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bench.sh
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#!/bin/bash
#
# #------------------------------------------------------------------#
# | LemonBench 服务器测试工具 LemonBench Server Test Utility |
# #------------------------------------------------------------------#
# | Written by iLemonrain <[email protected]> |
# | 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="20200228 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 $2}' | sort -u)"
LBench_Result_CPUCacheSize="$($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
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 $result
fi
}
SystemInfo_GetSystemBit() {
local sysarch="$(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 $4}')"
else
local Var_CentOSELRepoVersion="unknown"
local Var_OSReleaseVersion="<Unknown Release>"
fi
local Var_OSReleaseArch="$(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 $4}')"
else
local Var_RedHatELRepoVersion="unknown"
local Var_OSReleaseVersion="<Unknown Release>"
fi
local Var_OSReleaseArch="$(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 [ "${Var_VirtType}" = "xen" ]; then
LBench_Result_VirtType="XenServer"
elif [ "${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"
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://ipapi.co/json/)"
local Result_IPV6="$(curl --connect-timeout 10 -fsL6 https://ipapi.co/json/)"
if [ "${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 "${Result_IPV4}" "ip")"
IPAPI_IPV4_city="$(PharseJSON "${Result_IPV4}" "city")"
IPAPI_IPV4_region="$(PharseJSON "${Result_IPV4}" "region")"
IPAPI_IPV4_country="$(PharseJSON "${Result_IPV4}" "country")"
IPAPI_IPV4_country_code="$(PharseJSON "${Result_IPV4}" "country_code")"
IPAPI_IPV4_country_name="$(PharseJSON "${Result_IPV4}" "country_name")"
IPAPI_IPV4_asn="$(PharseJSON "${Result_IPV4}" "asn")"
IPAPI_IPV4_org="$(PharseJSON "${Result_IPV4}" "org")"
if [ "${IPAPI_IPV4_country_name}" = "${IPAPI_IPV4_city}" ]; then
IPAPI_IPV4_city=""
fi
fi
if [ "${LBench_Result_NetworkStat}" = "ipv6only" ] || [ "${LBench_Result_NetworkStat}" = "dualstack" ]; then
IPAPI_IPV6_ip="$(PharseJSON "${Result_IPV6}" "ip")"
IPAPI_IPV6_city="$(PharseJSON "${Result_IPV6}" "city")"
IPAPI_IPV6_region="$(PharseJSON "${Result_IPV6}" "region")"
IPAPI_IPV6_country="$(PharseJSON "${Result_IPV6}" "country")"
IPAPI_IPV6_country_code="$(PharseJSON "${Result_IPV6}" "country_code")"
IPAPI_IPV6_country_name="$(PharseJSON "${Result_IPV6}" "country_name")"
IPAPI_IPV6_asn="$(PharseJSON "${Result_IPV6}" "asn")"
IPAPI_IPV6_org="$(PharseJSON "${Result_IPV6}" "org")"
if [ "${IPAPI_IPV6_country_name}" = "${IPAPI_IPV6_city}" ]; then
IPAPI_IPV6_city=""
fi
fi
if [ "${LBench_Result_NetworkStat}" = "unknown" ]; then
IPAPI_IPV4_ip="-"
IPAPI_IPV4_city=""
IPAPI_IPV4_region=""
IPAPI_IPV4_country="Unknown"
IPAPI_IPV4_country_code="-"
IPAPI_IPV4_asn="Unknown"
IPAPI_IPV4_organization="-"
IPAPI_IPV6_ip="-"
IPAPI_IPV6_city=""
IPAPI_IPV6_region=""
IPAPI_IPV6_country="Unknown"
IPAPI_IPV6_country_code="-"
IPAPI_IPV6_asn="Unknown"
IPAPI_IPV6_organization="-"
fi
}
# SystemInfo_GetNetworkInfo() {
# LBench_Result_LocalIP_IPV4="$(curl --connect-timeout 5 -fsL4 http://api-ipv4.ip.sb)"
# LBench_Result_LocalIP_IPV6="$(curl --connect-timeout 5 -fsL6 http://api-ipv6.ip.sb)"
# if [ "${LBench_Result_LocalIP_IPV4}" != "" ] && [ "${LBench_Result_LocalIP_IPV6}" = "" ]; then
# LBench_Result_NetworkStat="ipv4only"
# local Result_IPV4="$(curl -fsL4 --connect-timeout 5 "https://api-ipv4.ip.sb/geoip")"
# # 判断IPV6 Only
# elif [ "${LBench_Result_LocalIP_IPV4}" = "" ] && [ "${LBench_Result_LocalIP_IPV6}" != "" ]; then
# LBench_Result_NetworkStat="ipv6only"
# local Result_IPV6="$(curl -fsL6 --connect-timeout 5 https://api-ipv6.ip.sb/geoip)"
# # 判断双栈
# elif [ "${LBench_Result_LocalIP_IPV4}" != "" ] && [ "${LBench_Result_LocalIP_IPV6}" != "" ]; then
# LBench_Result_NetworkStat="dualstack"
# local Result_IPV4="$(curl -fsL4 --connect-timeout 5 "https://api-ipv4.ip.sb/geoip")"
# local Result_IPV6="$(curl -fsL6 --connect-timeout 5 https://api-ipv6.ip.sb/geoip)"
# # 返回未知值
# else
# LBench_Result_NetworkStat="unknown"
# fi
# # 提取IPV4信息
# if [ "${Result_IPV4}" != "" ]; then
# IPAPI_IPV4_ip="$(PharseJSON "${Result_IPV4}" "ip")"
# IPAPI_IPV4_city="$(PharseJSON "${Result_IPV4}" "city")"
# IPAPI_IPV4_region="$(PharseJSON "${Result_IPV4}" "region")"
# IPAPI_IPV4_country="$(PharseJSON "${Result_IPV4}" "country")"
# IPAPI_IPV4_country_code="$(PharseJSON "${Result_IPV4}" "country_code")"
# IPAPI_IPV4_asn="$(PharseJSON "${Result_IPV4}" "asn")"
# IPAPI_IPV4_organization="$(PharseJSON "${Result_IPV4}" "organization")"
# fi
# if [ "${Result_IPV6}" != "" ]; then
# IPAPI_IPV6_ip="$(PharseJSON "${Result_IPV6}" "ip")"
# IPAPI_IPV6_city="$(PharseJSON "${Result_IPV6}" "city")"
# IPAPI_IPV6_region="$(PharseJSON "${Result_IPV6}" "region")"
# IPAPI_IPV6_country="$(PharseJSON "${Result_IPV6}" "country")"
# IPAPI_IPV6_country_code="$(PharseJSON "${Result_IPV6}" "country_code")"
# IPAPI_IPV6_asn="$(PharseJSON "${Result_IPV6}" "asn")"
# IPAPI_IPV6_organization="$(PharseJSON "${Result_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
echo -e "${Msg_Info}Collecting OS Release Info ..."
SystemInfo_GetOSRelease
echo -e "${Msg_Info}Collecting Disk Info ..."
SystemInfo_GetDiskStat
echo -e "${Msg_Info}Collecting Network Info ..."
SystemInfo_GetNetworkInfo
echo -e "${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
echo -e " ${Font_Yellow}CPU Model:${Font_Suffix}\t\t${Font_SkyBlue}${LBench_Result_CPUModelName}${Font_Suffix}"
if [ "${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} ${Font_SkyBlue}Core(s)${Font_Suffix}, ${LBench_Result_CPUThreadNumber} ${Font_SkyBlue}Thread(s)${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} ${Font_SkyBlue}Core(s)/CPU${Font_Suffix}, ${LBench_Result_CPUSiblingsNumber} ${Font_SkyBlue}Thread(s)/CPU${Font_Suffix} (Total ${Font_SkyBlue}${LBench_Result_CPUTotalCoreNumber}${Font_Suffix} Core(s), ${Font_SkyBlue}${LBench_Result_CPUProcessorNumber}${Font_Suffix} Thread(s))"
# 针对树莓派等特殊情况做出检测优化
elif [ "${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
echo -e " ${Font_Yellow}CPU Number:${Font_Suffix}\t\t${LBench_Result_CPUThreadNumber} ${Font_SkyBlue}vCPU${Font_Suffix}"
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}"
# 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} (${IPAPI_IPV4_org})${Font_Suffix}"
echo -e " ${Font_Yellow}IPV4 - Region:${Font_Suffix}\t\t${Font_SkyBlue}${IPAPI_IPV4_country_name} ${IPAPI_IPV4_region} ${IPAPI_IPV4_city}${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} (${IPAPI_IPV6_org})${Font_Suffix}"
echo -e " ${Font_Yellow}IPV6 - Region:${Font_Suffix}\t\t${Font_SkyBlue}${IPAPI_IPV6_country_name} ${IPAPI_IPV6_region} ${IPAPI_IPV6_city}${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 ${Font_Suffix}"
echo -e " "
Function_MediaUnlockTest_HBONow
Function_MediaUnlockTest_BahamutAnime
Function_MediaUnlockTest_AbemaTV_IPTest
Function_MediaUnlockTest_PCRJP
Function_MediaUnlockTest_BilibiliChinaMainland
Function_MediaUnlockTest_BilibiliHKMCTW
Function_MediaUnlockTest_BilibiliTW
LBench_Flag_FinishMediaUnlockTest="1"
}
# 流媒体解锁测试-HBO Now
Function_MediaUnlockTest_HBONow() {
echo -n -e " HBO Now:\t\t\t\t->\c"
# 尝试获取成功的结果
local result="$(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)${Font_Suffix}\n"
LemonBench_Result_MediaUnlockTest_BilibiliTW="Failed (due to network fail)"
fi
}
# 流媒体解锁测试-Abema.TV
#
Function_MediaUnlockTest_AbemaTV_IPTest() {
echo -n -e " Abema.TV:\t\t\t\t\c"
#
# 第一轮判断: 判断IP是否为日本IP (通过Akamai)
# 如果不是日本IP, 后续没必要继续判断了
local result="$(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)${Font_Suffix}\n"
LemonBench_Result_MediaUnlockTest_AbemaTV_IPTest="Failed (Network Connection)"
fi
}
Function_MediaUnlockTest_PCRJP() {
echo -n -e " Princess Connect Re:Dive (Beta):\t\c"
# 测试，连续请求两次 (单独请求一次可能会返回35, 第二次开始变成0)
local result="$(curl --user-agent "${UA_Dalvik}" -4 -fsL --write-out %{http_code} --max-time 30 --output /dev/null --ciphers 'DEFAULT:!DH' https://app.priconne-redive.jp)"
local result="$(curl --user-agent "${UA_Dalvik}" -4 -fsL --write-out %{http_code} --max-time 30 --output /dev/null --ciphers 'DEFAULT:!DH' https://app.priconne-redive.jp)"
local retval="$?"
if [ "$retval" = "35" ]; then
echo -n -e "\r Princess Connect Re:Dive (Beta)\t${Font_Red}No${Font_Suffix}\n"
LemonBench_Result_MediaUnlockTest_PCRJP="No"
elif [ "$retval" = "7" ]; then
echo -n -e "\r Princess Connect Re:Dive (Beta)\t${Font_Red}Failed (Network Connection)${Font_Suffix}\n"
LemonBench_Result_MediaUnlockTest_PCRJP="Failed (Network Connection)"
elif [ "$retval" = "0" ]; then
if [ "$result" = "404" ]; then
echo -n -e "\r Princess Connect Re:Dive (Beta)\t${Font_Green}Yes${Font_Suffix}\n"
LemonBench_Result_MediaUnlockTest_PCRJP="Yes"