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cf_speedtest.sh
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cf_speedtest.sh
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#!/bin/sh
# 一般配置常量， 可按需更改
PING_COUNT=100 #丢包率和延迟率测试时单个ping检测次数, 缺省100次，次数越高准确度越高但是耗时越长。建议调整为20-100
TARGET_IPS=20 #目标IP数:缺省20
EXPECT_BANDWIDTH=20 #期望的最小带宽(单位)缺省20M
ALGORITHM=1 #算法：1. 直接从cloudflare官网全IP库中拉取IP池； 2. 从udpfile.com过滤过的IP库中拉取IP池
POOL_COMBINE=yes #是否启用与现有生效的代理池订阅进行合并(yes/no)，启用后注意各代理节点命名不能有重复，否则本地转换时会出错
SAMPLE_IPS=1000 #每次测试用到的IP池大小,可根据设备性能和网络情况调整，一般无需更改
SPEED_THREAD_NUMBER=5 #带宽测速度的线程数,缺省5，加大线程数可加快测试速度。可根据实际物理带宽和EXPECT_BANDWIDTH期望带宽做调整
#如果物理带宽是200M，期望带宽是20M最大值可以调为5=200/20
STATUS_THREAD_NUMBER=100 #进行丢包率和节点有效性检测的线程数，缺省100，可按实际性能做调整，一般不需要改
SCHEDULE="30 */6 * * *" #计划任务 (由于crontab版本不同，各个平台计划任务的格式可能会稍有差异，按实际情况填写)
GHPROXY='https://ghproxy.com/' #github代理网址,直接访问gihub有问题的可以用这个
PREF_INI_URL="${GHPROXY}https://gist.githubusercontent.com/hansyao/e00678003f4eea63b219217638582414/raw/cloudflare.ini" #远程规则文件,可按需替换
TEMP_DIR='/tmp/mytemp' #临时文件路径(无需更改)
PREF_INI="${TEMP_DIR}/cloudflare.ini" #本地规则文件，如PREF_INI_URL未定义，则抓取PREF_INI本地规则
POOL="${TEMP_DIR}/main_cloudflare.yaml" #脚本自动生成的转换规则前的代理池文件路径
CLASH_CONFIG="${TEMP_DIR}/clash_cloudflare_final.yaml" #脚本自动规则转换后的的代理池文件路径
WWW_PATH='/var/www/html/' #VPS服务器上的web路径，如需要外网访问需要将其路径填写在这里
CLASH_ENABLE=yes #是否应用clash(yes/no), 填no不进行规则转换, opewrt填no同时不应用到配置文件
PASSWALL_ENABLE=yes #是否应用passwall(yes/no), openwrt适用，填no不用passwall
SPEED_TEST=yes #是否启用带宽测速(yes/no)
PACK_LOSS_TEST=no #是否启用丢包率测试(yes/no), 注意丢包率高的未必测速带宽低，具体按实际情况调整
CONVERTER_ENABLE=yes #是否进行规则转换并生成自己的私有订阅链接方便应用到其他代理客户端(必须先开启gist)
GIST_TOKEN= #授予gist权限的github密钥，如不上传留空即可
REMOTE_NAME='cloudflare' #上传到gist上的文件名,按需更改
RULE_PATH_OPENCLASH=/etc/openclash/config #OpenClash配置文件路径(OpenClash缺省，一般无需更改)
RULE_PATH_MERLINCLASH=/koolshare/merlinclash/yaml_bak #梅林路由器clash文件配置文件路径(Merlin koolshare Clash缺省，一般无需更改)
RULE_PATH_OTHERS=${WWW_PATH} #其他服务器clash文件配置文件路径(按需更改为自己的配置文件所在路径)
POOL_COMBINED_CONF="${TEMP_DIR}/pool_combined.yaml" #代理池合并后的文件路径(无需更改)
# 不同客户端规则转换(yes/no， 必须开启gist)
CONVERT_clash=no
CONVERT_clashr=no
CONVERT_quan=no
CONVERT_quanx=no
CONVERT_loon=no
CONVERT_mellow=no
CONVERT_surfboard=no
CONVERT_surge2=no
CONVERT_surge3=no
CONVERT_surge4=yes
CONVERT_v2ray=no
CONVERT_mixed=no
# 上传Github gist用到的全局变量, 以下变量都由脚本自动生成无需更改
DESC_JSON="${TEMP_DIR}/gist.json"
RESPONSE="${TEMP_DIR}/gist_response.json"
GIST_ID_main=
GIST_ID_clash=
GIST_ID_clashr=
GIST_ID_quan=
GIST_ID_quanx=
GIST_ID_loon=
GIST_ID_mellow=
GIST_ID_surfboard=
GIST_ID_surge2=
GIST_ID_surge3=
GIST_ID_surge4=
GIST_ID_v2ray=
GIST_ID_mixed=
# 代理池，改称自己的，如有多个代理每个配置一行按照格式填写即可（注：命名规则: VPS1_美国_CF加速 >>>CF加速字样和分组规则相对应，'vp1'为你的vps名称, '美国'为其他关键字，括号内的'${ID}'不要改）
function pool_generate() {
local SERVER=$1
local ID=$2
echo -e " - {name: VPS1_美国_CF加速(${ID}), server: ${SERVER}, port: 443, type: vmess, uuid: xxxx-xxxx-xxxx-xxxx-0000xxxx, alterId: 0, cipher: auto, tls: true, skip-cert-verify: false, network: ws, ws-path: /PrVbmadf, ws-headers: {Host: your.cloudflare.workers.dev}}"
}
urlencode() {
local data
if [ "$#" -eq 1 ]; then
data=$(curl -s -o /dev/null -w %{url_effective} --get --data-urlencode "$1" "")
if [ ! -z "$data" ]; then
echo "$(echo ${data##/?} |sed 's/\//%2f/g' |sed 's/:/%3a/g' |sed 's/?/%3f/g' \
|sed 's/(/%28/g' |sed 's/)/%29/g' |sed 's/\^/%5e/g' |sed 's/=/%3d/g' \
|sed 's/|/%7c/g' |sed 's/+/%20/g')"
fi
fi
}
parse_json_simple(){
local JSON=$1
local KEY=$2
local VALUE=$(echo "$1" | sed 's/.*"'${KEY}'":\([^,}]*\).*/\1/')
echo "${VALUE}" | sed 's/\"//g'
}
function openwrt_env() {
local RE1=0
local RE2=0
which uci
if [[ $? -ne 0 ]]; then
echo -e "未找到uci工具， 开始安装源依赖"
opkg install ca-certificates wget
opkg update
opkg install uci
if [[ $? -gt 0 ]]; then
echo "uci安装失败, 请手工安装后继续！"
local RE1=1
fi
fi
which shuf
if [[ $? -ne 0 ]]; then
opkg install coreutils-shuf
opkg install ca-certificates wget
opkg update
opkg install coreutils-shuf
if [[ $? -gt 0 ]]; then
echo "shuf安装失败, 请手工安装后继续！"
local RE2=1
fi
fi
if [[ ${RE1} -eq 0 && ${RE1} -eq 0 ]]; then
return 0
else
return 1
fi
}
function passwall_config() {
local POOL=$1
echo -e "删除现有UUID重复的配置"
local UUID_LIST=$(cat "${POOL}" | sed "1d" | awk -F "uuid:" '{print $2}' | awk -F "," '{print $1}' \
| sed 's/^[ \t]*//g' | sed 's/[ \t]*$//g' | sort | uniq)
local CURRENT_NODES=$(uci show passwall | grep uuid=)
echo -e "${CURRENT_NODES}" | while read LINE && [[ -n "${LINE}" ]]
do
local NODE_ID=$(echo -e ${LINE} | cut -d "." -f2)
local UUID=$(echo -e ${LINE} | cut -d "'" -f2)
if [[ -n "$(echo -e "${UUID_LIST}" | grep "${UUID}")" ]]; then
uci delete passwall.${NODE_ID}
fi
done
uci commit passwall
unset LINE
echo -e "清空负载均衡节点配置"
local PROXY_LIST_NUM=$(uci show passwall | grep haproxy_config | tail -n 1| sed "s/^.*\[//g"| sed "s/\].*//g")
while [[ ${PROXY_LIST_NUM} -ge 0 ]]
do
uci delete passwall.@haproxy_config[${PROXY_LIST_NUM}]
local PROXY_LIST_NUM=$((PROXY_LIST_NUM -1))
done
uci commit passwall
echo -e "清空负载均衡中继节点配置"
uci show passwall | grep 127.0.0.1 | cut -d "." -f1,2 | while read LINE && [[ -n "${LINE}" ]]
do
uci delete "${LINE}"
done
uci commit passwall
unset LINE
echo -e "清空负载均衡全局配置"
local HAPROXY_GLOBAL_NUM=$(uci show passwall | grep global_haproxy | tail -n 1| sed "s/^.*\[//g"| sed "s/\].*//g")
while [[ ${HAPROXY_GLOBAL_NUM} -ge 0 ]]
do
uci delete passwall.@global_haproxy[${PROXY_LIST_NUM}]
local HAPROXY_GLOBAL_NUM=$((HAPROXY_GLOBAL_NUM -1))
done
uci commit passwall
echo -e "创建haproxy负载均衡中继节点"
local PORT=1181
echo -e "$(pool_generate)" | while read LINE && [[ -n "${LINE}" ]]
do
local LINE=$(echo -e "${LINE}" | sed "s/.*name/name/g" | sed "s/}$//g" | sed "s/{/,/g" \
| sed "s/}$//g" | sed "s/,/\\n/g" | sed 's/^[ \t]*//g' | sed 's/[ \t]*$//g')
local SERVER_NAME=$(echo -e "${LINE}" | grep -i name: | awk '{print $2}' | sed "s/()//g")
local NODE_ID=$(cat /proc/sys/kernel/random/uuid | md5sum |cut -c 1-32)
local PROTOCOL=$(echo -e "${LINE}" | grep type: | awk '{print $2}')
if [[ "${PROTOCOL}" == 'vmess' ]]; then
local TYPE='V2ray'
elif [[ "${PROTOCOL}" == 'vless' ]]; then
local TYPE='V2ray'
elif [[ "${PROTOCOL}" == 'ss' ]]; then
local TYPE='Shadowsocks'
elif [[ "${PROTOCOL}" == 'ssr' ]]; then
local TYPE='ShadowsocksR'
elif [[ "${PROTOCOL}" == 'trojan' ]]; then
local TYPE='Trojan-Plus'
else
echo -e "不支持的协议"
continue
fi
uci set passwall.${NODE_ID}=nodes
uci set passwall.${NODE_ID}.add_mode="CF自动测速"
uci set passwall.${NODE_ID}.remarks="负载均衡 ${SERVER_NAME}"
uci set passwall.${NODE_ID}.type="${TYPE}"
uci set passwall.${NODE_ID}.protocol="${PROTOCOL}"
uci set passwall.${NODE_ID}.port="${PORT}"
uci set passwall.${NODE_ID}.encryption=none
uci set passwall.${NODE_ID}.uuid=$(echo -e "${LINE}" | grep -i uuid: | awk '{print $2}')
uci set passwall.${NODE_ID}.level=1
uci set passwall.${NODE_ID}.cipher=$(echo -e "${LINE}" | grep -i cipher: | awk '{print $2}')
uci set passwall.${NODE_ID}.alter_id=$(echo -e "${LINE}" | grep -i alterId: | awk '{print $2}')
uci set passwall.${NODE_ID}.stream_security=tls
uci set passwall.${NODE_ID}.tls_serverName=$(echo -e "${LINE}" | grep -i Host: | awk '{print $2}')
uci set passwall.${NODE_ID}.transport=$(echo -e "${LINE}" | grep -i network: | awk '{print $2}')
uci set passwall.${NODE_ID}.ws_host=$(echo -e "${LINE}" | grep -i Host: | awk '{print $2}')
uci set passwall.${NODE_ID}.tls_serverName=$(echo -e "${LINE}" | grep -i Host: | awk '{print $2}')
uci set passwall.${NODE_ID}.tls_allowInsecure=1
uci set passwall.${NODE_ID}.security=$(echo -e "${LINE}" | grep -i cipher: | awk '{print $2}')
uci set passwall.${NODE_ID}.is_sub=0
uci set passwall.${NODE_ID}.password=$(echo -e "${LINE}" | grep -i password: | awk '{print $2}')
uci set passwall.${NODE_ID}.ws_path=$(echo -e "${LINE}" | grep -i ws-path: | awk '{print $2}')
uci set passwall.${NODE_ID}.mux=1
uci set passwall.${NODE_ID}.mux_concurrency=8
uci set passwall.${NODE_ID}.address=127.0.0.1
echo -e "$SERVER_NAME" "${PORT}"
echo -e "$SERVER_NAME\`${PORT}" >>"${TEMP_DIR}/main_server.txt"
local PORT=$(( ${PORT} + 1))
done
unset LINE
echo -e "写入haproxy负载均衡全局设置"
local HAPROXY_GLOBAL_NODE=$(uci add passwall global_haproxy)
uci set passwall."${HAPROXY_GLOBAL_NODE}".balancing_enable=1
uci set passwall."${HAPROXY_GLOBAL_NODE}".console_port=1199
uci commit passwall
echo -e "开始写入passwall配置"
local i=1
cat "${POOL}" | sed "1d" | while read PROXY && [[ -n "${PROXY}" ]]
do
local NODE_ID=$(cat /proc/sys/kernel/random/uuid | md5sum |cut -c 1-32)
local PROXY=$(echo -e "${PROXY}" | sed "s/.*name/name/g" | sed "s/}$//g" | sed "s/{/,/g" \
| sed "s/}$//g" | sed "s/,/\\n/g" | sed 's/^[ \t]*//g' | sed 's/[ \t]*$//g')
local SERVER_NAME=$(echo -e "${PROXY}" | grep -i name: | awk '{print $2}')
local SERVER_IP=$(echo -e "${PROXY}" | grep -i server: | awk '{print $2}')
local PORT=$(echo -e "${PROXY}" | grep -i port: | awk '{print $2}')
local PROTOCOL=$(echo -e "${PROXY}" | grep type: | awk '{print $2}')
if [[ "${PROTOCOL}" == 'vmess' ]]; then
local TYPE='V2ray'
elif [[ "${PROTOCOL}" == 'vless' ]]; then
local TYPE='V2ray'
elif [[ "${PROTOCOL}" == 'ss' ]]; then
local TYPE='Shadowsocks'
elif [[ "${PROTOCOL}" == 'ssr' ]]; then
local TYPE='ShadowsocksR'
elif [[ "${PROTOCOL}" == 'trojan' ]]; then
local TYPE='Trojan-Plus'
else
echo -e "不支持的协议"
continue
fi
echo -e "添加节点 ${SERVER_IP}:${PORT} 并加入haproxy负载均衡"
uci set passwall.${NODE_ID}=nodes
uci set passwall.${NODE_ID}.add_mode="CF自动测速"
uci set passwall.${NODE_ID}.remarks="${SERVER_NAME}"
uci set passwall.${NODE_ID}.type="${TYPE}"
uci set passwall.${NODE_ID}.protocol="${PROTOCOL}"
uci set passwall.${NODE_ID}.port="${PORT}"
uci set passwall.${NODE_ID}.encryption=none
uci set passwall.${NODE_ID}.uuid=$(echo -e "${PROXY}" | grep -i uuid: | awk '{print $2}')
uci set passwall.${NODE_ID}.level=1
uci set passwall.${NODE_ID}.cipher=$(echo -e "${PROXY}" | grep -i cipher: | awk '{print $2}')
uci set passwall.${NODE_ID}.alter_id=$(echo -e "${PROXY}" | grep -i alterId: | awk '{print $2}')
uci set passwall.${NODE_ID}.stream_security=tls
uci set passwall.${NODE_ID}.tls_serverName=$(echo -e "${PROXY}" | grep -i Host: | awk '{print $2}')
uci set passwall.${NODE_ID}.transport=$(echo -e "${PROXY}" | grep -i network: | awk '{print $2}')
uci set passwall.${NODE_ID}.ws_host=$(echo -e "${PROXY}" | grep -i Host: | awk '{print $2}')
uci set passwall.${NODE_ID}.tls_serverName=$(echo -e "${PROXY}" | grep -i Host: | awk '{print $2}')
uci set passwall.${NODE_ID}.tls_allowInsecure=1
uci set passwall.${NODE_ID}.security=$(echo -e "${PROXY}" | grep -i cipher: | awk '{print $2}')
uci set passwall.${NODE_ID}.is_sub=0
uci set passwall.${NODE_ID}.password=$(echo -e "${PROXY}" | grep -i password: | awk '{print $2}')
uci set passwall.${NODE_ID}.ws_path=$(echo -e "${PROXY}" | grep -i ws-path: | awk '{print $2}')
uci set passwall.${NODE_ID}.mux=1
uci set passwall.${NODE_ID}.mux_concurrency=8
uci set passwall.${NODE_ID}.address="${SERVER_IP}"
local SERVER_NAME=$(echo -e "${SERVER_NAME}" | sed "s/(.*$//g")
local HAPROXY_PORT=$(cat "${TEMP_DIR}/main_server.txt" | grep -E "^${SERVER_NAME}\`" | awk -F '`' '{print $2}')
local HAPROXY_NODE=$(uci add passwall haproxy_config)
if [[ ${i} -le 6 ]]; then
local LBWEIGHT=20
local BACKUP=0
else
local LBWEIGHT=5
local BACKUP=1
fi
uci set passwall.${HAPROXY_NODE}.enabled=1
uci set passwall.${HAPROXY_NODE}.lbort=${PORT}
uci set passwall.${HAPROXY_NODE}.haproxy_port=${HAPROXY_PORT}
uci set passwall.${HAPROXY_NODE}.lbweight=${LBWEIGHT}
uci set passwall.${HAPROXY_NODE}.export=1
uci set passwall.${HAPROXY_NODE}.backup=${BACKUP}
uci set passwall.${HAPROXY_NODE}.lbss="${SERVER_IP}:${PORT}"
let i++
done
uci commit passwall
rm -f "${TEMP_DIR}/main_server.txt"
unset i
}
blue(){
echo -e "\033[34m\033[01m$1\033[0m"
}
green(){
echo -e "\033[32m\033[01m$1\033[0m"
}
red(){
echo -e "\033[31m\033[01m$1\033[0m"
}
function dec2bin() {
local num=$1
local rem=1
local bno=" "
while [[ ${num} -gt 0 ]]
do
local rem=$(( $num % 2 ))
local bno=$bno$rem
local num=$(( $num / 2 ))
done
local i=${#bno}
local final=" "
while [[ $i -gt 0 ]]
do
local rev=`echo $bno | awk '{ printf substr( $0,'$i',1 ) }'`
local final=$final$rev
local i=$(( $i - 1 ))
done
echo "$final" | sed -e 's/^[ ]*//g' | sed -e 's/[ ]*$//g'
}
function bin2dec() {
bino=$1
local len=${#bino}
local i=1
local pow=$((len - 1 ))
while [ $i -le $len ]
do
local n=`echo $bino | awk '{ printf substr( $0,'$i',1 )}' `
local j=1
local p=1
while [ $j -le $pow ]
do
p=$(( p * 2 ))
j=$(( j + 1 ))
done
local dec=$(( n * p ))
local findec=$(( findec + dec ))
local pow=$((pow - 1 ))
local i=$(( i + 1 ))
done
echo "$findec" | sed -e 's/^[ ]*//g' | sed -e 's/[ ]*$//g'
}
function reverse_chars() {
awk '{ for (i=length($0);i>0;i--) {printf substr($0,i,1)}; printf"\n"}'
}
function bit_calc() {
local a=$(echo -e "$1" | sed -e 's/^[ ]*//g' | sed -e 's/[ ]*$//g')
local OPT=$2
local b=$(echo -e "$3" | sed -e 's/^[ ]*//g' | sed -e 's/[ ]*$//g')
local output=$4
echo -e "${a}" >${TEMP_DIR}/a.txt
echo -e "${b}" >${TEMP_DIR}/b.txt
local max_len=$(( ${#a}> ${#b} ? ${#a} :${#b} ))
local a1
while read -n 1 char && [[ -n "${char}" ]]
do
local a1="${char}\\n${a1}"
let i++
done <${TEMP_DIR}/a.txt
a=$(echo -e "${a1}" | grep -v "^$")
# echo -e "${a}"
local b1
while read -n 1 char && [[ -n "${char}" ]]
do
b1="${char}\\n${b1}"
let i++
done <${TEMP_DIR}/b.txt
b=$(echo -e "${b1}" | grep -v "^$")
# echo -e "${b}"
local i=1
local final
while [[ ${i} -le ${max_len} ]]
do
a1=$(echo -e "${a}" | sed -n "${i}p")
b1=$(echo -e "${b}" | sed -n "${i}p")
if [[ -z ${a1} ]]; then local a1=0; fi
if [[ -z ${b1} ]]; then local b1=0; fi
if [[ "$OPT" == '|' ]]; then
if [[ ${a1} -eq 1 || ${b1} -eq 1 ]]; then
local result=1
else
local result=0
fi
elif [[ "$OPT" == '&' ]]; then
if [[ $a1 -eq 1 && $b1 -eq 1 ]]; then
local result=1
else
local result=0
fi
elif [[ "$OPT" == '^' ]]; then
if [[ $a1 -eq $b1 ]]; then
local result=1
else
local result=0
fi
else
return 1
fi
final="${result}${final}"
let i++
done
if [[ "${output}" == 'dec' ]]; then
bin2dec $(echo -e "$final" | xargs echo -n \
| sed -e 's/^[ ]*//g' | sed -e 's/[ ]*$//g')
else
echo -e "$final" | xargs echo -n \
| sed -e 's/^[ ]*//g' | sed -e 's/[ ]*$//g'
fi
}
function serials_num_generate() {
local START=$1
local END=$2
local FINAL
while [[ ${START} -le ${END} ]]
do
local FINAL="${FINAL} ${START}"
let START++
done
echo $FINAL
}
function prefix_to_bit_netmask() {
local prefix=$1;
local shift=$(( 32 - prefix ));
local bitmask=""
local i=0
while [[ ${i} -lt 32 ]]
do
local num=0
if [ $i -lt $prefix ]; then
local num=1
fi
local space=
if [ $(( i % 8 )) -eq 0 ]; then
space=" ";
fi
local bitmask="${bitmask}${space}${num}"
let i++
done
echo -e "$bitmask" | sed "s/\ /\\n/g" | grep -v '^$' >"${TEMP_DIR}/bitmask.txt"
echo -e "$bitmask"
unset i
}
function bit_netmask_to_wildcard_netmask() {
local wildcard_mask=
while read octect && [[ -n "${octect}" ]]
do
local octet=$(bin2dec ${octect})
local wildcard_mask="${wildcard_mask} $(( 255 - $octet ))"
done < "${TEMP_DIR}/bitmask.txt"
echo $wildcard_mask;
}
function check_net_boundary() {
local net=$1;
local wildcard_mask=$2;
local is_correct=1
local i=1
while [[ ${i} -le 4 ]]
do
local net_octet=$(echo $net | cut -d '.' -f $i)
local mask_octet=$(bit_netmask_to_wildcard_netmask | cut -d ' ' -f $i)
if [ $mask_octet -gt 0 ]; then
if [[ $(bit_calc "$(dec2bin $net_octet)" '&' \
"$(dec2bin $mask_octet)" 'dec') -ne 0 ]]; then
local is_correct=0;
fi
fi
let i++
done
echo $is_correct
unset i
}
function help_cidr_to_ips() {
echo ""
echo "转换CIDR规则地址为IP列表.
使用方法：
cidr_to_ips [OPTION(only one)] [STRING/FILENAME]
详细说明:
-h 显示帮助
-i 输入文件路径
-o 输出结果的文件路径
-l 输入CIDR列表(逗号分隔)
-f 强制检查network boundary
-i 从文件中读取 (不检查network boundary)
-b 从文件中读取 (同时检查network boundary)
举例:
cidr_to_ips -l 192.168.0.1/24
cidr-to-ips -l 192.168.0.1/24,10.10.0.0/28
cidr-to-ips -f 192.168.0.0/16
cidr-to-ips -i inputfile.txt
cidr-to-ips -b inputfile.txt
"
}
function cidr_to_ips() {
OPTIND=1
local START_TIME=$(date +%s)
local TEMP_DIR=${TEMP_DIR}
if [[ ! -d ${TEMP_DIR} ]]; then mkdir -p ${TEMP_DIR}; fi
while getopts 'fl:i:b:o:h' OPT
do
case $OPT in
f) local force='f';;
i) local INPUT_FILE=$OPTARG;;
b) local INPUT_FILE=$OPTARG; force='b';;
o) local OUTPUT_FILE=$OPTARG;;
l) local CIDR_LIST=$OPTARG;;
h) help_cidr_to_ips; exit;;
?) help_cidr_to_ips; exit;;
esac
done
echo -e "开始转换以下CIDR地址:"
cat "${INPUT_FILE}"
echo -e "\\n"
rm -f "${OUTPUT_FILE}"
if [[ -n "${CIDR_LIST}" ]]; then
echo -e "${CIDR_LIST}" | sed "s/,/\\n/g" >${INPUT_FILE}
fi
while read ip && [[ -n "${ip}" ]]
do
local net=$(echo $ip | cut -d '/' -f 1);
local prefix=$(echo $ip | cut -d '/' -f 2);
local do_processing=1
local bit_netmask=$(prefix_to_bit_netmask $prefix)
local wildcard_mask=$(bit_netmask_to_wildcard_netmask "$bit_netmask")
local is_net_boundary=$(check_net_boundary $net "$wildcard_mask")
if [[ "$force" = 'f' && $is_net_boundary -ne 1 \
|| "$force" = 'b' && $is_net_boundary -ne 1 ]]; then
read -p "Not a network boundary! Continue anyway (y/N)? " -n 1 -r
echo ## move to a new line
if [[ $REPLY =~ ^[Yy]$ ]]; then
local do_processing=1
else
local do_processing=0
fi
fi
if [[ $do_processing -eq 1 ]]; then
local str=
local i=1
while [[ ${i} -le 4 ]]
do
local range=$(echo $net | cut -d '.' -f $i)
local mask_octet=$(echo $wildcard_mask | cut -d ' ' -f $i)
if [[ "$mask_octet" -gt 0 ]]; then
local range="{$range..$(bit_calc "$(dec2bin $range)" '|' \
"$(dec2bin $mask_octet)" 'dec')}"
fi
local str="${str} $range"
let i++
done
echo -e "${str}" | while read a b c d
do
if [[ -n "$(echo "${a}" | grep '{')" ]]; then
local start_num=$(echo "${a}" | cut -d "{" -f2 \
| cut -d "." -f1 )
local end_num=$(echo "${a}" | cut -d "}" -f1 \
| awk -F "." '{print $(NF)}')
serials_num_generate $start_num $end_num \
| sed "s/\ /\\n/g" >${TEMP_DIR}/a.txt
else
echo "${a}" >${TEMP_DIR}/a.txt
fi
if [[ -n "$(echo "${b}" | grep '{')" ]]; then
local start_num=$(echo "${b}" | cut -d "{" -f2 \
| cut -d "." -f1 )
local end_num=$(echo "${b}" | cut -d "}" -f1 \
| awk -F "." '{print $(NF)}')
serials_num_generate $start_num $end_num \
| sed "s/\ /\\n/g" >${TEMP_DIR}/b.txt
else
echo "${b}" >${TEMP_DIR}/b.txt
fi
if [[ -n "$(echo "${c}" | grep '{')" ]]; then
local start_num=$(echo "${c}" | cut -d "{" -f2 \
| cut -d "." -f1 )
local end_num=$(echo "${c}" | cut -d "}" -f1 \
| awk -F "." '{print $(NF)}')
serials_num_generate $start_num $end_num \
| sed "s/\ /\\n/g" >${TEMP_DIR}/c.txt
else
echo "${c}" >${TEMP_DIR}/c.txt
fi
if [[ -n "$(echo "${d}" | grep '{')" ]]; then
local start_num=$(echo "${d}" | cut -d "{" -f2 \
| cut -d "." -f1 )
local end_num=$(echo "${d}" | cut -d "}" -f1 \
| awk -F "." '{print $(NF)}')
serials_num_generate $start_num $end_num \
| sed "s/\ /\\n/g" >${TEMP_DIR}/d.txt
else
echo "${d}" >${TEMP_DIR}/d.txt
fi
while read a && [[ -n ${a} ]]
do
while read b && [[ -n ${b} ]]
do
while read c && [[ -n ${c} ]]
do
while read d && [[ -n ${d} ]]
do
awk '{print "'${a}.'" "'${b}.'" "'${c}.'" $0}' \
>>"${OUTPUT_FILE}"
green "+\\c"
done < ${TEMP_DIR}/d.txt
done < ${TEMP_DIR}/c.txt
done < ${TEMP_DIR}/b.txt
done < ${TEMP_DIR}/a.txt
done
else
exit
fi
done < "${INPUT_FILE}"
echo -e "\033[0m"
END_TIME=$(date +%s)
echo -e "CIDR转IP列表运行总耗时 $((${END_TIME} - ${START_TIME})) 秒"
echo -e "共转换为 $(cat ${OUTPUT_FILE} | wc -l)个 IP地址， 转换后的IP列表保存在: ${OUTPUT_FILE}"
}
function check_ip() {
local IP=$1
local VALID_CHECK=$(echo ${IP} \
| awk -F. '$1<=255&&$2<=255&&$3<=255&&$4<=255{print "yes"}')
local RULE="^[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}$"
if [[ -n "$(echo -e ${IP} | grep -E ${RULE})" ]]; then
if [[ "${VALID_CHECK}" == "yes" ]]; then
echo "IP ${IP} available."
else
echo "IP ${IP} not available!"
fi
else
echo "IP format error!"
fi
}
function get_cf_ip_list_udp() {
local META=$(curl -s https://speed.cloudflare.com/meta)
local ASN=$(parse_json_simple "${META}" asn)
local CITY=$(parse_json_simple "${META}" city)
local COUNTRY=$(parse_json_simple "${META}" country)
# 获取udpfile配置文件
local UDPFILE_CONF=$(curl -s --ipv4 --retry 3 \
https://service.udpfile.com\?asn\="${ASN}"\&city="${CITY}")
if [[ -z "${UDPFILE_CONF}" ]]; then
echo -e "CF解析节点获取失败， 退出任务"
exit 1
fi
echo -e "${UDPFILE_CONF}" >"${TEMP_DIR}/udpfile.txt"
# 获取cloudflare CDN IP列表
echo -e "${UDPFILE_CONF}" | sed '1,4d'
}
function get_cf_ip_list_official() {
local IP_LIST_FILE=$1
curl https://ghproxy.com/https://raw.githubusercontent.com/hansyao/breakwall/master/cf_ip_database.txt \
-o ${IP_LIST_FILE}
echo -e "检查cloudflare IP库是否下载成功"
if [[ -n "$(check_ip $(cat ${IP_LIST_FILE} | head -n 1) \
| grep -E "(error|not available)")" ]]; then
echo -e "cloudflare IP库下载失败，开始从cloudflare官网拉取CIDR规则文件进行本地转换"
echo -e "(转换结果会缓存为临时文件，除非设备重启，下次不会再重新转换)"
echo -e "本地转换耗时较长，请耐心等待......"
rm -f ${IP_LIST_FILE}
curl -s https://www.cloudflare.com/ips-v4 >${TEMP_DIR}/cf_cidr_list.txt
cidr_to_ips -i "${TEMP_DIR}/cf_cidr_list.txt" -o ${IP_LIST_FILE}
fi
}
function pack_loss_test() {
local CF_IP_LIST=$1
local PACK_LOSS_RESULT=$2
local EXPECT_IPS=$3
local PING_COUNT=${PING_COUNT}
local THREAD_NUMBER=${STATUS_THREAD_NUMBER}
local EXPECT_RATE=0
local TOTAL_IPS=$(echo -e "${CF_IP_LIST}" | wc -l)
echo "丢包率测试要求： ${PING_COUNT}次ping的丢包率<=${EXPECT_RATE}%"
local i=1
if [[ ${TOTAL_IPS} -lt ${THREAD_NUMBER} ]]; then
local j=1
else
local j=$(( ${TOTAL_IPS} / ${THREAD_NUMBER} ))
fi
local START_LINE=1
local END_LINE=$((${START_LINE} + ${THREAD_NUMBER} -1))
local PACK_RESULT_IPS=0
while [[ ${i} -le ${j} ]]
do
echo -e "${CF_IP_LIST}" | sed -n "${START_LINE},${END_LINE}p" \
>"${TEMP_DIR}/cf_ip_list.txt"
while read LINE && [[ -n "${LINE}" ]] && [[ ${PACK_RESULT_IPS} -lt ${EXPECT_IPS} ]]
do
{
if [[ -e ${PACK_LOSS_RESULT} ]]; then
local PACK_RESULT_IPS=$(cat ${PACK_LOSS_RESULT} | wc -l)
else
local PACK_RESULT_IPS=0
fi
if [[ ${PACK_RESULT_IPS} -gt ${EXPECT_IPS} ]]; then exit 0; fi
local PING_RESULT=$(ping -c ${PING_COUNT} -n -q "${LINE}")
local LOSS_RATE=$(echo -e "${PING_RESULT}" | grep "packet loss" | sed "s/,\ /\n/g" \
| grep "packet loss" | awk '{print $1}')
local DELAY=$(echo -e "${PING_RESULT}" | grep avg \
| awk -F "=" '{print $2}' | cut -d "/" -f2)
echo -e "${LOSS_RATE}(丢包率) ${DELAY}ms(${PING_COUNT}次ping平均延迟) ${LINE}"
if [[ $(echo "${LOSS_RATE}" | cut -d "%" -f1) -le ${EXPECT_RATE} ]]; then
echo -e "${LOSS_RATE}(丢包率) ${DELAY}ms(${PING_COUNT}次ping平均延迟) ${LINE}"\
>>"${PACK_LOSS_RESULT}"
fi
}&
if [[ -e ${PACK_LOSS_RESULT} ]]; then
local PACK_RESULT_IPS=$(cat ${PACK_LOSS_RESULT} | wc -l)
else
local PACK_RESULT_IPS=0
fi
done < "${TEMP_DIR}/cf_ip_list.txt"
wait
local START_LINE=$((${START_LINE} + ${THREAD_NUMBER}))
local END_LINE=$((${END_LINE} + ${THREAD_NUMBER}))
let i++
done
echo -e "筛选出 ${PACK_RESULT_IPS}个 节点IP地址满足丢包率小于或等于 ${EXPECT_RATE}"
}
function clash_config() {
local PREF_INI=$1
local POOL=$2
# 生成基本配置
local HEADER_CONF="${TEMP_DIR}/header.yaml"
cat > ${HEADER_CONF} <<EOF
port: 7890
socks-port: 7891
allow-lan: true
mode: Rule
log-level: silent
external-controller: 0.0.0.0:9090
EOF
# 生成代理组proxy_groups
local PROXY_GROUPS="${TEMP_DIR}/proxy_groups.yaml"
echo "proxy-groups:" >${PROXY_GROUPS}
cat "${PREF_INI}" | grep "^custom_proxy_group=" | while read LINE && [[ -n "${LINE}" ]]
do
local GROUP=$(echo -e "$LINE" | cut -d "=" -f2-)
local NAME=$(echo -e "${GROUP}" | awk -F "\`" '{print $1}')
local TYPE=$(echo -e "${GROUP}" | sed "s/${NAME}//g" | cut -d "\`" -f2)
local GROUP=$(echo -e "${GROUP}" | awk -F "\`" '{for (i=3;i<=NF;i++)printf("%s\t", $i);print ""}')
# 如果存在[]数组
local PROXY_GROUP1=$(echo -e "${GROUP}" | sed "s/\t/\n/g" | grep "\[]" | sed "s/\[]//g" \
| sed '/^[ ]*$/d' )
# 如果不存在[]数组
local PROXY_GROUP2=$(echo -e "${GROUP}" | sed "s/\t/\n/g" | grep -v "\[]" | sed "s/\[]//g")
if [[ -n "${PROXY_GROUP2}" ]]; then
local PROXY_LIST=$(cat ${POOL} | sed '1d' | awk -F "name:" '{print $2}' | cut -d "," -f1 \
| sed 's/^[ \t]*//g' | sed 's/[ \t]*$//g' | sed '/^[ ]*$/d' \
| grep -E "$(echo -e "${PROXY_GROUP2}" | sed -n '1p')")
fi
echo " - name: ${NAME}" >>${PROXY_GROUPS}
echo " type: ${TYPE}" >>${PROXY_GROUPS}
if [[ "${TYPE}" == 'url-test' || "${TYPE}" == 'load-balance' ]]; then
echo " url: $(echo -e "${PROXY_GROUP2}" | sed -n '2p')" >>${PROXY_GROUPS}
echo " interval: $(echo -e "${PROXY_GROUP2}" | sed -n '3p' \
| awk -F "," '{print $1}')" >>${PROXY_GROUPS}
echo " tolerance: $(echo -e "${PROXY_GROUP2}" | sed -n '3p' \
| awk -F "," '{print $(NF)}')" >>${PROXY_GROUPS}
fi
echo " proxies:" >>${PROXY_GROUPS}
echo -e "${PROXY_GROUP1} \\n ${PROXY_LIST}" \
| sed 's/^[ \t]*//g' | sed 's/[ \t]*$//g' | sed '/^[ ]*$/d' \
| awk '{print " - " $0}' >>${PROXY_GROUPS}
unset PROXY_LIST
done
# 生成规则表
local RULES="${TEMP_DIR}/tmp_rules.yaml"
local FINAL_RULES="${TEMP_DIR}/final_rules.yaml"
rm -f ${RULES}
cat "${PREF_INI}" | grep "^ruleset=" >${TEMP_DIR}/pref_tmp.ini
local i=1
while read LINE && [[ -n "${LINE}" ]]
do
unset GROUP
{
local LINE=$(echo -e "${LINE}" | cut -d "=" -f2)
local GROUP=$(echo -e "${LINE}" | cut -d "," -f1)
local URL=$(echo -e "${LINE}" | cut -d "," -f2)
if [[ -n "$(echo -e "$URL" | grep 'http')" ]]; then
echo "正在下载远程规则 ${URL}"
curl -s "${URL}" | grep -Ev "(^\ *$|\#)" | awk -F "," '{print $1","$2",""'"${GROUP}"'"","$3}' >"${TEMP_DIR}/split_rule_remote_${i}.txt"
else
echo "应用本地规则 ${LINE}"
echo -e $(echo -e "${LINE}" | cut -d "," -f2- | sed 's/\[]//g'),"${GROUP}" >"${TEMP_DIR}/split_rule_local_${i}.txt"
fi
}&
let i++
done < ${TEMP_DIR}/pref_tmp.ini
wait
local SPLIT_RULE_LIST=$(ls -l ${TEMP_DIR}/* | grep split_rule | awk '{print $(NF)}')
echo -e "${SPLIT_RULE_LIST}" | while read SPLIT_RULE && [[ -n "${SPLIT_RULE}" ]]
do
cat ${SPLIT_RULE} >>${RULES}
rm -f ${SPLIT_RULE}
done
echo -e "规则去重并移除不支持的规则格式"
sed -i "s/,$//g" ${RULES}
echo "rules:" >${FINAL_RULES}
local INCL="(DOMAIN\|DOMAIN\-KEYWORD\|DOMAIN\-SUFFIX\|GEOIP\|IP-CIDR\|IP-CIDR6\|FINAL\|PROCESS-NAME)"
cat ${RULES} | grep "${INCL}" | sed "s/FINAL,/MATCH,/g" \
| sort -n | uniq | awk '{print " - "$0}' >>${FINAL_RULES}
# 合并clash配置文件
cat >"${CLASH_CONFIG}"<< EOF
$(cat ${HEADER_CONF})
$(cat ${POOL})
$(cat ${PROXY_GROUPS})
$(cat ${FINAL_RULES})
EOF
}
function pool_combine() {
local POOL_CF=$1
local POOL_COMBINED_CONF=$2
if [[ -d "${RULE_PATH_OPENCLASH}" ]]; then
local PROXY_FILE_LIST=$(ls -l ${RULE_PATH_OPENCLASH}/* \
| grep -v $(echo -e "${CLASH_CONFIG}" | awk -F "/" '{print $(NF)}') \
| grep '\.yaml' | awk '{print $(NF)}')
elif [[ -d "${RULE_PATH_MERLINCLASH}" ]]; then
local PROXY_FILE_LIST=$(ls -l ${RULE_PATH_MERLINCLASH}/* \
| grep -v $(echo -e "${CLASH_CONFIG}" | awk -F "/" '{print $(NF)}') \
| grep '\.yaml' | awk '{print $(NF)}')
elif [[ -d "${RULE_PATH_OTHERS}" ]]; then
local PROXY_FILE_LIST=$(ls -l ${RULE_PATH_OTHERS}/* \
| grep -v $(echo -e "${CLASH_CONFIG}" | awk -F "/" '{print $(NF)}') \
| grep '\.yaml' | awk '{print $(NF)}')
fi
rm -f "${TEMP_DIR}/pool_combined_tmp.yaml"
cat "${POOL_CF}" | grep "\- {" >>"${TEMP_DIR}/pool_combined_tmp.yaml"
echo -e "${PROXY_FILE_LIST}" | while read PROXY_FILE && [[ -n "${PROXY_FILE}" ]]
do
cat "${PROXY_FILE}" | grep "\- {" >>"${TEMP_DIR}/pool_combined_tmp.yaml"
done
# 去重
echo "proxies:" >"${POOL_COMBINED_CONF}"
cat "${TEMP_DIR}/pool_combined_tmp.yaml" | sort -n | uniq >>"${POOL_COMBINED_CONF}"
rm -f "${TEMP_DIR}/pool_combined_tmp.yaml"
}
function speed_test() {
# 基本参数设置
local IP_LIST_FILE=/tmp/ip_list.txt
local TEMP_DIR=${TEMP_DIR}
local EXPECT_IPS=$1
local EXPECT_BANDWIDTH=$2
local ALGORITHM=$3
local SAMPLE_IPS=$4
local PACK_LOSS_TEST=$5
local SPEED_TEST=$6
local RESULT_FILE=$7
local SPEED_THREAD_NUMBER=${SPEED_THREAD_NUMBER}
local STATUS_THREAD_NUMBER=${STATUS_THREAD_NUMBER}
local BASEPATH=$(cd `dirname $0`; pwd)
# 环境初始化
local START_TIME=$(date +%s)
if [[ ${ALGORITHM} -eq 1 ]]; then
echo -e "执行获取节点IP算法一： 直接从cloudflare官方获取"
# 第一步 将Cloudflare的IP段生成IP地址清单
echo -e "开始检查Cloudflarae IP库"
if [[ ! -e "${IP_LIST_FILE}" ]]; then
echo -e "未发现cloudflare本地IP库， 开始远程下载"
get_cf_ip_list_official "${IP_LIST_FILE}"
else
if [[ -n "$(check_ip $(cat ${IP_LIST_FILE} | head -n 1) \
| grep 'error\|not available')" ]];then
echo -e "IP库异常， 开始远程下载"
get_cf_ip_list_official "${IP_LIST_FILE}"
fi
fi
local TOTAL_IPS=$(cat "${IP_LIST_FILE}" | wc -l)
echo -e "查询到Cloudflare IP库共有 ${TOTAL_IPS}个 IP地址"
# 第二步 从第一步生成的IP地址清单中随机挑选 ${SAMPLE_IPS} 条
echo -e "随机挑选 ${SAMPLE_IPS}个 IP进行有效性测试"
shuf -n ${SAMPLE_IPS} "${IP_LIST_FILE}" >${TEMP_DIR}/selected_iplist_random_tmp.txt
# 排除已经扫描过的IP
if [[ -e "${TEMP_DIR}/history_scanned_ips.txt" ]]; then
diff -B -T -w ${TEMP_DIR}/history_scanned_ips.txt \
"${TEMP_DIR}/selected_iplist_random_tmp.txt" \
| grep -E "(\+|>)$(printf '\t')" | awk '{print $(NF)}' \
>>${TEMP_DIR}/selected_iplist_random.txt
else
cat ${TEMP_DIR}/selected_iplist_random_tmp.txt \
>>${TEMP_DIR}/selected_iplist_random.txt
fi
elif [[ ${ALGORITHM} -eq 2 ]]; then
echo -e "执行获取节点IP算法二： 从service.udpfile.com获取"
rm -f "${TEMP_DIR}/udpfile.txt"
rm -f "${TEMP_DIR}/udpfile_ip_list.txt"