},${mtu_def_value}," \
+ ${SCRIPTS_DIR}/cni/ovn-kubernetes/templates/ovn-setup.yaml.j2 > \
+ ${SCRIPTS_DIR}/cni/ovn-kubernetes/yaml/ovn-setup.yaml
+
+ # Install ovn-kubernetes by yaml files
+ # shellcheck source=/dev/null
+ source ${SCRIPTS_DIR}/cni/ovn-kubernetes/install-ovn-k8s.sh
+
+}
+
+install_multus_sriov_flannel(){
+
+ sed -i "s@10.244.0.0/16@${POD_NETWORK_CIDR}@" "${SCRIPTS_DIR}/cni/multus/multus-sriov-flannel/flannel-daemonset.yml"
+ # Install Multus Flannel+SRIOV by yaml files
+ # shellcheck source=/dev/null
+ source ${SCRIPTS_DIR}/cni/multus/multus-sriov-flannel/install.sh
+
+}
+
+install_multus_sriov_calico(){
+
+ sed -i "s@10.244.0.0/16@${POD_NETWORK_CIDR}@" \
+ "${SCRIPTS_DIR}/cni/multus/multus-sriov-calico/calico-daemonset.yaml"
+ # Install Multus Calico+SRIOV by yaml files
+ # shellcheck source=/dev/null
+ source ${SCRIPTS_DIR}/cni/multus/multus-sriov-calico/install.sh
+
+}
+
+install_danm(){
+ ${SCRIPTS_DIR}/cni/danm/danm_install.sh
+
+ # Deploying DANM suite into K8s cluster
+ kubectl create -f ${SCRIPTS_DIR}/cni/danm/integration/crds/lightweight/
+
+ # Create the netwatcher DaemonSet
+ kubectl create -f ${SCRIPTS_DIR}/cni/danm/integration/manifests/netwatcher/
+
+ #flannel as bootstrap networking solution
+ install_flannel
+}
+
+
+install_cilium(){
+ ${SCRIPTS_DIR}/cni/cilium/cilium_install.sh
+
+ # Deploying cilium CNI
+ kubectl create -f ${SCRIPTS_DIR}/cni/cilium/quick-install.yaml
+}
+
+# Remove the taints on master node
+# Taint master before installing the CNI for the case that there is
+# only one master node
+kubectl taint nodes --all node-role.kubernetes.io/master- || true
case ${CNI_TYPE} in
'calico')
echo "Install flannel ..."
install_flannel
;;
+ 'contivpp')
+ echo "Install Contiv-VPP ..."
+ install_contivpp
+ ;;
+ 'ovn-kubernetes')
+ echo "Install Ovn-Kubernetes ..."
+ install_ovn_kubernetes
+ ;;
+ 'multus-flannel-sriov')
+ echo "Install Flannel with SRIOV CNI by Multus-CNI ..."
+ install_multus_sriov_flannel
+ ;;
+ 'multus-calico-sriov')
+ echo "Install Calico with SRIOV CNI by Multus-CNI ..."
+ install_multus_sriov_calico
+ ;;
+ 'danm')
+ echo "Install danm ..."
+ install_danm
+ ;;
+ 'cilium')
+ echo "Install cilium ..."
+ install_cilium
+ ;;
*)
- echo "${CNI_TYPE} does not supportted"
+ echo "${CNI_TYPE} is not supported"
exit 1
;;
esac
-# Remove the taints on master node
-kubectl taint nodes --all node-role.kubernetes.io/master- || true
Code Review / iec.git / blobdiff