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zeaslity
2026-05-19 14:28:56 +08:00
parent 9fc3372fa3
commit 37a6c6510f
223 changed files with 140833 additions and 2424 deletions
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9
998-常用脚本/b-镜像同步/35-71/image-clean.sh Normal file
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#!/bin/bash
rm -rf *.tar.gz
rm -rf 2023*.txt
for item in $(mc ls demo/cmlc-installation/tmp/ | awk '{print$6}')
do
mc rm demo/cmlc-installation/tmp/"${item}"
done

438
998-常用脚本/b-镜像同步/35-71/image-sync.sh Normal file
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#!/bin/bash
# 约定内容
NeedUploadFolder=99
IsUpload=99
UploadImageName=""
ImageListName=""
ImageTarName=""
ImageName=""
ImageTag=""
InnerIPv4CIDR=""
InnerIPv6CIDR=""
InnerIPv4=""
InnerIPv6=""
CmiiImagePrefix="harbor.cdcyy.com.cn/cmii/"
OSS_URL="https://oss.demo.uavcmlc.com/cmlc-installation/tmp/"
Custom_Client_Harbor="REPLACE:8033"
app_name=""
new_tag=""
harbor_host=""
namespace="xmyd"
#######################################
# description
# Globals:
# ImageName
# ImageTag
# ImageTarName
# RANDOM
# UploadImageName
# Arguments:
# None
#######################################
get_image_tar_name() {
# harbor.cdcyy.com.cn/cmii/cmii-uav-oauth:4.1.6
ImageName=$(echo $UploadImageName | cut -d ":" -f1 | cut -d"/" -f3)
ImageTag=$(echo $UploadImageName | cut -d ":" -f2)
local currentDate=$(date +'%Y-%m-%d')
local random_number=$((RANDOM % 900 + 100))
ImageTarName="$ImageName=$ImageTag=$currentDate=$random_number.tar.gz"
}
#######################################
# description
# Globals:
# ImageName
# ImageTag
# ImageTarName
# UploadImageName
# Arguments:
# None
#######################################
get_image_name_from_tar() {
if [[ $ImageTarName == cmlc* ]]; then
# 兼容octopus-agent的模式
# cmlc=cmii=cmii-uav-busybox=0326.tar.gz
# rancher=rancher=cmii-uav-busybox=0326.tar.gz
# 使用${variable%.pattern}进行后缀删除
ImageName=$(echo $image_name | cut -d "=" -f3)
local tagWithSuffix=$(echo $image_name | cut -d "=" -f4)
ImageTag="${tagWithSuffix%.tar.gz}"
UploadImageName="$ImageName:$ImageTag"
return
fi
# cmii-uav-oauth_4.1.6-0918_20230918_123.tar.gz
ImageName=$(echo $ImageTarName | cut -d "=" -f1)
ImageTag=$(echo $ImageTarName | cut -d"=" -f2)
UploadImageName="$ImageName:$ImageTag"
}
# 获取服务器的公网IP地址
get_Internal_IP_CIDR() {
local interface_prefix=("[[:space:]]eth[0-9]{1,2}" "[[:space:]]ens[0-9]{1,3}" "[[:space:]]eno[0-9]{1,3}" "[[:space:]]enp[0-9]{1,2}")
local real_interface="eth90"
for interface in "${interface_prefix[@]}"; do
echo $(ip link show) | grep -oE ${interface} | head -1
if [[ $? -eq 0 ]]; then
real_interface=$(echo $(ip link show) | grep -oE ${interface} | head -1 | cut -d" " -f2)
echo "当前主机的真实内网网卡为 => [$real_interface]"
break
fi
done
# 提取IPv4地址（CIDR格式）
local ipv4_regex="inet[[:space:]](25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\.(25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\.(25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\.(25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\/[0-9]{1,2}"
# 提取IPv6地址（CIDR格式）
local ipv6_regex="inet6[[:space:]]([0-9a-fA-F]{0,4}(:[0-9a-fA-F]{0,4}){1,7})\/[0-9]{1,3}"
# 查找IPv4地址
local inner_ipv4=$(echo $(ip addr show $real_interface) | grep -oE $ipv4_regex | cut -d" " -f2)
InnerIPv4CIDR=$inner_ipv4
echo "Interface: $real_interface, IPv4 Address: $inner_ipv4"
# 查找IPv6地址
local inner_ipv6=$(echo $(ip addr show $real_interface) | grep -oE $ipv6_regex | cut -d" " -f2)
InnerIPv6CIDR=$inner_ipv6
echo "Interface: $real_interface, IPv4 Address: $inner_ipv6"
}
#######################################
# description
# Globals:
# InnerIPv4
# InnerIPv4CIDR
# InnerIPv6
# InnerIPv6CIDR
# Arguments:
# None
#######################################
get_Internal_IP() {
get_Internal_IP_CIDR
InnerIPv4=$(echo $InnerIPv4CIDR | cut -d "/" -f1)
InnerIPv6=$(echo $InnerIPv6CIDR | cut -d "/" -f1)
echo "服务器的内网IPv4地址为 $InnerIPv4"
echo "服务器的内网IPv6地址为 $InnerIPv6"
}
parse_args(){
if [ "$1" == "" ]; then
echo "no zip file in error!"
exit 233
fi
local image_name="$1"
if [[ $image_name == cmlc* ]]; then
# 兼容octopus-agent的模式
# cmlc=cmii=cmii-uav-busybox=0326.tar.gz
# rancher=rancher=cmii-uav-busybox=0326.tar.gz
app_name=$(echo $image_name | cut -d "=" -f3)
local tagWithSuffix=$(echo $image_name | cut -d "=" -f4)
new_tag="${tagWithSuffix%.tar.gz}"
return
fi
# 本脚本的模式
# cmii-uav-surveillance=5.2.0-27031-cqga=2024-03-04=573.tar.gz
# cmii-uav-mqtthandler=5.4.0-031201=2024-03-12=138.tar.gz
app_name=$(echo $image_name | cut -d "=" -f1)
new_tag=$(echo $image_name | cut -d "=" -f2)
}
update_image_tag(){
if [ "$new_tag" == "" ]; then
echo "new tag error!"
exit 233
fi
echo ""
echo "[update_image_tag] - start to update => ${harbor_host}/cmii/$app_name:${new_tag}"
echo ""
local image_prefix=$(kubectl -n ${namespace} get deployment "${app_name}" -o=jsonpath='{.spec.template.spec.containers[*].image}' | cut -d":" -f1)
echo "image grep is => ${image_prefix}"
echo "start to update ${namespace} ${app_name} to ${new_tag} !"
echo ""
kubectl -n ${namespace} patch deployment "${app_name}" -p "{\"spec\":{\"template\":{\"spec\":{\"containers\":[{\"name\":\"${app_name}\",\"image\": \"${harbor_host}/cmii/$app_name:${new_tag}\"}]}}}}"
echo ""
echo "start to wait for 3 seconds!"
sleep 3
local image_new=$(kubectl -n ${namespace} get deployment "${app_name}" -o=jsonpath='{.spec.template.spec.containers[*].image}')
echo ""
echo "new image are => $image_new"
echo ""
}
#######################################
# description
# Globals:
# _m_opts
# Arguments:
# None
#######################################
_math() {
_m_opts="$@"
printf "%s" "$((_m_opts))"
}
# 前文内容
while [[ $# -gt 0 ]]; do
case "$1" in
-fu | --fileupload)
NeedUploadFolder=1
ImageListName=${2}
shift # past argument
;;
-fd | --filedownload)
NeedUploadFolder=2
ImageListName=${2}
shift # past argument
;;
-u | --upload)
IsUpload=1
UploadImageName="${2}"
shift # past argument
;;
-d | --download)
IsUpload=2
ImageTarName="${2}"
shift # past argument
;;
-h | --harbor)
Custom_Client_Harbor="${2}"
shift # past argument
;;
*)
# unknown option
;;
esac
shift # past argument or value
done
#######################################
# description
# Globals:
# ImageTarName
# UploadImageName
# Arguments:
# None
#######################################
Download_Compress_UploadOss() {
# upload
echo "【上传】 - 需要处理的镜像名称为 => $UploadImageName"
echo ""
echo "【上传】 - 开始下载镜像！"
echo ""
if docker pull "${UploadImageName}" >/dev/null 2>&1; then
echo "下载-镜像下载成功！ => $UploadImageName"
else
if docker inspect "${UploadImageName}" >/dev/null 2>&1; then
echo "下载-镜像已经存在 => $UploadImageName"
else
echo ""
echo "下载-镜像下载 失败！ => $UploadImageName"
echo "下载-镜像下载 失败！ => $UploadImageName"
echo ""
return 233
fi
fi
echo ""
get_image_tar_name
echo "【上传】 - 将要把镜像压缩为 => $ImageTarName"
docker save $UploadImageName | gzip --stdout >${ImageTarName}
echo "【上传】 - 压缩成功 ！ $(ls | grep ${ImageTarName})"
echo""
echo "【上传】 - 开始上传至OSS中!"
mc cp ./${ImageTarName} demo/cmlc-installation/tmp/
echo "【上传】 - 上传OSS成功 => $(mc ls demo/cmlc-installation/tmp/ | grep ${ImageTarName})"
echo""
}
#######################################
# description
# Globals:
# CmiiImagePrefix
# ImageTarName
# InnerIPv4
# OSS_URL
# UploadImageName
# custom_prefix
# Arguments:
# None
# Returns:
# <unknown> ...
#######################################
Download_Load_Tag_UploadHarbor_Update() {
# 更加方便
# Check if the variable starts with "harbor"
# if [[ $ImageTarName != harbor* ]]; then
# ImageTarName="$CmiiImagePrefix$ImageTarName"
# fi
echo "【下载】 - 需要处理的压缩包名称为 => $ImageTarName"
echo "【下载】 - 开始下载 ↓"
wget "$OSS_URL$ImageTarName"
if [[ $? -ne 0 ]]; then
echo "【下载】- 下载镜像失败！退出！"
return
fi
echo ""
echo "【下载】 - 开始解压压缩包 "
docker load <"${ImageTarName}"
echo ""
get_Internal_IP
echo "【下载】 - 开始上传镜像到本地的镜像仓库中 => $InnerIPv4:8033 "
custom_prefix="$InnerIPv4:8033/cmii/"
echo ""
get_image_name_from_tar
echo "【下载】 - 解析得到的 私有镜像地址为 => $custom_prefix$UploadImageName"
docker tag "$CmiiImagePrefix${UploadImageName}" "$custom_prefix$UploadImageName"
echo "【下载】 - 开始上传镜像到私有仓库 ↓"
docker login -u admin -p V2ryStr@ngPss "$InnerIPv4:8033"
echo ""
echo "【下载】 - 开始推送到私有仓库！ "
docker push "$custom_prefix$UploadImageName"
echo ""
echo ""
echo ""
echo "【更新】-开始更新镜像名称！"
harbor_host="$InnerIPv4:8033"
parse_args $ImageTarName
update_image_tag
}
if [[ $NeedUploadFolder == 1 ]]; then
# 上传的是一个目录
echo "【上传】 - 上传的文件目录为 => ${ImageListName}"
currentDate=$(date +'%Y-%m-%d')
random_number=$((RANDOM % 900 + 100))
tar_image_txt_file="$currentDate-$random_number.txt"
echo "【上传】 - 复制文件目录为临时文件 => $tar_image_txt_file"
touch $tar_image_txt_file
echo ""
echo ""
while IFS= read -r i; do
[ -z "${i}" ] && continue
UploadImageName=${i}
Download_Compress_UploadOss || return ?
# 写入压缩文件名称
echo "$ImageTarName" >>"$tar_image_txt_file"
echo "-------------------------------------------------"
done <"${ImageListName}"
echo ""
echo "【上传】 - 上传压缩文件名称列表至OSS中 ！"
mc cp ./"$tar_image_txt_file" demo/cmlc-installation/tmp/
echo "【上传】 - 上传OSS成功 => $(mc ls demo/cmlc-installation/tmp/ | grep "${tar_image_txt_file}")"
echo ""
echo "【上传】 - 请在目标Master主机执行如下命令 ↓↓↓↓↓↓"
echo ""
echo ""
echo "source <(curl -sL https://b2.107421.xyz/image-sync.sh) -fd "$OSS_URL$tar_image_txt_file""
echo ""
echo ""
elif [[ $NeedUploadFolder == 2 ]]; then
# file download
echo "【下载】- 需要下载的压缩列表文件为 => $ImageListName"
wget ${ImageListName}
tar_image_txt_file=$(echo ${ImageListName} | cut -d"/" -f6)
image_count=0
while IFS= read -r i; do
[ -z "${i}" ] && continue
ImageTarName=${i}
Download_Load_Tag_UploadHarbor_Update
image_count="$(_math "$image_count" + 1)"
echo "-------------------------------------------------"
done <"${tar_image_txt_file}"
echo ""
echo "【下载】 - 请等待流程结束 ↓"
_sleep_c="500"
for (( i=1; i<$image_count; i++ )) ; do
_sleep_c="$(_math "$_sleep_c" + 500)"
done
echo "【下载】 - 共有 【 $image_count 】个镜像， 等待上传结束 => $_sleep_c 秒"
while [ "$_sleep_c" -ge "0" ]; do
printf "\r \r"
printf -- "%b" "$_sleep_c"
_sleep_c="$(_math "$_sleep_c" - 1)"
sleep 1
done
printf "\r"
fi
if [[ $IsUpload == 1 ]]; then
# upload a image
Download_Compress_UploadOss || return ?
echo "【上传】 - 请在目标Master主机执行如下命令 ↓↓↓↓↓↓"
echo ""
echo ""
echo "source <(curl -sL https://b2.107421.xyz/image-sync.sh) -d $ImageTarName"
echo ""
echo ""
Client_Harbor_Address="$Custom_Client_Harbor/cmii/$ImageName:$ImageTag"
echo "【上传】 - 手动命令执行如下， 目标镜像全程地址为 => $Client_Harbor_Address"
echo ""
echo "wget $OSS_URL$ImageTarName && docker load < $ImageTarName && docker tag ${UploadImageName} $Client_Harbor_Address && docker push $Client_Harbor_Address"
echo ""
echo ""
elif [[ $IsUpload == 2 ]];then
# download a image
Download_Load_Tag_UploadHarbor_Update
echo "【下载】 - 请等待流程结束 ↓"
_sleep_c="500"
while [ "$_sleep_c" -ge "0" ]; do
printf "\r \r"
printf -- "%b" "$_sleep_c"
_sleep_c="$(_math "$_sleep_c" - 1)"
sleep 1
done
printf "\r"
fi

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998-常用脚本/b-镜像同步/fly-arm64-260302/kubernetes-1.30.14-arm.txt Normal file
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rancher/mirrored-coreos-etcd:v3.5.12
rancher/rke-tools:v0.1.114
rancher/mirrored-k8s-dns-kube-dns:1.23.0
rancher/mirrored-k8s-dns-dnsmasq-nanny:1.23.0
rancher/mirrored-k8s-dns-sidecar:1.23.0
rancher/mirrored-cluster-proportional-autoscaler:v1.9.0
rancher/mirrored-coredns-coredns:1.11.1
rancher/mirrored-cluster-proportional-autoscaler:v1.9.0
rancher/mirrored-k8s-dns-node-cache:1.23.0
rancher/hyperkube:v1.30.14-rancher1
rancher/mirrored-flannel-flannel:v0.25.1
rancher/flannel-cni:v1.4.1-rancher1
rancher/mirrored-calico-node:v3.28.1
rancher/calico-cni:v3.28.1-rancher1
rancher/mirrored-calico-kube-controllers:v3.28.1
rancher/mirrored-calico-ctl:v3.28.1
rancher/mirrored-calico-pod2daemon-flexvol:v3.28.1
rancher/mirrored-pause:3.7
rancher/nginx-ingress-controller:nginx-1.11.5-rancher1
rancher/mirrored-nginx-ingress-controller-defaultbackend:1.5-rancher2
rancher/mirrored-ingress-nginx-kube-webhook-certgen:v1.5.2
rancher/mirrored-metrics-server:v0.7.1

13
998-常用脚本/b-镜像同步/fly-arm64-260302/middleware-fly-arm64-260302.txt Normal file
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bitnamilegacy/redis:6.2.14-debian-11-r19
bitnamilegacy/redis:7.4.3-debian-12-r0
bitnamilegacy/mysql:8.1.0-debian-11-r42
bitnamilegacy/os-shell:12-debian-12-r51
bitnamilegacy/rabbitmq:3.13.7-debian-12-r5
ossrs/srs:v5.0.195
emqx/emqx:5.8.8
bitnamilegacy/influxdb:2.7.11-debian-12-r19
minio/minio:RELEASE.2023-06-02T23-17-26Z
kubernetesui/dashboard:v2.7.0
kubernetesui/metrics-scraper:v1.0.9
dyrnq/nfs-subdir-external-provisioner:v4.0.2
nginx:1.28.2

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998-常用脚本/b-镜像同步/fly-arm64-260302/镜像包备份脚本.md Normal file
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我现在需要有一个镜像下载的脚本，有如下的要求
1. 通过参数传递docker镜像的文件 txt
1. docker镜像名文件，约定为每行代表一个镜像的全名称
2. 脚本需要依次读取txt文件中的镜像名
3. 脚本具备三大类的功能
1. 下载镜像
2. 压缩镜像
3. 重新打包镜像，上传镜像
4. 下载镜像
1. 可以指定下载的CPU架构，下载成功之后 需要inpsect提示镜像的架构
2. 可以附加下载的镜像加速前缀，如果附带 下载成功之后需要重新Tag为txt中的镜像名
3. 需要总结提示，下载失败的镜像
5. 压缩镜像
1. 需要首先判定每个镜像是否全部存在
1. 如果全部存在，则继续执行下一步
2. 如果存在不全，则退出脚本给出提示，显示所有缺失的镜像
3. 同样需要检测镜像的CPU架构是否正确
4. 可以通过--force强行跳过检查
2. 可以指定将每个镜像单独压缩为tar.gz文件
3. 可以指定将所有镜像打包为一个tar.gz文件
4. 默认为统一压缩
5. 压缩镜像需要使用多线程压缩，充分利用CPU的性能
6. 重新打包镜像，上传镜像
1. 指定目标Harbor的地址
2. Harbor地址为 IP:PORT
3. Harbor的用户名和密码
4. Harbor的用户名 密码 PORT都有默认值，可以写入脚本中

167
998-常用脚本/b-镜像同步/wdd-operator配合的dltu脚本/ImageSyncDLTU.sh Normal file
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#!/bin/bash
all_image_list_txt="all-cmii-image-list.txt" # 需要修改版本
gzip_image_list_txt="all-gzip-image-list.txt" # 一般不需要修改
oss_prefix_url="https://oss.demo.uavcmlc.com/cmlc-installation"
local_gzip_path="/var/lib/docker/wdd/octopus_image/"
DockerRegisterDomain="harbor.wdd.io:8033" # 需要根据实际修改
HarborAdminPass=Superboge.123 # 需要跟第一脚本中的密码保持一致
print_green() {
echo -e "\033[32m${1}\033[0m"
echo ""
}
print_red() {
echo -e "\033[31m${1}\033[0m"
echo ""
}
Download_Load_Tag_Upload() {
print_green "[DLTU] - start !"
while [[ $# -gt 0 ]]; do
case "$1" in
rke)
# print_green "download rke "
local_gzip_path="$local_gzip_path/rke"
mkdir -p ${local_gzip_path}
oss_prefix_url="$oss_prefix_url/rke13014/"
dltu
shift # past argument
;;
middle)
local_gzip_path="$local_gzip_path/middle_supervisor"
mkdir -p $local_gzip_path
oss_prefix_url="$oss_prefix_url/middle/"
dltu
shift # past argument
;;
cmii)
local_gzip_path="$local_gzip_path/cmii_uas_23"
mkdir -p $local_gzip_path
oss_prefix_url="$oss_prefix_url/uavms-2.0/"
dltu
shift # past argument
;;
*)
# unknown option
print_red "bad arguments"
;;
esac
done
}
dltu() {
print_green "download all image name list and gzip file list!"
cd $local_gzip_path || exit
rm $all_image_list_txt
rm $gzip_image_list_txt
wget "$oss_prefix_url$all_image_list_txt"
wget "$oss_prefix_url$gzip_image_list_txt"
docker login -u admin -p ${HarborAdminPass} ${DockerRegisterDomain}
echo ""
while IFS= read -r i; do
[ -z "${i}" ] && continue
echo "download gzip file =>: $oss_prefix_url${i}"
if wget "$oss_prefix_url${i}" >/dev/null 2>&1; then
echo "Gzip file download success : ${i}"
image_full_name=$(docker load -i ${i} | head -n1 |awk -F': ' '{print $2}')
app_name=$(echo "$image_full_name" | sed 's|.*/||g')
echo "extract short name is $app_name"
if echo $image_full_name | grep -q "rancher"
then
print_green "tag image to => $DockerRegisterDomain/rancher/$app_name"
docker tag ${image_full_name} $DockerRegisterDomain/rancher/$app_name
docker push $DockerRegisterDomain/rancher/$app_name
else
print_green "tag image to => $DockerRegisterDomain/cmii/$app_name"
docker tag ${image_full_name} $DockerRegisterDomain/cmii/$app_name
docker push $DockerRegisterDomain/cmii/$app_name
fi
else
print_red "Gzip file download FAILED : ${i}"
fi
echo "-------------------------------------------------"
done <"${gzip_image_list_txt}"
shift
}
Load_Tag_Upload(){
print_green "[LTU] - start to load image from offline !"
while [[ $# -gt 0 ]]; do
case "$1" in
rke)
# print_green "download rke "
local_gzip_path="$local_gzip_path/rke13014"
mkdir -p ${local_gzip_path}
oss_prefix_url="$oss_prefix_url/rke/"
ltu
shift # past argument
;;
middle)
local_gzip_path="$local_gzip_path/middle_supervisor"
mkdir -p $local_gzip_path
oss_prefix_url="$oss_prefix_url/middle/"
ltu
shift # past argument
;;
cmii)
local_gzip_path="$local_gzip_path/cmii_uas_23"
mkdir -p $local_gzip_path
oss_prefix_url="$oss_prefix_url/cmii/"
ltu
shift # past argument
;;
*)
# unknown option
print_red "bad arguments"
;;
esac
done
}
ltu(){
all_file_list=$(find $local_gzip_path -type f -name "*.tar.gz")
for file in $all_file_list; do
echo "offline gzip file is => : $file"
image_full_name=$(docker load -i ${file} | head -n1 |awk -F': ' '{print $2}')
docker login -u admin -p ${HarborAdminPass} ${DockerRegisterDomain}
app_name=$(echo "$image_full_name" | sed 's|.*/||g')
echo "extract short name is $app_name"
if echo $image_full_name | grep -q "rancher"
then
print_green "tag image to => $DockerRegisterDomain/rancher/$app_name"
docker tag ${image_full_name} $DockerRegisterDomain/rancher/$app_name
docker push $DockerRegisterDomain/rancher/$app_name
else
print_green "tag image to => $DockerRegisterDomain/cmii/$app_name"
docker tag ${image_full_name} $DockerRegisterDomain/cmii/$app_name
docker push $DockerRegisterDomain/cmii/$app_name
fi
done
}
test(){
app_name=$(echo "nginx:latest" | sed 's|.*/||g')
echo "extract short name is $app_name"
}
# test
#Download_Load_Tag_Upload "rke"
Load_Tag_Upload "rke"

15
998-常用脚本/b-镜像同步/wdd-operator配合的dltu脚本/imageSyncDLTU.ps1 Normal file
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# https://dl.min.io/client/mc/release/windows-amd64/mc.exe
& "C:\Users\wddsh\Downloads\mc.exe" alias set uav-demo https://oss.demo.uavcmlc.com cmii B#923fC7mk
& "C:\Users\wddsh\Downloads\mc.exe" ls uav-demo/cmlc-installation/cmii_uas_23_tmp/ | ForEach-Object {
$item=($_.Split()[-1])
Write-Host "start to download $item "
& "C:\Users\wddsh\Downloads\mc.exe" get uav-demo/cmlc-installation/cmii_uas_23_tmp/$item "D:\CmiiDeployOffline\cmii_uas_23\"
Write-Host ""
}

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998-常用脚本/b-镜像同步/windows镜像下载/windows从MINIO下载文件.ps1 Normal file
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<#
.SYNOPSIS
MinIO 免 Alias 批量下载脚本 (强力兼容特殊字符版)。
.DESCRIPTION
1. 采用临时配置目录 (--config-dir)，彻底解决密码中 #、@、$ 等符号导致的 URL 解析错误。
2. 自动清理：脚本结束或异常退出时，会自动销毁临时生成的凭证文件。
3. 路径追踪：支持递归下载、进度显示及失败文件自动清理。
#>
# =====================================================================
# 1. 解决中文编码问题
# =====================================================================
[Console]::OutputEncoding = [System.Text.Encoding]::UTF8
[Console]::InputEncoding = [System.Text.Encoding]::UTF8
$OutputEncoding = [System.Text.Encoding]::UTF8
# =====================================================================
# 2. 变量配置区 (请按实际情况修改)
# =====================================================================
# MinIO 客户端 (mc.exe) 的全路径
$McExePath = "C:\Users\zzy\Desktop\cmii\mc.exe"
# 远端服务器信息
$MinioEndpoint = "https://oss.demo.uavcmlc.com"
$MinioUsername = "cmii"
# 注意：密码务必使用单引号 '' 包裹，防止 PowerShell 误解析其中的特殊符号
$MinioPassword = 'B#923fC7mk'
# 远端桶及目录 (需以 / 结尾)
$TargetBucketPath = "cmlc-installation/rke13014/"
# 本地保存全路径 (需以 \ 结尾)
$LocalSavePath = "C:\Users\zzy\Desktop\cmii\rke13014\"
# =====================================================================
# 3. 初始化临时环境 (避开环境变量 URL 解析 Bug)
# =====================================================================
Clear-Host
Write-Host "正在初始化安全传输环境..." -ForegroundColor Cyan
# 在系统临时目录下创建一个独立的 mc 配置文件夹
$TempConfigDir = Join-Path -Path $env:TEMP -ChildPath ("mc_tmp_" + [Guid]::NewGuid().ToString().Substring(0,8))
if (-not (Test-Path $TempConfigDir)) { New-Item -ItemType Directory -Path $TempConfigDir | Out-Null }
# 定义一个内部使用的临时 Alias 名称
$TmpAlias = "InternalTmp"
# =====================================================================
# 4. 建立连接 (使用 --config-dir 隔离配置)
# =====================================================================
Write-Host "正在建立与远端服务器的验证连接..." -ForegroundColor DarkGray
# 使用 alias set 命令，这种方式对密码中的 # 号等字符支持最稳健
& $McExePath --config-dir $TempConfigDir alias set $TmpAlias $MinioEndpoint $MinioUsername $MinioPassword --insecure | Out-Null
if ($LASTEXITCODE -ne 0) {
Write-Error "验证失败！请检查账密（特别是特殊字符）或网络地址。"
Remove-Item -Path $TempConfigDir -Recurse -Force -ErrorAction SilentlyContinue
exit
}
# 拼接 mc 识别路径
$RemoteDir = "$TmpAlias/$TargetBucketPath"
# 检查本地目录
if (-not (Test-Path $LocalSavePath)) {
New-Item -ItemType Directory -Path $LocalSavePath -Force | Out-Null
}
# =====================================================================
# 5. 安全获取文件列表
# =====================================================================
Write-Host "正在扫描远端文件..." -ForegroundColor Cyan
$jsonOutput = & $McExePath --config-dir $TempConfigDir ls --recursive --json --insecure $RemoteDir 2>&1
$fileList = @()
foreach ($line in $jsonOutput) {
if ([string]::IsNullOrWhiteSpace($line) -or $line -match "mc: ") { continue }
try {
$obj = $line | ConvertFrom-Json -ErrorAction Stop
if ($obj.type -eq "file") { $fileList += $obj }
} catch {
# 忽略非 JSON 的提示信息
}
}
$totalFiles = $fileList.Count
if ($totalFiles -eq 0) {
Write-Host "未发现可下载文件，请检查桶路径是否正确: $TargetBucketPath" -ForegroundColor Yellow
Remove-Item -Path $TempConfigDir -Recurse -Force -ErrorAction SilentlyContinue
exit
}
# =====================================================================
# 6. 循环下载与断点清理
# =====================================================================
Write-Host "共扫描到 $totalFiles 个文件，开始下载任务..." -ForegroundColor Green
$currentIndex = 0
foreach ($file in $fileList) {
$currentIndex++
$relPath = $file.key
$remoteFile = "$RemoteDir$relPath"
# 路径转换
$winRelPath = $relPath -replace '/', '\'
$localFile = Join-Path -Path $LocalSavePath -ChildPath $winRelPath
# 创建子目录
$parentDir = Split-Path $localFile -Parent
if (-not (Test-Path $parentDir)) { New-Item -ItemType Directory -Path $parentDir -Force | Out-Null }
Write-Host "[$currentIndex/$totalFiles] 正在下载: $relPath" -ForegroundColor Yellow
# 执行下载
& $McExePath --config-dir $TempConfigDir cp --insecure $remoteFile $localFile
if ($LASTEXITCODE -ne 0) {
Write-Host " [失败] 下载被中断。" -ForegroundColor Red
if (Test-Path $localFile) {
Write-Host " [清理] 删除不完整的临时文件: $localFile" -ForegroundColor DarkYellow
Remove-Item $localFile -Force
}
} else {
Write-Host " [完成]" -ForegroundColor Green
}
}
# =====================================================================
# 7. 彻底清理临时凭证
# =====================================================================
Write-Host "`n任务结束，正在销毁临时安全凭证..." -ForegroundColor Cyan
Remove-Item -Path $TempConfigDir -Recurse -Force -ErrorAction SilentlyContinue
Write-Host "脚本执行完毕。" -ForegroundColor White

16
998-常用脚本/b-镜像同步/windows镜像下载/镜像下载prompt.md Normal file
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你是一名优秀的windows powershell专家，你非常善于使用powershell和minio client的工具
## 注意事项
1. powershell的执行权限
2. 中文编码问题
3. 脚本中需要使用全路径，避免环境变量的问题
4. ps脚本使用变量区的方式写入固定的变量，不使用参数传递
## 实现的功能
1. 从特定的minio的远端地址+目录下载其中的每一个内容
2. 支持进度追踪，如果下载失败，需要删除下载中断的文件
3. minio客户端需要指定全路径
# 仅对当前用户放开执行权限（推荐，较安全）
Set-ExecutionPolicy RemoteSigned -Scope CurrentUser

23
998-常用脚本/b-镜像同步/临时-old/下载镜像.sh Normal file
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#!/bin/bash
gzip_image_list_txt="all-gzip-image-list.txt" # 一般不需要修改
oss_prefix_url="https://oss.demo.uavcmlc.com/cmlc-installation"
local_gzip_path="/root/octopus-image"
local_gzip_path="$local_gzip_path/6.1.1"
mkdir -p $local_gzip_path
oss_prefix_url="$oss_prefix_url/6.1.1/"
cd $local_gzip_path || exit
wget "$oss_prefix_url$gzip_image_list_txt"
echo ""
while IFS= read -r i; do
[ -z "${i}" ] && continue
echo "download gzip file =>: $oss_prefix_url${i}"
if wget "$oss_prefix_url${i}" >/dev/null 2>&1; then
echo "download ok !"
echo ""
fi
done <"${gzip_image_list_txt}"

25
998-常用脚本/b-镜像同步/临时-old/清除镜像.sh Normal file
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#!/bin/bash
image_name_prefix_list=(harbor.cdcyy.com.cn)
for (( i=1; i<=100; i++ ))
do
echo $i
for image_name_prefix in "${image_name_prefix_list[@]}"
do
content=$(docker image ls | grep "${image_name_prefix}" | head -n1)
if [ ! "$content" == "" ]; then
echo "$content"
echo "$(echo $content | awk '{print$1}'):$(echo $content | awk '{print$2}')"
if [ "$(echo $content | awk '{print$2}')" == "<none*" ]; then
continue
fi
docker image rm "$(echo $content | awk '{print$1}'):$(echo $content | awk '{print$2}')"
fi
done
done
echo "y
" | docker image prune

68
998-常用脚本/b-镜像同步/临时-old/离线更新tag脚本.sh Normal file
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#!/bin/bash
harbor_host=172.31.2.7:8033/admin
namespace=szgz
app_name=""
new_tag=""
upload_image_to_harbor(){
if [ "$app_name" == "" ]; then
echo "app name null exit!"
exit 233
fi
if ! docker load < "$1"; then
echo "docker load error !"
fi
docker tag "harbor.cdcyy.com.cn/cmii/$app_name:$new_tag" "$harbor_host/cmii/$app_name:$new_tag"
echo ""
echo ""
echo "upload_image_to_harbor - start to push to => $harbor_host/cmii/$app_name:$new_tag"
docker login -u admin -p V2ryStr@ngPss $harbor_host
docker push "$harbor_host/cmii/$app_name:$new_tag"
echo ""
echo ""
}
parse_args(){
if [ "$1" == "" ]; then
echo "no zip file in error!"
exit 233
fi
local image_name="$1"
# cmii-uav-surveillance=5.2.0-27031-cqga=2024-03-04=573.tar.gz
app_name=$(echo $image_name | cut -d "=" -f1)
new_tag=$(echo $image_name | cut -d "=" -f2)
}
update_image_tag(){
if [ "$new_tag" == "" ]; then
echo "new tag error!"
exit 233
fi
local image_prefix=$(kubectl -n ${namespace} get deployment "${app_name}" -o=jsonpath='{.spec.template.spec.containers[*].image}' | cut -d":" -f1)
echo "image grep is => ${image_prefix}"
echo "start to update ${namespace} ${app_name} to ${new_tag} !"
echo ""
kubectl -n ${namespace} patch deployment "${app_name}" -p "{\"spec\":{\"template\":{\"spec\":{\"containers\":[{\"name\":\"${app_name}\",\"image\": \"${harbor_host}/cmii/$app_name:${new_tag}\"}]}}}}"
echo ""
echo "start to wait for 3 seconds!"
sleep 3
local image_new=$(kubectl -n ${namespace} get deployment "${app_name}" -o=jsonpath='{.spec.template.spec.containers[*].image}')
echo ""
echo "new image are => $image_new"
echo ""
}
main(){
parse_args "$1"
upload_image_to_harbor "$1"
update_image_tag
}
main "$@"

154
998-常用脚本/b-镜像同步/传统rke的下载/2-imageDownSync-ARM64.sh Normal file
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#!/usr/bin/env bash
### 需要修改以下的内容 ###
#### 需要修改以下的内容 ###
#### 需要修改以下的内容 ###
cmlc_app_image_list="szga-0711.txt" # 需要修改版本
rancher_image_list="kubernetes-images-1.30.14.txt" # 一般不需要修改
middleware_image_list="middleware-images.txt" # 一般不需要修改
DockerRegisterDomain="192.168.5.41:8033" # 需要根据实际修改
# DockerRegisterDomain="172.31.2.7:8033/admin" # 需要根据实际修改
HarborAdminPass=V2ryStr@ngPss # 需要跟第一脚本中的密码保持一致
#### 需要修改以上的内容 ###
#### 需要修改以上的内容 ###
#### 需要修改以上的内容 ###
downloadAllNeededImages() {
while [[ $# > 0 ]]; do
pulled=""
while IFS= read -r i; do
[ -z "${i}" ] && continue
echo "开始下载：${i}"
if /usr/bin/docker pull --platform linux/arm64 "${i}" >/dev/null 2>&1; then
echo "Image pull success: ${i}"
# 增加检查，镜像 的架构
/usr/bin/docker image inspect ${i} | grep Architecture
pulled="${pulled} ${i}"
else
if /usr/bin/docker inspect "${i}" >/dev/null 2>&1; then
pulled="${pulled} ${i}"
else
echo "Image pull failed: ${i}"
fi
fi
echo "-------------------------------------------------"
done <"${1}"
shift
done
}
downloadAllNeededImagesAndCompress() {
while [[ $# > 0 ]]; do
pulled=""
while IFS= read -r i; do
[ -z "${i}" ] && continue
echo "开始下载：${i}"
if /usr/bin/docker pull --platform linux/arm64 "${i}" >/dev/null 2>&1; then
echo "Image pull success: ${i}"
# 增加检查，镜像 的架构
/usr/bin/docker image inspect ${i} | grep Architecture
pulled="${pulled} ${i}"
else
if /usr/bin/docker inspect "${i}" >/dev/null 2>&1; then
pulled="${pulled} ${i}"
else
echo "Image pull failed: ${i}"
fi
fi
echo "-------------------------------------------------"
done <"${1}"
compressPacName="$(echo ${1} | cut -d"." -f1).tar.gz"
echo "Creating ${compressPacName} with $(echo ${pulled} | wc -w | tr -d '[:space:]') images"
/usr/bin/docker save $(echo ${pulled}) | gzip --stdout > ${compressPacName}
shift
done
echo "已经完成打包工作！"
}
pushRKEImageToHarbor(){
linux_images=()
while IFS= read -r i; do
[ -z "${i}" ] && continue
linux_images+=("${i}");
done < "${rancher_image_list}"
/usr/bin/docker login -u admin -p ${HarborAdminPass} ${DockerRegisterDomain}
for i in "${linux_images[@]}"; do
[ -z "${i}" ] && continue
case $i in
*/*)
image_name="${DockerRegisterDomain}/${i}"
;;
*)
image_name="${DockerRegisterDomain}/rancher/${i}"
;;
esac
echo "开始镜像至私有仓库推送：${image_name}"
/usr/bin/docker tag "${i}" "${image_name}"
/usr/bin/docker push "${image_name}"
echo "-------------------------------------------------"
done
}
pushCMLCAPPImageToHarbor(){
app_images=()
while IFS= read -r i; do
[ -z "${i}" ] && continue
app_images+=("${i}");
done < "${cmlc_app_image_list}"
/usr/bin/docker login -u admin -p ${HarborAdminPass} ${DockerRegisterDomain}
for app in "${app_images[@]}"; do
[ -z "${app}" ] && continue
image_name="${DockerRegisterDomain}/$(echo ${app} | cut -d"/" -f2-8)"
echo "开始镜像至私有仓库推送：${image_name}"
/usr/bin/docker tag "${app}" "${image_name}"
/usr/bin/docker push "${image_name}"
echo "-------------------------------------------------"
done
}
pushMiddlewareImageToHarbor(){
middleware_image=()
while IFS= read -r i; do
[ -z "${i}" ] && continue
middleware_image+=("${i}");
done < "${middleware_image_list}"
/usr/bin/docker login -u admin -p ${HarborAdminPass} ${DockerRegisterDomain}
for app in "${middleware_image[@]}"; do
[ -z "${app}" ] && continue
case ${app} in
*/*/*)
image_name="${DockerRegisterDomain}/cmii/$(echo "${app}" | cut -d"/" -f3-8)"
;;
*/*)
image_name="${DockerRegisterDomain}/cmii/$(echo "${app}" | cut -d"/" -f2-8)"
;;
esac
echo "开始镜像至私有仓库推送：${image_name}"
/usr/bin/docker tag "${app}" "${image_name}"
/usr/bin/docker push "${image_name}"
echo "-------------------------------------------------"
done
}
downloadAllNeededImagesAndCompress "${middleware_image_list}"
#downloadAllNeededImages "${rancher_image_list}"
#pushRKEImageToHarbor
#pushCMLCAPPImageToHarbor
# pushMiddlewareImageToHarbor

154
998-常用脚本/b-镜像同步/传统rke的下载/2-imageDownSync.sh Normal file
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#!/usr/bin/env bash
### 需要修改以下的内容 ###
#### 需要修改以下的内容 ###
#### 需要修改以下的内容 ###
cmlc_app_image_list="szga-0711.txt" # 需要修改版本
rancher_image_list="kubernetes-images-2.5.7-1.20.4.txt" # 一般不需要修改
middleware_image_list="middleware-images.txt" # 一般不需要修改
#DockerRegisterDomain="20.47.129.116:8033" # 需要根据实际修改
DockerRegisterDomain="172.10.125.92:8033" # 需要根据实际修改
HarborAdminPass=V2ryStr@ngPss # 需要跟第一脚本中的密码保持一致
#### 需要修改以上的内容 ###
#### 需要修改以上的内容 ###
#### 需要修改以上的内容 ###
downloadAllNeededImages() {
while [[ $# > 0 ]]; do
pulled=""
while IFS= read -r i; do
[ -z "${i}" ] && continue
echo "开始下载：${i}"
if docker pull "${i}" >/dev/null 2>&1; then
echo "Image pull success: ${i}"
# 增加检查，镜像 的架构
docker image inspect ${i} | grep Architecture
pulled="${pulled} ${i}"
else
if docker inspect "${i}" >/dev/null 2>&1; then
pulled="${pulled} ${i}"
else
echo "Image pull failed: ${i}"
fi
fi
echo "-------------------------------------------------"
done <"${1}"
shift
done
}
downloadAllNeededImagesAndCompress() {
while [[ $# > 0 ]]; do
pulled=""
while IFS= read -r i; do
[ -z "${i}" ] && continue
echo "开始下载：${i}"
if docker pull "${i}" >/dev/null 2>&1; then
echo "Image pull success: ${i}"
# 增加检查，镜像 的架构
docker image inspect ${i} | grep Architecture
pulled="${pulled} ${i}"
else
if docker inspect "${i}" >/dev/null 2>&1; then
pulled="${pulled} ${i}"
else
echo "Image pull failed: ${i}"
fi
fi
echo "-------------------------------------------------"
done <"${1}"
compressPacName="$(echo ${1} | cut -d"." -f1).tar.gz"
echo "Creating ${compressPacName} with $(echo ${pulled} | wc -w | tr -d '[:space:]') images"
docker save $(echo ${pulled}) | gzip --stdout > ${compressPacName}
shift
done
echo "已经完成打包工作！"
}
pushRKEImageToHarbor(){
linux_images=()
while IFS= read -r i; do
[ -z "${i}" ] && continue
linux_images+=("${i}");
done < "${rancher_image_list}"
docker login -u admin -p ${HarborAdminPass} ${DockerRegisterDomain}
for i in "${linux_images[@]}"; do
[ -z "${i}" ] && continue
case $i in
*/*)
image_name="${DockerRegisterDomain}/${i}"
;;
*)
image_name="${DockerRegisterDomain}/rancher/${i}"
;;
esac
echo "开始镜像至私有仓库推送：${image_name}"
docker tag "${i}" "${image_name}"
docker push "${image_name}"
echo "-------------------------------------------------"
done
}
pushCMLCAPPImageToHarbor(){
app_images=()
while IFS= read -r i; do
[ -z "${i}" ] && continue
app_images+=("${i}");
done < "${cmlc_app_image_list}"
docker login -u admin -p ${HarborAdminPass} ${DockerRegisterDomain}
for app in "${app_images[@]}"; do
[ -z "${app}" ] && continue
image_name="${DockerRegisterDomain}/$(echo ${app} | cut -d"/" -f2-8)"
echo "开始镜像至私有仓库推送：${image_name}"
docker tag "${app}" "${image_name}"
docker push "${image_name}"
echo "-------------------------------------------------"
done
}
pushMiddlewareImageToHarbor(){
middleware_image=()
while IFS= read -r i; do
[ -z "${i}" ] && continue
middleware_image+=("${i}");
done < "${middleware_image_list}"
docker login -u admin -p ${HarborAdminPass} ${DockerRegisterDomain}
for app in "${middleware_image[@]}"; do
[ -z "${app}" ] && continue
case ${app} in
*/*/*)
image_name="${DockerRegisterDomain}/cmii/$(echo "${app}" | cut -d"/" -f3-8)"
;;
*/*)
image_name="${DockerRegisterDomain}/cmii/$(echo "${app}" | cut -d"/" -f2-8)"
;;
esac
echo "开始镜像至私有仓库推送：${image_name}"
docker tag "${app}" "${image_name}"
docker push "${image_name}"
echo "-------------------------------------------------"
done
}
downloadAllNeededImagesAndCompress "${middleware_image_list}"
#downloadAllNeededImages "${rancher_image_list}"
#pushRKEImageToHarbor
#pushCMLCAPPImageToHarbor
#pushMiddlewareImageToHarbor

69
998-常用脚本/b-镜像同步/传统rke的下载/imageSyncDownload.ps1 Normal file
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function DownloadFileInChunks {
param (
[string]$url,
[string]$destinationFile,
[int]$chunkSizeGB = 1
)
# 将 GB 转换为字节
$chunkSize = $chunkSizeGB * 1024 * 1024 * 1024
# 获取文件的总大小
$response = Invoke-WebRequest -Uri $url -Method Head
$totalSize = [long]$response.Headers["Content-Length"]
# 计算分段数量
$chunks = [math]::Ceiling($totalSize / $chunkSize)
# 下载每一段
for ($i = 0; $i -lt $chunks; $i++) {
$start = $i * $chunkSize
$end = [math]::Min($start + $chunkSize - 1, $totalSize - 1)
$headers = @{
"Range" = "bytes=$start-$end"
}
$chunkResponse = Invoke-WebRequest -Uri $url -Headers $headers -Method Get
$chunkData = $chunkResponse.Content
# 以追加模式写入文件
[System.IO.File]::WriteAllBytes($destinationFile, $chunkData)
}
Write-Host "dowonload ok"
}
# 指定文件路径
$filePath = "D:\CmiiDeployOffline\ZheJiangErJiPingTai\all-gzip-image-list.txt"
# 指定下载的目标目录
$destinationFolder = "D:\CmiiDeployOffline\ZheJiangErJiPingTai"
$oss_prefix_url="https://oss.demo.uavcmlc.com/cmlc-installation/6.1.1/"
# 创建目标目录（如果不存在）
#if (-not (Test-Path $destinationFolder)) {
# New-Item -ItemType Directory -Path $destinationFolder
#}
#Write-Host "[DLTU] - 开始下载镜像压缩文件"
Write-Host ""
# 读取文件并下载每一行的 URL
Get-Content $filePath | ForEach-Object {
$url = $_
Write-Host "start to download $oss_prefix_url$url"
$fileName = Join-Path $destinationFolder $url
Write-Host $fileName
DownloadFileInChunks -url $oss_prefix_url$url -destinationFile $fileName -chunkSizeGB 0.1
# Invoke-WebRequest -Uri $oss_prefix_url$url -OutFile $fileName
Write-Host ""
}

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golang版本的代码如下
func ImageFullNameToScriptGzipName(imageName string) (scriptGzipName string) {
// harbor.cdcyy.cn/cmii/cmii-uav-platform:6.2.0-gz-121101-arm ==> cmii-uav-user=6.2.0-gz-121101-arm=2025-12-11=968.tar.gz
// nginx:latest ==> nginx=latest=2025-12-11=968.tar.gz
// bitnami/minio:2022.5.4 ==> minio=2022.5.4=2025-12-11=968.tar.gz
// simonrupf/chronyd:0.4.3 ==> chronyd=0.4.3=2025-12-11=968.tar.gz
// ossrs/srs:v5.0.1 ==> srs=v5.0.1=2025-12-11=968.tar.gz
// rancher/fleet:v0.3.4 ==> fleet=v0.3.4=2025-12-11=968.tar.gz
// 提取镜像名（去除仓库路径）
var shortName string
if strings.Contains(imageName, "/") {
parts := strings.Split(imageName, "/")
shortName = parts[len(parts)-1] // 获取最后一个部分
} else {
shortName = imageName
}
// 分离镜像名和标签
var name, tag string
if strings.Contains(shortName, ":") {
parts := strings.Split(shortName, ":")
name = parts[0]
tag = parts[1]
} else {
name = shortName
tag = "latest"
}
// 获取当前日期 (YYYY-MM-DD)
currentDate := time.Now().Format("2006-01-02")
// 生成 100-999 的随机数
randomNum := 100 + rand.Intn(900) // rand.Intn(900) 生成 0-899，加100得到 100-999
// 组合成最终格式: name=tag=date=random.tar.gz
scriptGzipName = fmt.Sprintf("%s=%s=%s=%d", name, tag, currentDate, randomNum)
return scriptGzipName
}
linux脚本下面的旧的函数如下
get_image_tar_name() {
# harbor.cdcyy.com.cn/cmii/cmii-uav-oauth:4.1.6
ImageName=$(echo $UploadImageName | cut -d ":" -f1 | cut -d"/" -f3)
ImageTag=$(echo $UploadImageName | cut -d ":" -f2)
local currentDate=$(date +'%Y-%m-%d')
local random_number=$((RANDOM % 900 + 100))
ImageTarName="$ImageName=$ImageTag=$currentDate=$random_number.tar.gz"
}
请修改上面的内容，golang和shell脚本都需要更新，效果应该是统一的
最终镜像的格式应该为
1. harbor.cdcyy.com.cn/cmii/cmii-uav-oauth:4.1.6 => cmii=cmii-uav-oauth=4.1.6=<实际镜像的arch>=YYYY-MM-DD=XXX.tar.gz
2. nginx:latest ==> docker=nginx=latest=<实际镜像的arch>=2025-12-11=968.tar.gz
3. bitnami/minio:2022.5.4 ==> bitnami=minio=2022.5.4=<实际镜像的arch>=2025-12-11=968.tar.gz
4. simonrupf/chronyd:0.4.3 ==> simonrupf=chronyd=0.4.3=<实际镜像的arch>=2025-12-11=968.tar.gz
5. rancher/fleet:v0.3.4 ==> rancher=fleet=<实际镜像的arch>==v0.3.4=2025-12-11=968.tar.gz
<实际镜像的arch>需要查看镜像的详细信息（docker inspect命令类似）获取

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