#!/bin/bash # # #------------------------------------------------------------------# # | LemonBench 服务器测试工具 LemonBench Server Test Utility | # #------------------------------------------------------------------# # | Written by iLemonrain | # | My Blog: https://ilemonrain.com | # | Telegram: https://t.me/ilemonrain | # | Telegram (For +86 User): https://t.me/ilemonrain_chatbot | # | Telegram Channel: https://t.me/ilemonrain_channel | # #------------------------------------------------------------------# # | If you like this project, feel free to donate! | # | 如果你喜欢这个项目, 欢迎投喂打赏！ | # | | # | Donate Method 打赏方式: | # | Alipay QR Code: http://t.cn/EA3pZNt | # | 支付宝二维码:http://t.cn/EA3pZNt | # | Wechat QR Code: http://t.cn/EA3p639 | # | 微信二维码: http://t.cn/EA3p639 | # #------------------------------------------------------------------# # # 使用方法 (任选其一): # (1) wget -O- https://ilemonrain.com/download/shell/LemonBench.sh | bash # (2) curl -fsL https://ilemonrain.com/download/shell/LemonBench.sh | bash # # === 全局定义 ===================================== # 全局参数定义 BuildTime="20200426 Intl BetaVersion" WorkDir="/tmp/.LemonBench" UA_LemonBench="LemonBench/${BuildTime}" UA_Browser="Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/80.0.3987.87 Safari/537.36" UA_Dalvik="Dalvik/2.1.0 (Linux; U; Android 9; ALP-AL00 Build/HUAWEIALP-AL00)" # 字体颜色定义 Font_Black="\033[30m" Font_Red="\033[31m" Font_Green="\033[32m" Font_Yellow="\033[33m" Font_Blue="\033[34m" Font_Purple="\033[35m" Font_SkyBlue="\033[36m" Font_White="\033[37m" Font_Suffix="\033[0m" # 消息提示定义 Msg_Info="${Font_Blue}[Info] ${Font_Suffix}" Msg_Warning="${Font_Yellow}[Warning] ${Font_Suffix}" Msg_Debug="${Font_Yellow}[Debug] ${Font_Suffix}" Msg_Error="${Font_Red}[Error] ${Font_Suffix}" Msg_Success="${Font_Green}[Success] ${Font_Suffix}" Msg_Fail="${Font_Red}[Failed] ${Font_Suffix}" # ================================================= # === 全局模块 ===================================== # Trap终止信号捕获 trap "Global_TrapSigExit_Sig1" 1 trap "Global_TrapSigExit_Sig2" 2 trap "Global_TrapSigExit_Sig3" 3 trap "Global_TrapSigExit_Sig15" 15 # Trap终止信号1 - 处理 Global_TrapSigExit_Sig1() { echo -e "\n\n${Msg_Error}Caught Signal SIGHUP, Exiting ...\n" Global_TrapSigExit_Action exit 1 } # Trap终止信号2 - 处理 (Ctrl+C) Global_TrapSigExit_Sig2() { echo -e "\n\n${Msg_Error}Caught Signal SIGINT (or Ctrl+C), Exiting ...\n" Global_TrapSigExit_Action exit 1 } # Trap终止信号3 - 处理 Global_TrapSigExit_Sig3() { echo -e "\n\n${Msg_Error}Caught Signal SIGQUIT, Exiting ...\n" Global_TrapSigExit_Action exit 1 } # Trap终止信号15 - 处理 (进程被杀) Global_TrapSigExit_Sig15() { echo -e "\n\n${Msg_Error}Caught Signal SIGTERM, Exiting ...\n" Global_TrapSigExit_Action exit 1 } # 简易JSON解析器 (Deprecated) # PharseJSON() { # # 使用方法: PharseJSON "要解析的原JSON文本" "要解析的键值" # # Example: PharseJSON ""Value":"123456"" "Value" [返回结果: 123456] # echo -n $1 | grep -oP '(?<='$2'":)[0-9A-Za-z]+' # if [ "$?" = "1" ]; then # echo -n $1 | grep -oP ''$2'[" :]+\K[^"]+' # if [ "$?" = "1" ]; then # echo -n "null" # return 1 # fi # fi #} # 新版JSON解析 PharseJSON() { # 使用方法: PharseJSON "要解析的原JSON文本" "要解析的键值" # Example: PharseJSON ""Value":"123456"" "Value" [返回结果: 123456] echo -n $1 | jq -r .$2 } # Ubuntu PasteBin 提交工具 # 感谢 @metowolf 提供思路 PasteBin_Upload() { local uploadresult="$(curl -fsL -X POST \ --url https://paste.ubuntu.com \ --output /dev/null \ --write-out "%{url_effective}\n" \ --data-urlencode "content@${PASTEBIN_CONTENT:-/dev/stdin}" \ --data "poster=${PASTEBIN_POSTER:-LemonBench}" \ --data "expiration=${PASTEBIN_EXPIRATION:-}" \ --data "syntax=${PASTEBIN_SYNTAX:-text}")" if [ "$?" = "0" ]; then echo -e "${Msg_Success}Report Generate Success！Please save the follwing link:" echo -e "${Msg_Info}Report URL: ${uploadresult}" else echo -e "${Msg_Warning}Report Generate Failure, But you can still read $HOME/LemonBench.Result.txt to get this result！" fi } # 读取配置文件 ReadConfig() { # 使用方法: ReadConfig <配置文件> <读取参数> # Example: ReadConfig "/etc/config.cfg" "Parameter" cat $1 | sed '/^'$2'=/!d;s/.*=//' } # 程序启动动作 Global_StartupInit_Action() { Global_Startup_Header echo -e "${Msg_Info}Loaded Testmode:${Font_SkyBlue}${Global_TestModeTips}${Font_Suffix}" Function_CheckTracemode # 清理残留, 为新一次的运行做好准备 echo -e "${Msg_Info}Initializing Running Enviorment, Please wait ..." rm -rf ${WorkDir} rm -rf /.tmp_LBench/ mkdir ${WorkDir}/ echo -e "${Msg_Info}Checking Dependency ..." Check_Virtwhat Check_JSONQuery Check_Speedtest Check_BestTrace Check_Spoofer Check_SysBench echo -e "${Msg_Info}Starting Test ...\n\n" clear } Global_Exit_Action() { rm -rf ${WorkDir}/ } # 捕获异常信号后的动作 Global_TrapSigExit_Action() { rm -rf ${WorkDir} rm -rf /.tmp_LBench/ } # ================================================== # =============== -> 主程序开始 <- ================== # =============== SystemInfo模块 部分 =============== SystemInfo_GetHostname() { LBench_Result_Hostname="$(hostname)" } SystemInfo_GetCPUInfo() { mkdir -p ${WorkDir}/data >/dev/null 2>&1 cat /proc/cpuinfo >${WorkDir}/data/cpuinfo local ReadCPUInfo="cat ${WorkDir}/data/cpuinfo" LBench_Result_CPUModelName="$($ReadCPUInfo | awk -F ': ' '/model name/{print $2}' | sort -u)" local CPUFreqCount="$($ReadCPUInfo | awk -F ': ' '/cpu MHz/{print $2}' | sort -run | wc -l)" if [ "${CPUFreqCount}" -ge "2" ]; then local CPUFreqArray="$(cat /proc/cpuinfo | awk -F ': ' '/cpu MHz/{print $2}' | sort -run)" local CPUFreq_Min="$(echo "$CPUFreqArray" | grep -oE '[0-9]+.[0-9]{3}' | awk 'BEGIN {min = 2147483647} {if ($1+0 < min+0) min=$1} END {print min}')" local CPUFreq_Max="$(echo "$CPUFreqArray" | grep -oE '[0-9]+.[0-9]{3}' | awk 'BEGIN {max = 0} {if ($1+0 > max+0) max=$1} END {print max}')" LBench_Result_CPUFreqMinGHz="$(echo $CPUFreq_Min | awk '{printf "%.2f\n",$1/1000}')" LBench_Result_CPUFreqMaxGHz="$(echo $CPUFreq_Max | awk '{printf "%.2f\n",$1/1000}')" Flag_DymanicCPUFreqDetected="1" else LBench_Result_CPUFreqMHz="$($ReadCPUInfo | awk -F ': ' '/cpu MHz/{print $2}' | sort -u)" LBench_Result_CPUFreqGHz="$(echo $LBench_Result_CPUFreqMHz | awk '{printf "%.2f\n",$1/1000}')" Flag_DymanicCPUFreqDetected="0" fi LBench_Result_CPUCacheSize="$($ReadCPUInfo | awk -F ': ' '/cache size/{print $2}' | sort -u)" LBench_Result_CPUPhysicalNumber="$($ReadCPUInfo | awk -F ': ' '/physical id/{print $2}' | sort -u | wc -l)" LBench_Result_CPUCoreNumber="$($ReadCPUInfo | awk -F ': ' '/cpu cores/{print $2}' | sort -u)" LBench_Result_CPUThreadNumber="$($ReadCPUInfo | awk -F ': ' '/cores/{print $2}' | wc -l)" LBench_Result_CPUProcessorNumber="$($ReadCPUInfo | awk -F ': ' '/processor/{print $2}' | wc -l)" LBench_Result_CPUSiblingsNumber="$($ReadCPUInfo | awk -F ': ' '/siblings/{print $2}' | sort -u)" LBench_Result_CPUTotalCoreNumber="$($ReadCPUInfo | awk -F ': ' '/physical id/&&/0/{print $2}' | wc -l)" # 虚拟化能力检测 SystemInfo_GetVirtType if [ "${Var_VirtType}" = "dedicated" ] || [ "${Var_VirtType}" = "wsl" ]; then LBench_Result_CPUIsPhysical="1" local VirtCheck="$(cat /proc/cpuinfo | grep -oE 'vmx|svm' | uniq)" if [ "${VirtCheck}" != "" ]; then LBench_Result_CPUVirtualization="1" local VirtualizationType="$(lscpu | awk /Virtualization:/'{print $2}')" LBench_Result_CPUVirtualizationType="${VirtualizationType}" else LBench_Result_CPUVirtualization="0" fi elif [ "${Var_VirtType}" = "kvm" ] || [ "${Var_VirtType}" = "hyperv" ] || [ "${Var_VirtType}" = "microsoft" ] || [ "${Var_VirtType}" = "vmware" ]; then LBench_Result_CPUIsPhysical="0" local VirtCheck="$(cat /proc/cpuinfo | grep -oE 'vmx|svm' | uniq)" if [ "${VirtCheck}" = "vmx" ] || [ "${VirtCheck}" = "svm" ]; then LBench_Result_CPUVirtualization="2" local VirtualizationType="$(lscpu | awk /Virtualization:/'{print $2}')" LBench_Result_CPUVirtualizationType="${VirtualizationType}" else LBench_Result_CPUVirtualization="0" fi else LBench_Result_CPUIsPhysical="0" fi } SystemInfo_GetCPUStat() { local CPUStat_Result="$(top -bn1 | grep Cpu)" # 原始数据 LBench_Result_CPUStat_user="$(Function_ReadCPUStat "${CPUStat_Result}" "us")" LBench_Result_CPUStat_system="$(Function_ReadCPUStat "${CPUStat_Result}" "sy")" LBench_Result_CPUStat_anice="$(Function_ReadCPUStat "${CPUStat_Result}" "ni")" LBench_Result_CPUStat_idle="$(Function_ReadCPUStat "${CPUStat_Result}" "id")" LBench_Result_CPUStat_iowait="$(Function_ReadCPUStat "${CPUStat_Result}" "wa")" LBench_Result_CPUStat_hardint="$(Function_ReadCPUStat "${CPUStat_Result}" "hi")" LBench_Result_CPUStat_softint="$(Function_ReadCPUStat "${CPUStat_Result}" "si")" LBench_Result_CPUStat_steal="$(Function_ReadCPUStat "${CPUStat_Result}" "st")" # 加工后的数据 LBench_Result_CPUStat_UsedAll="$(echo ${LBench_Result_CPUStat_user} ${LBench_Result_CPUStat_system} ${LBench_Result_CPUStat_nice} | awk '{printf "%.1f\n",$1+$2+$3}')" } Function_ReadCPUStat() { if [ "$1" == "" ]; then echo -n "nil" else local result="$(echo $1 | grep -oE "[0-9]{1,2}.[0-9]{1} $2" | awk '{print $1}')" echo $result fi } SystemInfo_GetKernelVersion() { local version="$(uname -r)" LBench_Result_KernelVersion="${version}" } SystemInfo_GetNetworkCCMethod() { local val_cc="$(sysctl -n net.ipv4.tcp_congestion_control)" local val_qdisc="$(sysctl -n net.core.default_qdisc)" LBench_Result_NetworkCCMethod="${val_cc} + ${val_qdisc}" } SystemInfo_GetSystemBit() { local sysarch="$(uname -m)" if [ "${sysarch}" = "unknown" ] || [ "${sysarch}" = "" ]; then local sysarch="$(arch)" fi if [ "${sysarch}" = "x86_64" ]; then # X86平台 64位 LBench_Result_SystemBit_Short="64" LBench_Result_SystemBit_Full="amd64" elif [ "${sysarch}" = "i386" ] || [ "${sysarch}" = "i686" ]; then # X86平台 32位 LBench_Result_SystemBit_Short="32" LBench_Result_SystemBit_Full="i386" elif [ "${sysarch}" = "armv7l" ] || [ "${sysarch}" = "armv8" ] || [ "${sysarch}" = "armv8l" ] || [ "${sysarch}" = "aarch64" ]; then # ARM平台 暂且将32位/64位统一对待 LBench_Result_SystemBit_Short="arm" LBench_Result_SystemBit_Full="arm" else LBench_Result_SystemBit_Short="unknown" LBench_Result_SystemBit_Full="unknown" fi } SystemInfo_GetMemInfo() { mkdir -p ${WorkDir}/data >/dev/null 2>&1 cat /proc/meminfo >${WorkDir}/data/meminfo local ReadMemInfo="cat ${WorkDir}/data/meminfo" # 获取总内存 LBench_Result_MemoryTotal_KB="$($ReadMemInfo | awk '/MemTotal/{print $2}')" LBench_Result_MemoryTotal_MB="$(echo $LBench_Result_MemoryTotal_KB | awk '{printf "%.2f\n",$1/1024}')" LBench_Result_MemoryTotal_GB="$(echo $LBench_Result_MemoryTotal_KB | awk '{printf "%.2f\n",$1/1048576}')" # 获取可用内存 local MemFree="$($ReadMemInfo | awk '/MemFree/{print $2}')" local Buffers="$($ReadMemInfo | awk '/Buffers/{print $2}')" local Cached="$($ReadMemInfo | awk '/Cached/{print $2}')" LBench_Result_MemoryFree_KB="$(echo $MemFree $Buffers $Cached | awk '{printf $1+$2+$3}')" LBench_Result_MemoryFree_MB="$(echo $LBench_Result_MemoryFree_KB | awk '{printf "%.2f\n",$1/1024}')" LBench_Result_MemoryFree_GB="$(echo $LBench_Result_MemoryFree_KB | awk '{printf "%.2f\n",$1/1048576}')" # 获取已用内存 local MemUsed="$(echo $LBench_Result_MemoryTotal_KB $LBench_Result_MemoryFree_KB | awk '{printf $1-$2}')" LBench_Result_MemoryUsed_KB="$MemUsed" LBench_Result_MemoryUsed_MB="$(echo $LBench_Result_MemoryUsed_KB | awk '{printf "%.2f\n",$1/1024}')" LBench_Result_MemoryUsed_GB="$(echo $LBench_Result_MemoryUsed_KB | awk '{printf "%.2f\n",$1/1048576}')" # 获取Swap总量 LBench_Result_SwapTotal_KB="$($ReadMemInfo | awk '/SwapTotal/{print $2}')" LBench_Result_SwapTotal_MB="$(echo $LBench_Result_SwapTotal_KB | awk '{printf "%.2f\n",$1/1024}')" LBench_Result_SwapTotal_GB="$(echo $LBench_Result_SwapTotal_KB | awk '{printf "%.2f\n",$1/1048576}')" # 获取可用Swap LBench_Result_SwapFree_KB="$($ReadMemInfo | awk '/SwapFree/{print $2}')" LBench_Result_SwapFree_MB="$(echo $LBench_Result_SwapFree_KB | awk '{printf "%.2f\n",$1/1024}')" LBench_Result_SwapFree_GB="$(echo $LBench_Result_SwapFree_KB | awk '{printf "%.2f\n",$1/1048576}')" # 获取已用Swap local SwapUsed="$(echo $LBench_Result_SwapTotal_KB $LBench_Result_SwapFree_KB | awk '{printf $1-$2}')" LBench_Result_SwapUsed_KB="$SwapUsed" LBench_Result_SwapUsed_MB="$(echo $LBench_Result_SwapUsed_KB | awk '{printf "%.2f\n",$1/1024}')" LBench_Result_SwapUsed_GB="$(echo $LBench_Result_SwapUsed_KB | awk '{printf "%.2f\n",$1/1048576}')" } SystemInfo_GetOSRelease() { if [ -f "/etc/centos-release" ]; then # CentOS Var_OSRelease="centos" local Var_OSReleaseFullName="$(cat /etc/os-release | awk -F '[= "]' '/PRETTY_NAME/{print $3,$4}')" if [ "$(rpm -qa | grep -o el6 | sort -u)" = "el6" ]; then Var_CentOSELRepoVersion="6" local Var_OSReleaseVersion="$(cat /etc/centos-release | awk '{print $3}')" elif [ "$(rpm -qa | grep -o el7 | sort -u)" = "el7" ]; then Var_CentOSELRepoVersion="7" local Var_OSReleaseVersion="$(cat /etc/centos-release | awk '{print $4}')" elif [ "$(rpm -qa | grep -o el8 | sort -u)" = "el8" ]; then Var_CentOSELRepoVersion="8" local Var_OSReleaseVersion="$(cat /etc/centos-release | awk '{print $4}')" else local Var_CentOSELRepoVersion="unknown" local Var_OSReleaseVersion="" fi local Var_OSReleaseArch="$(arch)" LBench_Result_OSReleaseFullName="$Var_OSReleaseFullName $Var_OSReleaseVersion ($Var_OSReleaseArch)" elif [ -f "/etc/redhat-release" ]; then # RedHat Var_OSRelease="rhel" local Var_OSReleaseFullName="$(cat /etc/os-release | awk -F '[= "]' '/PRETTY_NAME/{print $3,$4}')" if [ "$(rpm -qa | grep -o el6 | sort -u)" = "el6" ]; then Var_RedHatELRepoVersion="6" local Var_OSReleaseVersion="$(cat /etc/redhat-release | awk '{print $3}')" elif [ "$(rpm -qa | grep -o el7 | sort -u)" = "el7" ]; then Var_RedHatELRepoVersion="7" local Var_OSReleaseVersion="$(cat /etc/redhat-release | awk '{print $4}')" elif [ "$(rpm -qa | grep -o el8 | sort -u)" = "el8" ]; then Var_RedHatELRepoVersion="8" local Var_OSReleaseVersion="$(cat /etc/redhat-release | awk '{print $4}')" else local Var_RedHatELRepoVersion="unknown" local Var_OSReleaseVersion="" fi local Var_OSReleaseArch="$(arch)" LBench_Result_OSReleaseFullName="$Var_OSReleaseFullName $Var_OSReleaseVersion ($Var_OSReleaseArch)" elif [ -f "/etc/fedora-release" ]; then # Fedora Var_OSRelease="fedora" local Var_OSReleaseFullName="$(cat /etc/os-release | awk -F '[= "]' '/PRETTY_NAME/{print $3}')" local Var_OSReleaseVersion="$(cat /etc/fedora-release | awk '{print $3,$4,$5,$6,$7}')" local Var_OSReleaseArch="$(arch)" LBench_Result_OSReleaseFullName="$Var_OSReleaseFullName $Var_OSReleaseVersion ($Var_OSReleaseArch)" elif [ -f "/etc/lsb-release" ]; then # Ubuntu Var_OSRelease="ubuntu" local Var_OSReleaseFullName="$(cat /etc/os-release | awk -F '[= "]' '/NAME/{print $3}' | head -n1)" local Var_OSReleaseVersion="$(cat /etc/os-release | awk -F '[= "]' '/VERSION/{print $3,$4,$5,$6,$7}' | head -n1)" local Var_OSReleaseArch="$(arch)" LBench_Result_OSReleaseFullName="$Var_OSReleaseFullName $Var_OSReleaseVersion ($Var_OSReleaseArch)" Var_OSReleaseVersion_Short="$(cat /etc/lsb-release | awk -F '[= "]' '/DISTRIB_RELEASE/{print $2}')" elif [ -f "/etc/debian_version" ]; then # Debian Var_OSRelease="debian" local Var_OSReleaseFullName="$(cat /etc/os-release | awk -F '[= "]' '/PRETTY_NAME/{print $3,$4}')" local Var_OSReleaseVersion="$(cat /etc/debian_version | awk '{print $1}')" local Var_OSReleaseVersionShort="$(cat /etc/debian_version | awk '{printf "%d\n",$1}')" if [ "${Var_OSReleaseVersionShort}" = "7" ]; then Var_OSReleaseVersion_Short="7" Var_OSReleaseVersion_Codename="wheezy" local Var_OSReleaseFullName="${Var_OSReleaseFullName} \"Wheezy\"" elif [ "${Var_OSReleaseVersionShort}" = "8" ]; then Var_OSReleaseVersion_Short="8" Var_OSReleaseVersion_Codename="jessie" local Var_OSReleaseFullName="${Var_OSReleaseFullName} \"Jessie\"" elif [ "${Var_OSReleaseVersionShort}" = "9" ]; then Var_OSReleaseVersion_Short="9" Var_OSReleaseVersion_Codename="stretch" local Var_OSReleaseFullName="${Var_OSReleaseFullName} \"Stretch\"" elif [ "${Var_OSReleaseVersionShort}" = "10" ]; then Var_OSReleaseVersion_Short="10" Var_OSReleaseVersion_Codename="buster" local Var_OSReleaseFullName="${Var_OSReleaseFullName} \"Buster\"" else Var_OSReleaseVersion_Short="sid" Var_OSReleaseVersion_Codename="sid" local Var_OSReleaseFullName="${Var_OSReleaseFullName} \"Sid (Testing)\"" fi local Var_OSReleaseArch="$(arch)" LBench_Result_OSReleaseFullName="$Var_OSReleaseFullName $Var_OSReleaseVersion ($Var_OSReleaseArch)" elif [ -f "/etc/alpine-release" ]; then # Alpine Linux Var_OSRelease="alpinelinux" local Var_OSReleaseFullName="$(cat /etc/os-release | awk -F '[= "]' '/NAME/{print $3,$4}' | head -n1)" local Var_OSReleaseVersion="$(cat /etc/alpine-release | awk '{print $1}')" local Var_OSReleaseArch="$(arch)" LBench_Result_OSReleaseFullName="$Var_OSReleaseFullName $Var_OSReleaseVersion ($Var_OSReleaseArch)" else Var_OSRelease="unknown" # 未知系统分支 LBench_Result_OSReleaseFullName="[Error: Unknown Linux Branch !]" fi } SystemInfo_GetVirtType() { if [ -f "/usr/bin/systemd-detect-virt" ]; then Var_VirtType="$(/usr/bin/systemd-detect-virt)" # 虚拟机检测 if [ "${Var_VirtType}" = "qemu" ]; then LBench_Result_VirtType="QEMU" elif [ "${Var_VirtType}" = "kvm" ]; then LBench_Result_VirtType="KVM" elif [ "${Var_VirtType}" = "zvm" ]; then LBench_Result_VirtType="S390 Z/VM" elif [ "${Var_VirtType}" = "vmware" ]; then LBench_Result_VirtType="VMware" elif [ "${Var_VirtType}" = "microsoft" ]; then LBench_Result_VirtType="Microsoft Hyper-V" elif [ "${Var_VirtType}" = "xen" ]; then LBench_Result_VirtType="Xen Hypervisor" elif [ "${Var_VirtType}" = "bochs" ]; then LBench_Result_VirtType="BOCHS" elif [ "${Var_VirtType}" = "uml" ]; then LBench_Result_VirtType="User-mode Linux" elif [ "${Var_VirtType}" = "parallels" ]; then LBench_Result_VirtType="Parallels" elif [ "${Var_VirtType}" = "bhyve" ]; then LBench_Result_VirtType="FreeBSD Hypervisor" # 容器虚拟化检测 elif [ "${Var_VirtType}" = "openvz" ]; then LBench_Result_VirtType="OpenVZ" elif [ "${Var_VirtType}" = "lxc" ]; then LBench_Result_VirtType="LXC" elif [ "${Var_VirtType}" = "lxc-libvirt" ]; then LBench_Result_VirtType="LXC (libvirt)" elif [ "${Var_VirtType}" = "systemd-nspawn" ]; then LBench_Result_VirtType="Systemd nspawn" elif [ "${Var_VirtType}" = "docker" ]; then LBench_Result_VirtType="Docker" elif [ "${Var_VirtType}" = "rkt" ]; then LBench_Result_VirtType="RKT" # 特殊处理 elif [ -c "/dev/lxss" ]; then # 处理WSL虚拟化 Var_VirtType="wsl" LBench_Result_VirtType="Windows Subsystem for Linux (WSL)" # 未匹配到任何结果, 或者非虚拟机 elif [ "${Var_VirtType}" = "none" ]; then Var_VirtType="dedicated" LBench_Result_VirtType="None" local Var_BIOSVendor="$(dmidecode -s bios-vendor)" if [ "${Var_BIOSVendor}" = "SeaBIOS" ]; then Var_VirtType="Unknown" LBench_Result_VirtType="Unknown with SeaBIOS BIOS" else Var_VirtType="dedicated" LBench_Result_VirtType="Dedicated with ${Var_BIOSVendor} BIOS" fi fi elif [ ! -f "/usr/sbin/virt-what" ]; then Var_VirtType="Unknown" LBench_Result_VirtType="[Error: virt-what not found !]" elif [ -f "/.dockerenv" ]; then # 处理Docker虚拟化 Var_VirtType="docker" LBench_Result_VirtType="Docker" elif [ -c "/dev/lxss" ]; then # 处理WSL虚拟化 Var_VirtType="wsl" LBench_Result_VirtType="Windows Subsystem for Linux (WSL)" else # 正常判断流程 Var_VirtType="$(virt-what | xargs)" local Var_VirtTypeCount="$(echo $Var_VirtTypeCount | wc -l)" if [ "${Var_VirtTypeCount}" -gt "1" ]; then # 处理嵌套虚拟化 LBench_Result_VirtType="echo ${Var_VirtType}" Var_VirtType="$(echo ${Var_VirtType} | head -n1)" # 使用检测到的第一种虚拟化继续做判断 elif [ "${Var_VirtTypeCount}" -eq "1" ] && [ "${Var_VirtType}" != "" ]; then # 只有一种虚拟化 LBench_Result_VirtType="${Var_VirtType}" else local Var_BIOSVendor="$(dmidecode -s bios-vendor)" if [ "${Var_BIOSVendor}" = "SeaBIOS" ]; then Var_VirtType="Unknown" LBench_Result_VirtType="Unknown with SeaBIOS BIOS" else Var_VirtType="dedicated" LBench_Result_VirtType="Dedicated with ${Var_BIOSVendor} BIOS" fi fi fi } SystemInfo_GetLoadAverage() { local Var_LoadAverage="$(cat /proc/loadavg)" LBench_Result_LoadAverage_1min="$(echo ${Var_LoadAverage} | awk '{print $1}')" LBench_Result_LoadAverage_5min="$(echo ${Var_LoadAverage} | awk '{print $2}')" LBench_Result_LoadAverage_15min="$(echo ${Var_LoadAverage} | awk '{print $3}')" } SystemInfo_GetUptime() { local ut="$(cat /proc/uptime | awk '{printf "%d\n",$1}')" local ut_day="$(echo $result | awk -v ut="$ut" '{printf "%d\n",ut/86400}')" local ut_hour="$(echo $result | awk -v ut="$ut" -v ut_day="$ut_day" '{printf "%d\n",(ut-(86400*ut_day))/3600}')" local ut_minute="$(echo $result | awk -v ut="$ut" -v ut_day="$ut_day" -v ut_hour="$ut_hour" '{printf "%d\n",(ut-(86400*ut_day)-(3600*ut_hour))/60}')" local ut_second="$(echo $result | awk -v ut="$ut" -v ut_day="$ut_day" -v ut_hour="$ut_hour" -v ut_minute="$ut_minute" '{printf "%d\n",(ut-(86400*ut_day)-(3600*ut_hour)-(60*ut_minute))}')" LBench_Result_SystemInfo_Uptime_Day="$ut_day" LBench_Result_SystemInfo_Uptime_Hour="$ut_hour" LBench_Result_SystemInfo_Uptime_Minute="$ut_minute" LBench_Result_SystemInfo_Uptime_Second="$ut_second" } SystemInfo_GetDiskStat() { LBench_Result_DiskRootPath="$(df -x tmpfs / | awk "NR>1" | sed ":a;N;s/\\n//g;ta" | awk '{print $1}')" local Var_DiskTotalSpace_KB="$(df -x tmpfs / | grep -oE "[0-9]{4,}" | awk 'NR==1 {print $1}')" LBench_Result_DiskTotal_KB="${Var_DiskTotalSpace_KB}" LBench_Result_DiskTotal_MB="$(echo ${Var_DiskTotalSpace_KB} | awk '{printf "%.2f\n",$1/1000}')" LBench_Result_DiskTotal_GB="$(echo ${Var_DiskTotalSpace_KB} | awk '{printf "%.2f\n",$1/1000000}')" LBench_Result_DiskTotal_TB="$(echo ${Var_DiskTotalSpace_KB} | awk '{printf "%.2f\n",$1/1000000000}')" local Var_DiskUsedSpace_KB="$(df -x tmpfs / | grep -oE "[0-9]{4,}" | awk 'NR==2 {print $1}')" LBench_Result_DiskUsed_KB="${Var_DiskUsedSpace_KB}" LBench_Result_DiskUsed_MB="$(echo ${LBench_Result_DiskUsed_KB} | awk '{printf "%.2f\n",$1/1000}')" LBench_Result_DiskUsed_GB="$(echo ${LBench_Result_DiskUsed_KB} | awk '{printf "%.2f\n",$1/1000000}')" LBench_Result_DiskUsed_TB="$(echo ${LBench_Result_DiskUsed_KB} | awk '{printf "%.2f\n",$1/1000000000}')" local Var_DiskFreeSpace_KB="$(df -x tmpfs / | grep -oE "[0-9]{4,}" | awk 'NR==3 {print $1}')" LBench_Result_DiskFree_KB="${Var_DiskFreeSpace_KB}" LBench_Result_DiskFree_MB="$(echo ${LBench_Result_DiskFree_KB} | awk '{printf "%.2f\n",$1/1000}')" LBench_Result_DiskFree_GB="$(echo ${LBench_Result_DiskFree_KB} | awk '{printf "%.2f\n",$1/1000000}')" LBench_Result_DiskFree_TB="$(echo ${LBench_Result_DiskFree_KB} | awk '{printf "%.2f\n",$1/1000000000}')" } SystemInfo_GetNetworkInfo() { local Result_IPV4="$(curl --connect-timeout 10 -fsL4 https://api.ilemonrain.com/LemonBench/ipgeo.php)" local Result_IPV6="$(curl --connect-timeout 10 -fsL6 https://api.ilemonrain.com/LemonBench/ipgeo.php)" if [ "${Result_IPV4}" != "" ] && [ "${Result_IPV6}" = "" ]; then LBench_Result_NetworkStat="ipv4only" elif [ "${Result_IPV4}" = "" ] && [ "${Result_IPV6}" != "" ]; then LBench_Result_NetworkStat="ipv6only" elif [ "${Result_IPV4}" != "" ] && [ "${Result_IPV6}" != "" ]; then LBench_Result_NetworkStat="dualstack" else LBench_Result_NetworkStat="unknown" fi if [ "${LBench_Result_NetworkStat}" = "ipv4only" ] || [ "${LBench_Result_NetworkStat}" = "dualstack" ]; then IPAPI_IPV4_ip="$(PharseJSON "${Result_IPV4}" "ip")" IPAPI_IPV4_location="$(PharseJSON "${Result_IPV4}" "location")" IPAPI_IPV4_country_code="$(PharseJSON "${Result_IPV4}" "country_code")" IPAPI_IPV4_asn="$(PharseJSON "${Result_IPV4}" "asn")" IPAPI_IPV4_organization="$(PharseJSON "${Result_IPV4}" "organization")" fi if [ "${LBench_Result_NetworkStat}" = "ipv6only" ] || [ "${LBench_Result_NetworkStat}" = "dualstack" ]; then IPAPI_IPV6_ip="$(PharseJSON "${Result_IPV6}" "ip")" IPAPI_IPV6_location="$(PharseJSON "${Result_IPV6}" "location")" IPAPI_IPV6_country_code="$(PharseJSON "${Result_IPV6}" "country_code")" IPAPI_IPV6_asn="$(PharseJSON "${Result_IPV6}" "asn")" IPAPI_IPV6_organization="$(PharseJSON "${Result_IPV6}" "organization")" fi if [ "${LBench_Result_NetworkStat}" = "unknown" ]; then IPAPI_IPV4_ip="-" IPAPI_IPV4_location="-" IPAPI_IPV4_country_code="-" IPAPI_IPV4_asn="-" IPAPI_IPV4_organization="-" IPAPI_IPV6_ip="-" IPAPI_IPV6_location="-" IPAPI_IPV6_country_code="-" IPAPI_IPV6_asn="-" IPAPI_IPV6_organization="-" fi } Function_GetSystemInfo() { clear echo -e "${Msg_Info}LemonBench Server Test Toolkit Build ${BuildTime}" echo -e "${Msg_Info}SystemInfo - Collecting System Information ..." Check_Virtwhat echo -e "${Msg_Info}Collecting CPU Info ..." SystemInfo_GetCPUInfo SystemInfo_GetLoadAverage SystemInfo_GetSystemBit SystemInfo_GetCPUStat echo -e "${Msg_Info}Collecting Memory Info ..." SystemInfo_GetMemInfo echo -e "${Msg_Info}Collecting Virtualization Info ..." SystemInfo_GetVirtType echo -e "${Msg_Info}Collecting System Info ..." SystemInfo_GetUptime SystemInfo_GetKernelVersion echo -e "${Msg_Info}Collecting OS Release Info ..." SystemInfo_GetOSRelease echo -e "${Msg_Info}Collecting Disk Info ..." SystemInfo_GetDiskStat echo -e "${Msg_Info}Collecting Network Info ..." SystemInfo_GetNetworkCCMethod SystemInfo_GetNetworkInfo echo -e "${Msg_Info}Starting Test ..." clear } Function_ShowSystemInfo() { echo -e "\n ${Font_Yellow}-> System Information${Font_Suffix}\n" if [ "${Var_OSReleaseVersion_Codename}" != "" ]; then echo -e " ${Font_Yellow}OS Release:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_OSReleaseFullName}${Font_Suffix}" else echo -e " ${Font_Yellow}OS Release:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_OSReleaseFullName}${Font_Suffix}" fi if [ "${Flag_DymanicCPUFreqDetected}" = "1" ]; then echo -e " ${Font_Yellow}CPU Model:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_CPUModelName}${Font_Suffix} ${Font_White}${LBench_Result_CPUFreqMinGHz}~${LBench_Result_CPUFreqMaxGHz}${Font_Suffix}${Font_SkyBlue} GHz${Font_Suffix}" elif [ "${Flag_DymanicCPUFreqDetected}" = "0" ]; then echo -e " ${Font_Yellow}CPU Model:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_CPUModelName} ${LBench_Result_CPUFreqGHz} GHz${Font_Suffix}" fi if [ "${LBench_Result_CPUCacheSize}" != "" ]; then echo -e " ${Font_Yellow}CPU Cache Size:${Font_Suffix}\t${Font_SkyBlue}${LBench_Result_CPUCacheSize}${Font_Suffix}" else echo -e " ${Font_Yellow}CPU Cache Size:${Font_Suffix}\t${Font_SkyBlue}None${Font_Suffix}" fi # CPU数量 分支判断 if [ "${LBench_Result_CPUIsPhysical}" = "1" ]; then # 如果只存在1个物理CPU (单路物理服务器) if [ "${LBench_Result_CPUPhysicalNumber}" -eq "1" ]; then echo -e " ${Font_Yellow}CPU Number:${Font_Suffix}\t\t${LBench_Result_CPUPhysicalNumber} ${Font_SkyBlue}Physical CPU${Font_Suffix}, ${LBench_Result_CPUCoreNumber} ${Font_SkyBlue}Cores${Font_Suffix}, ${LBench_Result_CPUThreadNumber} ${Font_SkyBlue}Threads${Font_Suffix}" # 存在多个CPU, 继续深入分析检测 (多路物理服务器) elif [ "${LBench_Result_CPUPhysicalNumber}" -ge "2" ]; then echo -e " ${Font_Yellow}CPU Number:${Font_Suffix}\t\t${LBench_Result_CPUPhysicalNumber} ${Font_SkyBlue}Physical CPU(s)${Font_Suffix}, ${LBench_Result_CPUCoreNumber} ${Font_SkyBlue}Cores/CPU${Font_Suffix}, ${LBench_Result_CPUSiblingsNumber} ${Font_SkyBlue}Threads/CPU${Font_Suffix} (Total ${Font_SkyBlue}${LBench_Result_CPUTotalCoreNumber}${Font_Suffix} Cores, ${Font_SkyBlue}${LBench_Result_CPUProcessorNumber}${Font_Suffix} Threads)" # 针对树莓派等特殊情况做出检测优化 elif [ "${LBench_Result_CPUThreadNumber}" = "0" ] && [ "${LBench_Result_CPUProcessorNumber} " -ge "1" ]; then echo -e " ${Font_Yellow}CPU Number:${Font_Suffix}\t\t${LBench_Result_CPUProcessorNumber} ${Font_SkyBlue}Cores${Font_Suffix}" fi if [ "${LBench_Result_CPUVirtualization}" = "1" ]; then echo -e " ${Font_Yellow}VirtReady:${Font_Suffix}\t\t${Font_SkyBlue}Yes${Font_Suffix} ${Font_SkyBlue}(Based on${Font_Suffix} ${LBench_Result_CPUVirtualizationType}${Font_SkyBlue})${Font_Suffix}" else echo -e " ${Font_Yellow}VirtReady:${Font_Suffix}\t\t${Font_SkyRed}No${Font_Suffix}" fi elif [ "${Var_VirtType}" = "openvz" ]; then echo -e " ${Font_Yellow}CPU Number:${Font_Suffix}\t\t${LBench_Result_CPUThreadNumber} ${Font_SkyBlue}vCPU${Font_Suffix} (${LBench_Result_CPUCoreNumber} ${Font_SkyBlue}Host Core/Thread${Font_Suffix})" else if [ "${LBench_Result_CPUVirtualization}" = "2" ]; then echo -e " ${Font_Yellow}CPU Number:${Font_Suffix}\t\t${LBench_Result_CPUThreadNumber} ${Font_SkyBlue}vCPU${Font_Suffix}" echo -e " ${Font_Yellow}VirtReady:${Font_Suffix}\t\t${Font_SkyBlue}Yes${Font_Suffix} ${Font_SkyBlue}(Nested Virtualization)${Font_Suffix}" else echo -e " ${Font_Yellow}CPU Number:${Font_Suffix}\t\t${LBench_Result_CPUThreadNumber} ${Font_SkyBlue}vCPU${Font_Suffix}" fi fi echo -e " ${Font_Yellow}Virt Type:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_VirtType}${Font_Suffix}" # 内存使用率 分支判断 if [ "${LBench_Result_MemoryUsed_KB}" -lt "1024" ] && [ "${LBench_Result_MemoryTotal_KB}" -lt "1048576" ]; then LBench_Result_Memory="${LBench_Result_MemoryUsed_KB} KB / ${LBench_Result_MemoryTotal_MB} MB" echo -e " ${Font_Yellow}Memory Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_MemoryUsed_MB} KB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_MemoryTotal_MB} MB${Font_Suffix}" elif [ "${LBench_Result_MemoryUsed_KB}" -lt "1048576" ] && [ "${LBench_Result_MemoryTotal_KB}" -lt "1048576" ]; then LBench_Result_Memory="${LBench_Result_MemoryUsed_MB} MB / ${LBench_Result_MemoryTotal_MB} MB" echo -e " ${Font_Yellow}Memory Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_MemoryUsed_MB} MB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_MemoryTotal_MB} MB${Font_Suffix}" elif [ "${LBench_Result_MemoryUsed_KB}" -lt "1048576" ] && [ "${LBench_Result_MemoryTotal_KB}" -lt "1073741824" ]; then LBench_Result_Memory="${LBench_Result_MemoryUsed_MB} MB / ${LBench_Result_MemoryTotal_GB} GB" echo -e " ${Font_Yellow}Memory Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_MemoryUsed_MB} MB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_MemoryTotal_GB} GB${Font_Suffix}" else LBench_Result_Memory="${LBench_Result_MemoryUsed_GB} GB / ${LBench_Result_MemoryTotal_GB} GB" echo -e " ${Font_Yellow}Memory Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_MemoryUsed_GB} GB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_MemoryTotal_GB} GB${Font_Suffix}" fi # Swap使用率 分支判断 if [ "${LBench_Result_SwapTotal_KB}" -eq "0" ]; then LBench_Result_Swap="[ No Swapfile / Swap partition ]" echo -e " ${Font_Yellow}Swap Usage:${Font_Suffix}\t\t${Font_SkyBlue}[ No Swapfile/Swap Partition ]${Font_Suffix}" elif [ "${LBench_Result_SwapUsed_KB}" -lt "1024" ] && [ "${LBench_Result_SwapTotal_KB}" -lt "1048576" ]; then LBench_Result_Swap="${LBench_Result_SwapUsed_KB} KB / ${LBench_Result_SwapTotal_MB} MB" echo -e " ${Font_Yellow}Swap Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_SwapUsed_KB} KB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_SwapTotal_MB} MB${Font_Suffix}" elif [ "${LBench_Result_SwapUsed_KB}" -lt "1024" ] && [ "${LBench_Result_SwapTotal_KB}" -lt "1073741824" ]; then LBench_Result_Swap="${LBench_Result_SwapUsed_KB} KB / ${LBench_Result_SwapTotal_GB} GB" echo -e " ${Font_Yellow}Swap Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_SwapUsed_KB} KB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_SwapTotal_GB} GB${Font_Suffix}" elif [ "${LBench_Result_SwapUsed_KB}" -lt "1048576" ] && [ "${LBench_Result_SwapTotal_KB}" -lt "1048576" ]; then LBench_Result_Swap="${LBench_Result_SwapUsed_MB} MB / ${LBench_Result_SwapTotal_MB} MB" echo -e " ${Font_Yellow}Swap Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_SwapUsed_MB} MB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_SwapTotal_MB} MB${Font_Suffix}" elif [ "${LBench_Result_SwapUsed_KB}" -lt "1048576" ] && [ "${LBench_Result_SwapTotal_KB}" -lt "1073741824" ]; then LBench_Result_Swap="${LBench_Result_SwapUsed_MB} MB / ${LBench_Result_SwapTotal_GB} GB" echo -e " ${Font_Yellow}Swap Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_SwapUsed_MB} MB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_SwapTotal_GB} GB${Font_Suffix}" else LBench_Result_Swap="${LBench_Result_SwapUsed_GB} GB / ${LBench_Result_SwapTotal_GB} GB" echo -e " ${Font_Yellow}Swap Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_SwapUsed_GB} GB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_SwapTotal_GB} GB${Font_Suffix}" fi # 启动磁盘 echo -e " ${Font_Yellow}Boot Device:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_DiskRootPath}${Font_Suffix}" # 磁盘使用率 分支判断 if [ "${LBench_Result_DiskUsed_KB}" -lt "1000000" ]; then LBench_Result_Disk="${LBench_Result_DiskUsed_MB} MB / ${LBench_Result_DiskTotal_MB} MB" echo -e " ${Font_Yellow}Disk Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_DiskUsed_MB} MB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_DiskTotal_MB} MB${Font_Suffix}" elif [ "${LBench_Result_DiskUsed_KB}" -lt "1000000" ] && [ "${LBench_Result_DiskTotal_KB}" -lt "1000000000" ]; then LBench_Result_Disk="${LBench_Result_DiskUsed_MB} MB / ${LBench_Result_DiskTotal_GB} GB" echo -e " ${Font_Yellow}Disk Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_DiskUsed_MB} MB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_DiskTotal_GB} GB${Font_Suffix}" elif [ "${LBench_Result_DiskUsed_KB}" -lt "1000000000" ] && [ "${LBench_Result_DiskTotal_KB}" -lt "1000000000" ]; then LBench_Result_Disk="${LBench_Result_DiskUsed_GB} GB / ${LBench_Result_DiskTotal_GB} GB" echo -e " ${Font_Yellow}Disk Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_DiskUsed_GB} GB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_DiskTotal_GB} GB${Font_Suffix}" elif [ "${LBench_Result_DiskUsed_KB}" -lt "1000000000" ] && [ "${LBench_Result_DiskTotal_KB}" -ge "1000000000" ]; then LBench_Result_Disk="${LBench_Result_DiskUsed_GB} GB / ${LBench_Result_DiskTotal_TB} TB" echo -e " ${Font_Yellow}Disk Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_DiskUsed_GB} GB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_DiskTotal_TB} TB${Font_Suffix}" else LBench_Result_Disk="${LBench_Result_DiskUsed_TB} TB / ${LBench_Result_DiskTotal_TB} TB" echo -e " ${Font_Yellow}Disk Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_DiskUsed_TB} TB${Font_Suffix} / ${Font_SkyBlue}${LBench_Result_DiskTotal_TB} TB${Font_Suffix}" fi # CPU状态 echo -e " ${Font_Yellow}CPU Usage:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_CPUStat_UsedAll}% used${Font_Suffix}, ${Font_SkyBlue}${LBench_Result_CPUStat_iowait}% iowait${Font_Suffix}, ${Font_SkyBlue}${LBench_Result_CPUStat_steal}% steal${Font_Suffix}" # 系统负载 echo -e " ${Font_Yellow}Load (1/5/15min):${Font_Suffix}\t${Font_SkyBlue}${LBench_Result_LoadAverage_1min} ${LBench_Result_LoadAverage_5min} ${LBench_Result_LoadAverage_15min} ${Font_Suffix}" # 系统开机时间 echo -e " ${Font_Yellow}Uptime:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_SystemInfo_Uptime_Day} Days, ${LBench_Result_SystemInfo_Uptime_Hour} Hours, ${LBench_Result_SystemInfo_Uptime_Minute} Minutes, ${LBench_Result_SystemInfo_Uptime_Second} Seconds${Font_Suffix}" # 内核版本 echo -e " ${Font_Yellow}Kernel Version:${Font_Suffix}\t${Font_SkyBlue}${LBench_Result_KernelVersion}${Font_Suffix}" # 网络拥塞控制方式 echo -e " ${Font_Yellow}Network CC Method:${Font_Suffix}\t${Font_SkyBlue}${LBench_Result_NetworkCCMethod}${Font_Suffix}" # 执行完成, 标记FLAG LBench_Flag_FinishSystemInfo="1" } Function_ShowNetworkInfo() { echo -e "\n ${Font_Yellow}-> Network Infomation${Font_Suffix}\n" if [ "${LBench_Result_NetworkStat}" = "ipv4only" ] || [ "${LBench_Result_NetworkStat}" = "dualstack" ]; then if [ "${IPAPI_IPV4_ip}" != "" ]; then echo -e " ${Font_Yellow}IPV4 - IP Address:${Font_Suffix}\t${Font_SkyBlue}[${IPAPI_IPV4_country_code}] ${IPAPI_IPV4_ip}${Font_Suffix}" echo -e " ${Font_Yellow}IPV4 - ASN Info:${Font_Suffix}\t${Font_SkyBlue}${IPAPI_IPV4_asn} (${IPAPI_IPV4_organization})${Font_Suffix}" echo -e " ${Font_Yellow}IPV4 - Region:${Font_Suffix}\t\t${Font_SkyBlue}${IPAPI_IPV4_location}${Font_Suffix}" else echo -e " ${Font_Yellow}IPV6 - IP Address:${Font_Suffix}\t${Font_Red}Error: API Query Failed${Font_Suffix}" fi fi if [ "${LBench_Result_NetworkStat}" = "ipv6only" ] || [ "${LBench_Result_NetworkStat}" = "dualstack" ]; then if [ "${IPAPI_IPV6_ip}" != "" ]; then echo -e " ${Font_Yellow}IPV6 - IP Address:${Font_Suffix}\t${Font_SkyBlue}[${IPAPI_IPV6_country_code}] ${IPAPI_IPV6_ip}${Font_Suffix}" echo -e " ${Font_Yellow}IPV6 - ASN Info:${Font_Suffix}\t${Font_SkyBlue}${IPAPI_IPV6_asn} (${IPAPI_IPV6_organization})${Font_Suffix}" echo -e " ${Font_Yellow}IPV6 - Region:${Font_Suffix}\t\t${Font_SkyBlue}${IPAPI_IPV6_location}${Font_Suffix}" else echo -e " ${Font_Yellow}IPV6 - IP Address:${Font_Suffix}\t${Font_Red}Error: API Query Failed${Font_Suffix}" fi fi # 执行完成, 标记FLAG LBench_Flag_FinishNetworkInfo="1" } # =============== 测试启动与结束动作 =============== Function_BenchStart() { clear LBench_Result_BenchStartTime="$(date +"%Y-%m-%d %H:%M:%S")" LBench_Result_BenchStartTimestamp="$(date +%s)" echo -e "${Font_SkyBlue}LemonBench${Font_Suffix} ${Font_Yellow}Server Test Tookit${Font_Suffix} ${BuildTime} ${Font_SkyBlue}(C)iLemonrain. All Rights Reserved.${Font_Suffix}" echo -e "==========================================================================================" echo -e " " echo -e " ${Msg_Info}${Font_Yellow}Bench Start Time:${Font_Suffix} ${Font_SkyBlue}${LBench_Result_BenchStartTime}${Font_Suffix}" echo -e " ${Msg_Info}${Font_Yellow}Test Mode:${Font_Suffix} ${Font_SkyBlue}${Global_TestModeTips}${Font_Suffix}" echo -e " " } Function_BenchFinish() { # 清理临时文件 LBench_Result_BenchFinishTime="$(date +"%Y-%m-%d %H:%M:%S")" LBench_Result_BenchFinishTimestamp="$(date +%s)" LBench_Result_TimeElapsedSec="$(echo "$LBench_Result_BenchFinishTimestamp $LBench_Result_BenchStartTimestamp" | awk '{print $1-$2}')" echo -e "" echo -e "==========================================================================================" echo -e " " echo -e " ${Msg_Info}${Font_Yellow}Bench Finish Time:${Font_Suffix} ${Font_SkyBlue}${LBench_Result_BenchFinishTime}${Font_Suffix}" echo -e " ${Msg_Info}${Font_Yellow}Time Elapsed:${Font_Suffix} ${Font_SkyBlue}${LBench_Result_TimeElapsedSec} seconds${Font_Suffix}" echo -e " " } # =============== 流媒体解锁测试 部分 =============== # 流媒体解锁测试 Function_MediaUnlockTest() { echo -e " " echo -e "${Font_Yellow} -> Media Unlock Test ${Font_Suffix}" echo -e " " Function_MediaUnlockTest_HBONow Function_MediaUnlockTest_BahamutAnime Function_MediaUnlockTest_AbemaTV_IPTest Function_MediaUnlockTest_PCRJP #Function_MediaUnlockTest_IQiYi_Taiwan Function_MediaUnlockTest_BBC Function_MediaUnlockTest_BilibiliChinaMainland Function_MediaUnlockTest_BilibiliHKMCTW Function_MediaUnlockTest_BilibiliTW LBench_Flag_FinishMediaUnlockTest="1" } # 流媒体解锁测试-HBO Now Function_MediaUnlockTest_HBONow() { echo -n -e " HBO Now:\t\t\t\t->\c" # 尝试获取成功的结果 local result="$(curl --user-agent "${UA_Browser}" -4 -fsL --max-time 30 --write-out "%{url_effective}\n" --output /dev/null https://play.hbonow.com/)" if [ "$?" = "0" ]; then # 下载页面成功，开始解析跳转 if [ "${result}" = "https://play.hbonow.com" ] || [ "${result}" = "https://play.hbonow.com/" ]; then echo -n -e "\r HBO Now:\t\t\t\t${Font_Green}Yes${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_HBONow="Yes" elif [ "${result}" = "http://hbogeo.cust.footprint.net/hbonow/geo.html" ] || [ "${result}" = "http://geocust.hbonow.com/hbonow/geo.html" ]; then echo -n -e "\r HBO Now:\t\t\t\t${Font_Red}No${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_HBONow="No" else echo -n -e "\r HBO Now:\t\t\t\t${Font_Yellow}Failed (due to parse fail)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_HBONow="Failed (due to parse fail)" fi else # 下载页面失败，返回错误代码 echo -e "\r HBO Now:\t\t\t\t${Font_Yellow}Failed (due to network fail)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_HBONow="Failed (due to network fail)" fi } # 流媒体解锁测试-动画疯 Function_MediaUnlockTest_BahamutAnime() { echo -n -e " Bahamut Anime:\t\t\t\t->\c" # 尝试获取成功的结果 # local result="$(curl -4 --user-agent "${UA_Browser}" --output /dev/null --write-out "%{url_effective}" --max-time 30 -fsL https://ani.gamer.com.tw/animePay.php)" local tmpresult="$(curl -4 --user-agent "${UA_Browser}" --max-time 30 -fsL 'https://ani.gamer.com.tw/ajax/token.php?adID=89422&sn=14667')" if [ "$?" != "0" ]; then echo -n -e "\r Bahamut Anime:\t\t\t\t${Font_Red}Failed (due to network fail)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BahamutAnime="Failed (due to network fail)" return 1 fi local result="$(echo $tmpresult | jq -r .animeSn)" if [ "$result" != "null" ]; then resultverify="$(echo $result | grep -oE '[0-9]{1,}')" if [ "$?" = "0" ]; then echo -n -e "\r Bahamut Anime:\t\t\t\t${Font_Green}Yes${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BahamutAnime="Yes" else echo -n -e "\r Bahamut Anime:\t\t\t\t${Font_Red}Failed (due to parse fail)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BahamutAnime="Failed (due to parse fail)" fi else local result="$(echo $tmpresult | jq -r .error.code)" if [ "$result" != "null" ]; then resultverify="$(echo $result | grep -oE '[0-9]{1,}')" if [ "$?" = "0" ]; then echo -n -e "\r Bahamut Anime:\t\t\t\t${Font_Red}No${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BahamutAnime="No" else echo -n -e "\r Bahamut Anime:\t\t\t\t${Font_Red}Failed (due to parse fail)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BahamutAnime="Failed (due to parse fail)" fi else echo -n -e "\r Bahamut Anime:\t\t\t\t${Font_Red}Failed (due to parse fail)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BahamutAnime="Failed (due to parse fail)" fi fi } # 流媒体解锁测试-哔哩哔哩大陆限定 Function_MediaUnlockTest_BilibiliChinaMainland() { echo -n -e " BiliBili China Mainland Only:\t\t->\c" local randsession="$(cat /dev/urandom | head -n 32 | md5sum | head -c 32)" # 尝试获取成功的结果 local result="$(curl --user-agent "${UA_Browser}" -4 -fsL --max-time 30 "https://api.bilibili.com/pgc/player/web/playurl?avid=82846771&qn=0&type=&otype=json&ep_id=307247&fourk=1&fnver=0&fnval=16&session=${randsession}&module=bangumi")" if [ "$?" = "0" ]; then local result="$(PharseJSON "${result}" "code")" if [ "$?" = "0" ]; then if [ "${result}" = "0" ]; then echo -n -e "\r BiliBili China Mainland Only:\t\t${Font_Green}Yes${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_ChinaMainland="Yes" elif [ "${result}" = "-10403" ]; then echo -n -e "\r BiliBili China Mainland Only:\t\t${Font_Red}No${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_ChinaMainland="No" else echo -n -e "\r BiliBili China Mainland Only:\t\t${Font_Red}Failed (due to unknown return)${Font_Suffix} ${Font_SkyBlue}(${result})${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_ChinaMainland="Failed (due to unknown return)" fi else echo -n -e "\r BiliBili China Mainland Only:\t\t${Font_Red}Failed (due to parse fail)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_ChinaMainland="Failed (due to parse fail)" fi else echo -n -e "\r BiliBili China Mainland Only:\t\t${Font_Red}Failed (due to network fail)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_ChinaMainland="Failed (due to network fail)" fi } # 流媒体解锁测试-哔哩哔哩港澳台限定 Function_MediaUnlockTest_BilibiliHKMCTW() { echo -n -e " BiliBili Hongkong/Macau/Taiwan:\t->\c" local randsession="$(cat /dev/urandom | head -n 32 | md5sum | head -c 32)" # 尝试获取成功的结果 local result="$(curl --user-agent "${UA_Browser}" -4 -fsL --max-time 30 "https://api.bilibili.com/pgc/player/web/playurl?avid=18281381&cid=29892777&qn=0&type=&otype=json&ep_id=183799&fourk=1&fnver=0&fnval=16&session=${randsession}&module=bangumi")" if [ "$?" = "0" ]; then local result="$(PharseJSON "${result}" "code")" if [ "$?" = "0" ]; then if [ "${result}" = "0" ]; then echo -n -e "\r BiliBili Hongkong/Macau/Taiwan:\t${Font_Green}Yes${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BilibiliHKMCTW="Yes" elif [ "${result}" = "-10403" ]; then echo -n -e "\r BiliBili Hongkong/Macau/Taiwan:\t${Font_Red}No${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BilibiliHKMCTW="No" else echo -n -e "\r BiliBili Hongkong/Macau/Taiwan:\t${Font_Red}Failed (due to unknown return)${Font_Suffix} ${Font_SkyBlue}(${result})${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BilibiliHKMCTW="Failed (due to unknown return)" fi else echo -n -e "\r BiliBili Hongkong/Macau/Taiwan:\t${Font_Red}Failed (due to parse fail)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BilibiliHKMCTW="Failed (due to parse fail)" fi else echo -n -e "\r BiliBili Hongkong/Macau/Taiwan:\t${Font_Red}Failed (due to network fail)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BilibiliHKMCTW="Failed (due to network fail)" fi } # 流媒体解锁测试-哔哩哔哩台湾限定 Function_MediaUnlockTest_BilibiliTW() { echo -n -e " Bilibili Taiwan Only:\t\t\t->\c" local randsession="$(cat /dev/urandom | head -n 32 | md5sum | head -c 32)" # 尝试获取成功的结果 local result="$(curl --user-agent "${UA_Browser}" -4 -fsL --max-time 30 "https://api.bilibili.com/pgc/player/web/playurl?avid=50762638&cid=100279344&qn=0&type=&otype=json&ep_id=268176&fourk=1&fnver=0&fnval=16&session=${randsession}&module=bangumi")" if [ "$?" = "0" ]; then local result="$(PharseJSON "${result}" "code")" if [ "$?" = "0" ]; then if [ "${result}" = "0" ]; then echo -n -e "\r Bilibili Taiwan Only:\t\t\t${Font_Green}Yes${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BilibiliTW="Yes" elif [ "${result}" = "-10403" ]; then echo -n -e "\r Bilibili Taiwan Only:\t\t\t${Font_Red}No${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BilibiliTW="No" else echo -n -e "\r Bilibili Taiwan Only:\t\t\t${Font_Red}Failed (due to unknown return)${Font_Suffix} ${Font_SkyBlue}(${result})${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BilibiliTW="Failed (due to unknown return)" fi else echo -n -e "\r Bilibili Taiwan Only:\t\t\t${Font_Red}Failed (due to parse fail)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BilibiliTW="Failed (due to parse fail)" fi else echo -n -e "\r 哔哩哔哩-台湾限定:\t${Font_Red}Failed (due to network fail)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BilibiliTW="Failed (due to network fail)" fi } # 流媒体解锁测试-爱奇艺台湾站 (Neta) # #Function_MediaUnlockTest_IQiYi_Taiwan() { # echo -n -e " IQiYi Taiwan (Beta):\t\t\t->\c" # local result="$(curl --user-agent "${UA_Browser}" -4 -fsL --max-time 30 "https://cache.video.iqiyi.com/dash?tvid=15364711300&bid=300&vid=3413c5aaa8e04f3724633fb6a4b55c8f&src=01010031010010000000&vt=0&rs=1&uid=&ori=pcw&ps=0&k_uid=949b5c6e48ff7dd333256e186a4d4e64&pt=0&d=0&s=&lid=&cf=&ct=&authKey=d6daa842887706d98d34de38e2c35d94&k_tag=1&ost=0&ppt=0&dfp=a11b673840ba64405b8614ebe8dd6db591c1bd76c1a87d4e9f9305a19f33f87688&locale=zh_tw&prio=%7B%22ff%22%3A%22f4v%22%2C%22code%22%3A2%7D&pck=&k_err_retries=0&up=&qd_v=2&tm=1587902927410&qdy=a&qds=0&k_ft1=706436220846084&k_ft4=1099714535424&k_ft5=1&bop=%7B%22version%22%3A%2210.0%22%2C%22dfp%22%3A%22a11b673840ba64405b8614ebe8dd6db591c1bd76c1a87d4e9f9305a19f33f87688%22%7D&ut=0&vf=674989244c4748e4bf06f169b9eee540")" # if [ "$?" = "0" ]; then # local res_st="$(echo $result | jq -r .data.st)" # if [ "${res_st}" = "101" ]; then # echo -n -e "\r IQiYi Taiwan (Beta):\t\t\t${Font_Green}Yes${Font_Suffix}\n" # LemonBench_Result_MediaUnlockTest_IQiYi_Taiwan="Yes" # elif [ "${res_st}" = "502" ]; then # echo -n -e "\r IQiYi Taiwan (Beta):\t\t\t${Font_Red}No${Font_Suffix}\n" # LemonBench_Result_MediaUnlockTest_IQiYi_Taiwan="No" # else # echo -n -e "\r IQiYi Taiwan (Beta):\t\t\t${Font_Red}Failed (Unexpected Result: $result)${Font_Suffix}\n" # LemonBench_Result_MediaUnlockTest_IQiYi_Taiwan="Failed (Unexpected Result: $result)" # fi # else # echo -n -e "\r IQiYi Taiwan (Beta):\t\t\t${Font_Red}Failed (Network Connection)${Font_Suffix}\n" # LemonBench_Result_MediaUnlockTest_IQiYi_Taiwan="Failed (Network Connection)" # fi #} # 流媒体解锁测试-Abema.TV # Function_MediaUnlockTest_AbemaTV_IPTest() { echo -n -e " Abema.TV:\t\t\t\t\c" # # 第一轮判断: 判断IP是否为日本IP (通过Akamai) # 如果不是日本IP, 后续没必要继续判断了 local result="$(curl --user-agent "${UA_Browser}" -4 -fsL --write-out %{http_code} --max-time 30 --output /dev/null http://abematv.akamaized.net/region)" if [ "$?" = "0" ]; then if [ "${result}" = "200" ]; then # 当Akamai 返回 HTTP 200 (OK) 时, 继续第二轮判断 local result="$(curl --user-agent "${UA_Browser}" -4 -fsL https://abema.tv/now-on-air/abema-news)" local result="$(curl --user-agent "${UA_Browser}" -4 -fsL https://abema.tv/now-on-air/abema-news)" local result1="$(echo $result | awk -F ' = ' '/window.__CLIENT_REGION__/{print $2$3}' | grep -oP '(?<='isAllowed'":)[0-9A-Za-z]+')" local result2="$(echo $result | awk -F ' = ' '/window.__CLIENT_REGION__/{print $2$3}' | grep -oP '(?<='status'":)[0-9A-Za-z]+')" if [ "${result1}" = "true" ] && [ "${result2}" = "true" ]; then echo -n -e "\r Abema.TV:\t\t\t\t${Font_Green}Yes${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_AbemaTV_IPTest="Yes" elif [ "${result1}" = "true" ] && [ "${result2}" = "false" ]; then echo -n -e "\r Abema.TV:\t\t\t\t${Font_Green}Yes${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_AbemaTV_IPTest="Yes" elif [ "${result1}" = "false" ] && [ "${result2}" = "true" ]; then echo -n -e "\r Abema.TV:\t\t\t\t${Font_Red}No${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_AbemaTV_IPTest="No" elif [ "${result1}" = "false" ] && [ "${result2}" = "false" ]; then echo -n -e "\r Abema.TV:\t\t\t\t${Font_Red}No${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_AbemaTV_IPTest="No" else echo -n -e "\r Abema.TV:\t\t\t\t${Font_Red}Failed (Unexpected Return Value)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_AbemaTV_IPTest="Failed (Unexpected Return Value)" fi elif [ "${result}" = "403" ]; then echo -n -e "\r Abema.TV:\t\t\t\t${Font_Red}No${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_AbemaTV_IPTest="No" elif [ "${result}" = "404" ]; then echo -n -e "\r Abema.TV:\t\t\t\t${Font_Red}Failed (HTTP 404 Caught)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_AbemaTV_IPTest="Failed (HTTP 404 Caught)" elif [ "${result}" = "000" ]; then echo -n -e "\r Abema.TV:\t\t\t\t${Font_Red}No${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_AbemaTV_IPTest="No" else echo -n -e "\r Abema.TV:\t\t\t\t${Font_Red}Failed (Unexpected HTTP Code)${Font_Suffix} ${Font_SkyBlue}(${result})${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_AbemaTV_IPTest="Failed (Unexpected HTTP Code)" fi else echo -n -e "\r Abema.TV:\t\t\t\t${Font_Red}Failed (Network Connection)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_AbemaTV_IPTest="Failed (Network Connection)" fi } Function_MediaUnlockTest_PCRJP() { echo -n -e " Princess Connect Re:Dive Japan:\t\c" # 测试，连续请求两次 (单独请求一次可能会返回35, 第二次开始变成0) local result="$(curl --user-agent "${UA_Dalvik}" -4 -fsL --write-out %{http_code} --max-time 30 --output /dev/null https://api-priconne-redive.cygames.jp/)" local retval="$?" if [ "$retval" = "0" ]; then if [ "$result" = "404" ]; then echo -n -e "\r Princess Connect Re:Dive Japan:\t${Font_Green}Yes${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_PCRJP="Yes" elif [ "$result" = "403" ] || [ "$result" = "000" ]; then echo -n -e "\r Princess Connect Re:Dive Japan:\t${Font_Red}No${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_PCRJP="No" else echo -n -e "\r Princess Connect Re:Dive Japan:\t${Font_Red}Failed (Unexpected Result: $result)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_PCRJP="Failed (Unexpected Result: $result)" fi else echo -n -e "\r Princess Connect Re:Dive Japan:\t${Font_Red}Failed (Unexpected Retval: $retval)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_PCRJP="Failed (Unexpected Retval: $retval)" fi } Function_MediaUnlockTest_BBC() { local result="$(curl --user-agent "${UA_Browser}" -4 -fsL --write-out %{http_code} --max-time 30 --output /dev/null http://ve-dash-uk.live.cf.md.bbci.co.uk/)" if [ "$?" = "0" ]; then if [ "${result}" = "403" ] || [ "${result}" = "000" ]; then echo -n -e "\r BBC:\t\t\t\t\t${Font_Red}No${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BBC="No" elif [ "${result}" = "404" ]; then echo -n -e "\r BBC:\t\t\t\t\t${Font_Green}Yes${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BBC="Yes" else echo -n -e "\r BBC:\t\t\t\t\t${Font_Red}Failed (Unexpected Result: $result)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BBC="Failed (Unexpected Result: $result)" fi else echo -n -e "\r BBC:\t\t\t\t\t${Font_Red}Failed (Network Connection)${Font_Suffix}\n" LemonBench_Result_MediaUnlockTest_BBC="Failed (Network Connection)" fi } # =============== Speedtest 部分 =============== Run_Speedtest() { # 调用方式: Run_Speedtest "服务器ID" "节点名称(用于显示)" echo -n -e " $2\t\t->\c" mkdir -p ${WorkDir}/result/speedtest/ >/dev/null 2>&1 if [ "$1" = "default" ]; then local result="$(/usr/local/lemonbench/bin/speedtest --accept-license --accept-gdpr --format=json --unit=MiB/s --progress=no 2>/dev/null)" elif [ "$1" = "" ]; then echo -n -e "\r $2\t\t${Font_Red}Fail: Invalid Speedtest Server (No servers defined)${Font_Suffix}\n" echo -e " $2\t\tFail: Invalid Speedtest Server (No servers defined)" >>${WorkDir}/Speedtest/result.txt else local result="$(/usr/local/lemonbench/bin/speedtest --accept-license --accept-gdpr --format=json --unit=MiB/s --progress=no --server-id $1 2>/dev/null)" fi # 处理结果 local getresultid="$(echo $result | jq -r .result.id | grep -v null)" if [ "${getresultid}" != "" ]; then # 上传速度 (Raw Data, 单位: bytes) local rr_upload_bandwidth="$(echo $result | jq -r .upload.bandwidth)" # 下载速度 (Raw Data, 单位: bytes) local rr_download_bandwidth="$(echo $result | jq -r .download.bandwidth)" # Ping 延迟 (Raw Data, 单位: ms) local rr_ping_latency="$(echo $result | jq -r .ping.latency)" # echo -e " Node Name\t\t\tUpload Speed\tDownload Speed\tPing Latency" >>${WorkDir}/Speedtest/result.txt # 处理数据 # 处理上传速度与下载速度，从B/s转换成MB/s local fr_upload_bandwidth="$(echo $rr_upload_bandwidth | awk '{printf"%.2f",$1/1024/1024}')" local fr_download_bandwidth="$(echo $rr_download_bandwidth | awk '{printf"%.2f",$1/1024/1024}')" # 处理Ping值数据，如果大于1000，只输出整位，否则保留两位小数 local fr_ping_latency="$(echo $rr_ping_latency | awk '{if($1>=1000){printf"%d",$1}else{printf"%.2f",$1}}')" # 输出结果 echo -n -e "\r $2\t\t${Font_SkyBlue}${fr_upload_bandwidth}${Font_Suffix} MB/s\t${Font_SkyBlue}${fr_download_bandwidth}${Font_Suffix} MB/s\t${Font_SkyBlue}${fr_ping_latency}${Font_Suffix} ms\n" echo -e " $2\t\t${fr_upload_bandwidth} MB/s\t${fr_download_bandwidth} MB/s\t${fr_ping_latency} ms" >>${WorkDir}/Speedtest/result.txt else local getlevel="$(echo $result | jq -r .level)" if [ "${getlevel}" = "error" ]; then local getmessage="$(echo $result | jq -r .message)" echo -n -e "\r $2\t\t${Font_Red}Fail: ${getmessage}${Font_Suffix}\n" echo -e " $2\t\tFail: ${getmessage}" >>${WorkDir}/Speedtest/result.txt else echo -n -e "\r $2\t\t${Font_Red}Fail: ${result}${Font_Suffix}\n" echo -e " $2\t\tFail: Unknown Error" >>${WorkDir}/Speedtest/result.txt fi fi } Function_Speedtest_Fast() { mkdir -p ${WorkDir}/Speedtest/ >/dev/null 2>&1 echo -e "\n ${Font_Yellow}-> Speedtest.net Network Speed Test${Font_Suffix}\n" echo -e "\n -> Speedtest.net Network Speed Test\n" >>${WorkDir}/Speedtest/result.txt Check_JSONQuery Check_Speedtest echo -e " ${Font_Yellow}Node Name\t\t\tUpload Speed\tDownload Speed\tPing Latency${Font_Suffix}" echo -e " Node Name\t\t\tUpload Speed\tDownload Speed\tPing Latency" >>${WorkDir}/Speedtest/result.txt # 默认测试 Run_Speedtest "default" "Speedtest Default" # 快速测试 Run_Speedtest "9484" "China, Jilin CU" Run_Speedtest "15863" "China, Nanning CM" Run_Speedtest "26352" "China, Nanjing CT" # 执行完成, 标记FLAG LBench_Flag_FinishSpeedtestFast="1" sleep 1 } Function_Speedtest_Full() { mkdir -p ${WorkDir}/Speedtest/ >/dev/null 2>&1 echo -e "\n ${Font_Yellow}-> Speedtest.net Network Speed Test${Font_Suffix}\n" echo -e "\n -> Speedtest.net Network Speed Test\n" >>${WorkDir}/Speedtest/result.txt Check_JSONQuery Check_Speedtest echo -e " ${Font_Yellow}Node Name\t\t\tUpload Speed\tDownload Speed\tPing Latency${Font_Suffix}" echo -e " Node Name\t\t\tUpload Speed\tDownload Speed\tPing Latency" >>${WorkDir}/Speedtest/result.txt # 默认测试 Run_Speedtest "default" "Speedtest Default" # 国内测试 - 联通组 Run_Speedtest "9484" "China, Jilin CU" Run_Speedtest "17184" "China, Shandong CU" Run_Speedtest "13704" "China, Nanjing CU" Run_Speedtest "24447" "China, Shanghai CU" Run_Speedtest "4690" "China, Lanzhou CU" # 国内测试 - 电信组 Run_Speedtest "27377" "China, Beijing CT" Run_Speedtest "7509" "China, Hangzhou CT" Run_Speedtest "26352" "China, Nanjing CT" Run_Speedtest "27594" "China, Guangzhou CT" Run_Speedtest "23844" "China, Wuhan CT" # 国内测试 - 移动组 Run_Speedtest "16167" "China, Shenyang CM" Run_Speedtest "4647" "China, Hangzhou CM" Run_Speedtest "15863" "China, Nanning CM" Run_Speedtest "16145" "China, Lanzhou CM" # 海外测试 Run_Speedtest "16176" "Hong Kong, HGC" Run_Speedtest "13538" "Hong Kong, CSL" Run_Speedtest "1536" "Hong Kong, PCCW" Run_Speedtest "6527" "Korea, SK [Kdatacenter]" Run_Speedtest "28910" "Japan, NTT [fdcservers]" Run_Speedtest "21569" "Japan, NTT [i3d]" Run_Speedtest "6087" "Japan GLBB" Run_Speedtest "24333" "Japan Rakuten" Run_Speedtest "17205" "Taiwan, Seednet" Run_Speedtest "4938" "Taiwan, HiNet" Run_Speedtest "11702" "Taiwan, TFN" Run_Speedtest "13623" "Singapore, Singtel" Run_Speedtest "7311" "Singapore, M1" Run_Speedtest "367" "Singapore, NME" Run_Speedtest "8864" "United States, Century Link" Run_Speedtest "29623" "United States, Verizon" # 执行完成, 标记FLAG LBench_Flag_FinishSpeedtestFull="1" sleep 1 } # =============== 磁盘测试 部分 =============== Run_DiskTest_DD() { # 调用方式: Run_DiskTest_DD "测试文件名" "块大小" "写入次数" "测试项目名称" mkdir -p ${WorkDir}/DiskTest/ >/dev/null 2>&1 SystemInfo_GetVirtType mkdir -p /.tmp_LBench/DiskTest >/dev/null 2>&1 mkdir -p ${WorkDir}/data >/dev/null 2>&1 local Var_DiskTestResultFile="${WorkDir}/data/disktest_result" # 将先测试读, 后测试写 echo -n -e " $4\t\t->\c" # 清理缓存, 避免影响测试结果 sync if [ "${Var_VirtType}" != "docker" ] && [ "${Var_VirtType}" != "openvz" ] && [ "${Var_VirtType}" != "lxc" ] && [ "${Var_VirtType}" != "wsl" ]; then echo 3 >/proc/sys/vm/drop_caches fi # 避免磁盘压力过高, 启动测试前暂停1s sleep 1 # 正式写测试 dd if=/dev/zero of=/.tmp_LBench/DiskTest/$1 bs=$2 count=$3 oflag=direct 2>${Var_DiskTestResultFile} local DiskTest_WriteSpeed_ResultRAW="$(cat ${Var_DiskTestResultFile} | grep -oE "[0-9]{1,4} kB\/s|[0-9]{1,4}.[0-9]{1,2} kB\/s|[0-9]{1,4} KB\/s|[0-9]{1,4}.[0-9]{1,2} KB\/s|[0-9]{1,4} MB\/s|[0-9]{1,4}.[0-9]{1,2} MB\/s|[0-9]{1,4} GB\/s|[0-9]{1,4}.[0-9]{1,2} GB\/s|[0-9]{1,4} TB\/s|[0-9]{1,4}.[0-9]{1,2} TB\/s|[0-9]{1,4} kB\/秒|[0-9]{1,4}.[0-9]{1,2} kB\/秒|[0-9]{1,4} KB\/秒|[0-9]{1,4}.[0-9]{1,2} KB\/秒|[0-9]{1,4} MB\/秒|[0-9]{1,4}.[0-9]{1,2} MB\/秒|[0-9]{1,4} GB\/秒|[0-9]{1,4}.[0-9]{1,2} GB\/秒|[0-9]{1,4} TB\/秒|[0-9]{1,4}.[0-9]{1,2} TB\/秒")" DiskTest_WriteSpeed="$(echo "${DiskTest_WriteSpeed_ResultRAW}" | sed "s/秒/s/")" local DiskTest_WriteTime_ResultRAW="$(cat ${Var_DiskTestResultFile} | grep -oE "[0-9]{1,}.[0-9]{1,} s|[0-9]{1,}.[0-9]{1,} s|[0-9]{1,}.[0-9]{1,} 秒|[0-9]{1,}.[0-9]{1,} 秒")" DiskTest_WriteTime="$(echo ${DiskTest_WriteTime_ResultRAW} | awk '{print $1}')" DiskTest_WriteIOPS="$(echo ${DiskTest_WriteTime} $3 | awk '{printf "%d\n",$2/$1}')" DiskTest_WritePastTime="$(echo ${DiskTest_WriteTime} | awk '{printf "%.2f\n",$1}')" if [ "${DiskTest_WriteIOPS}" -ge "10000" ]; then DiskTest_WriteIOPS="$(echo ${DiskTest_WriteIOPS} 1000 | awk '{printf "%.2f\n",$2/$1}')" echo -n -e "\r $4\t\t${Font_SkyBlue}${DiskTest_WriteSpeed} (${DiskTest_WriteIOPS}K IOPS, ${DiskTest_WritePastTime}s)${Font_Suffix}\t\t->\c" else echo -n -e "\r $4\t\t${Font_SkyBlue}${DiskTest_WriteSpeed} (${DiskTest_WriteIOPS} IOPS, ${DiskTest_WritePastTime}s)${Font_Suffix}\t\t->\c" fi # 清理结果文件, 准备下一次测试 rm -f ${Var_DiskTestResultFile} # 清理缓存, 避免影响测试结果 sync if [ "${Var_VirtType}" != "docker" ] && [ "${Var_VirtType}" != "wsl" ]; then echo 3 >/proc/sys/vm/drop_caches fi sleep 0.5 # 正式读测试 dd if=/.tmp_LBench/DiskTest/$1 of=/dev/null bs=$2 count=$3 iflag=direct 2>${Var_DiskTestResultFile} local DiskTest_ReadSpeed_ResultRAW="$(cat ${Var_DiskTestResultFile} | grep -oE "[0-9]{1,4} kB\/s|[0-9]{1,4}.[0-9]{1,2} kB\/s|[0-9]{1,4} KB\/s|[0-9]{1,4}.[0-9]{1,2} KB\/s|[0-9]{1,4} MB\/s|[0-9]{1,4}.[0-9]{1,2} MB\/s|[0-9]{1,4} GB\/s|[0-9]{1,4}.[0-9]{1,2} GB\/s|[0-9]{1,4} TB\/s|[0-9]{1,4}.[0-9]{1,2} TB\/s|[0-9]{1,4} kB\/秒|[0-9]{1,4}.[0-9]{1,2} kB\/秒|[0-9]{1,4} KB\/秒|[0-9]{1,4}.[0-9]{1,2} KB\/秒|[0-9]{1,4} MB\/秒|[0-9]{1,4}.[0-9]{1,2} MB\/秒|[0-9]{1,4} GB\/秒|[0-9]{1,4}.[0-9]{1,2} GB\/秒|[0-9]{1,4} TB\/秒|[0-9]{1,4}.[0-9]{1,2} TB\/秒")" DiskTest_ReadSpeed="$(echo "${DiskTest_ReadSpeed_ResultRAW}" | sed "s/s/s/")" local DiskTest_ReadTime_ResultRAW="$(cat ${Var_DiskTestResultFile} | grep -oE "[0-9]{1,}.[0-9]{1,} s|[0-9]{1,}.[0-9]{1,} s|[0-9]{1,}.[0-9]{1,} 秒|[0-9]{1,}.[0-9]{1,} 秒")" DiskTest_ReadTime="$(echo ${DiskTest_ReadTime_ResultRAW} | awk '{print $1}')" DiskTest_ReadIOPS="$(echo ${DiskTest_ReadTime} $3 | awk '{printf "%d\n",$2/$1}')" DiskTest_ReadPastTime="$(echo ${DiskTest_ReadTime} | awk '{printf "%.2f\n",$1}')" rm -f ${Var_DiskTestResultFile} # 输出结果 echo -n -e "\r $4\t\t${Font_SkyBlue}${DiskTest_WriteSpeed} (${DiskTest_WriteIOPS} IOPS, ${DiskTest_WritePastTime}s)${Font_Suffix}\t\t${Font_SkyBlue}${DiskTest_ReadSpeed} (${DiskTest_ReadIOPS} IOPS, ${DiskTest_ReadPastTime}s)${Font_Suffix}\n" echo -e " $4\t\t${DiskTest_WriteSpeed} (${DiskTest_WriteIOPS} IOPS, ${DiskTest_WritePastTime} s)\t\t${DiskTest_ReadSpeed} (${DiskTest_ReadIOPS} IOPS, ${DiskTest_ReadPastTime} s)" >>${WorkDir}/DiskTest/result.txt rm -rf /.tmp_LBench/DiskTest/ } Function_DiskTest_Fast() { mkdir -p ${WorkDir}/DiskTest/ >/dev/null 2>&1 echo -e "\n ${Font_Yellow}-> Disk Speed Test (4K Block/1M Block, Direct Mode)${Font_Suffix}\n" echo -e "\n -> Disk Speed Test (4K Block/1M Block, Direct Mode)\n" >>${WorkDir}/DiskTest/result.txt SystemInfo_GetVirtType SystemInfo_GetOSRelease if [ "${Var_VirtType}" = "docker" ] || [ "${Var_VirtType}" = "wsl" ]; then echo -e " ${Msg_Warning}Due to virt architecture limit, the result may affect by the cache !\n" fi echo -e " ${Font_Yellow}Test Name\t\tWrite Speed\t\t\t\tRead Speed${Font_Suffix}" echo -e " Test Name\t\tWrite Speed\t\t\t\tRead Speed" >>${WorkDir}/DiskTest/result.txt Run_DiskTest_DD "100MB.test" "4k" "25600" "100MB-4K Block" Run_DiskTest_DD "1GB.test" "1M" "1000" "1GB-1M Block" # 执行完成, 标记FLAG LBench_Flag_FinishDiskTestFast="1" sleep 1 } Function_DiskTest_Full() { mkdir -p ${WorkDir}/DiskTest/ >/dev/null 2>&1 echo -e "\n ${Font_Yellow}-> Disk Speed Test (4K Block/1M Block, Direct-Write)${Font_Suffix}\n" echo -e "\n -> Disk Speed Test (4K Block/1M Block, Direct-Write)\n" >>${WorkDir}/DiskTest/result.txt SystemInfo_GetVirtType SystemInfo_GetOSRelease if [ "${Var_VirtType}" = "docker" ] || [ "${Var_VirtType}" = "wsl" ]; then echo -e " ${Msg_Warning}Due to virt architecture limit, the result may affect by the cache !\n" fi echo -e " ${Font_Yellow}Test Name\t\tWrite Speed\t\t\t\tRead Speed${Font_Suffix}" echo -e " Test Name\t\tWrite Speed\t\t\t\tRead Speed" >>${WorkDir}/DiskTest/result.txt Run_DiskTest_DD "10MB.test" "4k" "2560" "10MB-4K Block" Run_DiskTest_DD "10MB.test" "1M" "10" "10MB-1M Block" Run_DiskTest_DD "100MB.test" "4k" "25600" "100MB-4K Block" Run_DiskTest_DD "100MB.test" "1M" "100" "100MB-1M Block" Run_DiskTest_DD "1GB.test" "4k" "256000" "1GB-4K Block" Run_DiskTest_DD "1GB.test" "1M" "1000" "1GB-1M Block" # 执行完成, 标记FLAG LBench_Flag_FinishDiskTestFull="1" sleep 1 } # =============== BestTrace 部分 =============== Run_BestTrace() { mkdir -p ${WorkDir}/BestTrace/ >/dev/null 2>&1 # 调用方式: Run_BestTrace "目标IP" "ICMP/TCP" "最大跃点数" "说明" if [ "$2" = "tcp" ] || [ "$2" = "TCP" ]; then echo -e "Traceroute to $4 (TCP Mode, Max $3 Hop)" echo -e "============================================================" echo -e "\nTraceroute to $4 (TCP Mode, Max $3 Hop)" >>${WorkDir}/BestTrace/result.txt echo -e "============================================================" >>${WorkDir}/BestTrace/result.txt /usr/local/lemonbench/bin/besttrace -g en -q 1 -n -T -m $3 $1 | tee -a ${WorkDir}/BestTrace/result.txt else echo -e "Traceroute to $4 (ICMP Mode, Max $3 Hop)" echo -e "============================================================" echo -e "\nTracecroute to $4 (ICMP Mode, Max $3 Hop)" >>${WorkDir}/BestTrace/result.txt echo -e "============================================================" >>${WorkDir}/BestTrace/result.txt /usr/local/lemonbench/bin/besttrace -g en -q 1 -n -m $3 $1 | tee -a ${WorkDir}/BestTrace/result.txt fi } Run_BestTrace6() { # 调用方式: Run_BestTrace "目标IP" "ICMP/TCP" "最大跃点数" "说明" if [ "$2" = "tcp" ] || [ "$2" = "TCP" ]; then echo -e "Traceroute to $4 (TCP Mode, Max $3 Hop)" echo -e "============================================================" echo -e "\nTraceroute to $4 (TCP Mode, Max $3 Hop)" >>${WorkDir}/BestTrace/result.txt echo -e "============================================================" >>${WorkDir}/BestTrace/result.txt /usr/local/lemonbench/bin/besttrace -g en -6 -q 1 -n -T -m $3 $1 >>${WorkDir}/BestTrace/result.txt elif [ "$2" = "icmp" ] || [ "$2" = "ICMP" ]; then echo -e "Traceroute to $4 (ICMP Mode, Max $3 Hop)" echo -e "============================================================" echo -e "Traceroute to $4 (ICMP Mode, Max $3 Hop)" >>${WorkDir}/BestTrace/result.txt echo -e "============================================================" >>${WorkDir}/BestTrace/result.txt /usr/local/lemonbench/bin/besttrace -g en -6 -q 1 -n -m $3 $1 | tee -a ${WorkDir}/BestTrace/result.txt fi } Function_BestTrace_Fast() { Check_BestTrace mkdir -p ${WorkDir}/BestTrace/ >/dev/null 2>&1 if [ "${LBench_Result_NetworkStat}" = "ipv4only" ] || [ "${LBench_Result_NetworkStat}" = "dualstack" ]; then echo -e "\n ${Font_Yellow}-> Traceroute Test (IPV4)${Font_Suffix}\n" echo -e "\n -> Traceroute Test (IPV4)\n" >>${WorkDir}/BestTrace/result.txt # LemonBench RouteTest 节点列表 Ver 20191112 # 国内部分 Run_BestTrace "123.125.99.1" "${GlobalVar_TracerouteMode}" "50" "China, Beijing CU" Run_BestTrace "180.149.128.9" "${GlobalVar_TracerouteMode}" "50" "China, Beijing CT" Run_BestTrace "211.136.25.153" "${GlobalVar_TracerouteMode}" "50" "China, Beijing CM" Run_BestTrace "58.247.8.158" "${GlobalVar_TracerouteMode}" "50" "China, Shanghai CU" Run_BestTrace "180.153.28.5" "${GlobalVar_TracerouteMode}" "50" "China, Shanghai CT" Run_BestTrace "221.183.55.22" "${GlobalVar_TracerouteMode}" "50" "China, Shanghai CM" Run_BestTrace "210.21.4.130" "${GlobalVar_TracerouteMode}" "50" "China, Guangzhou CU" Run_BestTrace "113.108.209.1" "${GlobalVar_TracerouteMode}" "50" "China, Guangzhou CT" Run_BestTrace "120.196.212.25" "${GlobalVar_TracerouteMode}" "50" "China, Guangzhou CM" Run_BestTrace "210.13.66.238" "${GlobalVar_TracerouteMode}" "50" "China, Shanghai CU AS9929" Run_BestTrace "58.32.0.1" "${GlobalVar_TracerouteMode}" "50" "China, Shanghai CT CN2" Run_BestTrace "14.131.128.1" "${GlobalVar_TracerouteMode}" "50" "China, Beijing Dr.Peng Home Network" Run_BestTrace "211.167.230.100" "${GlobalVar_TracerouteMode}" "50" "China, Beijing Dr.Peng Network IDC Network" Run_BestTrace "202.205.109.205" "${GlobalVar_TracerouteMode}" "50" "China, Beijing CERNET" Run_BestTrace "159.226.254.1" "${GlobalVar_TracerouteMode}" "50" "China, Beijing CSTNET" Run_BestTrace "211.156.140.17" "${GlobalVar_TracerouteMode}" "50" "China, Beijing GCable" fi if [ "${LBench_Result_NetworkStat}" = "ipv6only" ] || [ "${LBench_Result_NetworkStat}" = "dualstack" ]; then echo -e "\n ${Font_Yellow}-> Traceroute Test (IPV6)${Font_Suffix}\n" echo -e "\n -> Traceroute Test (IPV6)\n" >>${WorkDir}/BestTrace/result.txt Run_BestTrace6 "2408:80f0:4100:2005::3" "ICMP" "50" "China, Beijing CU IPV6" Run_BestTrace6 "240e:18:10:a01::1" "ICMP" "50" "China, Shanghai CT IPV6" Run_BestTrace6 "2409:8057:5c00:30::6" "ICMP" "50" "China, Guangzhou CM IPV6" Run_BestTrace6 "2001:da8:a0:1001::1" "ICMP" "50" "China, Beijing CERNET2 IPV6" Run_BestTrace6 "2400:dd00:0:37::213" "ICMP" "50" "China, Beijing CSTNET IPV6" fi # 执行完成, 标记FLAG LBench_Flag_FinishBestTraceFast="1" sleep 1 } Function_BestTrace_Full() { Check_BestTrace mkdir -p ${WorkDir}/BestTrace/ >/dev/null 2>&1 if [ "${LBench_Result_NetworkStat}" = "ipv4only" ] || [ "${LBench_Result_NetworkStat}" = "dualstack" ] || [ "${LBench_Result_NetworkStat}" = "unknown" ]; then echo -e "\n ${Font_Yellow}-> Traceroute Test (IPV4)${Font_Suffix}\n" echo -e "\n -> Traceroute Test (IPV4)\n" >>${WorkDir}/BestTrace/result.txt # LemonBench RouteTest 节点列表 Ver 20191112 # 国内部分 Run_BestTrace "123.125.99.1" "${GlobalVar_TracerouteMode}" "50" "China, Beijing CU" Run_BestTrace "180.149.128.1" "${GlobalVar_TracerouteMode}" "50" "China, Beijing CT" Run_BestTrace "211.136.25.153" "${GlobalVar_TracerouteMode}" "50" "China, Beijing CM" Run_BestTrace "58.247.0.49" "${GlobalVar_TracerouteMode}" "50" "China, Shanghai CU" Run_BestTrace "180.153.28.1" "${GlobalVar_TracerouteMode}" "50" "China, Shanghai CT" Run_BestTrace "221.183.55.22" "${GlobalVar_TracerouteMode}" "50" "China, Shanghai CM" Run_BestTrace "210.21.4.130" "${GlobalVar_TracerouteMode}" "50" "China, Guangzhou CU" Run_BestTrace "113.108.209.1" "${GlobalVar_TracerouteMode}" "50" "China, Guangzhou CT" Run_BestTrace "211.139.129.5" "${GlobalVar_TracerouteMode}" "50" "China, Guangzhou CM" Run_BestTrace "210.13.66.238" "${GlobalVar_TracerouteMode}" "50" "China, Shanghai CU AS9929" Run_BestTrace "58.32.0.1" "${GlobalVar_TracerouteMode}" "50" "China, Shanghai CT CN2" Run_BestTrace "14.131.128.1" "${GlobalVar_TracerouteMode}" "50" "China, Beijing Dr.Peng Home Network" Run_BestTrace "211.167.230.100" "${GlobalVar_TracerouteMode}" "50" "China, Beijing Dr.Peng Network IDC Network" Run_BestTrace "202.205.109.205" "${GlobalVar_TracerouteMode}" "50" "China, Beijing CERNET" Run_BestTrace "159.226.254.1" "${GlobalVar_TracerouteMode}" "50" "China, Beijing CSTNET" Run_BestTrace "211.156.140.17" "${GlobalVar_TracerouteMode}" "50" "China, Beijing GCable" # 香港部分 Run_BestTrace "203.160.95.218" "${GlobalVar_TracerouteMode}" "50" "China, Hongkong CU" Run_BestTrace "203.215.232.173" "${GlobalVar_TracerouteMode}" "50" "China, Hongkong CT" Run_BestTrace "203.8.25.187" "${GlobalVar_TracerouteMode}" "50" "China, Hongkong CT CN2" Run_BestTrace "203.142.105.9" "${GlobalVar_TracerouteMode}" "50" "China, Hongkong CM" Run_BestTrace "218.188.104.30" "${GlobalVar_TracerouteMode}" "50" "China, Hongkong HGC" Run_BestTrace "210.6.23.239" "${GlobalVar_TracerouteMode}" "50" "China, Hongkong HKBN" Run_BestTrace "202.85.125.60" "${GlobalVar_TracerouteMode}" "50" "China, Hongkong PCCW" Run_BestTrace "202.123.76.239" "${GlobalVar_TracerouteMode}" "50" "China, Hongkong TGT" Run_BestTrace "59.152.252.242" "${GlobalVar_TracerouteMode}" "50" "China, Hongkong WTT" # 新加坡部分 Run_BestTrace "203.215.233.1" "${GlobalVar_TracerouteMode}" "50" "Singapore, China CT" Run_BestTrace "183.91.61.1" "${GlobalVar_TracerouteMode}" "50" "Singapore, China CT CN2" Run_BestTrace "118.201.1.11" "${GlobalVar_TracerouteMode}" "50" "Singapore, Singtel" Run_BestTrace "203.116.46.33" "${GlobalVar_TracerouteMode}" "50" "Singapore, StarHub" Run_BestTrace "118.189.184.1" "${GlobalVar_TracerouteMode}" "50" "Singapore, M1" Run_BEstTrace "118.189.38.17" "${GlobalVar_TracerouteMode}" "50" "Singapore, M1 GamePro" Run_BestTrace "13.228.0.251" "${GlobalVar_TracerouteMode}" "50" "Singapore, AWS" # 日本部分 Run_BestTrace "61.213.155.84" "${GlobalVar_TracerouteMode}" "50" "Japan, NTT" Run_BestTrace "202.232.15.70" "${GlobalVar_TracerouteMode}" "50" "Japan, IIJ" Run_BestTrace "210.175.32.26" "${GlobalVar_TracerouteMode}" "50" "Japan, SoftBank" Run_BestTrace "106.162.242.108" "${GlobalVar_TracerouteMode}" "50" "Japan, KDDI" Run_BestTrace "203.215.236.3" "${GlobalVar_TracerouteMode}" "50" "Japan, China CT" Run_BestTrace "202.55.27.4" "${GlobalVar_TracerouteMode}" "50" "Japan, China CT CN2" Run_BestTrace "13.112.63.251" "${GlobalVar_TracerouteMode}" "50" "Japan, Amazon AWS" # 韩国部分 Run_BestTrace "210.114.41.101" "${GlobalVar_TracerouteMode}" "50" "South Korea, KT" Run_BestTrace "175.122.253.62 " "${GlobalVar_TracerouteMode}" "50" "South Korea, SK" Run_BestTrace "211.174.62.44" "${GlobalVar_TracerouteMode}" "50" "South Korea, LG" Run_BestTrace "218.185.246.3" "${GlobalVar_TracerouteMode}" "50" "South Korea, China CT CN2" Run_BestTrace "13.124.63.251" "${GlobalVar_TracerouteMode}" "50" "South Korea, Amazon AWS" # 台湾部分 Run_BestTrace "202.133.242.116" "${GlobalVar_TracerouteMode}" "50" "China, Taiwan Chief" Run_BestTrace "210.200.69.90" "${GlobalVar_TracerouteMode}" "50" "China, Taiwan APTG" Run_BestTrace "203.75.129.162" "${GlobalVar_TracerouteMode}" "50" "China, Taiwan CHT" Run_BestTrace "219.87.66.3" "${GlobalVar_TracerouteMode}" "50" "China, Taiwan TFN" Run_BestTrace "211.73.144.38" "${GlobalVar_TracerouteMode}" "50" "China,Taiwan FET" Run_BestTrace "61.63.0.102" "${GlobalVar_TracerouteMode}" "50" "China, Taiwan KBT" Run_BestTrace "103.31.196.203" "${GlobalVar_TracerouteMode}" "50" "China, Taiwan TAIFO" # 美国部分 Run_BestTrace "218.30.33.17" "${GlobalVar_TracerouteMode}" "50" "United States, Los Angeles China CT" Run_BestTrace "66.102.252.100" "${GlobalVar_TracerouteMode}" "50" "United States, Los Angeles China CT CN2" Run_BestTrace "63.218.42.81" "${GlobalVar_TracerouteMode}" "50" "United States, Los Angeles PCCW" Run_BestTrace "66.220.18.42" "${GlobalVar_TracerouteMode}" "50" "United States, Los Angeles HE" Run_BestTrace "173.205.77.98" "${GlobalVar_TracerouteMode}" "50" "United States, Los Angeles GTT" Run_BestTrace "12.169.215.33" "${GlobalVar_TracerouteMode}" "50" "United States, San Fransico ATT" Run_BestTrace "66.198.181.100" "${GlobalVar_TracerouteMode}" "50" "United States, New York TATA" Run_BestTrace "218.30.33.17" "${GlobalVar_TracerouteMode}" "50" "United States, San Jose China CT" Run_BestTrace "23.11.26.62" "${GlobalVar_TracerouteMode}" "50" "United States, San Jose NTT" Run_BestTrace "72.52.104.74" "${GlobalVar_TracerouteMode}" "50" "United States, Fremont HE" Run_BestTrace "205.216.62.38" "${GlobalVar_TracerouteMode}" "50" "United States, Las Vegas Level3" Run_BestTrace "64.125.191.31" "${GlobalVar_TracerouteMode}" "50" "United States, San Jose ZAYO" Run_BestTrace "149.127.109.166" "${GlobalVar_TracerouteMode}" "50" "United States, Ashburn Cogentco" # 欧洲部分 Run_BestTrace "80.146.191.1" "${GlobalVar_TracerouteMode}" "50" "German, Telekom" Run_BestTrace "82.113.108.25" "${GlobalVar_TracerouteMode}" "50" "German, Frankfurt O2" Run_BestTrace "139.7.146.11" "${GlobalVar_TracerouteMode}" "50" "German, Frankfurt Vodafone" Run_BestTrace "118.85.205.101" "${GlobalVar_TracerouteMode}" "50" "German, Frankfurt China CT" Run_BestTrace "5.10.138.33" "${GlobalVar_TracerouteMode}" "50" "German, Frankfurt China CT CN2" Run_BestTrace "213.200.65.70" "${GlobalVar_TracerouteMode}" "50" "German, Frankfurt GTT" Run_BestTrace "212.20.150.5" "${GlobalVar_TracerouteMode}" "50" "German, FrankfurtCogentco" Run_BestTrace "194.62.232.211" "${GlobalVar_TracerouteMode}" "50" "United Kingdom, Vodafone" Run_BestTrace "213.121.43.24" "${GlobalVar_TracerouteMode}" "50" "United Kingdom， BT" Run_BestTrace "80.231.131.34" "${GlobalVar_TracerouteMode}" "50" "United Kingdom, London TATA" Run_BestTrace "118.85.205.181" "${GlobalVar_TracerouteMode}" "50" "Russia, China CT" Run_BestTrace "185.75.173.17" "${GlobalVar_TracerouteMode}" "50" "Russia, China CT CN2" Run_BestTrace "87.226.162.77" "${GlobalVar_TracerouteMode}" "50" "Russia, Moscow RT" Run_BestTrace "217.150.32.2" "${GlobalVar_TracerouteMode}" "50" "Russia, Moscow TTK" Run_BestTrace "195.34.32.71" "${GlobalVar_TracerouteMode}" "50" "Russia, Moscow MTS" fi if [ "${LBench_Result_NetworkStat}" = "ipv6only" ] || [ "${LBench_Result_NetworkStat}" = "dualstack" ] || [ "${LBench_Result_NetworkStat}" = "unknown" ]; then echo -e "\n ${Font_Yellow}-> Traceroute Test (IPV6)${Font_Suffix}\n" echo -e "\n -> Traceroute Test (IPV6)\n" >>${WorkDir}/BestTrace/result.txt # 国内部分 Run_BestTrace6 "2408:80f0:4100:2005::3" "ICMP" "50" "China, Beijing CU IPV6" Run_BestTrace6 "2400:da00:2::29" "ICMP" "50" "China, Beijing CT IPV6" Run_BestTrace6 "2409:8089:1020:50ff:1000::fd01" "ICMP" "50" "China, Beijing CM IPV6" Run_BestTrace6 "2408:8000:9000:20e6::b7" "ICMP" "50" "China, Shanghai CU IPV6" Run_BestTrace6 "240e:18:10:a01::1" "ICMP" "50" "China, Shanghai CT IPV6" Run_BestTrace6 "2409:801e:5c03:2000::207" "ICMP" "50" "China, Shanghai CM IPV6" Run_BestTrace6 "2408:8001:3011:310::3" "ICMP" "50" "China, Guangzhou CU IPV6" Run_BestTrace6 "240e:ff:e02c:1:21::" "ICMP" "50" "China, Guangzhou CT IPV6" Run_BestTrace6 "2409:8057:5c00:30::6" "ICMP" "50" "China, Guangzhou CM IPV6" Run_BestTrace6 "2403:8880:400f::2" "ICMP" "50" "China, Beijing Dr.Peng IPV6" Run_BestTrace6 "2001:da8:a0:1001::1" "ICMP" "50" "China, Beijing CERNET2 IPV6" Run_BestTrace6 "2400:dd00:0:37::213" "ICMP" "50" "China, Beijing CSTNET IPV6" # 香港部分 Run_BestTrace6 "2001:7fa:0:1::ca28:a1a9" "ICMP" "50" "China, Hongkong HKIX IPV6" Run_BestTrace6 "2001:470:0:490::2" "ICMP" "50" "China, Hongkong HE IPV6" # 美国部分 Run_BestTrace6 "2001:470:1:ff::1" "ICMP" "50" "United States, San Jose HE IPV6" Run_BestTrace6 "2001:418:0:5000::1026" "ICMP" "50" "United States, Chicago NTT IPV6" Run_BestTrace6 "2001:2000:3080:1e96::2" "ICMP" "50" "United States, Los Angeles Telia IPV6" Run_BestTrace6 "2001:668:0:3:ffff:0:d8dd:9d5a" "ICMP" "50" "United States, Los Angeles GTT IPV6" Run_BestTrace6 "2600:0:1:1239:144:228:241:71" "ICMP" "50" "United States, Kansas City Sprint IPV6" Run_BestTrace6 "2600:80a:2::15" "ICMP" "50" "United States, Los Angeles Verizon IPV6" Run_BestTrace6 "2001:550:0:1000::9a36:4215" "ICMP" "50" "United Status, Ashburn Cogentco IPV6" Run_BestTrace6 "2001:1900:2100::2eb5" "ICMP" "50" "United States, San Jose Level3 IPV6" Run_BestTrace6 "2001:438:ffff::407d:d6a" "ICMP" "50" "United States, Seattle Zayo IPV6" # 欧洲部分 Run_BestTrace6 "2001:470:0:349::1" "ICMP" "50" "France, Paris HE IPV6" Run_BestTrace6 "2001:728:0:5000::6f6" "ICMP" "50" "German, Frankfurt NTT IPV6" fi # 执行完成, 标记FLAG LBench_Flag_FinishBestTraceFull="1" sleep 1 } Function_SpooferTest() { if [ "${Var_SpooferDisabled}" = "1" ]; then return 0 fi mkdir -p ${WorkDir}/Spoofer/ >/dev/null 2>&1 echo -e "\n ${Font_Yellow}-> Spoof Test${Font_Suffix}\n" echo -e "\n -> Spoof Test\n" >>${WorkDir}/Spoofer/result.txt Check_Spoofer mkdir ${WorkDir}/ >/dev/null 2>&1 echo -e "Running Spoof Test, this may take a long time, please wait ..." /usr/local/bin/spoofer-prober -s0 -r0 | tee -a ${WorkDir}/spoofer.log >/dev/null if [ "$?" = "0" ]; then LBench_Result_SpooferResultURL="$(cat ${WorkDir}/spoofer.log | grep -oE "https://spoofer.caida.org/report.php\?sessionkey\=[0-9a-z]{1,}")" echo -e "\n ${Msg_Success}Spoofer Result:${LBench_Result_SpooferResultURL}" echo -e "\n Spoofer Result:${LBench_Result_SpooferResultURL}" >>${WorkDir}/Spoofer/result.txt LBench_Flag_FinishSpooferTest="1" else cp -f ${WorkDir}/spoofer.log /tmp/lemonbench.spoofer.log echo -e "\n ${Msg_Error}Spoofer Test Fail! Please read /tmp/lemonbench.spoofer.log to view logs !" echo -e "\n Spoofer Result:Fail" >>${WorkDir}/Spoofer/result.txt LBench_Flag_FinishSpooferTest="2" fi rm -rf ${WorkDir}/spoofer.log # 执行完成, 标记FLAG sleep 1 } Function_SpooferWarning() { echo -e " " echo -e "\e[33;43;1m Please Read this FIRST \e[0m" echo -e " " echo -e " Due to some user report, running spoof test may cause server suspendsion by your host provider." echo -e " Please use this function with caution." echo -e " " echo -e " If you still want to start this test, you can press any key to continue, else press Ctrl+C to" echo -e " stop running this test." read -s -n1 -p "" } # =============== SysBench - CPU性能 部分 =============== Run_SysBench_CPU() { # 调用方式: Run_SysBench_CPU "线程数" "测试时长(s)" "测试遍数" "说明" # 变量初始化 mkdir -p ${WorkDir}/SysBench/CPU/ >/dev/null 2>&1 maxtestcount="$3" local count="1" local TestScore="0" local TotalScore="0" # 运行测试 while [ $count -le $maxtestcount ]; do echo -e "\r ${Font_Yellow}$4: ${Font_Suffix}\t\t$count/$maxtestcount \c" local TestResult="$(sysbench --test=cpu --num-threads=$1 --cpu-max-prime=10000 --max-requests=1000000 --max-time=$2 run 2>&1)" local TestScore="$(echo ${TestResult} | grep -oE "events per second: [0-9]+" | grep -oE "[0-9]+")" local TotalScore="$(echo "${TotalScore} ${TestScore}" | awk '{printf "%d",$1+$2}')" let count=count+1 local TestResult="" local TestScore="0" done local ResultScore="$(echo "${TotalScore} ${maxtestcount}" | awk '{printf "%d",$1/$2}')" if [ "$1" = "1" ]; then echo -e "\r ${Font_Yellow}$4: ${Font_Suffix}\t\t${Font_SkyBlue}${ResultScore}${Font_Suffix} ${Font_Yellow}Scores${Font_Suffix}" echo -e " $4:\t\t\t${ResultScore} Scores" >>${WorkDir}/SysBench/CPU/result.txt elif [ "$1" -ge "2" ]; then echo -e "\r ${Font_Yellow}$4: ${Font_Suffix}\t\t${Font_SkyBlue}${ResultScore}${Font_Suffix} ${Font_Yellow}Scores${Font_Suffix}" echo -e " $4:\t\t${ResultScore} Scores" >>${WorkDir}/SysBench/CPU/result.txt fi } Function_SysBench_CPU_Fast() { mkdir -p ${WorkDir}/SysBench/CPU/ >/dev/null 2>&1 echo -e "\n ${Font_Yellow}-> CPU Performance Test (Fast Mode, 1-Pass @ 5sec)${Font_Suffix}\n" echo -e "\n -> CPU Performance Test (Fast Mode, 1-Pass @ 5sec)\n" >>${WorkDir}/SysBench/CPU/result.txt Run_SysBench_CPU "1" "5" "1" "1 Thread Test" if [ "${LBench_Result_CPUThreadNumber}" -ge "2" ]; then Run_SysBench_CPU "${LBench_Result_CPUThreadNumber}" "5" "1" "${LBench_Result_CPUThreadNumber} Threads Test" elif [ "${LBench_Result_CPUProcessorNumber}" -ge "2" ]; then Run_SysBench_CPU "${LBench_Result_CPUProcessorNumber}" "5" "1" "${LBench_Result_CPUProcessorNumber} Threads Test" fi # 完成FLAG LBench_Flag_FinishSysBenchCPUFast="1" } Function_SysBench_CPU_Full() { mkdir -p ${WorkDir}/SysBench/CPU/ >/dev/null 2>&1 echo -e "\n ${Font_Yellow}-> CPU Performance Test (Standard Mode, 3-Pass @ 30sec)${Font_Suffix}\n" echo -e "\n -> CPU Performance Test (Standard Mode, 3-Pass @ 30sec)\n" >>${WorkDir}/SysBench/CPU/result.txt Run_SysBench_CPU "1" "50" "3" "1 Thread Test" if [ "${LBench_Result_CPUThreadNumber}" -ge "2" ]; then Run_SysBench_CPU "${LBench_Result_CPUThreadNumber}" "50" "3" "${LBench_Result_CPUThreadNumber} Threads Test" elif [ "${LBench_Result_CPUProcessorNumber}" -ge "2" ]; then Run_SysBench_CPU "${LBench_Result_CPUProcessorNumber}" "50" "3" "${LBench_Result_CPUProcessorNumber} Threads Test" fi # 完成FLAG LBench_Flag_FinishSysBenchCPUFull="1" sleep 1 } # =============== SysBench - 内存性能 部分 =============== Run_SysBench_Memory() { # 调用方式: Run_SysBench_Memory "线程数" "测试时长(s)" "测试遍数" "测试模式(读/写)" "读写方式(顺序/随机)" "说明" # 变量初始化 mkdir -p ${WorkDir}/SysBench/Memory/ >/dev/null 2>&1 maxtestcount="$3" local count="1" local TestScore="0.00" local TestSpeed="0.00" local TotalScore="0.00" local TotalSpeed="0.00" if [ "$1" -ge "2" ]; then MultiThread_Flag="1" else MultiThread_Flag="0" fi # 运行测试 while [ $count -le $maxtestcount ]; do if [ "$1" -ge "2" ] && [ "$4" = "write" ]; then echo -e "\r ${Font_Yellow}$6:${Font_Suffix}\t$count/$maxtestcount \c" else echo -e "\r ${Font_Yellow}$6:${Font_Suffix}\t\t$count/$maxtestcount \c" fi local TestResult="$(sysbench --test=memory --num-threads=$1 --memory-block-size=1M --memory-total-size=102400G --memory-oper=$4 --max-time=$2 --memory-access-mode=$5 run 2>&1)" # 判断是MB还是MiB echo "${TestResult}" | grep -oE "MiB" >/dev/null 2>&1 if [ $? -eq 0 ]; then local MiB_Flag="1" else local MiB_Flag="0" fi local TestScore="$(echo "${TestResult}" | grep -oE "[0-9]{1,}.[0-9]{1,2} ops\/sec|[0-9]{1,}.[0-9]{1,2} per second" | grep -oE "[0-9]{1,}.[0-9]{1,2}")" local TestSpeed="$(echo "${TestResult}" | grep -oE "[0-9]{1,}.[0-9]{1,2} MB\/sec|[0-9]{1,}.[0-9]{1,2} MiB\/sec" | grep -oE "[0-9]{1,}.[0-9]{1,2}")" local TotalScore="$(echo "${TotalScore} ${TestScore}" | awk '{printf "%.2f",$1+$2}')" local TotalSpeed="$(echo "${TotalSpeed} ${TestSpeed}" | awk '{printf "%.2f",$1+$2}')" let count=count+1 local TestResult="" local TestScore="0.00" local TestSpeed="0.00" done ResultScore="$(echo "${TotalScore} ${maxtestcount} 1000" | awk '{printf "%.2f",$1/$2/$3}')" if [ "${MiB_Flag}" = "1" ]; then # MiB to MB ResultSpeed="$(echo "${TotalSpeed} ${maxtestcount} 1048576‬ 1000000" | awk '{printf "%.2f",$1/$2/$3*$4}')" else # 直接输出 ResultSpeed="$(echo "${TotalSpeed} ${maxtestcount}" | awk '{printf "%.2f",$1/$2}')" fi # 1线程的测试结果写入临时变量，方便与后续的多线程变量做对比 if [ "$1" = "1" ] && [ "$4" = "read" ]; then LBench_Result_MemoryReadSpeedSingle="${ResultSpeed}" elif [ "$1" = "1" ] &&[ "$4" = "write" ]; then LBench_Result_MemoryWriteSpeedSingle="${ResultSpeed}" fi if [ "${MultiThread_Flag}" = "1" ]; then # 如果是多线程测试，输出与1线程测试对比的倍率 if [ "$1" -ge "2" ] && [ "$4" = "read" ]; then LBench_Result_MemoryReadSpeedMulti="${ResultSpeed}" local readmultiple="$(echo "${LBench_Result_MemoryReadSpeedMulti} ${LBench_Result_MemoryReadSpeedSingle}" | awk '{printf "%.2f", $1/$2}')" echo -e "\r ${Font_Yellow}$6:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_MemoryReadSpeedMulti}${Font_Suffix} ${Font_Yellow}MB/s${Font_Suffix} (${readmultiple} x)" elif [ "$1" -ge "2" ] && [ "$4" = "write" ]; then LBench_Result_MemoryWriteSpeedMulti="${ResultSpeed}" local writemultiple="$(echo "${LBench_Result_MemoryWriteSpeedMulti} ${LBench_Result_MemoryWriteSpeedSingle}" | awk '{printf "%.2f", $1/$2}')" echo -e "\r ${Font_Yellow}$6:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_MemoryWriteSpeedMulti}${Font_Suffix} ${Font_Yellow}MB/s${Font_Suffix} (${writemultiple} x)" fi else if [ "$4" = "read" ]; then echo -e "\r ${Font_Yellow}$6:${Font_Suffix}\t\t${Font_SkyBlue}${ResultSpeed}${Font_Suffix} ${Font_Yellow}MB/s${Font_Suffix}" elif [ "$4" = "write" ]; then echo -e "\r ${Font_Yellow}$6:${Font_Suffix}\t\t${Font_SkyBlue}${ResultSpeed}${Font_Suffix} ${Font_Yellow}MB/s${Font_Suffix}" fi fi # Fix if [ "$1" -ge "2" ] && [ "$4" = "write" ]; then echo -e " $6:\t${ResultSpeed} MB/s" >>${WorkDir}/SysBench/Memory/result.txt else echo -e " $6:\t\t${ResultSpeed} MB/s" >>${WorkDir}/SysBench/Memory/result.txt fi sleep 1 } Function_SysBench_Memory_Fast() { mkdir -p ${WorkDir}/SysBench/Memory/ >/dev/null 2>&1 echo -e "\n ${Font_Yellow}-> Memory Performance Test (Fast Mode, 1-Pass @ 5sec)${Font_Suffix}\n" echo -e "\n -> Memory Performance Test (Fast Mode, 1-Pass @ 5sec)\n" >>${WorkDir}/SysBench/Memory/result.txt Run_SysBench_Memory "1" "5" "1" "read" "seq" "1 Thread - Read Test " Run_SysBench_Memory "1" "5" "1" "write" "seq" "1 Thread - Write Test" # 完成FLAG LBench_Flag_FinishSysBenchMemoryFast="1" sleep 1 } Function_SysBench_Memory_Full() { mkdir -p ${WorkDir}/SysBench/Memory/ >/dev/null 2>&1 echo -e "\n ${Font_Yellow}-> Memory Performance Test (Standard Mode, 3-Pass @ 30sec)${Font_Suffix}\n" echo -e "\n -> Memory Performance Test (Standard Mode, 3-Pass @ 30sec)\n" >>${WorkDir}/SysBench/Memory/result.txt Run_SysBench_Memory "1" "50" "3" "read" "seq" "1 Thread - Read Test " Run_SysBench_Memory "1" "50" "3" "write" "seq" "1 Thread - Write Test" # 完成FLAG LBench_Flag_FinishSysBenchMemoryFull="1" sleep 1 } # 生成结果文件 Function_GenerateResult() { echo -e "${Msg_Info}Please wait, collecting results ..." mkdir -p /tmp/ >/dev/null 2>&1 mkdir -p ${WorkDir}/result >/dev/null 2>&1 Function_GenerateResult_Header >/dev/null Function_GenerateResult_SystemInfo >/dev/null Function_GenerateResult_NetworkInfo >/dev/null Function_GenerateResult_MediaUnlockTest >/dev/null Function_GenerateResult_SysBench_CPUTest >/dev/null Function_GenerateResult_SysBench_MemoryTest >/dev/null Function_GenerateResult_DiskTest >/dev/null Function_GenerateResult_Speedtest >/dev/null Function_GenerateResult_BestTrace >/dev/null Function_GenerateResult_Spoofer >/dev/null Function_GenerateResult_Footer >/dev/null echo -e "${Msg_Info}Generating Report ..." local finalresultfile="${WorkDir}/result/finalresult.txt" sleep 0.2 if [ -f "${WorkDir}/result/00-header.result" ]; then cat ${WorkDir}/result/00-header.result >>${WorkDir}/result/finalresult.txt fi sleep 0.2 if [ -f "${WorkDir}/result/01-systeminfo.result" ]; then cat ${WorkDir}/result/01-systeminfo.result >>${WorkDir}/result/finalresult.txt fi sleep 0.2 if [ -f "${WorkDir}/result/02-networkinfo.result" ]; then cat ${WorkDir}/result/02-networkinfo.result >>${WorkDir}/result/finalresult.txt fi if [ -f "${WorkDir}/result/03-mediaunlocktest.result" ]; then cat ${WorkDir}/result/03-mediaunlocktest.result >>${WorkDir}/result/finalresult.txt fi sleep 0.2 if [ -f "${WorkDir}/result/04-cputest.result" ]; then cat ${WorkDir}/result/04-cputest.result >>${WorkDir}/result/finalresult.txt fi sleep 0.2 if [ -f "${WorkDir}/result/05-memorytest.result" ]; then cat ${WorkDir}/result/05-memorytest.result >>${WorkDir}/result/finalresult.txt fi sleep 0.2 if [ -f "${WorkDir}/result/06-disktest.result" ]; then cat ${WorkDir}/result/06-disktest.result >>${WorkDir}/result/finalresult.txt fi if [ -f "${WorkDir}/result/07-speedtest.result" ]; then cat ${WorkDir}/result/07-speedtest.result >>${WorkDir}/result/finalresult.txt fi sleep 0.2 if [ -f "${WorkDir}/result/08-besttrace.result" ]; then cat ${WorkDir}/result/08-besttrace.result >>${WorkDir}/result/finalresult.txt fi sleep 0.2 if [ -f "${WorkDir}/result/09-spoofer.result" ]; then cat ${WorkDir}/result/09-spoofer.result >>${WorkDir}/result/finalresult.txt fi sleep 0.2 if [ -f "${WorkDir}/result/99-footer.result" ]; then cat ${WorkDir}/result/99-footer.result >>${WorkDir}/result/finalresult.txt fi sleep 0.2 echo -e "${Msg_Info}Saving local Report ..." cp ${WorkDir}/result/finalresult.txt $HOME/LemonBench.Result.txt sleep 0.1 echo -e "${Msg_Info}Generating Report URL ..." cat ${WorkDir}/result/finalresult.txt | PasteBin_Upload } Function_GenerateResult_Header() { sleep 0.1 local rfile="${WorkDir}/result/00-header.result" echo -e " " >>$rfile echo -e " LemonBench Linux System Benchmark Utility Version ${BuildTime} " >>$rfile echo -e " " >>$rfile echo -e " Bench Start Time:\t${LBench_Result_BenchStartTime}" >>$rfile echo -e " Bench Finish Time:\t${LBench_Result_BenchFinishTime}" >>$rfile echo -e " Test Mode:\t\t${Global_TestModeTips}" >>$rfile echo -e " \n\n" } Function_GenerateResult_SystemInfo() { sleep 0.1 local rfile="${WorkDir}/result/01-systeminfo.result" if [ "${LBench_Flag_FinishSystemInfo}" = "1" ]; then echo -e " \n -> System Information" >>$rfile echo -e " " >>$rfile echo -e " OS Release:\t\t${LBench_Result_OSReleaseFullName}" >>$rfile if [ "${Flag_DymanicCPUFreqDetected}" = "1" ]; then echo -e " CPU Model:\t\t${LBench_Result_CPUModelName} ${LBench_Result_CPUFreqMinGHz}~${LBench_Result_CPUFreqMaxGHz} GHz" >>$rfile elif [ "${Flag_DymanicCPUFreqDetected}" = "0" ]; then echo -e " CPU Model:\t\t${LBench_Result_CPUModelName} ${LBench_Result_CPUFreqGHz} GHz" >>$rfile fi echo -e " CPU Cache Size:\t${LBench_Result_CPUCacheSize}" >>$rfile if [ "${LBench_Result_CPUIsPhysical}" = "1" ]; then if [ "${LBench_Result_CPUPhysicalNumber}" -eq "1" ]; then echo -e " CPU Number:\t\t${LBench_Result_CPUPhysicalNumber} Physical CPU, ${LBench_Result_CPUCoreNumber} Cores, ${LBench_Result_CPUThreadNumber} Threads" >>$rfile elif [ "${LBench_Result_CPUPhysicalNumber}" -ge "2" ]; then echo -e " CPU Number:\t\t${LBench_Result_CPUPhysicalNumber} Physical CPUs, ${LBench_Result_CPUCoreNumber} Cores/CPU, ${LBench_Result_CPUSiblingsNumber} Thread)/CPU (Total ${LBench_Result_CPUTotalCoreNumber} Cores, ${LBench_Result_CPUProcessorNumber} Threads)" >>$rfile elif [ "${LBench_Result_CPUThreadNumber}" = "0" ] && [ "${LBench_Result_CPUProcessorNumber} " -ge "1" ]; then echo -e " CPU Number:\t\t${LBench_Result_CPUProcessorNumber} Cores" >>$rfile fi if [ "${LBench_Result_CPUVirtualization}" = "1" ]; then echo -e " VirtReady:\t\tYes (Based on ${LBench_Result_CPUVirtualizationType})" >>$rfile elif [ "${LBench_Result_CPUVirtualization}" = "2" ]; then echo -e " VirtReady:\t\tYes (Nested Virtualization)" >>$rfile else echo -e " VirtReady:\t\t${Font_SkyRed}No" >>$rfile fi elif [ "${Var_VirtType}" = "openvz" ]; then echo -e " CPU Number:\t\t${LBench_Result_CPUThreadNumber} vCPU (${LBench_Result_CPUCoreNumber} Host Core(s)/Thread(s))" >>$rfile else echo -e " CPU Number:\t\t${LBench_Result_CPUThreadNumber} vCPU" >>$rfile fi echo -e " Virt Type:\t\t${LBench_Result_VirtType}" >>$rfile echo -e " Memory Usage:\t\t${LBench_Result_Memory}" >>$rfile echo -e " Swap Usage:\t\t${LBench_Result_Swap}" >>$rfile if [ "${LBench_Result_DiskUsed_KB}" -lt "1000000" ]; then LBench_Result_Disk="${LBench_Result_DiskUsed_MB} MB / ${LBench_Result_DiskTotal_MB} MB" echo -e " Disk Usage:\t\t${LBench_Result_DiskUsed_MB} MB / ${LBench_Result_DiskTotal_MB} MB" >>$rfile elif [ "${LBench_Result_DiskUsed_KB}" -lt "1000000" ] && [ "${LBench_Result_DiskTotal_KB}" -lt "1000000000" ]; then LBench_Result_Disk="${LBench_Result_DiskUsed_MB} MB / ${LBench_Result_DiskTotal_GB} GB" echo -e " Disk Usage:\t\t${LBench_Result_DiskUsed_MB} MB / ${LBench_Result_DiskTotal_GB} GB" >>$rfile elif [ "${LBench_Result_DiskUsed_KB}" -lt "1000000000" ] && [ "${LBench_Result_DiskTotal_KB}" -lt "1000000000" ]; then LBench_Result_Disk="${LBench_Result_DiskUsed_GB} GB / ${LBench_Result_DiskTotal_GB} GB" echo -e " Disk Usage:\t\t${LBench_Result_DiskUsed_GB} GB / ${LBench_Result_DiskTotal_GB} GB" >>$rfile elif [ "${LBench_Result_DiskUsed_KB}" -lt "1000000000" ] && [ "${LBench_Result_DiskTotal_KB}" -ge "1000000000" ]; then LBench_Result_Disk="${LBench_Result_DiskUsed_GB} GB / ${LBench_Result_DiskTotal_TB} TB" echo -e " Disk Usage:\t\t${LBench_Result_DiskUsed_GB} GB / ${LBench_Result_DiskTotal_TB} TB" >>$rfile else LBench_Result_Disk="${LBench_Result_DiskUsed_TB} TB / ${LBench_Result_DiskTotal_TB} TB" echo -e " Disk Usage:\t\t${LBench_Result_DiskUsed_TB} TB / ${LBench_Result_DiskTotal_TB} TB" >>$rfile fi echo -e " Boot Device:\t\t${LBench_Result_DiskRootPath}" >>$rfile echo -e " Load (1/5/15min):\t${LBench_Result_LoadAverage_1min} ${LBench_Result_LoadAverage_5min} ${LBench_Result_LoadAverage_15min} " >>$rfile echo -e " CPU Usage:\t\t${LBench_Result_CPUStat_UsedAll}% used, ${LBench_Result_CPUStat_iowait}% iowait, ${LBench_Result_CPUStat_steal}% steal" >>$rfile echo -e " Kernel Version:\t${LBench_Result_KernelVersion}" >>$rfile echo -e " Network CC Method:\t${LBench_Result_NetworkCCMethod}" >>$rfile fi } Function_GenerateResult_NetworkInfo() { sleep 0.1 if [ "${LBench_Flag_FinishNetworkInfo}" = "1" ]; then local rfile="${WorkDir}/result/02-networkinfo.result" echo -e "\n -> Network Information\n" >>$rfile if [ "${LBench_Result_NetworkStat}" = "ipv4only" ] || [ "${LBench_Result_NetworkStat}" = "dualstack" ]; then if [ "${IPAPI_IPV4_ip}" != "" ]; then local IPAPI_IPV4_ip_masked="$(echo ${IPAPI_IPV4_ip} | awk -F'.' '{print $1"."$2."."$3".*"}')" echo -e " IPV4 - IP Address:\t[${IPAPI_IPV4_country_code}] ${IPAPI_IPV4_ip_masked}" >>$rfile echo -e " IPV4 - ASN Info:\t${IPAPI_IPV4_asn} (${IPAPI_IPV4_organization})" >>$rfile echo -e " IPV4 - Region:\t\t${IPAPI_IPV4_location}" >>$rfile else echo -e " IPV6 - IP Address:\tError: API Query Failed" >>$rfile fi fi if [ "${LBench_Result_NetworkStat}" = "ipv6only" ] || [ "${LBench_Result_NetworkStat}" = "dualstack" ]; then if [ "${IPAPI_IPV6_ip}" != "" ]; then local IPAPI_IPV6_IP_Masked="$(echo ${IPAPI_IPV6_ip} | sed "s/[0-9a-f]\{1,4\}.$/*/g")" echo -e " IPV6 - IP Address:\t[${IPAPI_IPV6_country_code}] ${IPAPI_IPV6_IP_Masked}" >>$rfile echo -e " IPV6 - ASN Info:\t${IPAPI_IPV6_asn} (${IPAPI_IPV6_organization})" >>$rfile echo -e " IPV6 - Region:\t\t${IPAPI_IPV6_location}" >>$rfile else echo -e " IPV6 - IP Address:\tError: API Query Failed" >>$rfile fi fi fi } Function_GenerateResult_MediaUnlockTest() { sleep 0.1 if [ "${LBench_Flag_FinishMediaUnlockTest}" = "1" ]; then local rfile="${WorkDir}/result/03-mediaunlocktest.result" echo -e "\n -> Media Unlock Test\n" >>$rfile # HBO Now echo -e " HBO Now:\t\t\t\t${LemonBench_Result_MediaUnlockTest_HBONow}" >>$rfile # 动画疯 echo -e " Bahamut Anime:\t\t\t\t${LemonBench_Result_MediaUnlockTest_BahamutAnime}" >>$rfile # Abema.TV echo -e " Abema.TV:\t\t\t\t${LemonBench_Result_MediaUnlockTest_AbemaTV_IPTest}" >>$rfile # Princess Connect Re:Dive 日服 echo -e " Princess Connect Re:Dive Japan:\t${LemonBench_Result_MediaUnlockTest_PCRJP}" >>$rfile # 爱奇艺台湾站 # echo -e " IQiYi Taiwan (Beta):\t\t\t${LemonBench_Result_MediaUnlockTest_IQiYi_Taiwan}" >>$rfile # BBC echo -e " BBC:\t\t\t\t\t${LemonBench_Result_MediaUnlockTest_BBC}" >>$rfile # 哔哩哔哩大陆限定 echo -e " Bilibili China Mainland Only:\t\t${LemonBench_Result_MediaUnlockTest_ChinaMainland}" >>$rfile # 哔哩哔哩港澳台 echo -e " Bilibili Hongkong/Macau/Taiwan:\t${LemonBench_Result_MediaUnlockTest_BilibiliHKMCTW}" >>$rfile # 哔哩哔哩台湾限定 echo -e " Bilibili Taiwan Only:\t\t\t${LemonBench_Result_MediaUnlockTest_BilibiliTW}" >>$rfile fi } Function_GenerateResult_SysBench_CPUTest() { sleep 0.1 if [ -f "${WorkDir}/SysBench/CPU/result.txt" ]; then cp -f ${WorkDir}/SysBench/CPU/result.txt ${WorkDir}/result/04-cputest.result fi } Function_GenerateResult_SysBench_MemoryTest() { sleep 0.1 if [ -f "${WorkDir}/SysBench/Memory/result.txt" ]; then cp -f ${WorkDir}/SysBench/Memory/result.txt ${WorkDir}/result/05-memorytest.result fi } Function_GenerateResult_DiskTest() { sleep 0.1 if [ -f "${WorkDir}/DiskTest/result.txt" ]; then cp -f ${WorkDir}/DiskTest/result.txt ${WorkDir}/result/06-disktest.result fi } Function_GenerateResult_Speedtest() { sleep 0.1 if [ -f "${WorkDir}/Speedtest/result.txt" ]; then cp -f ${WorkDir}/Speedtest/result.txt ${WorkDir}/result/07-speedtest.result fi } Function_GenerateResult_BestTrace() { sleep 0.1 if [ -f "${WorkDir}/BestTrace/result.txt" ]; then cp -f ${WorkDir}/BestTrace/result.txt ${WorkDir}/result/08-besttrace.result fi } Function_GenerateResult_Spoofer() { sleep 0.1 if [ -f "${WorkDir}/Spoofer/result.txt" ]; then cp -f ${WorkDir}/Spoofer/result.txt ${WorkDir}/result/09-spoofer.result fi } Function_GenerateResult_Footer() { sleep 0.1 local rfile="${WorkDir}/result/99-footer.result" echo -e "\nGenerated by LemonBench on $(date -u "+%Y-%m-%dT%H:%M:%SZ") Version ${BuildTime}\n" >>$rfile # 恰饭时间！（雾 echo -e "[AD] 高质量美西CN2 GIA with ARIN IP (可直接解锁常见流媒体)，1核心/2G内存/15G SSD/1IP/1TB单向流量\n季付仅需588元/季度，年付仅需1899元/年，做站理想之选！\n使用优惠码 BW9K1IPZXN 即刻享受优惠价格！ \n购买传送门： http://ilemonra.in/HKSSLaxGIAPromo" >>$rfile echo -e " \n" >>$rfile } # =============== 检查 Virt-what 组件 =============== Check_Virtwhat() { if [ ! -f "/usr/sbin/virt-what" ]; then SystemInfo_GetOSRelease if [ "${Var_OSRelease}" = "centos" ] || [ "${Var_OSRelease}" = "rhel" ]; then echo -e "${Msg_Warning}Virt-What Module not found, Installing ..." yum -y install virt-what elif [ "${Var_OSRelease}" = "ubuntu" ] || [ "${Var_OSRelease}" = "debian" ]; then echo -e "${Msg_Warning}Virt-What Module not found, Installing ..." apt-get update apt-get install -y virt-what dmidecode elif [ "${Var_OSRelease}" = "fedora" ]; then echo -e "${Msg_Warning}Virt-What Module not found, Installing ..." dnf -y install virt-what elif [ "${Var_OSRelease}" = "alpinelinux" ]; then echo -e "${Msg_Warning}Virt-What Module not found, Installing ..." apk update apk add virt-what else echo -e "${Msg_Warning}Virt-What Module not found, but we could not find the os's release ..." fi fi # 二次检测 if [ ! -f "/usr/sbin/virt-what" ]; then echo -e "Virt-What Moudle install Failure! Try Restart Bench or Manually install it! (/usr/sbin/virt-what)" exit 1 fi } # =============== 检查 Speedtest 组件 =============== Check_Speedtest() { if [ -f "/usr/local/lemonbench/bin/speedtest" ]; then chmod +x /usr/local/lemonbench/bin/speedtest >/dev/null 2>&1 /usr/local/lemonbench/bin/speedtest --version >/dev/null 2>&1 if [ "$?" = "0" ]; then return 0 else rm -f /usr/local/lemonbench/bin/speedtest Check_Speedtest_GetComponent fi else Check_Speedtest_GetComponent fi } Check_Speedtest_GetComponent() { SystemInfo_GetOSRelease SystemInfo_GetSystemBit if [ "${LBench_Result_SystemBit_Full}" = "amd64" ]; then local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/Speedtest/1.0.0.2/speedtest-amd64.tar.gz" elif [ "${LBench_Result_SystemBit_Full}" = "i386" ]; then local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/Speedtest/1.0.0.2/speedtest-i386.tar.gz" elif [ "${LBench_Result_SystemBit_Full}" = "arm" ]; then local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/Speedtest/1.0.0.2/speedtest-arm.tar.gz" else local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/Speedtest/1.0.0.2/speedtest-i386.tar.gz" fi if [ "${Var_OSRelease}" = "centos" ] || [ "${Var_OSRelease}" = "rhel" ]; then echo -e "${Msg_Warning}Speedtest Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." yum makecache fast yum -y install curl echo -e "${Msg_Info}Installing Speedtest Module ..." mkdir -p ${WorkDir}/.DownTmp >/dev/null 2>&1 pushd ${WorkDir}/.DownTmp >/dev/null curl --user-agent "${UA_LemonBench}" ${DownloadSrc} -o ${WorkDir}/.DownTmp/speedtest.tar.gz tar xf ${WorkDir}/.DownTmp/speedtest.tar.gz mkdir -p /usr/local/lemonbench/bin/ >/dev/null 2>&1 mv ${WorkDir}/.DownTmp/speedtest /usr/local/lemonbench/bin/ chmod +x /usr/local/lemonbench/bin/speedtest echo -e "${Msg_Info}Cleaning up ..." popd >/dev/null rm -rf ${WorkDir}/.DownTmp elif [ "${Var_OSRelease}" = "ubuntu" ] || [ "${Var_OSRelease}" = "debian" ]; then echo -e "${Msg_Warning}Speedtest Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." apt-get update apt-get --no-install-recommends -y install curl echo -e "${Msg_Info}Installing Speedtest Module ..." mkdir -p ${WorkDir}/.DownTmp >/dev/null 2>&1 pushd ${WorkDir}/.DownTmp >/dev/null curl --user-agent "${UA_LemonBench}" ${DownloadSrc} -o ${WorkDir}/.DownTmp/speedtest.tar.gz tar xf ${WorkDir}/.DownTmp/speedtest.tar.gz mkdir -p /usr/local/lemonbench/bin/ >/dev/null 2>&1 mv ${WorkDir}/.DownTmp/speedtest /usr/local/lemonbench/bin/ chmod +x /usr/local/lemonbench/bin/speedtest echo -e "${Msg_Info}Cleaning up ..." popd >/dev/null rm -rf ${WorkDir}/.DownTmp elif [ "${Var_OSRelease}" = "fedora" ]; then echo -e "${Msg_Warning}Speedtest Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." dnf -y install curl echo -e "${Msg_Info}Installing Speedtest Module ..." mkdir -p ${WorkDir}/.DownTmp >/dev/null 2>&1 pushd ${WorkDir}/.DownTmp >/dev/null curl --user-agent "${UA_LemonBench}" ${DownloadSrc} -o ${WorkDir}/.DownTmp/speedtest.tar.gz tar xf ${WorkDir}/.DownTmp/speedtest.tar.gz mkdir -p /usr/local/lemonbench/bin/ >/dev/null 2>&1 mv ${WorkDir}/.DownTmp/speedtest /usr/local/lemonbench/bin/ chmod +x /usr/local/lemonbench/bin/speedtest echo -e "${Msg_Info}Cleaning up ..." popd >/dev/null rm -rf ${WorkDir}/.DownTmp elif [ "${Var_OSRelease}" = "alpinelinux" ]; then echo -e "${Msg_Warning}Speedtest Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." apk update apk add curl echo -e "${Msg_Info}Installing Speedtest Module ..." mkdir -p ${WorkDir}/.DownTmp >/dev/null 2>&1 pushd ${WorkDir}/.DownTmp >/dev/null curl --user-agent "${UA_LemonBench}" ${DownloadSrc} -o ${WorkDir}/.DownTmp/speedtest.tar.gz tar xf ${WorkDir}/.DownTmp/speedtest.tar.gz mkdir -p /usr/local/lemonbench/bin/ >/dev/null 2>&1 mv ${WorkDir}/.DownTmp/speedtest /usr/local/lemonbench/bin/ chmod +x /usr/local/lemonbench/bin/speedtest echo -e "${Msg_Info}Cleaning up ..." popd >/dev/null rm -rf ${WorkDir}/.DownTmp else echo -e "${Msg_Warning}Speedtest Module not found, trying direct download ..." mkdir -p ${WorkDir}/.DownTmp >/dev/null 2>&1 pushd ${WorkDir}/.DownTmp >/dev/null curl --user-agent "${UA_LemonBench}" ${DownloadSrc} -o ${WorkDir}/.DownTmp/speedtest.tar.gz tar xf ${WorkDir}/.DownTmp/speedtest.tar.gz mkdir -p /usr/local/lemonbench/bin/ >/dev/null 2>&1 mv ${WorkDir}/.DownTmp/speedtest /usr/local/lemonbench/bin/ chmod +x /usr/local/lemonbench/bin/speedtest echo -e "${Msg_Info}Cleaning up ..." popd >/dev/null rm -rf ${WorkDir}/.DownTmp fi /usr/local/lemonbench/bin/speedtest --version >/dev/null 2>&1 if [ "$?" != "0" ]; then echo -e "Speedtest Moudle install Failure! Try Restart Bench or Manually install it!" exit 1 fi } # =============== 检查 BestTrace 组件 =============== Check_BestTrace() { if [ ! -f "/usr/local/lemonbench/bin/besttrace" ]; then SystemInfo_GetOSRelease SystemInfo_GetSystemBit if [ "${LBench_Result_SystemBit_Full}" = "amd64" ]; then local BinaryName="besttrace64" local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/BestTrace/besttrace64.tar.gz" # local DownloadSrc="https://raw.githubusercontent.com/LemonBench/LemonBench/master/Resources/BestTrace/besttrace64.tar.gz" elif [ "${LBench_Result_SystemBit_Full}" = "i386" ]; then local BinaryName="besttrace32" local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/BestTrace/besttrace32.tar.gz" # local DownloadSrc="https://raw.githubusercontent.com/LemonBench/LemonBench/master/Resources/BestTrace/besttrace32.tar.gz" elif [ "${LBench_Result_SystemBit_Full}" = "arm" ]; then local BinaryName="besttracearm" local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/BestTrace/besttracearm.tar.gz" # local DownloadSrc="https://raw.githubusercontent.com/LemonBench/LemonBench/master/Resources/BestTrace/besttracearm.tar.gz" else local BinaryName="besttrace32" local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/BestTrace/besttrace32.tar.gz" # local DownloadSrc="https://raw.githubusercontent.com/LemonBench/LemonBench/master/Resources/BestTrace/besttrace32.tar.gz" fi mkdir -p ${WorkDir}/ >/dev/null 2>&1 mkdir -p /usr/local/lemonbench/bin/ >/dev/null 2>&1 if [ "${Var_OSRelease}" = "centos" ] || [ "${Var_OSRelease}" = "rhel" ]; then echo -e "${Msg_Warning}BestTrace Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." yum -y install curl unzip echo -e "${Msg_Info}Downloading BestTrace Module ..." curl --user-agent "${UA_LemonBench}" ${DownloadSrc} -o ${WorkDir}/besttrace.tar.gz echo -e "${Msg_Info}Installing BestTrace Module ..." pushd ${WorkDir} >/dev/null tar xf besttrace.tar.gz mv ${BinaryName} /usr/local/lemonbench/bin/besttrace chmod +x /usr/local/lemonbench/bin/besttrace popd >/dev/null echo -e "${Msg_Info}Cleaning up ..." rm -rf ${WorkDir}/besttrace.tar.gz elif [ "${Var_OSRelease}" = "ubuntu" ] || [ "${Var_OSRelease}" = "debian" ]; then echo -e "${Msg_Warning}BestTrace Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." apt-get update apt-get --no-install-recommends -y install wget unzip curl ca-certificates echo -e "${Msg_Info}Downloading BestTrace Module ..." curl --user-agent "${UA_LemonBench}" ${DownloadSrc} -o ${WorkDir}/besttrace.tar.gz echo -e "${Msg_Info}Installing BestTrace Module ..." pushd ${WorkDir} >/dev/null tar xf besttrace.tar.gz mv ${BinaryName} /usr/local/lemonbench/bin/besttrace chmod +x /usr/local/lemonbench/bin/besttrace popd >/dev/null echo -e "${Msg_Info}Cleaning up ..." rm -rf ${WorkDir}/besttrace.tar.gz elif [ "${Var_OSRelease}" = "fedora" ]; then echo -e "${Msg_Warning}BestTrace Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." dnf -y install wget unzip curl echo -e "${Msg_Info}Downloading BestTrace Module ..." curl --user-agent "${UA_LemonBench}" ${DownloadSrc} -o ${WorkDir}/besttrace.tar.gz echo -e "${Msg_Info}Installing BestTrace Module ..." pushd ${WorkDir} >/dev/null tar xf besttrace.tar.gz mv ${BinaryName} /usr/local/lemonbench/bin/besttrace chmod +x /usr/local/lemonbench/bin/besttrace popd >/dev/null echo -e "${Msg_Info}Cleaning up ..." rm -rf ${WorkDir}/besttrace.tar.gz elif [ "${Var_OSRelease}" = "alpinelinux" ]; then echo -e "${Msg_Warning}BestTrace Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." apk update apk add wget unzip curl echo -e "${Msg_Info}Downloading BestTrace Module ..." curl --user-agent "${UA_LemonBench}" ${DownloadSrc} -o ${WorkDir}/besttrace.tar.gz echo -e "${Msg_Info}Installing BestTrace Module ..." pushd ${WorkDir} >/dev/null tar xf besttrace.tar.gz mv ${BinaryName} /usr/local/lemonbench/bin/besttrace chmod +x /usr/local/lemonbench/bin/besttrace popd >/dev/null echo -e "${Msg_Info}Cleaning up ..." rm -rf ${WorkDir}/besttrace.tar.gz else echo -e "${Msg_Warning}BestTrace Module not found, but we could not find the os's release ..." fi fi # 二次检测 if [ ! -f "/usr/local/lemonbench/bin/besttrace" ]; then echo -e "BestTrace Moudle install Failure! Try Restart Bench or Manually install it! (/usr/local/lemonbench/bin/besttrace)" exit 1 fi } # =============== 检查 JSON Query 组件 =============== Check_JSONQuery() { if [ ! -f "/usr/bin/jq" ]; then SystemInfo_GetOSRelease SystemInfo_GetSystemBit if [ "${LBench_Result_SystemBit_Short}" = "64" ]; then local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/JSONQuery/jq-amd64.tar.gz" # local DownloadSrc="https://raw.githubusercontent.com/LemonBench/LemonBench/master/Resources/JSONQuery/jq-amd64.tar.gz" # local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/jq/1.6/amd64/jq.tar.gz" elif [ "${LBench_Result_SystemBit_Short}" = "32" ]; then local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/JSONQuery/jq-i386.tar.gz" # local DownloadSrc="https://raw.githubusercontent.com/LemonBench/LemonBench/master/Resources/JSONQuery/jq-i386.tar.gz" # local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/jq/1.6/i386/jq.tar.gz" else local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/JSONQuery/jq-i386.tar.gz" # local DownloadSrc="https://raw.githubusercontent.com/LemonBench/LemonBench/master/Resources/JSONQuery/jq-i386.tar.gz" # local DownloadSrc="https://raindrop.ilemonrain.com/LemonBench/include/jq/1.6/i386/jq.tar.gz" fi mkdir -p ${WorkDir}/ if [ "${Var_OSRelease}" = "centos" ] || [ "${Var_OSRelease}" = "rhel" ]; then echo -e "${Msg_Warning}JSON Query Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." yum install -y epel-release yum install -y jq elif [ "${Var_OSRelease}" = "ubuntu" ] || [ "${Var_OSRelease}" = "debian" ]; then echo -e "${Msg_Warning}JSON Query Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." apt-get update apt-get install -y jq elif [ "${Var_OSRelease}" = "fedora" ]; then echo -e "${Msg_Warning}JSON Query Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." dnf install -y jq elif [ "${Var_OSRelease}" = "alpinelinux" ]; then echo -e "${Msg_Warning}JSON Query Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." apk update apk add jq else echo -e "${Msg_Warning}JSON Query Module not found, Installing ..." echo -e "${Msg_Info}Installing Dependency ..." apk update apk add wget unzip curl echo -e "${Msg_Info}Downloading Json Query Module ..." curl --user-agent "${UA_LemonBench}" ${DownloadSrc} -o ${WorkDir}/jq.tar.gz echo -e "${Msg_Info}Installing JSON Query Module ..." tar xvf ${WorkDir}/jq.tar.gz mv ${WorkDir}/jq /usr/bin/jq chmod +x /usr/bin/jq echo -e "${Msg_Info}Cleaning up ..." rm -rf ${WorkDir}/jq.tar.gz fi fi # 二次检测 if [ ! -f "/usr/bin/jq" ]; then echo -e "JSON Query Moudle install Failure! Try Restart Bench or Manually install it! (/usr/bin/jq)" exit 1 fi } # =============== 检查 Spoofer 组件 =============== Check_Spoofer() { # 如果是快速模式启动, 则跳过Spoofer相关检查及安装 if [ "${Global_TestMode}" = "fast" ] || [ "${Global_TestMode}" = "full" ]; then return 0 fi # 检测是否存在已安装的Spoofer模块 if [ -f "/usr/local/bin/spoofer-prober" ]; then return 0 else echo -e "${Msg_Warning}Spoof Module not found, Installing ..." Check_Spoofer_PreBuild fi # 如果预编译安装失败了, 则开始编译安装 if [ ! -f "/usr/local/bin/spoofer-prober" ]; then echo -e "${Msg_Warning}Spoof Module with Pre-Build Failed, trying complie ..." Check_Spoofer_InstantBuild fi # 如果编译安装仍然失败, 则停止运行 if [ ! -f "/usr/local/bin/spoofer-prober" ]; then echo -e "${Msg_Error}Spoofer Moudle install Failure! Try Restart Bench or Manually install it! (/usr/local/bin/spoofer-prober)" exit 1 fi } Check_Spoofer_PreBuild() { # 获取系统信息 SystemInfo_GetOSRelease SystemInfo_GetSystemBit # 判断CentOS分支 if [ "${Var_OSRelease}" = "centos" ] || [ "${Var_OSRelease}" = "rhel" ]; then local SysRel="centos" # 判断系统位数 if [ "${LBench_Result_SystemBit}" = "i386" ]; then local SysBit="i386" elif [ "${LBench_Result_SystemBit}" = "amd64" ]; then local SysBit="amd64" else local SysBit="unknown" fi # 判断版本号 if [ "${Var_CentOSELRepoVersion}" = "6" ]; then local SysVer="6" elif [ "${Var_CentOSELRepoVersion}" = "7" ]; then local SysVer="7" else local SysVer="unknown" fi # 判断Debian分支 elif [ "${Var_OSRelease}" = "debian" ]; then local SysRel="debian" # 判断系统位数 if [ "${LBench_Result_SystemBit}" = "i386" ]; then local SysBit="i386" elif [ "${LBench_Result_SystemBit}" = "amd64" ]; then local SysBit="amd64" else local SysBit="unknown" fi # 判断版本号 if [ "${Var_OSReleaseVersion_Short}" = "8" ]; then local SysVer="8" elif [ "${Var_OSReleaseVersion_Short}" = "9" ]; then local SysVer="9" else local SysVer="unknown" fi # 判断Ubuntu分支 elif [ "${Var_OSRelease}" = "ubuntu" ]; then local SysRel="ubuntu" # 判断系统位数 if [ "${LBench_Result_SystemBit}" = "i386" ]; then local SysBit="i386" elif [ "${LBench_Result_SystemBit}" = "amd64" ]; then local SysBit="amd64" else local SysBit="unknown" fi # 判断版本号 if [ "${Var_OSReleaseVersion_Short}" = "14.04" ]; then local SysVer="14.04" elif [ "${Var_OSReleaseVersion_Short}" = "16.04" ]; then local SysVer="16.04" elif [ "${Var_OSReleaseVersion_Short}" = "18.04" ]; then local SysVer="18.04" elif [ "${Var_OSReleaseVersion_Short}" = "18.10" ]; then local SysVer="18.10" elif [ "${Var_OSReleaseVersion_Short}" = "19.04" ]; then local SysVer="19.04" else local SysVer="unknown" fi fi if [ "${SysBit}" = "i386" ] && [ "${SysVer}" != "unknown" ]; then echo -e "${Msg_Warning}Pre-Build current does not support 32-bit system, starting compile process ..." Check_Spoofer_InstantBuild fi if [ "${SysBit}" = "unknown" ] || [ "${SysVer}" = "unknown" ]; then echo -e "${Msg_Warning}无法确认当前系统的版本号及位数, 或目前暂不支持预编译组件！" else if [ "${SysRel}" = "centos" ]; then echo -e "${Msg_Info}Release Detected: ${SysRel} ${SysVer} ${SysBit}" echo -e "${Msg_Info}Installing Dependency" yum install -y epel-release yum install -y protobuf-devel libpcap-devel openssl-devel traceroute wget curl local Spoofer_Version="$(curl --user-agent "${UA_LemonBench}" -fskSL https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/latest_version)" echo -e "${Msg_Info}Downloading Spoof Module (Version ${Spoofer_Version}) ..." mkdir -p /tmp/_LBench/src/ wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/spoofer-prober.gz https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/${Spoofer_Version}/${SysRel}/${SysVer}/${SysBit}/spoofer-prober.gz echo -e "${Msg_Info}Installing Spoof Module ..." tar xf /tmp/_LBench/src/spoofer-prober.gz cp -f /tmp/_LBench/src/spoofer-prober /usr/local/bin/spoofer-prober chmod +x /usr/local/bin/spoofer-prober echo -e "${Msg_Info}Cleaning up ..." rm -f /tmp/_LBench/src/spoofer-prober.tar.gz rm -f /tmp/_LBench/src/spoofer-prober elif [ "${SysRel}" = "ubuntu" ] || [ "${SysRel}" = "debian" ]; then echo -e "${Msg_Info}Release Detected: ${SysRel} ${SysVer} ${SysBit}" echo -e "${Msg_Info}Installing Dependency" apt-get update apt-get install --no-install-recommends -y ca-certificates libprotobuf-dev libpcap-dev traceroute wget curl local Spoofer_Version="$(curl --user-agent "${UA_LemonBench}" -fskSL https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/latest_version)" echo -e "${Msg_Info}Downloading Spoof Module (Version ${Spoofer_Version}) ..." mkdir -p /tmp/_LBench/src/ wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/spoofer-prober.gz https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/${Spoofer_Version}/${SysRel}/${SysVer}/${SysBit}/spoofer-prober.gz echo -e "${Msg_Info}Installing Spoof Module ..." tar xf /tmp/_LBench/src/spoofer-prober.gz cp -f /tmp/_LBench/src/spoofer-prober /usr/local/bin/spoofer-prober chmod +x /usr/local/bin/spoofer-prober echo -e "${Msg_Info}Cleaning up ..." rm -f /tmp/_LBench/src/spoofer-prober.tar.gz rm -f /tmp/_LBench/src/spoofer-prober else echo -e "${Msg_Warning}We cannot figure out the system bit or os release, so we cannot use the pre-build module！" fi fi } Check_Spoofer_InstantBuild() { SystemInfo_GetOSRelease SystemInfo_GetCPUInfo if [ "${Var_OSRelease}" = "centos" ] || [ "${Var_OSRelease}" = "rhel" ]; then echo -e "${Msg_Info}Release Detected: ${Var_OSRelease}" echo -e "${Msg_Info}Preparing compile enviorment ..." yum install -y epel-release yum install -y wget curl make gcc gcc-c++ traceroute openssl-devel protobuf-devel bison flex libpcap-devel local Spoofer_Version="$(curl --user-agent "${UA_LemonBench}" -fskSL https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/latest_version)" echo -e "${Msg_Info}Downloading Source code (Version ${Spoofer_Version})..." mkdir -p /tmp/_LBench/src/ wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/spoofer.tar.gz https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/${Spoofer_Version}/spoofer.tar.gz echo -e "${Msg_Info}Compiling Spoof Module ..." cd /tmp/_LBench/src/ tar xvf spoofer.tar.gz && cd spoofer-"${Spoofer_Version}" # 测试性补丁 wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/configure.patch https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/${Spoofer_Version}/patch/configure.patch patch -p0 configure /tmp/_LBench/src/configure.patch ./configure && make -j ${LBench_Result_CPUThreadNumber} cp prober/spoofer-prober /usr/local/bin/spoofer-prober echo -e "${Msg_Info}Cleaning up ..." cd /tmp && rm -rf /tmp/_LBench/src/spoofer* elif [ "${Var_OSRelease}" = "ubuntu" ] || [ "${Var_OSRelease}" = "debian" ]; then echo -e "${Msg_Info}Release Detected: ${Var_OSRelease}" echo -e "${Msg_Info}Preparing compile enviorment ..." apt-get update apt-get install -y --no-install-recommends wget curl gcc g++ make traceroute protobuf-compiler libpcap-dev libprotobuf-dev openssl libssl-dev ca-certificates local Spoofer_Version="$(curl --user-agent "${UA_LemonBench}" -fskSL https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/latest_version)" echo -e "${Msg_Info}Downloading Source code (Version ${Spoofer_Version})..." mkdir -p /tmp/_LBench/src/ wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/spoofer.tar.gz https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/${Spoofer_Version}/spoofer.tar.gz echo -e "${Msg_Info}Compiling Spoof Module ..." cd /tmp/_LBench/src/ tar xvf spoofer.tar.gz && cd spoofer-"${Spoofer_Version}" # 测试性补丁 wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/configure.patch https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/${Spoofer_Version}/patch/configure.patch patch -p0 configure /tmp/_LBench/src/configure.patch ./configure && make -j ${LBench_Result_CPUThreadNumber} cp prober/spoofer-prober /usr/local/bin/spoofer-prober echo -e "${Msg_Info}Cleaning up ..." cd /tmp && rm -rf /tmp/_LBench/src/spoofer* elif [ "${Var_OSRelease}" = "fedora" ]; then echo -e "${Msg_Info}Release Detected: ${Var_OSRelease}" echo -e "${Msg_Info}Preparing compile enviorment ..." dnf install -y wget curl make gcc gcc-c++ traceroute openssl-devel protobuf-devel bison flex libpcap-devel local Spoofer_Version="$(curl --user-agent "${UA_LemonBench}" -fskSL https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/latest_version)" echo -e "${Msg_Info}Downloading Source code (Version ${Spoofer_Version})..." mkdir -p /tmp/_LBench/src/ wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/spoofer.tar.gz https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/${Spoofer_Version}/spoofer.tar.gz echo -e "${Msg_Info}Compiling Spoof Module ..." cd /tmp/_LBench/src/ tar xvf spoofer.tar.gz && cd spoofer-"${Spoofer_Version}" # 测试性补丁 wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/configure.patch https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/${Spoofer_Version}/patch/configure.patch patch -p0 configure /tmp/_LBench/src/configure.patch ./configure && make -j ${LBench_Result_CPUThreadNumber} cp prober/spoofer-prober /usr/local/bin/spoofer-prober echo -e "${Msg_Info}Cleaning up ..." cd /tmp && rm -rf /tmp/_LBench/src/spoofer* elif [ "${Var_OSRelease}" = "alpinelinux" ]; then echo -e "${Msg_Info}Release Detected: ${Var_OSRelease}" echo -e "${Msg_Info}Preparing compile enviorment ..." apk update apk add traceroute gcc g++ make openssl-dev protobuf-dev libpcap-dev local Spoofer_Version="$(curl --user-agent "${UA_LemonBench}" -fskSL https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/latest_version)" echo -e "${Msg_Info}Downloading Source code (Version ${Spoofer_Version})..." mkdir -p /tmp/_LBench/src/ wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/spoofer.tar.gz https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/${Spoofer_Version}/spoofer.tar.gz echo -e "${Msg_Info}Compiling Spoof Module ..." cd /tmp/_LBench/src/ tar xvf spoofer.tar.gz && cd spoofer-"${Spoofer_Version}" # 测试性补丁 wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/configure.patch https://raindrop.ilemonrain.com/LemonBench/include/Spoofer/${Spoofer_Version}/patch/configure.patch patch -p0 configure /tmp/_LBench/src/configure.patch ./configure && make -j ${LBench_Result_CPUThreadNumber} cp prober/spoofer-prober /usr/local/bin/spoofer-prober echo -e "${Msg_Info}Cleaning up ..." cd /tmp && rm -rf /tmp/_LBench/src/spoofer* else echo -e "${Msg_Error}Cannot compile on current enviorment！ (Only Support CentOS/Debian/Ubuntu/Fedora/AlpineLinux) " fi } # =============== 检查 SysBench 组件 =============== Check_SysBench() { if [ ! -f "/usr/bin/sysbench" ] && [ ! -f "/usr/local/bin/sysbench" ]; then SystemInfo_GetOSRelease SystemInfo_GetSystemBit if [ "${Var_OSRelease}" = "centos" ] || [ "${Var_OSRelease}" = "rhel" ]; then echo -e "${Msg_Warning}Sysbench Module not found, installing ..." yum -y install epel-release yum -y install sysbench elif [ "${Var_OSRelease}" = "ubuntu" ]; then echo -e "${Msg_Warning}Sysbench Module not found, installing ..." apt-get install -y sysbench elif [ "${Var_OSRelease}" = "debian" ]; then echo -e "${Msg_Warning}Sysbench Module not found, installing ..." local mirrorbase="https://raindrop.ilemonrain.com/LemonBench" local componentname="Sysbench" local version="1.0.19-1" local arch="debian" local codename="${Var_OSReleaseVersion_Codename}" local bit="${LBench_Result_SystemBit_Full}" local filenamebase="sysbench" local filename="${filenamebase}_${version}_${bit}.deb" local downurl="${mirrorbase}/include/${componentname}/${version}/${arch}/${codename}/${filename}" mkdir -p ${WorkDir}/download/ pushd ${WorkDir}/download/ >/dev/null wget -U "${UA_LemonBench}" -O ${filenamebase}_${version}_${bit}.deb ${downurl} dpkg -i ./${filename} apt-get install -f -y popd if [ ! -f "/usr/bin/sysbench" ] && [ ! -f "/usr/local/bin/sysbench" ]; then echo -e "${Msg_Warning}Sysbench Module Install Failed!" fi elif [ "${Var_OSRelease}" = "fedora" ]; then echo -e "${Msg_Warning}Sysbench Module not found, installing ..." dnf -y install sysbench elif [ "${Var_OSRelease}" = "alpinelinux" ]; then echo -e "${Msg_Warning}Sysbench Module not found, installing ..." echo -e "${Msg_Warning}SysBench Current not support Alpine Linux, Skipping..." Var_Skip_SysBench="1" fi fi # 垂死挣扎 (尝试编译安装) if [ ! -f "/usr/bin/sysbench" ] && [ ! -f "/usr/local/bin/sysbench" ]; then echo -e "${Msg_Warning}Sysbench Module install Failure, trying compile modules ..." Check_Sysbench_InstantBuild fi # 最终检测 if [ ! -f "/usr/bin/sysbench" ] && [ ! -f "/usr/local/bin/sysbench" ]; then echo -e "${Msg_Error}SysBench Moudle install Failure! Try Restart Bench or Manually install it! (/usr/bin/sysbench)" exit 1 fi } Check_Sysbench_InstantBuild() { SystemInfo_GetOSRelease SystemInfo_GetCPUInfo if [ "${Var_OSRelease}" = "centos" ] || [ "${Var_OSRelease}" = "rhel" ]; then echo -e "${Msg_Info}Release Detected: ${Var_OSRelease}" echo -e "${Msg_Info}Preparing compile enviorment ..." yum install -y epel-release yum install -y wget curl make gcc gcc-c++ make automake libtool pkgconfig libaio-devel echo -e "${Msg_Info}Release Detected: ${Var_OSRelease}" echo -e "${Msg_Info}Downloading Source code (Version 1.0.17)..." mkdir -p /tmp/_LBench/src/ wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/sysbench.zip https://github.com/akopytov/sysbench/archive/1.0.17.zip echo -e "${Msg_Info}Compiling Sysbench Module ..." cd /tmp/_LBench/src/ unzip sysbench.zip && cd sysbench-1.0.17 ./autogen.sh && ./configure --without-mysql && make -j8 && make install echo -e "${Msg_Info}Cleaning up ..." cd /tmp && rm -rf /tmp/_LBench/src/sysbench* elif [ "${Var_OSRelease}" = "ubuntu" ] || [ "${Var_OSRelease}" = "debian" ]; then echo -e "${Msg_Info}Release Detected: ${Var_OSRelease}" echo -e "${Msg_Info}Preparing compile enviorment ..." apt-get update apt -y install --no-install-recommends curl wget make automake libtool pkg-config libaio-dev unzip echo -e "${Msg_Info}Downloading Source code (Version 1.0.17)..." mkdir -p /tmp/_LBench/src/ wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/sysbench.zip https://github.com/akopytov/sysbench/archive/1.0.17.zip echo -e "${Msg_Info}Compiling Sysbench Module ..." cd /tmp/_LBench/src/ unzip sysbench.zip && cd sysbench-1.0.17 ./autogen.sh && ./configure --without-mysql && make -j8 && make install echo -e "${Msg_Info}Cleaning up ..." cd /tmp && rm -rf /tmp/_LBench/src/sysbench* elif [ "${Var_OSRelease}" = "fedora" ]; then echo -e "${Msg_Info}Release Detected: ${Var_OSRelease}" echo -e "${Msg_Info}Preparing compile enviorment ..." dnf install -y wget curl gcc gcc-c++ make automake libtool pkgconfig libaio-devel echo -e "${Msg_Info}Downloading Source code (Version 1.0.17)..." mkdir -p /tmp/_LBench/src/ wget -U "${UA_LemonBench}" -O /tmp/_LBench/src/sysbench.zip https://github.com/akopytov/sysbench/archive/1.0.17.zip echo -e "${Msg_Info}Compiling Sysbench Module ..." cd /tmp/_LBench/src/ unzip sysbench.zip && cd sysbench-1.0.17 ./autogen.sh && ./configure --without-mysql && make -j8 && make install echo -e "${Msg_Info}Cleaning up ..." cd /tmp && rm -rf /tmp/_LBench/src/sysbench* else echo -e "${Msg_Error}Cannot compile on current enviorment！ (Only Support CentOS/Debian/Ubuntu/Fedora) " fi } Function_CheckTracemode() { if [ "${Flag_TracerouteModeisSet}" = "1" ]; then if [ "${GlobalVar_TracerouteMode}" = "icmp" ]; then echo -e "${Msg_Info}Traceroute/BestTrace Tracemode is set to: ${Font_SkyBlue}ICMP Mode${Font_Suffix}" elif [ "${GlobalVar_TracerouteMode}" = "tcp" ]; then echo -e "${Msg_Info}Traceroute/BestTrace Tracemode is set to: ${Font_SkyBlue}TCP Mode${Font_Suffix}" fi else GlobalVar_TracerouteMode="tcp" fi } # =============== 全局启动信息 =============== Global_Startup_Header() { echo -e " ${Font_Green}#-----------------------------------------------------------#${Font_Suffix} ${Font_Green}@${Font_Suffix} ${Font_Blue}LemonBench${Font_Suffix} ${Font_Yellow}Server Evaluation & Benchmark Ultility${Font_Suffix} ${Font_Green}@${Font_Suffix} ${Font_Green}#-----------------------------------------------------------#${Font_Suffix} ${Font_Green}@${Font_Suffix} ${Font_Purple}Written by${Font_Suffix} ${Font_SkyBlue}iLemonrain${Font_Suffix} ${Font_Blue}${Font_Suffix} ${Font_Green}@${Font_Suffix} ${Font_Green}@${Font_Suffix} ${Font_Purple}My Blog:${Font_Suffix} ${Font_SkyBlue}https://ilemonrain.com${Font_Suffix} ${Font_Green}@${Font_Suffix} ${Font_Green}@${Font_Suffix} ${Font_Purple}Telegram:${Font_Suffix} ${Font_SkyBlue}https://t.me/ilemonrain${Font_Suffix} ${Font_Green}@${Font_Suffix} ${Font_Green}@${Font_Suffix} ${Font_Purple}Telegram (For +86 User):${Font_Suffix} ${Font_SkyBlue}https://t.me/ilemonrain_chatbot${Font_Suffix} ${Font_Green}@${Font_Suffix} ${Font_Green}@${Font_Suffix} ${Font_Purple}Telegram Channel:${Font_Suffix} ${Font_SkyBlue}https://t.me/ilemonrain_channel${Font_Suffix} ${Font_Green}@${Font_Suffix} ${Font_Green}#-----------------------------------------------------------#${Font_Suffix} Version: ${BuildTime} Reporting Bugs Via: https://t.me/ilemonrain 或 https://t.me/ilemonrain_chatbot (简体中文/繁體中文/English only) Thanks for using！ Usage (two way): (1) wget -O- https://ilemonrain.com/download/shell/LemonBench.sh | bash (2) curl -fsL https://ilemonrain.com/download/shell/LemonBench.sh | bash " } # =============== 入口 - 快速测试 (fast) =============== Entrance_FastBench() { Global_TestMode="fast" Global_TestModeTips="Fast Mode" Global_StartupInit_Action Function_GetSystemInfo Function_BenchStart Function_ShowSystemInfo Function_ShowNetworkInfo Function_MediaUnlockTest Function_SysBench_CPU_Fast Function_SysBench_Memory_Fast Function_DiskTest_Fast Function_Speedtest_Fast Function_BestTrace_Fast Function_BenchFinish Function_GenerateResult Global_Exit_Action } # =============== 入口 - 完全测试 (full) =============== Entrance_FullBench() { Global_TestMode="full" Global_TestModeTips="Full Mode" Global_StartupInit_Action Function_GetSystemInfo Function_BenchStart Function_ShowSystemInfo Function_ShowNetworkInfo Function_MediaUnlockTest Function_SysBench_CPU_Full Function_SysBench_Memory_Full Function_DiskTest_Full Function_Speedtest_Full Function_BestTrace_Full Function_BenchFinish Function_GenerateResult Global_Exit_Action } # =============== 入口 - 仅流媒体解锁测试 (mlt) =============== Entrance_MediaUnlockTest() { Global_Startup_Header Global_TestMode="mediaunlocktest" Global_TestModeTips="Media Unlock Test Only" Check_JSONQuery Function_BenchStart Function_MediaUnlockTest Function_BenchFinish Function_GenerateResult Global_Exit_Action } # =============== 入口 - 仅Speedtest测试-快速模式 (spfast) =============== Entrance_Speedtest_Fast() { Global_Startup_Header Global_TestMode="speedtest-fast" Global_TestModeTips="Speedtest Only (Fast Mode)" Function_BenchStart Check_Speedtest Function_Speedtest_Fast Function_BenchFinish Function_GenerateResult Global_Exit_Action } # =============== 入口 - 仅Speedtest测试-全面模式 (spfull) =============== Entrance_Speedtest_Full() { Global_Startup_Header Global_TestMode="speedtest-full" Global_TestModeTips="Speedtest Only (Full Mode)" Check_Speedtest Function_BenchStart Function_Speedtest_Full Function_BenchFinish Function_GenerateResult Global_Exit_Action } # =============== 入口 - 仅磁盘性能测试-快速模式 (dtfast) =============== Entrance_DiskTest_Fast() { Global_Startup_Header Global_TestMode="disktest-fast" Global_TestModeTips="Disk Performance Test Only (Fast Mode)" Function_BenchStart Function_DiskTest_Fast Function_BenchFinish Function_GenerateResult Global_Exit_Action } # =============== 入口 - 仅磁盘性能测试-全面模式 (dtfull) =============== Entrance_DiskTest_Full() { Global_Startup_Header Global_TestMode="disktest-full" Global_TestModeTips="Disk Performance Test Only (Full Mode)" Function_BenchStart Function_DiskTest_Full Function_BenchFinish Function_GenerateResult Global_Exit_Action } # =============== 入口 - 仅路由追踪测试-快速模式 (btfast) =============== Entrance_BestTrace_Fast() { Global_Startup_Header Global_TestMode="besttrace-fast" Global_TestModeTips="Traceroute Test Only (Fast Mode)" Function_CheckTracemode Check_JSONQuery Check_BestTrace echo -e "${Msg_Info}Collecting Network Info ..." SystemInfo_GetNetworkInfo Function_BenchStart Function_ShowNetworkInfo Function_BestTrace_Fast Function_BenchFinish Function_GenerateResult Global_Exit_Action } # =============== 入口 - 仅路由追踪测试-完全模式 (btfull) =============== Entrance_BestTrace_Full() { Global_Startup_Header Global_TestMode="besttrace-full" Global_TestModeTips="Traceroute Test Only (Full Mode)" Function_CheckTracemode Check_JSONQuery Check_BestTrace echo -e "${Msg_Info}Collecting Network Info ..." SystemInfo_GetNetworkInfo Function_BenchStart Function_ShowNetworkInfo Function_BestTrace_Full Function_BenchFinish Function_GenerateResult Global_Exit_Action } # =============== 入口 - 仅Spoofer测试-快速模式 (spf) =============== Entrance_Spoofer() { Global_Startup_Header Function_SpooferWarning Global_TestMode="spoofer" Global_TestModeTips="Spoof Test Only" Check_Spoofer Function_BenchStart Function_SpooferTest Function_BenchFinish Function_GenerateResult Global_Exit_Action } Entrance_SysBench_CPU_Fast() { Global_Startup_Header Global_TestMode="sysbench-cpu-fast" Global_TestModeTips="CPU Performance Test Only (Fast Mode)" Check_SysBench Function_BenchStart SystemInfo_GetCPUInfo Function_SysBench_CPU_Fast Function_BenchFinish Function_GenerateResult Global_Exit_Action } Entrance_SysBench_CPU_Full() { Global_Startup_Header Global_TestMode="sysbench-cpu-full" Global_TestModeTips="CPU Performance Test Only (Standard Mode)" Check_SysBench Function_BenchStart SystemInfo_GetCPUInfo Function_SysBench_CPU_Full Function_BenchFinish Function_GenerateResult Global_Exit_Action } # Entrance_SysBench_Memory_Fast() { Global_Startup_Header Global_TestMode="sysbench-memory-fast" Global_TestModeTips="Memory Performance Test Only (Fast Mode)" Check_SysBench Function_BenchStart SystemInfo_GetCPUInfo Function_SysBench_Memory_Fast Function_BenchFinish Function_GenerateResult Global_Exit_Action } Entrance_SysBench_Memory_Full() { Global_Startup_Header Global_TestMode="sysbench-memory-full" Global_TestModeTips="Memory Performance Test Only (Standard Mode)" Check_SysBench Function_BenchStart SystemInfo_GetCPUInfo Function_SysBench_Memory_Full Function_BenchFinish Function_GenerateResult Global_Exit_Action } # =============== 入口 - 帮助文档 (help) =============== Entrance_HelpDocument() { echo -e " " echo -e " ${Font_SkyBlue}LemonBench${Font_Suffix} ${Font_Yellow}Server Performace Test Utility${Font_Suffix}" echo -e " " echo -e " ${Font_Yellow}Written by:${Font_Suffix}\t\t ${Font_SkyBlue}iLemonrain ${Font_Suffix}" echo -e " ${Font_Yellow}Project Homepage:${Font_Suffix}\t ${Font_SkyBlue}https://blog.ilemonrain.com/linux/LemonBench.html${Font_Suffix}" echo -e " ${Font_Yellow}Code Version:${Font_Suffix}\t\t ${Font_SkyBlue}${BuildTime}${Font_Suffix}" echo -e " " echo -e " Usage:" echo -e " ${Font_SkyBlue}>> One-Key Benchmark${Font_Suffix}" echo -e " ${Font_Yellow}--mode TestMode${Font_Suffix}\t${Font_SkyBlue}Test Mode (fast/full, aka FastMode/FullMode)${Font_Suffix}" echo -e " " echo -e " ${Font_SkyBlue}>> Single Test${Font_Suffix}" echo -e " ${Font_Yellow}--dtfast${Font_Suffix}\t\t${Font_SkyBlue}Disk Test (Fast Test Mode)${Font_Suffix}" echo -e " ${Font_Yellow}--dtfull${Font_Suffix}\t\t${Font_SkyBlue}Disk Test (Full Test Mode)${Font_Suffix}" echo -e " ${Font_Yellow}--spfast${Font_Suffix}\t\t${Font_SkyBlue}Speedtest Test (Fast Test Mode)${Font_Suffix}" echo -e " ${Font_Yellow}--spfull${Font_Suffix}\t\t${Font_SkyBlue}Speedtest Test (Full Test Mode)${Font_Suffix}" echo -e " ${Font_Yellow}--trfast${Font_Suffix}\t\t${Font_SkyBlue}Traceroute Test (Fast Test Mode)${Font_Suffix}" echo -e " ${Font_Yellow}--trfull${Font_Suffix}\t\t${Font_SkyBlue}Traceroute Test (Full Test Mode)${Font_Suffix}" echo -e " ${Font_Yellow}--sbcfast${Font_Suffix}\t\t${Font_SkyBlue}CPU Benchmark Test (Fast Test Mode)${Font_Suffix}" echo -e " ${Font_Yellow}--sbcfull${Font_Suffix}\t\t${Font_SkyBlue}CPU Benchmark Test (Full Test Mode)${Font_Suffix}" echo -e " ${Font_Yellow}--sbmfast${Font_Suffix}\t\t${Font_SkyBlue}Memory Benchmark Test (Fast Test Mode)${Font_Suffix}" echo -e " ${Font_Yellow}--sbmfull${Font_Suffix}\t\t${Font_SkyBlue}Memory Benchmark Test (Full Test Mode)${Font_Suffix}" echo -e " ${Font_Yellow}--spoof${Font_Suffix}\t\t${Font_SkyBlue}Caida Spoofer Test ${Font_Yellow}(Use it at your own risk)${Font_Suffix}${Font_Suffix}" } # =============== 命令行参数 =============== # 检测传入参数 SingleTestCount="0" while [[ $# -ge 1 ]]; do case $1 in mode | -mode | --mode | testmode | -testmode | --testmode) shift if [ "${GlobalVar_TestMode}" != "" ]; then echo -e "\n${Msg_Error}只允许同时启用一种预置测试! 请检查输入参数后重试!" Entrance_HelpDocument exit 1 else GlobalVar_TestMode="$1" shift fi ;; # 快速测试 fast | -fast | --fast) shift if [ "${GlobalVar_TestMode}" != "" ]; then echo -e "\n${Msg_Error}只允许同时启用一种预置测试! 请检查输入参数后重试!" Entrance_HelpDocument exit 1 else GlobalVar_TestMode="fast" fi ;; # 完整测试 full | -full | --full) shift if [ "${GlobalVar_TestMode}" != "" ]; then echo -e "\n${Msg_Error}只允许同时启用一种预置测试! 请检查输入参数后重试!" Entrance_HelpDocument exit 1 else GlobalVar_TestMode="full" fi ;; # 流媒体解锁测试 mlt | -mlt | --mlt) shift GlobalVar_TestMode="mediaunlocktest" ;; # 磁盘测试 dtfast | -dtfast | --dtfast) shift GlobalVar_TestMode="disktest-fast" ;; dtfull | -dtfull | --dtfull) shift GlobalVar_TestMode="disktest-full" ;; # Speedtest测试 spfast | -spfast | --spfast) shift GlobalVar_TestMode="speedtest-fast" ;; spfull | -spfull | --spfull) shift GlobalVar_TestMode="speedtest-full" ;; # 路由追踪测试 btfast | -btfast | --btfast | trfast | -trfast | --trfast) shift GlobalVar_TestMode="besttrace-fast" ;; btfull | -btfull | --btfull | trfull | -trull | --trfull) shift GlobalVar_TestMode="besttrace-full" ;; # Spoof测试 spf | -spf | --spf | spoof | -spoof | --spoof | spoofer | -spoofer | --spoofer) shift GlobalVar_TestMode="spoof" ;; # CPU测试 sbcfast | -sbcfast | --sbcfast) shift GlobalVar_TestMode="sysbench-cpu-fast" ;; sbcfull | -sbcfull | --sbcfull) shift GlobalVar_TestMode="sysbench-cpu-full" ;; # 内存测试 sbmfast | -sbmfast | --sbmfast) shift GlobalVar_TestMode="sysbench-memory-fast" ;; sbmfull | -sbmfull | --sbmfull) shift GlobalVar_TestMode="sysbench-memory-full" ;; # 路由追踪测试模式 tracemode | -tracemode | --tracemode ) shift if [ "$1" = "icmp" ]; then Flag_TracerouteModeisSet="1" GlobalVar_TracerouteMode="icmp" shift elif [ "$1" = "tcp" ]; then Flag_TracerouteModeisSet="1" GlobalVar_TracerouteMode="tcp" shift else Flag_TracerouteModeisSet="0" GlobalVar_TracerouteMode="tcp" shift fi ;; # 帮助文档 h | -h | --h | help | -help | --help) Entrance_HelpDocument exit 1 ;; # 无效参数处理 *) [[ "$1" != 'error' ]] && echo -ne "\n${Msg_Error}Invalid Parameters: \"$1\"\n" Entrance_HelpDocument exit 1 ;; esac done # 全局入口 echo " " if [ "${#SingleTestList[@]}" -eq "0" ] && [ "${GlobalVar_TestMode}" = "" ]; then Entrance_HelpDocument exit 1 elif [ "${GlobalVar_TestMode}" = "fast" ]; then Global_Startup_Header Entrance_FastBench elif [ "${GlobalVar_TestMode}" = "full" ]; then Global_Startup_Header Entrance_FullBench elif [ "${GlobalVar_TestMode}" = "mediaunlocktest" ]; then Global_Startup_Header Entrance_MediaUnlockTest elif [ "${GlobalVar_TestMode}" = "disktest-fast" ]; then Global_Startup_Header Entrance_DiskTest_Fast elif [ "${GlobalVar_TestMode}" = "disktest-full" ]; then Global_Startup_Header Entrance_DiskTest_Full elif [ "${GlobalVar_TestMode}" = "speedtest-fast" ]; then Global_Startup_Header Entrance_Speedtest_Fast elif [ "${GlobalVar_TestMode}" = "speedtest-full" ]; then Global_Startup_Header Entrance_Speedtest_Full elif [ "${GlobalVar_TestMode}" = "besttrace-fast" ]; then Global_Startup_Header Entrance_BestTrace_Fast elif [ "${GlobalVar_TestMode}" = "besttrace-full" ]; then Global_Startup_Header Entrance_BestTrace_Full elif [ "${GlobalVar_TestMode}" = "spoof" ]; then Global_Startup_Header Entrance_Spoofer elif [ "${GlobalVar_TestMode}" = "sysbench-cpu-fast" ]; then Global_Startup_Header Entrance_SysBench_CPU_Fast elif [ "${GlobalVar_TestMode}" = "sysbench-cpu-full" ]; then Global_Startup_Header Entrance_SysBench_CPU_Full elif [ "${GlobalVar_TestMode}" = "sysbench-memory-fast" ]; then Global_Startup_Header Entrance_SysBench_Memory_Fast elif [ "${GlobalVar_TestMode}" = "sysbench-memory-full" ]; then Global_Startup_Header Entrance_SysBench_Memory_Full else Entrance_HelpDocument exit 1 fi