前置动作

关闭防火墙

systemctl disable firewalld && systemctl stop firewalld

关闭SELinux

sed -i 's#SELINUX=enforcing#SELINUX=disabled#g' /etc/selinux/config && grep 'SELINUX=disabled' /etc/selinux/config
setenforce 0 
getenforce

关闭swap

# 关闭swap 
swapoff -a
# 永久关闭swap 
sed -ri 's/.*swap.*/#&/' /etc/fstab

部署k8s集群

机器至少配置

序号	类型	主机名	IP	备注（CPU/内存/硬盘）
1	Mater	k8s-api.bcs.local	192.168.46.128	8C16G，100G
2	Node1	node-192-168-46-129	192.168.46.129	4C8G，100G
3	Node2	node-192-168-46-130	192.168.46.130	4C8G，100G
4	Node3	node-192-168-46-131	192.168.46.131	4C8G，100G

软件需求

需求项	具体要求	检查命令
操作系统	CentOS 7.9 64 位	`cat /etc/centos-release`
kernel	3.10.0 及以上	`uname -r`
Swap	关闭。防止 io 飙升影响 kubelet 进程。	`free -m` Swap 这行值为 0
防火墙	关闭	`iptables -vnL` 无其他规则
SELinux	关闭。k8s 官方要求。	`getenforce` 的输出为 Disabled
时区	所有服务器时区应该统一，建议使用北京时间	使用 `timedatectl set-timezone Asia/Shanghai` 设置为北京时间。
时间同步	etcd 选举时要求节点间时间差小于 1s	配置 `chronyd` 同步时间
docker 版本	19.03 及更高	`docker version`
kubenetes 版本	限 1.18 或 1.20，其他版本未经测试。用户报告 1.22 以上版本不兼容，1.17 版本部署 bcs 会失败。	`kubectl version`

部署初始 master

一键部署的bcs.sh脚本内容如下：

#!/usr/bin/env bash
# Usage: Install BCS# bcs
BCS_DIR="$HOME/.bcs"
BK_HOME=${BK_HOME:-/data/bcs}
bcs_override=${bcs_override:-false}
bcs_sysctl=${bcs_sysctl:-1}
# yum 
MIRROR_IP=${MIRROR_IP:-null}
# 本地yum源仓库
# 可配置本地的yum源仓库比如： MIRROR_URL=${MIRROR_URL:-http://192.168.10.41/local/}
# 以下配置腾讯的yum源仓库
MIRROR_URL=${MIRROR_URL:-https://mirrors.tencent.com}
# helm  
BKREPO_URL=${BKREPO_URL:-null}
# docker  
DOCKER_LIB=${DOCKER_LIB:-${BK_HOME}/lib/docker}
DOCKER_VERSION=${DOCKER_VERSION:-19.03.9}
DOCKER_LIVE_RESTORE=${DOCKER_LIVE_RESTORE:-false}
# 可配置本地的yum源仓库比如: REPO_MIRRORS=${REPO_MIRRORS:-[\"http://192.168.10.41/local/\"]}
REPO_MIRRORS=${REPO_MIRRORS:-[\"https://mirror.ccs.tencentyun.com\"]}
DOCKER_BRIDGE=${DOCKER_BRIDGE:-null}
# 可配置本地docker仓库，比如：
# BK_PUBLIC_REPO=${BK_PUBLIC_REPO:-192.168.10.42:5000}
# BK_RELEASE_REPO=${BK_RELEASE_REPO:-192.168.10.42:5000}
BK_PUBLIC_REPO=${BK_PUBLIC_REPO:-hub.bktencent.com}
BK_RELEASE_REPO=${BK_RELEASE_REPO:-hub.bktencent.com/blueking}
# k8s 
KUBELET_LIB=${KUBELET_LIB:-${BK_HOME}/lib/kubelet}
BCS_K8S_CTRL_IP=${BCS_K8S_CTRL_IP:-$LAN_IP}
K8S_VER=${K8S_VER:-1.20.11}
K8S_SVC_CIDR=${K8S_SVC_CIDR:-10.96.0.0/12}
K8S_POD_CIDR=${K8S_POD_CIDR:-10.244.0.0/16}
K8S_EXTRA_ARGS=${K8S_EXTRA_ARGS:-allowed-unsafe-sysctls: 'net.ipv4.tcp_tw_reuse'}
ETCD_LIB=${ETCD_LIB:-${BK_HOME}/lib/etcd}
BCS_CP_WORKER=${BCS_CP_WORKER:-0}
K8S_CNI=${K8S_CNI:-flannel}
join_cmd_b64=${join_cmd_b64:-null}
cluster_env=${cluster_env:-null}
master_join_cmd_b64=${master_join_cmd_b64:-null}# 如果配置本地yum源，需要写入配置的yum源地址，如果没有则忽略
# rm -f /etc/yum.repos.d/*.repo 
# cat >/etc/yum.repos.d/CentOS-Base.repo<<EOF 
# [centos]
# name=CentOS-releasever - Base
# baseurl=http://192.168.10.41/local/   
# gpgcheck=0       
# enabled=1		
# EOF
# yum clean all
# yum makecache
# yum repolist# 安全模式
set -euo pipefail # 重置PATH
PATH=/usr/local/bin:/usr/local/sbin:/usr/sbin:/usr/bin:/sbin:/bin
export PATH# 通用脚本框架变量
#SELF_DIR=$(dirname "$(readlink -f "$0")")
#PROGRAM=$(basename "$0")
VERSION=1.0
EXITCODE=0
OP_TYPE=
LAN_IP=# 全局默认变量
PROJECTS=( bcsenv op helm k8smaster k8snode )
PROJECT=
ON_CLOUD="bare-metal"# error exit handler
err_trap_handler () {MYSELF="$0"LASTLINE="$1"LASTERR="$2"echo "${MYSELF}: line ${LASTLINE} with exit code ${LASTERR}" >&2
}
trap 'err_trap_handler ${LINENO} $?' ERRusage () {cat <<EOF
用法: bcs.sh  [ -h --help -?      查看帮助 ][ -i, --install     支持安装模块(${PROJECTS[*]}) ][ -c, --clean       清理安装模块(${PROJECTS[*]}) ][ -r, --render      渲染模块配置(${PROJECTS[*]}) ][ -v, --version     [可选] 查看脚本版本号 ]
EOF
}usage_and_exit () {usageexit "$1"
}log () {echo "[INFO]: $*"
}warning () {echo "[WARN]: $*" 1>&2EXITCODE=$((EXITCODE + 1))
}version () {echo "bcs.sh version $VERSION"
}highlight () {echo -e "\033[7m  $*  \033[0m"
}error () {highlight "[ERROR]: $*" 1>&2usage_and_exit 1
}ok_bcs () {cat <<EOF$(log "LAN_IP: $LAN_IP"highlight "Welcome to BCS on $ON_CLOUD"
)
EOF
}bye_bcs () {cat <<EOF$(highlight "Finish"
)
EOF
}_retry () {local n=1local max=2local delay=1while true; doif "$@"; thenbreakelif (( n < max )); then((n++))warning "Command failed. Attempt $n/$max:"sleep $delay;elseerror "The command $* has failed after $n attempts."fidone
}### 运维相关配置install_op () {_install_commonop_kubeadmop_kubectlop_minikubeop_helmop_bkrepo "${BKREPO_URL}"log "Complete"
}_install_common () {if ! rpm -q bash-completion &>/dev/null; then yum -y install bash-completion || error "Install bash-completion Failed"fi
}op_kubeadm () {#检测kubeadm版本if command -v kubeadm &>/dev/null; thensed -ri '/bcs config begin for kubeadm/,/bcs config end for kubeadm/d' "$BCS_DIR/bcs.env"cat >> "$BCS_DIR/bcs.env" << 'EOF'
# bcs config begin for kubeadm
# kubeadm 命令补全
source <(kubeadm completion bash)
# bcs config end for kubeadm
EOFfi
}op_kubectl () {if command -v kubectl &>/dev/null; thensed -ri '/bcs config begin for kubectl/,/bcs config end for kubectl/d' "$BCS_DIR/bcs.env"cat >> "$BCS_DIR/bcs.env" << 'EOF'
# bcs config begin for kubectl
# kubectl 命令补全
source <(kubectl completion bash)
# bcs config end for kubectl
EOFfi
}op_minikube () {if command -v minikube &>/dev/null; thensed -ri '/bcs config begin for minikube/,/bcs config end for minikube/d' "$BCS_DIR/bcs.env"cat >> "$BCS_DIR/bcs.env" << 'EOF'
# bcs config begin for minikube
# minikube 命令补全
source <(minikube completion bash)
# bcs config end for minikube
EOFfi
}op_helm () {if command -v helm &>/dev/null; thensed -ri '/bcs config begin for helm/,/bcs config end for helm/d' "$BCS_DIR/bcs.env"cat >> "$BCS_DIR/bcs.env" << 'EOF'
# bcs config begin for helm
# Helm 命令补全
source <(helm completion bash)
# Helm 激活对 OCI 的支持
export HELM_EXPERIMENTAL_OCI=1
# bcs config end for helm
EOFfi
}op_bkrepo () {local BKREPO_URL="$1"if command -v helm &>/dev/null; thenif [[ $BKREPO_URL == "null" ]]; thenwarning "BKREPO_URL is ${BKREPO_URL}, skipping"return 0fihighlight "Add bkrepo: ${BKREPO_URL}"# 如果是使用本地repo仓库，需要注释下面两行，如果是使用腾讯的不需要注释helm repo add bk "${BKREPO_URL}"helm repo updatelog "bkrepo added"elsewarning "Add bkrepo: helm not found, skipping"return 0fi
}clean_op () {helm repo remove bkrepo || warning "remove bkrepo failed"clean_bcsenv
}### 环境/系统初始化install_bcsenv () {local bcs_override=true_on_cloud_add_sysctl_add_hostscat -n "$BCS_DIR/bcs.env"_init_kubeadmconfiglog "Complete"
}_init_kubeadmconfig () {local join_cmdlocal node_namelocal node_type# 参数检查[[ -n ${BCS_K8S_CTRL_IP} ]] || error "Kubernetes控制平面IP未指定"if [[ ${join_cmd_b64} != "null" ]]; thenjoin_cmd="$(echo -n "${join_cmd_b64}" | base64 -d)"echo -n "${join_cmd}" | grep -q "kubeadm join" || error "添加节点命令参数异常"node_name="node-$(echo "$LAN_IP" | tr '.' '-')"node_type="JoinConfiguration"elif [[ ${master_join_cmd_b64} != "null" ]]; thenjoin_cmd="$(echo -n "${master_join_cmd_b64}" | base64 -d)"echo -n "${join_cmd}" | grep -q "kubeadm join" || error "master扩容命令参数异常"node_name="master-$(echo "$LAN_IP" | tr '.' '-')"node_type="JoinConfiguration"elsenode_name="master-$(echo "$LAN_IP" | tr '.' '-')"node_type="InitConfiguration"ficat > "$BCS_DIR/kubeadm-config" << EOF
apiVersion: kubeadm.k8s.io/$([[ $K8S_VER =~ ^1.12 ]] && { echo "v1alpha3"; exit; }[[ $K8S_VER =~ ^1.1[3|4] ]] && { echo "v1beta1"; exit; }[[ $K8S_VER =~ ^1.(1[5-9]|2[0-2]) ]] && { echo "v1beta2"; exit; }
)
apiServer:extraArgs:authorization-mode: Node,RBACtimeoutForControlPlane: 4m0s
certificatesDir: /etc/kubernetes/pki
clusterName: kubernetes
controlPlaneEndpoint: k8s-api.bcs.local:6443
controllerManager: {}
dns:type: CoreDNS
etcd:local:dataDir: ${ETCD_LIB}
# 如果使用本地镜像仓库，需要改成自己镜像仓库路径，比如：imageRepository: ${BK_PUBLIC_REPO}
imageRepository: ${BK_PUBLIC_REPO}/k8s.gcr.io
kind: ClusterConfiguration
kubernetesVersion: v${K8S_VER}
networking:dnsDomain: cluster.localpodSubnet: ${K8S_POD_CIDR}serviceSubnet: ${K8S_SVC_CIDR}
scheduler: {}
---
apiVersion: kubeadm.k8s.io/$([[ $K8S_VER =~ ^1.12 ]] && { echo "v1alpha3"; exit; }[[ $K8S_VER =~ ^1.1[3|4] ]] && { echo "v1beta1"; exit; }[[ $K8S_VER =~ ^1.(1[5-9]|2[0-2]) ]] && { echo "v1beta2"; exit; }
)
kind: $node_type
nodeRegistration:name: $node_namekubeletExtraArgs:root-dir: ${KUBELET_LIB}
$(if [[ -n ${K8S_EXTRA_ARGS} ]]; thencat << EOFF${K8S_EXTRA_ARGS}
EOFFfi
)
$(if [[ $K8S_VER =~ ^1.12 ]]; thencat << EOFFpod-infra-container-image: ${BK_PUBLIC_REPO}/k8s.gcr.io/pause:3.1
EOFFfiif [[ $K8S_VER =~ ^1.12 ]] && [[ $node_type == "JoinConfiguration" ]]; thencat << EOFF
#discoveryToken: $(echo ${join_cmd} | grep -Po '(?<=discovery-token-ca-cert-hash )sha256:[a-z0-9]{64}' )
discoveryTokenAPIServers:
- k8s-api.bcs.local:6443
discoveryTokenUnsafeSkipCAVerification: true
tlsBootstrapToken: $(echo ${join_cmd} | grep -Po '(?<=token )[a-z0-9.]{23}' )
token: $(echo ${join_cmd} | grep -Po '(?<=token )[a-z0-9.]{23}' )
EOFFelif [[ $node_type == "JoinConfiguration" ]]; thencat << EOFF
discovery:bootstrapToken:apiServerEndpoint: k8s-api.bcs.local:6443caCertHashes:- $(echo ${join_cmd} | grep -Po '(?<=discovery-token-ca-cert-hash )sha256:[a-z0-9]{64}' )token: $(echo ${join_cmd} | grep -Po '(?<=token )[a-z0-9.]{23}' )
EOFFif [[ $node_name =~ ^master ]]; thencat << EOFF
controlPlane:certificateKey: $(echo ${join_cmd} | grep -Po '(?<=certificate-key )[a-z0-9]{64}' )
EOFFfifi
)
---
apiVersion: kubeproxy.config.k8s.io/v1alpha1
kind: KubeProxyConfiguration
mode: ipvs
$(if ! [[ $BCS_K8S_CTRL_IP =~ $LAN_IP ]]; thencat << EOFF
ipvs:excludeCIDRs:- "$BCS_K8S_CTRL_IP/32"
EOFFfi
)
EOFhighlight "$node_name: init bcsenv"
}_on_baremetal () {log "NOT on cloud"[[ -n $LAN_IP ]] || LAN_IP=$(ip -4 -o route get 10/8 | sed -n 's/.*src \([0-9.]\+\).*/\1/p')_init_bcsenv
}_on_cloud () {install -dv "${BCS_DIR}" || warning "create ${BCS_DIR} dir failed"touch "${BCS_DIR}/bcs.env"if [[ $bcs_override != "true" ]]; then#set -a# shellcheck disable=SC1091source "$BCS_DIR/bcs.env"#set +a[[ -z $LAN_IP ]] || return 0 fiQCLOUD_META_API="http://169.254.0.23/latest/meta-data"AWS_META_API="http://169.254.169.254/latest/meta-data"local META_APIif curl -m 2 -qIfs "${QCLOUD_META_API}" >/dev/null; thenON_CLOUD="qcloud"META_API="${QCLOUD_META_API}"elif curl -m 2 -Ifs "${AWS_META_API}" >/dev/null; thenON_CLOUD="aws"META_API="${AWS_META_API}" else_on_baremetalreturn 0fiLAN_IP="$( curl -sSf ${META_API}/local-ipv4 )"[[ -n $LAN_IP ]] || LAN_IP=$(ip -4 -o route get 10/8 | sed -n 's/.*src \([0-9.]\+\).*/\1/p')case "$ON_CLOUD" inqcloud)# 配置本地yum源的需要改成自己的yum仓库  mirror_url="http://192.1168.10.41/local/"mirror_url="http://mirrors.tencentyun.com";;aws)# 配置本地yum源的需要改成自己的yum仓库  mirror_url="http://192.1168.10.41/local/"mirror_url="https://mirrors.tencent.com";;esac_init_bcsenv
}_init_bcsenv () {highlight "Add envfile"# shellcheck disable=SC1090[[ ${cluster_env} == "null" ]] || source <( echo "${cluster_env}" | base64 -d )[[ -n ${MIRROR_URL} ]] || MIRROR_URL=${mirror_url}# local LAN_IP="$1"# local MIRROR_URL="$2"cat > "$BCS_DIR/bcs.env" << EOF
# bcs config begin for $ON_CLOUD
ON_CLOUD="${ON_CLOUD}"
BCS_DIR="${BCS_DIR}"
BK_HOME="${BK_HOME}"
bcs_sysctl="${bcs_sysctl}"
MIRROR_IP="${MIRROR_IP}"
MIRROR_URL="${MIRROR_URL}"
BKREPO_URL="${BKREPO_URL}"
DOCKER_LIB="${DOCKER_LIB}"
DOCKER_VERSION="${DOCKER_VERSION}"
DOCKER_LIVE_RESTORE="${DOCKER_LIVE_RESTORE}"
REPO_MIRRORS='${REPO_MIRRORS}'
DOCKER_BRIDGE="${DOCKER_BRIDGE}"
BK_PUBLIC_REPO="${BK_PUBLIC_REPO}"
BK_RELEASE_REPO="${BK_RELEASE_REPO}"
KUBELET_LIB="${KUBELET_LIB}"
K8S_VER="${K8S_VER}"
K8S_SVC_CIDR="${K8S_SVC_CIDR}"
K8S_POD_CIDR="${K8S_POD_CIDR}"
K8S_EXTRA_ARGS="${K8S_EXTRA_ARGS}"
ETCD_LIB="${ETCD_LIB}"
LAN_IP="${LAN_IP}"
BCS_K8S_CTRL_IP="${BCS_K8S_CTRL_IP:-$LAN_IP}"
# bcs config end for $ON_CLOUD
EOFsed -ri "/bcs config begin for $ON_CLOUD/,/bcs config end for $ON_CLOUD/d" "$HOME/.bashrc"cat >> "$HOME/.bashrc" << EOF
# bcs config begin for $ON_CLOUD
source "${BCS_DIR}/bcs.env"
# bcs config end for $ON_CLOUD
EOF
# shellcheck disable=SC1091
source "${BCS_DIR}/bcs.env"
}_add_sysctl () {# shellcheck disable=SC1091source /etc/os-releaseif [[ $VERSION_ID != "2.2" ]]; thenecho br_netfilter ip_vs ip_vs_rr ip_vs_wrr ip_vs_sh nf_conntrack | xargs -n1 modprobefiif [[ -f /etc/tlinux-release ]] && [[ $K8S_CNI == "ws_flannel" ]]; thenif lsmod | grep -q vlxan; thenrmmod vxlanelif lsmod | grep -q vlxan; thenerror "vxlan模块卸载失败"fimodprobe vxlan udp_port=4789log "Winodws flannel VXLAN using $(cat /sys/module/vxlan/parameters/udp_port)"fi[[ ${bcs_sysctl} == "1" ]] || return 0highlight "Add sysctl"TOTAL_MEM=$(free -b | awk 'NR==2{print $2}')TOTAL_MEM=${TOTAL_MEM:-$(( 16 * 1024 * 1024 *1024 ))}PAGE_SIZE=$(getconf PAGE_SIZE)PAGE_SIZE=${PAGE_SIZE:-4096}THREAD_SIZE=$(( PAGE_SIZE << 2 ))sed -ri.bcs.bak '/bcs config begin/,/bcs config end/d' /etc/sysctl.confcat >> "/etc/sysctl.conf" << EOF
# bcs config begin
# 系统中每一个端口最大的监听队列的长度,这是个全局的参数,默认值128太小，32768跟友商一致
net.core.somaxconn=32768
# 大量短连接时，开启TIME-WAIT端口复用
net.ipv4.tcp_tw_reuse=1
# TCP半连接队列长度。值太小的话容易造成高并发时客户端连接请求被拒绝
net.ipv4.tcp_max_syn_backlog=8096
# RPS是将内核网络rx方向报文处理的软中断分配到合适CPU核，以提升网络应用整体性能的技术。这个参数设置RPS flow table大小
fs.inotify.max_user_instances=8192
# inotify watch总数量限制。调大该参数避免"Too many open files"错误
fs.inotify.max_user_watches=524288
# 使用bpf需要开启
net.core.bpf_jit_enable=1
# 使用bpf需要开启
net.core.bpf_jit_harden=1
# 使用bpf需要开启
net.core.bpf_jit_kallsyms=1
# 用于调节rx软中断周期中内核可以从驱动队列获取的最大报文数，以每CPU为基础有效，计算公式(dev_weight * dev_weight_tx_bias)。主要用于调节网络栈和CPU在tx上的不对称
net.core.dev_weight_tx_bias=1
# socket receive buffer大小
net.core.rmem_max=16777216
# RPS是将内核网络rx方向报文处理的软中断分配到合适CPU核，以提升网络应用整体性能的技术。这个参数设置RPS flow table大小
net.core.rps_sock_flow_entries=8192
# socket send buffer大小
net.core.wmem_max=16777216
# 避免"neighbor table overflow"错误(发生过真实客户案例，触发场景为节点数量超过1024，并且某应用需要跟所有节点通信)
net.ipv4.neigh.default.gc_thresh1=2048
# 同上
net.ipv4.neigh.default.gc_thresh2=8192
# 同上
net.ipv4.neigh.default.gc_thresh3=16384
# orphan socket是应用以及close但TCP栈还没有释放的socket（不包含TIME_WAIT和CLOSE_WAIT）。 适当调大此参数避免负载高时报'Out of socket memory'错误。32768跟友商一致。
net.ipv4.tcp_max_orphans=32768
# 代理程序(如nginx)容易产生大量TIME_WAIT状态的socket。适当调大这个参数避免"TCP: time wait bucket table overflow"错误。
net.ipv4.tcp_max_tw_buckets=16384
# TCP socket receive buffer大小。 太小会造成TCP连接throughput降低
net.ipv4.tcp_rmem=4096 12582912 16777216
# TCP socket send buffer大小。 太小会造成TCP连接throughput降低
net.ipv4.tcp_wmem=4096 12582912 16777216
# 控制每个进程的内存地址空间中 virtual memory area的数量
vm.max_map_count=262144
# 为了支持k8s service, 必须开启
net.ipv4.ip_forward=1
# ubuntu系统上这个参数缺省为"/usr/share/apport/apport %p %s %c %P"。在容器中会造成无法生成core文件
kernel.core_pattern=core
# 内核在发生死锁或者死循环的时候可以触发panic,默认值是0.
kernel.softlockup_panic=0
# 使得iptable可以作用在网桥上
net.bridge.bridge-nf-call-ip6tables=1
net.bridge.bridge-nf-call-iptables=1
# 系统全局PID号数值的限制。
kernel.pid_max=$(( 4 * 1024 * 1024))
# 系统进程描述符总数量限制，根据内存大小动态计算得出，TOTAL_MEM为系统的内存总量，单位是字节，THREAD_SIZE默认为16，单位是kb。
kernel.threads-max=$((TOTAL_MEM / (8 * THREAD_SIZE) ))
# 整个系统fd（包括socket）的总数量限制。根据内存大小动态计算得出，TOTAL_MEM为系统的内存总量，单位是字节，调大该参数避免"Too many open files"错误。
fs.file-max=$(( TOTAL_MEM / 10240 ))
# bcs config end
EOFsysctl --system# ulimitcat > /etc/security/limits.d/99-bcs.conf << EOF
# bcs config begin
*   soft  nproc    1028546
*   hard  nproc    1028546
*   soft  nofile    204800
*   hard  nofile    204800
# bcs config end
EOF
}_add_hosts () {[[ ${MIRROR_IP} != "null" ]] || return 0highlight "Add hosts"sed -ri.bcs.bak '/bcs config begin for bcs/,/bcs config end for bcs/d' /etc/hostscat >> "/etc/hosts" << EOF
# bcs config begin for bcs
$( if [[ ${ON_CLOUD} == qcloud ]] && [[ -n ${MIRROR_IP} ]]; then echo "${MIRROR_IP} mirrors.tencentyun.com"fi
)
# bcs config end for bcs
EOF
}### 容器运行时: Dockerinstall_docker () {# 如果使用本地yum源则改成本地配置# local yum_repo# #   # if docker info &>/dev/null && [[ -d ${DOCKER_LIB} ]];then#    warning "Already installed, skipping"#     return 0# fi# ## yum install -y -q yum-utils# 
## 列出yum源中支持的docker版本## 指定Dokcker版本# # Install# yum -y install  docker-ce-19.03.9-3.el7 docker-ce-cli-19.03.9-3.el7 containerd.iolocal yum_repoyum_repo="${MIRROR_URL}/docker-ce/linux/centos/docker-ce.repo"if docker info &>/dev/null && [[ -d ${DOCKER_LIB} ]];thenwarning "Already installed, skipping"return 0fiif ! curl -Ifs "$yum_repo" > /dev/null; thenerror "Unable to curl repository file $yum_repo, is it valid?"ficurl -fs "$yum_repo" | sed "s#https://download.docker.com#${MIRROR_URL}/docker-ce#g" | tee "$BCS_DIR/docker-ce.repo"[[ ! -f /etc/tlinux-release ]] || sed -i "s/\$releasever/7/g" "$BCS_DIR/docker-ce.repo"yum install -y -q yum-utilsyum-config-manager --add-repo "$BCS_DIR/docker-ce.repo"yum makecache fast# 列出yum源中支持的docker版本## 指定Dokcker版本pkg_pattern="$(echo "${DOCKER_VERSION}" | sed "s/-ce-/\\\\.ce.*/g" | sed "s/-/.*/g").*el"pkg_version=$(yum list --showduplicates 'docker-ce' | grep "$pkg_pattern" | tail -1 | awk '{print $2}' | cut -d':' -f 2)[[ -n $pkg_version ]] || job_fail "ERROR: $DOCKER_VERSION not found amongst yum list results"cli_pkg_version=$(yum list --showduplicates 'docker-ce-cli' | grep "$pkg_pattern" | tail -1 | awk '{print $2}' | cut -d':' -f 2)# Installyum -y install docker-ce-cli-"$cli_pkg_version" docker-ce-"$pkg_version" containerd.io# Settingrender_docker# Enablesystemctl enable dockersystemctl restart docker# Testingdocker infoif ! docker --version; thenerror "Did Docker get installed?"fiif ! docker run --rm "$BK_PUBLIC_REPO"/library/hello-world:latest; thenerror "Could not get docker to run the hello world container"fi}render_docker () {# To-Do Docker配置调优# dockerd | Docker Documentation# https://docs.docker.com/engine/reference/commandline/dockerd/# Docker 调优 | Rancher文档# https://docs.rancher.cn/docs/rancher2/best-practices/2.0-2.4/optimize/docker/_index# daemon.json## 创建数据目录install -dv "${DOCKER_LIB}"## 创建配置文件目录install -dv /etc/docker/install -dv /etc/systemd/system/docker.service.d/if [[ -s /etc/docker/daemon.json ]] && [[ ! -f /etc/docker/daemon.json.bcs.bak ]]; thenwarning "/etc/docker/daemon.json已存在，备份中..."cp -av /etc/docker/daemon.json{,.bcs.bak} || job_fail "备份原配置文件失败"filog "开始写入配置docker文件..."# 如果使用本地docker仓库需要改成自己的仓库 比如： "insecure-registries": ["192.168.10.42:5000"]cat > /etc/docker/daemon.json << EOF
{"data-root": "${DOCKER_LIB}","exec-opts": ["native.cgroupdriver=systemd"],"registry-mirrors": ${REPO_MIRRORS},"max-concurrent-downloads": 10,"live-restore": ${DOCKER_LIVE_RESTORE},"log-level": "info","log-opts": {"max-size": "100m","max-file": "5"},"storage-driver": "overlay2","storage-opts": ["overlay2.override_kernel_check=true"]
}
EOF## 因路由冲突，手动创建Docker网桥if [[ ${DOCKER_BRIDGE} != "null" ]]; thenip link add name docker0 type bridgeip addr add dev docker0 "${DOCKER_BRIDGE}"sed -i "/\"data-root\":/i    \"bip\": \"${DOCKER_BRIDGE}\","  /etc/docker/daemon.jsonfi## systemd servicecat>/etc/systemd/system/docker.service.d/bcs-docker.conf<<EOF
[Service]
ExecStartPost=/sbin/iptables -P FORWARD ACCEPT
EOFsystemctl daemon-reloadlog "Complete"
}clean_bcsenv () {if [[ -f "$BCS_DIR/bcs.env" ]]; thenif grep -q "bcs config begin" "$BCS_DIR/bcs.env" "$HOME/.bashrc"; thensed -ri.bcs.bak "/bcs config begin/,/bcs config end/d" "$BCS_DIR/bcs.env" "$HOME/.bashrc"fifilog "Complete"
}### Kubernetesinstall_k8stool () {local mirror_urlmaster_iplist=${BCS_K8S_CTRL_IP:-$LAN_IP}read -r -a master_iplist <<< "${master_iplist//,/ }"if [[ -z ${master_iplist[0]} ]]; thenerror "BCS_K8S_CTRL_IP is null"fihighlight "Add kube-apiserver hosts"sed -ri.bcs.bak '/bcs config begin for kube-apiserver/,/bcs config end for kube-apiserver/d' /etc/hostscat >> /etc/hosts << EOF
# bcs config begin for kube-apiserver
${master_iplist[0]} k8s-api.bcs.local
# bcs config end for kube-apiserver
EOF# Pre# 添加repo源mirror_url="${MIRROR_URL}/kubernetes"# 配置了本地docker仓库以下kbs仓库配置需要注释cat > "$BCS_DIR/kubernetes.repo" << EOF
[kubernetes]
name=Kubernetes
baseurl=${mirror_url}/yum/repos/kubernetes-el7-x86_64
enabled=1
gpgcheck=0
EOFyum install -y -q yum-utils bash-completion# 配置了本地docker仓库以下kbs仓库配置需要注释yum-config-manager --add-repo  "$BCS_DIR/kubernetes.repo"yum clean allyum makecache fast## kubelet数据目录install -dv "${KUBELET_LIB}"#     cat > /etc/sysconfig/kubelet << EOF
# KUBELET_EXTRA_ARGS="--root-dir=${KUBELET_LIB}"
# EOF# 以下6行可以改成# yum -y install \#    "kubectl-1.20.11-0" \#    "kubelet-1.20.11-0" \#    "kubeadm-1.20.11-0" pkg_pattern="${K8S_VER}"pkg_version=$(yum list --showduplicates 'kubeadm' | grep -w "$pkg_pattern" | tail -1 | awk '{print $2}' | cut -d':' -f 2)yum -y install \"kubectl-${pkg_version}" \"kubeadm-${pkg_version}" \"kubelet-${pkg_version}"# kubeadm config images pull --config="$BCS_DIR/kubeadm-config" -v 11# kubeadm config images pull --image-repository="${BK_PUBLIC_REPO}/k8s.gcr.io" \#     -v 11 --kubernetes-version "${K8S_VER}" || error "pull kubernetes images failed"highlight "kubectl $(kubectl version --client --short || error "Did kubectl get installed?" )"highlight "kubeadm Version: $(kubeadm version -o short || error "Did kubectl get installed?" )"
}install_helm () {command -v docker &>/dev/null || error "docker client is not found"if ! helm version --short 2>/dev/null | grep -qoE '^v3\.'; thendocker run -v /usr/bin:/tmp --rm --entrypoint /bin/cp "${BK_PUBLIC_REPO}"/alpine/helm:3.7.2 -f /usr/bin/helm /tmp/ || error "pull helm image failed"fihighlight "helm Version: $(helm version --short)"
}get_joincmd () {install_k8sctrl
}install_k8sctrl () {local node_namelocal join_cmdlocal cert_keylocal master_join_cmdif ! kubectl cluster-info 2>/dev/null ; thensystemctl enable --now kubelet## etcd数据目录install -dv "${ETCD_LIB}"ln -sfv "${ETCD_LIB}" /var/lib/node_name="master-$(echo "$LAN_IP" | tr '.' '-')"highlight "Setup K8S Control Plane: $node_name"kubeadm init --config="$BCS_DIR/kubeadm-config" "$( [[ $K8S_VER =~ ^1.12 ]] && echo --ignore-preflight-errors=SystemVerification || echo --upload-certs)" || error "install k8s master failed"# kubeadm init --node-name "$node_name" --kubernetes-version "${K8S_VER}" \#             --control-plane-endpoint k8s-api.bcs.local \#             --image-repository="${BK_PUBLIC_REPO}/k8s.gcr.io" \#             --service-cidr="${K8S_SVC_CIDR}" --pod-network-cidr="${K8S_POD_CIDR}" --upload-certs || error "install k8s master failed" install -dv "$HOME/.kube"install -v -m 600 -o "$(id -u)" -g "$(id -g)" /etc/kubernetes/admin.conf "$HOME/.kube/config"# flannel CNI创建if [[ -n ${K8S_CNI} ]]; then"install_${K8S_CNI}"elseinstall_flannelfifiinstall_opjoin_cmd="$(kubeadm token create --print-join-command)"if [[ $K8S_VER =~ ^1.12 ]]; thenjoin_cmd="$join_cmd --ignore-preflight-errors=SystemVerification"kubectl set image deployment/coredns coredns="${BK_PUBLIC_REPO}/k8s.gcr.io/coredns:1.2.6" -n kube-system# kubectl get nodes -l kubernetes.io/os || kubectl label node -l node-role.kubernetes.io/master= kubernetes.io/os=linuxhighlight "Kubernetes控制节点启动成功"elsecert_key="$(kubeadm init phase upload-certs --upload-certs | grep -E '[a-z0-9]{64}')"[[ -n $cert_key ]] || error "not found certificate key"master_join_cmd="$join_cmd --control-plane --certificate-key $cert_key"[[ "$BCS_CP_WORKER" == "0" ]] || kubectl taint node -l node-role.kubernetes.io/master= node-role.kubernetes.io/master:NoSchedule-# echo "<SOPS_VAR>master_join_cmd:${master_join_cmd}</SOPS_VAR>"cluster_env=$( grep -vE "LAN_IP=|^#|^source |^export " "${BCS_DIR}"/bcs.env | base64 -w 0)master_join_cmd_b64=$(echo -n "${master_join_cmd}" | base64 -w 0)echo "<SOPS_VAR>master_join_cmd:${master_join_cmd}</SOPS_VAR>"echo "<SOPS_VAR>cluster_env:${cluster_env}</SOPS_VAR>"echo "<SOPS_VAR>master_join_cmd_b64:${master_join_cmd_b64}</SOPS_VAR>"ficluster_env=$( grep -vE "LAN_IP=|^#|^source |^export " "${BCS_DIR}"/bcs.env | base64 -w 0)join_cmd_b64=$(echo -n "${join_cmd}" | base64 -w 0)echo "<SOPS_VAR>join_cmd:${join_cmd}</SOPS_VAR>"echo "<SOPS_VAR>cluster_env:${cluster_env}</SOPS_VAR>"echo "<SOPS_VAR>join_cmd_b64:${join_cmd_b64}</SOPS_VAR>"cat <<EOF======================
$( highlight "Kubernetes控制节点启动成功" )
$( [[ $K8S_VER =~ ^1.12 ]] && exithighlight "扩容控制平面执行以下命令"echo "set -a"echo "cluster_env=${cluster_env}"echo "master_join_cmd_b64=${master_join_cmd_b64}"echo "set +a"echo "curl -fsSL https://bkopen-1252002024.file.myqcloud.com/ce7/bcs.sh | bash -s -- install k8s-control-plane"
)
$( highlight "扩容节点执行以下命令"echo "set -a"echo "cluster_env=${cluster_env}"echo "join_cmd_b64=${join_cmd_b64}"echo "set +a"echo "curl -fsSL https://bkopen-1252002024.file.myqcloud.com/ce7/bcs.sh | bash -s -- install k8s-node"
)
EOF
}install_k8s () {if [[ ${cluster_env} == "null" ]]; theninstall_k8s-1st-ctrlelseinstall_k8s-nodefi
}install_k8smaster () {install_k8s-1st-ctrl
}install_k8s-1st-ctrl () {install_bcsenvinstall_dockerinstall_k8stoolinstall_helminstall_k8sctrl
}clean_k8snode () {clean_k8s-node
}clean_k8s-node () {systemctl disable --now kubeletif [[ $K8S_VER =~ ^1.12 ]]; thenkubeadm reset phase cleanup-node -felsekubeadm reset phase cleanup-nodefibak_dir="/data/backup/$(date +%s)"install -dv "$bak_dir" || error "create backup dir $bak_dir failed"docker ps | grep -qv NAME && docker rm -f "$(docker ps -aq)"[[ -d /etc/kubernetes  ]] && mv -v /etc/kubernetes "$bak_dir"/[[ -d /var/lib/kubelet ]] && mv -v /var/lib/kubelet "$bak_dir"/[[ -d ${KUBELET_LIB}   ]] && mv -v "${KUBELET_LIB}" "$bak_dir"/kubeletsystemctl disable --now dockerlog "Uninstall docker, kubelet >>> Done"
}clean_k8smaster () {clean_k8s-control-plane
}clean_k8s-master () {clean_k8s-control-plane
}clean_k8s-control-plane () {if [[ $K8S_VER =~ ^1.12 ]]; thenkubeadm reset phase update-cluster-status -fkubeadm reset phase remove-etcd-member -felsekubeadm reset phase update-cluster-statuskubeadm reset phase remove-etcd-memberficlean_k8snode[[ -d "$HOME"/.kube    ]] && mv -v "$HOME"/.kube "$bak_dir"/[[ -d ${ETCD_LIB}      ]] && mv -v "${ETCD_LIB}" "$bak_dir"/[[ -L /var/lib/etcd    ]] && rm -vf /var/lib/etcd[[ -d /var/lib/etcd    ]] && mv -v /var/lib/etcd "$bak_dir"/log "Uninstall Kubernetes Control Plane >>> Done"
}install_k8snode (){install_k8s-node
}install_k8s-control-plane () {install_k8s-node
}install_k8s-node () {local join_cmdlocal node_name[[ ${cluster_env} != "null" ]] || error "cluster_env未指定 请运行完整的执行命令"install_bcsenvinstall_docker# 参数检查if [[ -z ${BCS_K8S_CTRL_IP} ]]; thenerror "Kubernetes控制平面IP未指定"elif [[ ${BCS_K8S_CTRL_IP} == "${LAN_IP}" ]]; thenerror "该节点为Kubernetes第一台控制平面，请至其它节点执行该命令"fiif [[ ${join_cmd_b64} != "null" ]] && [[ ${master_join_cmd_b64} == "null" ]]; thenjoin_cmd="$(echo -n "${join_cmd_b64}" | base64 -d)"echo -n "${join_cmd}" | grep -q "kubeadm join" || error "添加节点命令参数异常"node_name="node-$(echo "$LAN_IP" | tr '.' '-')"elif [[ ${master_join_cmd_b64} != "null" ]]; thenjoin_cmd="$(echo -n "${master_join_cmd_b64}" | base64 -d)"echo -n "${join_cmd}" | grep -q "kubeadm join" || error "master扩容命令参数异常"node_name="master-$(echo "$LAN_IP" | tr '.' '-')"elseerror "添加参数有误"fiinstall_localpv_dirif ! kubectl cluster-info 2>/dev/null && ! docker ps | grep -q pause; theninstall_k8stoolsystemctl enable --now kubelet## etcd数据目录install -dv "${ETCD_LIB}"ln -sfv "${ETCD_LIB}" /var/lib/cat "$BCS_DIR/kubeadm-config"highlight "$node_name: kubeadm join --config=$BCS_DIR/kubeadm-config -v 11"kubeadm join --config="$BCS_DIR/kubeadm-config" -v 11if [[ ${master_join_cmd_b64} != "null" ]]; theninstall -dv "$HOME/.kube"install -v -m 600 -o "$(id -u)" -g "$(id -g)" /etc/kubernetes/admin.conf "$HOME/.kube/config"log "Kubernetes Control Plane扩容成功"install_opelselog "添加Kubernetes节点成功"fifi
}## CNIinstall_flannel () {cat << EOF | sed "s#10.244.0.0/16#${K8S_POD_CIDR}#g" | kubectl apply -f -
---
kind: Namespace
apiVersion: v1
metadata:name: kube-flannellabels:pod-security.kubernetes.io/enforce: privileged
---
kind: ClusterRole
apiVersion: rbac.authorization.k8s.io/v1
metadata:name: flannel
rules:
- apiGroups:- ""resources:- podsverbs:- get
- apiGroups:- ""resources:- nodesverbs:- list- watch
- apiGroups:- ""resources:- nodes/statusverbs:- patch
---
kind: ClusterRoleBinding
apiVersion: rbac.authorization.k8s.io/v1
metadata:name: flannel
roleRef:apiGroup: rbac.authorization.k8s.iokind: ClusterRolename: flannel
subjects:
- kind: ServiceAccountname: flannelnamespace: kube-flannel
---
apiVersion: v1
kind: ServiceAccount
metadata:name: flannelnamespace: kube-flannel
---
kind: ConfigMap
apiVersion: v1
metadata:name: kube-flannel-cfgnamespace: kube-flannellabels:tier: nodeapp: flannel
data:cni-conf.json: |{"name": "cbr0","cniVersion": "0.3.1","plugins": [{"type": "flannel","delegate": {"hairpinMode": true,"isDefaultGateway": true}},{"type": "portmap","capabilities": {"portMappings": true}}]}net-conf.json: |{"Network": "10.244.0.0/16","Backend": {"Type": "vxlan"$([[ $K8S_CNI == "ws_flannel" ]] && echo ', "VNI" : 4096, "Port": 4789' )}}
---
apiVersion: apps/v1
kind: DaemonSet
metadata:name: kube-flannel-dsnamespace: kube-flannellabels:tier: nodeapp: flannel
spec:selector:matchLabels:app: flanneltemplate:metadata:labels:tier: nodeapp: flannelspec:affinity:nodeAffinity:requiredDuringSchedulingIgnoredDuringExecution:nodeSelectorTerms:- matchExpressions:- key: kubernetes.io/osoperator: Invalues:- linuxhostNetwork: truepriorityClassName: system-node-criticaltolerations:- operator: Existseffect: NoScheduleserviceAccountName: flannelinitContainers:- name: install-cni-plugin#image: flannelcni/flannel-cni-plugin:v1.1.0 for ppc64le and mips64le (dockerhub limitations may apply)# 配置了本地docker源的需要注意修改自己的路径镜像 image: ${BK_PUBLIC_REPO}/docker.io/rancher/mirrored-flannelcni-flannel-cni-plugin:v1.1.0image: docker.io/rancher/mirrored-flannelcni-flannel-cni-plugin:v1.1.0command:- cpargs:- -f- /flannel- /opt/cni/bin/flannelvolumeMounts:- name: cni-pluginmountPath: /opt/cni/bin- name: install-cni#image: flannelcni/flannel:v0.19.2 for ppc64le and mips64le (dockerhub limitations may apply)image: ${BK_PUBLIC_REPO}/flannelcni/flannel:v0.19.2command:- cpargs:- -f- /etc/kube-flannel/cni-conf.json- /etc/cni/net.d/10-flannel.conflistvolumeMounts:- name: cnimountPath: /etc/cni/net.d- name: flannel-cfgmountPath: /etc/kube-flannel/containers:- name: kube-flannel#image: flannelcni/flannel:v0.19.2 for ppc64le and mips64le (dockerhub limitations may apply)image: ${BK_PUBLIC_REPO}/flannelcni/flannel:v0.19.2command:- /opt/bin/flanneldargs:- --ip-masq- --kube-subnet-mgrresources:requests:cpu: "100m"memory: "50Mi"limits:cpu: "100m"memory: "50Mi"securityContext:privileged: falsecapabilities:add: ["NET_ADMIN", "NET_RAW"]env:- name: POD_NAMEvalueFrom:fieldRef:fieldPath: metadata.name- name: POD_NAMESPACEvalueFrom:fieldRef:fieldPath: metadata.namespace- name: EVENT_QUEUE_DEPTHvalue: "5000"volumeMounts:- name: runmountPath: /run/flannel- name: flannel-cfgmountPath: /etc/kube-flannel/- name: xtables-lockmountPath: /run/xtables.lockvolumes:- name: runhostPath:path: /run/flannel- name: cni-pluginhostPath:path: /opt/cni/bin- name: cnihostPath:path: /etc/cni/net.d- name: flannel-cfgconfigMap:name: kube-flannel-cfg- name: xtables-lockhostPath:path: /run/xtables.locktype: FileOrCreate
EOF
}## Windows
install_ws_flannel () {if [[ -f /etc/tlinux-release ]]; thenrmmod vxlanlsmod |grep -q vxlan && error "vxlan模块卸载失败"modprobe vxlan udp_port=4789log "Winodws flannel VXLAN UDP Port using $(cat /sys/module/vxlan/parameters/udp_port)"fiinstall_flannelinstall_ws_kubeproxyinstall_ws_flannel_overlay
}install_ws_kubeproxy () {cat << 'EOF' | sed "s/VERSION/v${K8S_VER}/g" | kubectl apply -f -
# https://github.com/kubernetes-sigs/sig-windows-tools/releases/latest/download/kube-proxy.yml
apiVersion: v1
data:run-script.ps1: |-$ErrorActionPreference = "Stop";# Get newest cni conf file that is not 0-containerd-nat.json or spin until one shows up.# With Docker the kube-proxy pod should not be scheduled to Windows nodes until host networking is configured.# With contianerD host networking is required to schedule any pod including the CNI pods so a basic nat network is#  configured. This network should not be used by kube-proxy.function Get-NetConfFile {while ($true) {if (Test-Path /host/etc/cni/net.d/) {$files = @()$files += Get-ChildItem -Path /host/etc/cni/net.d/ -Exclude "0-containerd-nat.json"if ($files.Length -gt 0) {$file = (($files | Sort-Object LastWriteTime | Select-Object -Last 1).Name)Write-Host "Using CNI conf file: $file"return $file}}Write-Host "Waiting for CNI file..."Start-Sleep 10}}mkdir -force /host/var/lib/kube-proxy/var/run/secrets/kubernetes.io/serviceaccountmkdir -force /host/k/kube-proxycp -force /k/kube-proxy/* /host/k/kube-proxycp -force /var/lib/kube-proxy/* /host/var/lib/kube-proxycp -force /var/run/secrets/kubernetes.io/serviceaccount/* /host/var/lib/kube-proxy/var/run/secrets/kubernetes.io/serviceaccount #FIXME?# If live patching kube-proxy, make sure and patch it inside this container, so that the SHA# matches that of what is on the host. i.e. uncomment the below line...# wget <download-path-to-kube-proxy.exe> -outfile k/kube-proxy/kube-proxy.execp -force /k/kube-proxy/* /host/k/kube-proxy$cniConfFile = Get-NetConfFile$networkName = (Get-Content "/host/etc/cni/net.d/$cniConfFile" | ConvertFrom-Json).name$sourceVip = ($env:POD_IP -split "\.")[0..2] + 0 -join "."yq w -i /host/var/lib/kube-proxy/config.conf winkernel.sourceVip $sourceVipyq w -i /host/var/lib/kube-proxy/config.conf winkernel.networkName $networkNameyq w -i /host/var/lib/kube-proxy/config.conf featureGates.WinOverlay trueyq w -i /host/var/lib/kube-proxy/config.conf mode "kernelspace"# Start the kube-proxy as a wins process on the host.# Note that this will rename kube-proxy.exe to rancher-wins-kube-proxy.exe on the host!wins cli process run --path /k/kube-proxy/kube-proxy.exe --args "--v=6 --config=/var/lib/kube-proxy/config.conf --hostname-override=$env:NODE_NAME --feature-gates=WinOverlay=true"kind: ConfigMap
apiVersion: v1
metadata:labels:app: kube-proxyname: kube-proxy-windowsnamespace: kube-system
---
apiVersion: apps/v1
kind: DaemonSet
metadata:labels:k8s-app: kube-proxyname: kube-proxy-windowsnamespace: kube-system
spec:selector:matchLabels:k8s-app: kube-proxy-windowstemplate:metadata:labels:k8s-app: kube-proxy-windowsspec:serviceAccountName: kube-proxycontainers:- command:- pwshargs:- -file- /var/lib/kube-proxy-windows/run-script.ps1env:- name: NODE_NAMEvalueFrom:fieldRef:apiVersion: v1fieldPath: spec.nodeName- name: POD_IPvalueFrom:fieldRef:fieldPath: status.podIPimage: sigwindowstools/kube-proxy:VERSION-nanoservername: kube-proxyvolumeMounts:- name: hostmountPath: /host- name: winsmountPath: \\.\pipe\rancher_wins- mountPath: /var/lib/kube-proxyname: kube-proxy- mountPath: /var/lib/kube-proxy-windowsname: kube-proxy-windowsnodeSelector:kubernetes.io/os: windowstolerations:- key: CriticalAddonsOnlyoperator: Exists- operator: Existsvolumes:- configMap:defaultMode: 420name: kube-proxy-windowsname: kube-proxy-windows- configMap:name: kube-proxyname: kube-proxy- hostPath:path: /name: host- name: winshostPath:path: \\.\pipe\rancher_winstype: nullupdateStrategy:type: RollingUpdate
EOF
}clean_ws_kubeproxy () {kubectl delete -n kube-system daemonset.apps/kube-proxy-windowskubectl delete -n kube-system configmap/kube-proxy-windows
}install_ws_flannel_overlay () {cat << 'EOF' | kubectl apply -f -
# https://github.com/kubernetes-sigs/sig-windows-tools/releases/latest/download/flannel-overlay.yml
---
kind: ConfigMap
apiVersion: v1
metadata:name: kube-flannel-windows-cfgnamespace: kube-systemlabels:tier: nodeapp: flannel
data:run.ps1: |$ErrorActionPreference = "Stop";mkdir -force /host/etc/cni/net.dmkdir -force /host/etc/kube-flannelmkdir -force /host/opt/cni/binmkdir -force /host/k/flannelmkdir -force /host/k/flannel/var/run/secrets/kubernetes.io/serviceaccount$containerRuntime = "docker"if (Test-Path /host/etc/cni/net.d/0-containerd-nat.json) {$containerRuntime = "containerd"}Write-Host "Configuring CNI for $containerRuntime"$serviceSubnet = yq r /etc/kubeadm-config/ClusterConfiguration networking.serviceSubnet$podSubnet = yq r /etc/kubeadm-config/ClusterConfiguration networking.podSubnet$networkJson = wins cli net get | convertfrom-jsonif ($containerRuntime -eq "docker") {$cniJson = get-content /etc/kube-flannel-windows/cni-conf.json | ConvertFrom-Json$cniJson.delegate.policies[0].Value.ExceptionList = $serviceSubnet, $podSubnet$cniJson.delegate.policies[1].Value.DestinationPrefix = $serviceSubnetSet-Content -Path /host/etc/cni/net.d/10-flannel.conf ($cniJson | ConvertTo-Json -depth 100)} elseif ($containerRuntime -eq "containerd") {$cniJson = get-content /etc/kube-flannel-windows/cni-conf-containerd.json | ConvertFrom-Json$cniJson.delegate.AdditionalArgs[0].Value.Settings.Exceptions = $serviceSubnet, $podSubnet$cniJson.delegate.AdditionalArgs[1].Value.Settings.DestinationPrefix = $serviceSubnet$cniJson.delegate.AdditionalArgs[2].Value.Settings.ProviderAddress = $networkJson.AddressCIDR.Split('/')[0]Set-Content -Path /host/etc/cni/net.d/10-flannel.conf ($cniJson | ConvertTo-Json -depth 100)}cp -force /etc/kube-flannel/net-conf.json /host/etc/kube-flannelcp -force -recurse /cni/* /host/opt/cni/bincp -force /k/flannel/* /host/k/flannel/cp -force /kube-proxy/kubeconfig.conf /host/k/flannel/kubeconfig.ymlcp -force /var/run/secrets/kubernetes.io/serviceaccount/* /host/k/flannel/var/run/secrets/kubernetes.io/serviceaccount/wins cli process run --path /k/flannel/setup.exe --args "--mode=overlay --interface=Ethernet"wins cli route add --addresses 169.254.169.254wins cli process run --path /k/flannel/flanneld.exe --args "--kube-subnet-mgr --kubeconfig-file /k/flannel/kubeconfig.yml" --envs "POD_NAME=$env:POD_NAME POD_NAMESPACE=$env:POD_NAMESPACE"cni-conf.json: |{"name": "flannel.4096","cniVersion": "0.3.0","type": "flannel","capabilities": {"dns": true},"delegate": {"type": "win-overlay","policies": [{"Name": "EndpointPolicy","Value": {"Type": "OutBoundNAT","ExceptionList": []}},{"Name": "EndpointPolicy","Value": {"Type": "ROUTE","DestinationPrefix": "","NeedEncap": true}}]}}cni-conf-containerd.json: |{"name": "flannel.4096","cniVersion": "0.2.0","type": "flannel","capabilities": {"portMappings": true,"dns": true},"delegate": {"type": "sdnoverlay","AdditionalArgs": [{"Name": "EndpointPolicy","Value": {"Type": "OutBoundNAT","Settings" : {"Exceptions": []}}},{"Name": "EndpointPolicy","Value": {"Type": "SDNROUTE","Settings": {"DestinationPrefix": "","NeedEncap": true}}},{"Name":"EndpointPolicy","Value":{"Type":"ProviderAddress","Settings":{"ProviderAddress":""}}}]}}
---
apiVersion: apps/v1
kind: DaemonSet
metadata:name: kube-flannel-ds-windows-amd64labels:tier: nodeapp: flannelnamespace: kube-system
spec:selector:matchLabels:app: flanneltemplate:metadata:labels:tier: nodeapp: flannelspec:affinity:nodeAffinity:requiredDuringSchedulingIgnoredDuringExecution:nodeSelectorTerms:- matchExpressions:- key: kubernetes.io/osoperator: Invalues:- windows- key: kubernetes.io/archoperator: Invalues:- amd64hostNetwork: trueserviceAccountName: flanneltolerations:- operator: Existseffect: NoSchedulecontainers:- name: kube-flannelimage: sigwindowstools/flannel:v0.13.0-nanoservercommand:- pwshargs:- -file- /etc/kube-flannel-windows/run.ps1volumeMounts:- name: winsmountPath: \\.\pipe\rancher_wins- name: hostmountPath: /host- name: kube-proxymountPath: /kube-proxy- name: cnimountPath: /etc/cni/net.d- name: flannel-cfgmountPath: /etc/kube-flannel/- name: flannel-windows-cfgmountPath: /etc/kube-flannel-windows/- name: kubeadm-configmountPath: /etc/kubeadm-config/env:- name: POD_NAMEvalueFrom:fieldRef:apiVersion: v1fieldPath: metadata.name- name: POD_NAMESPACEvalueFrom:fieldRef:apiVersion: v1fieldPath: metadata.namespacevolumes:- name: opthostPath:path: /opt- name: hosthostPath:path: /- name: cnihostPath:path: /etc- name: flannel-cfgconfigMap:name: kube-flannel-cfg- name: flannel-windows-cfgconfigMap:name: kube-flannel-windows-cfg- name: kube-proxyconfigMap:name: kube-proxy- name: kubeadm-configconfigMap:name: kubeadm-config- name: winshostPath:path: \\.\pipe\rancher_winstype: nullEOF
}clean_ws_flannel_overlay () {kubectl delete -n kube-system daemonset.apps/kube-flannel-ds-windows-amd64kubectl delete -n kube-system configmap/kube-flannel-windows-cfg
}### BCS_init_bk_ns () {kubectl create ns bk-systemkubectl patch ns bk-system --type=json -p='[{"op": "add", "path": "/metadata/labels", "value": {"bcs-webhook": "false"}}]'
}### Kubernetes生态工具# k8s >= 1.18
install_ingress-nginx () {local NAMESPACE="bk-system"kubectl get ns "$NAMESPACE" || _init_bk_ns# 如果配置本地helm仓库，需要改动# helm repo add localrepo http://192.168.10.42/helmChart# helm repo updatehelm repo add mirrors https://hub.bktencent.com/chartrepo/mirrorshelm repo updatecat << EOF | helm upgrade --install ingress-nginx mirrors/ingress-nginx -n $NAMESPACE --version 3.36.0 --debug -f - || error "helm upgrade failed"
controller:metrics:enabled: trueimage:#  如果配置了本地镜像仓库，需要修改自己的路径，比如： registry: ${BK_PUBLIC_REPO}registry: ${BK_PUBLIC_REPO}/k8s.gcr.iotag: "v0.49.0"digest: ""config:# nginx 与 client 保持的一个长连接能处理的请求数量，默认 100，高并发场景建议调高。# 参考: https://kubernetes.github.io/ingress-nginx/user-guide/nginx-configuration/configmap/#keep-alive-requestskeep-alive-requests: "10000"# nginx 与 upstream 保持长连接的最大空闲连接数 (不是最大连接数)，默认 32，在高并发下场景下调大，避免频繁建连导致 TIME_WAIT 飙升。# 参考: https://kubernetes.github.io/ingress-nginx/user-guide/nginx-configuration/configmap/#upstream-keepalive-connectionsupstream-keepalive-connections: "200"# 每个 worker 进程可以打开的最大连接数，默认 16384。# 参考: https://kubernetes.github.io/ingress-nginx/user-guide/nginx-configuration/configmap/#max-worker-connectionsmax-worker-connections: "65536"# 上传文件需要proxy-body-size: "2G"proxy-read-timeout: "600"service:type: NodePortnodePorts:http: 32080https: 32443ingressClassResource:enabled: truedefault: trueadmissionWebhooks:patch:image:registry: ${BK_PUBLIC_REPO}tag: "v1.5.1"digest: ""
EOFkubectl -n $NAMESPACE wait --for=condition=available --timeout=600s deployment --allkubectl -n $NAMESPACE get deployments --output name | xargs -I{} kubectl -n $NAMESPACE rollout status --timeout=600s {}
}install_kubeapps () {#  配置本地的helm的需要自己改成#  kubectl create namespace kubeapps#  helm install kubeapps --namespace kubeapps localrepo/kubeappshelm repo add bitnami https://charts.bitnami.com/bitnamikubectl create namespace kubeappshelm install kubeapps --namespace kubeapps bitnami/kubeapps
}clean_kubeapps () {helm uninstall kubeapps --namespace kubeapps 
}install_localpv_dir () {install -dv /mnt/blueking/vol{01..20} "${BK_HOME}/localpv"/vol{01..20} || error "create dir failed"for i in {01..20}; dosrc_dir="${BK_HOME}/localpv/vol$i"dst_dir="/mnt/blueking/vol$i"if grep -w "$src_dir" /etc/fstab; thenwarning "WARN: /etc/fstab [$src_dir] already exists"elseecho "$src_dir $dst_dir none defaults,bind 0 0" | tee -a /etc/fstab || error "add /etc/fstab failed"fidone# 挂载mount -av || error "mount local pv dir failed"
}install_localpv () {local NAMESPACE="bk-system"kubectl get ns "$NAMESPACE" || _init_bk_ns# 配置了本地helm的需要注释以下两行helm repo add mirrors https://hub.bktencent.com/chartrepo/mirrorshelm repo updatecat << EOF | helm upgrade --install provisioner mirrors/provisioner -n $NAMESPACE --version 2.4.0 --debug -f - || error "helm upgrade failed"
daemonset:image: ${BK_PUBLIC_REPO}/k8s.gcr.io/sig-storage/local-volume-provisioner:v2.4.0
classes:
- name: local-storagehostDir: /mnt/bluekingvolumeMode: FilesystemstorageClass: # create and set storage class as defaultisDefaultClass: truereclaimPolicy: Delete
EOFkubectl -n $NAMESPACE get daemonset --output name | xargs -I{} kubectl -n $NAMESPACE rollout status --timeout=600s {}
}install_metrics-server () {cat << EOF | kubectl apply -f - || error "install metrics-server failed"
apiVersion: v1
kind: ServiceAccount
metadata:labels:k8s-app: metrics-servername: metrics-servernamespace: kube-system
---
apiVersion: rbac.authorization.k8s.io/v1
kind: ClusterRole
metadata:labels:k8s-app: metrics-serverrbac.authorization.k8s.io/aggregate-to-admin: "true"rbac.authorization.k8s.io/aggregate-to-edit: "true"rbac.authorization.k8s.io/aggregate-to-view: "true"name: system:aggregated-metrics-reader
rules:
- apiGroups:- metrics.k8s.ioresources:- pods- nodesverbs:- get- list- watch
---
apiVersion: rbac.authorization.k8s.io/v1
kind: ClusterRole
metadata:labels:k8s-app: metrics-servername: system:metrics-server
rules:
- apiGroups:- ""resources:- pods- nodes- nodes/stats- namespaces- configmapsverbs:- get- list- watch
---
apiVersion: rbac.authorization.k8s.io/v1
kind: RoleBinding
metadata:labels:k8s-app: metrics-servername: metrics-server-auth-readernamespace: kube-system
roleRef:apiGroup: rbac.authorization.k8s.iokind: Rolename: extension-apiserver-authentication-reader
subjects:
- kind: ServiceAccountname: metrics-servernamespace: kube-system
---
apiVersion: rbac.authorization.k8s.io/v1
kind: ClusterRoleBinding
metadata:labels:k8s-app: metrics-servername: metrics-server:system:auth-delegator
roleRef:apiGroup: rbac.authorization.k8s.iokind: ClusterRolename: system:auth-delegator
subjects:
- kind: ServiceAccountname: metrics-servernamespace: kube-system
---
apiVersion: rbac.authorization.k8s.io/v1
kind: ClusterRoleBinding
metadata:labels:k8s-app: metrics-servername: system:metrics-server
roleRef:apiGroup: rbac.authorization.k8s.iokind: ClusterRolename: system:metrics-server
subjects:
- kind: ServiceAccountname: metrics-servernamespace: kube-system
---
apiVersion: v1
kind: Service
metadata:labels:k8s-app: metrics-servername: metrics-servernamespace: kube-system
spec:ports:- name: httpsport: 443protocol: TCPtargetPort: httpsselector:k8s-app: metrics-server
---
apiVersion: apps/v1
kind: Deployment
metadata:labels:k8s-app: metrics-servername: metrics-servernamespace: kube-system
spec:selector:matchLabels:k8s-app: metrics-serverstrategy:rollingUpdate:maxUnavailable: 0template:metadata:labels:k8s-app: metrics-serverspec:containers:- args:- --cert-dir=/tmp- --secure-port=4443- --kubelet-preferred-address-types=InternalIP,ExternalIP,Hostname- --kubelet-use-node-status-port- --metric-resolution=15s- --kubelet-insecure-tls=trueimage: ${BK_PUBLIC_REPO}/k8s.gcr.io/metrics-server/metrics-server:v0.5.2imagePullPolicy: IfNotPresentlivenessProbe:failureThreshold: 3httpGet:path: /livezport: httpsscheme: HTTPSperiodSeconds: 10name: metrics-serverports:- containerPort: 4443name: httpsprotocol: TCPreadinessProbe:failureThreshold: 3httpGet:path: /readyzport: httpsscheme: HTTPSinitialDelaySeconds: 20periodSeconds: 10resources:requests:cpu: 100mmemory: 200MisecurityContext:readOnlyRootFilesystem: truerunAsNonRoot: truerunAsUser: 1000volumeMounts:- mountPath: /tmpname: tmp-dirnodeSelector:kubernetes.io/os: linuxpriorityClassName: system-cluster-criticalserviceAccountName: metrics-servervolumes:- emptyDir: {}name: tmp-dir
---
apiVersion: apiregistration.k8s.io/v1
kind: APIService
metadata:labels:k8s-app: metrics-servername: v1beta1.metrics.k8s.io
spec:group: metrics.k8s.iogroupPriorityMinimum: 100insecureSkipTLSVerify: trueservice:name: metrics-servernamespace: kube-systemversion: v1beta1versionPriority: 100
EOFkubectl -n kube-system rollout status --timeout=600s deployment/metrics-server
}clean_metrics-server () {kubectl -n kube-system delete apiservice,deployment,service,clusterrolebinding,rolebinding,clusterrole,serviceaccount -l k8s-app=metrics-server || error "uninstall metrics-server failed"
}## 脚本框架check_args () {if [[ -n $1 ]]; thenreturn 0elseerror "缺少参数值"usage_and_exit 1fi
}check_func () {local OP_TYPE="$1"local PROJECT="$2"if [[ -n ${OP_TYPE} ]] && [[ -n ${PROJECT} ]]; thentype "${OP_TYPE}_${PROJECT}" &>/dev/null || error "${OP_TYPE} [$PROJECT] NOT SUPPORT"elsereturn 0fi
}# 解析命令行参数，长短混合模式
(( $# == 0 )) && usage_and_exit 1
while (( $# > 0 )); do case "$1" in--install |  -i  | install )shiftPROJECT="$1"OP_TYPE="install";;--get | get )shiftPROJECT="$1"OP_TYPE="get";;     --clean | -c | clean )shiftPROJECT="$1"OP_TYPE="clean";;--render | -r | render )shiftPROJECT="$1"OP_TYPE="render";;--help | -h | '-?' | help )usage_and_exit 0;;--version | -v | -V | version )version exit 0;;-*)error "不可识别的参数: $1";;*) break;;esacshift 
done check_func "${OP_TYPE}" "${PROJECT}"
[[ ${PROJECT} == "bcsenv" ]] || _on_cloudcase "${OP_TYPE}" ininstall)highlight "INSTALL: ${PROJECT}""install_${PROJECT}"ok_bcs;;get)highlight "Get: ${PROJECT}""get_${PROJECT}"ok_bcs;;clean)highlight "CLEAN: ${PROJECT}""clean_${PROJECT}"bye_bcs;;render)highlight "RENDER CONFIG TEMPLATE: ${PROJECT}""render_${PROJECT}"ok_bcs;;-*)error "不可识别的参数: $1";;*) usage_and_exit 0
esac

给文件设置权限

chmod 777 bcs.sh

在第一台master 机器执行命令

./bcs.sh  -i k8s

执行成功获得以下信息

执行成功后，复制以下命令

  Kubernetes控制节点启动成功  扩容控制平面执行以下命令  
cluster_env=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
master_join_cmd_b64=a3ViZWFkbSBqb2luIGs4cy1hcGkuYmNzLmxvY2FsOjY0NDMgLS10b2tlbiA5dXgzYWkuZW00ZmlxMGV4cWh2N2l6YiAgICAgLS1kaXNjb3ZlcnktdG9rZW4tY2EtY2VydC1oYXNoIHNoYTI1Njo0MjIzNWUyMzFmYzk3YzJiNWNkYTNiOWUxYTE2OTcxYzYyYzkwOGFmOTdhZTExOWE3ZDNjNzdhZDhlNTdjMjk1ICAtLWNvbnRyb2wtcGxhbmUgLS1jZXJ0aWZpY2F0ZS1rZXkgZjk3NjM3MDY0OGMwYzA5ZmQ0ZDk0OWMwYjEyOGNiYTdmNzMwOTVhN2YxZTJmM2QwNGM3MWYxNDIwNjdlMjQxMA==
set +a
curl -fsSL https://bkopen-1252002024.file.myqcloud.com/ce7/bcs.sh | bash -s -- install k8s-control-plane扩容节点执行以下命令  
set -a
cluster_env=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
join_cmd_b64=a3ViZWFkbSBqb2luIGs4cy1hcGkuYmNzLmxvY2FsOjY0NDMgLS10b2tlbiA5dXgzYWkuZW00ZmlxMGV4cWh2N2l6YiAgICAgLS1kaXNjb3ZlcnktdG9rZW4tY2EtY2VydC1oYXNoIHNoYTI1Njo0MjIzNWUyMzFmYzk3YzJiNWNkYTNiOWUxYTE2OTcxYzYyYzkwOGFmOTdhZTExOWE3ZDNjNzdhZDhlNTdjMjk1IA==
set +a
curl -fsSL https://bkopen-1252002024.file.myqcloud.com/ce7/bcs.sh | bash -s -- install k8s-node

扩容master

将bcs.sh上传到扩容的maser节点后，在另外要扩容的master节点执行：

  Kubernetes控制节点启动成功  扩容控制平面执行以下命令  
cluster_env=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
master_join_cmd_b64=a3ViZWFkbSBqb2luIGs4cy1hcGkuYmNzLmxvY2FsOjY0NDMgLS10b2tlbiA5dXgzYWkuZW00ZmlxMGV4cWh2N2l6YiAgICAgLS1kaXNjb3ZlcnktdG9rZW4tY2EtY2VydC1oYXNoIHNoYTI1Njo0MjIzNWUyMzFmYzk3YzJiNWNkYTNiOWUxYTE2OTcxYzYyYzkwOGFmOTdhZTExOWE3ZDNjNzdhZDhlNTdjMjk1ICAtLWNvbnRyb2wtcGxhbmUgLS1jZXJ0aWZpY2F0ZS1rZXkgZjk3NjM3MDY0OGMwYzA5ZmQ0ZDk0OWMwYjEyOGNiYTdmNzMwOTVhN2YxZTJmM2QwNGM3MWYxNDIwNjdlMjQxMA==
set +a

再执行

curl -fsSL https://bkopen-1252002024.file.myqcloud.com/ce7/bcs.sh | bash -s -- install k8s-control-plane
或者
./bcs.sh -i k8s-control-plane

扩容node节点

将bcs.sh上传到扩容的node节点后，在要扩容的node节点执行：

 扩容节点执行以下命令  
set -a
cluster_env=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
join_cmd_b64=a3ViZWFkbSBqb2luIGs4cy1hcGkuYmNzLmxvY2FsOjY0NDMgLS10b2tlbiA5dXgzYWkuZW00ZmlxMGV4cWh2N2l6YiAgICAgLS1kaXNjb3ZlcnktdG9rZW4tY2EtY2VydC1oYXNoIHNoYTI1Njo0MjIzNWUyMzFmYzk3YzJiNWNkYTNiOWUxYTE2OTcxYzYyYzkwOGFmOTdhZTExOWE3ZDNjNzdhZDhlNTdjMjk1IA==
set +a

在执行

curl -fsSL https://bkopen-1252002024.file.myqcloud.com/ce7/bcs.sh | bash -s -- install k8s-node
或者
./bcs.sh  -i k8s-node

查看集群

使用命令

kubectl get node
或者
kubectl get node -o wide

会出现的问题

出先The connection to the server localhost:8080 was refused - did you specify the right host or port?的错误信息。

#从主master节点复制admin.conf到有问题的机器

scp /etc/kubernetes/admin.conf 192.168.10.42:/etc/kubernetes/admin.conf

输入密码

传过去后，在有问题机器输入

echo "export KUBECONFIG=/etc/kubernetes/admin.conf" >> ~/.bash_profile
source ~/.bash_profile

一键部署k8s集群

前置动作

关闭防火墙

关闭SELinux

关闭swap

部署k8s集群

部署初始 master

扩容master

扩容node节点

查看集群

会出现的问题

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