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config_build_tool.sh
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config_build_tool.sh
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#!/usr/bin/env bash
# SPDX-FileCopyrightText: Copyright (c) 2024 沉默の金 <cmzj@cmzj.org>
# SPDX-License-Identifier: MIT
# 设置一个用于临时文件的目录，并在脚本退出时自动删除
trap 'rm -rf "$TMPDIR"' EXIT
TMPDIR=$(mktemp -d) || exit 1
# 定义函数"start"，用于执行整个脚本的主要逻辑
function start() {
# 调用"install_dependencies"函数以安装所需的依赖项
install_dependencies
# 检查是否存在配置文件，如果不存在，则执行输入参数的操作
if [ ! -e "buildconfig.config" ]; then
input_parameters
exitstatus=$?
if [ $exitstatus -eq 6 ]; then
exit 0
fi
fi
# 检查拓展软件包配置是否正常
check_ext_packages_config
# 无限循环，直到用户选择退出菜单
while true; do
# 显示菜单
menu
exitstatus=$?
if [ $exitstatus -ne 6 ]; then
break
fi
done
echo end
}
# 检测安装依赖函数
function install_dependencies() {
if ! type which &>/dev/null ; then
echo "未找到which命令"
exit 1
fi
echo "检测运行环境"
if which apt-get &>/dev/null; then
PM=apt
fi
if which yum &>/dev/null; then
PM=yum
fi
n=0
case $PM in
apt)
# 检查并安装缺少的依赖包（基于apt包管理器）
for package_name in build-essential clang flex bison g++ gawk gcc-multilib g++-multilib gettext git libncurses-dev libssl-dev rsync unzip zlib1g-dev file wget make; do
if [ "$(apt list --installed 2>/dev/null| grep -c "^${package_name}")" -eq '0' ];then
if test ${n} = 0; then
echo $package_name > $TMPDIR/install.list
n=$(($n+1))
else
sed -i "s/.*/&\ ${package_name}/g" $TMPDIR/install.list
n=$(($n+1))
fi
fi
done
;;
yum)
# 检查并安装缺少的依赖包（基于yum包管理器）
for package_name in bzip2 gcc gcc-c++ git make ncurses-devel patch rsync tar unzip wget which diffutils python2 python3 perl-base perl-Data-Dumper perl-File-Compare perl-File-Copy perl-FindBin perl-IPC-Cmd perl-Thread-Queue; do
if [ "$(yum list installed 2>/dev/null| grep -c "^${package_name}")" -eq '0' ];then
if test ${n} = 0; then
echo $package_name > $TMPDIR/install.list
n=$(($n+1))
else
sed -i "s/.*/&\ ${package_name}/g" $TMPDIR/install.list
n=$(($n+1))
fi
fi
done
;;
*)
# 如果不支持自动安装依赖的系统，则提示用户使用ubuntu或手动安装openwrt依赖
if ! (whiptail --title "确认" --yes-button "我已安装全部依赖" --no-button "退出" --yesno "不支持自动安装依赖的系统，建议使用ubuntu或手动安装openwrt依赖。openwrt所需依赖见\nhttps://openwrt.org/docs/guide-developer/toolchain/install-buildsystem#linux_gnu-linux_distributions" 10 104) then
exit 0
fi
;;
esac
if [ -e "$TMPDIR/install.list" ]; then
# 用户确认是否安装缺少的依赖包
if (whiptail --title "选择" --yes-button "安装" --no-button "退出" --yesno "是否安装$(cat $TMPDIR/install.list|sed "s/ /、/g")，它们是此脚本的依赖" 10 60) then
source /etc/os-release
case $PM in
apt)
sudo apt-get update || exit 0
sudo apt-get install -y $(cat $TMPDIR/install.list)|| exit 0
;;
yum)
sudo yum install -y $(cat $TMPDIR/install.list)|| exit 0
;;
*)
echo "不支持的系统，建议使用ubuntu或手动安装"$(cat $TMPDIR/install.list)
;;
esac
else
exit 0
fi
fi
if ! type uniq &>/dev/null ; then
echo "未找到uniq命令"
exit 1
fi
if ! type sort &>/dev/null ; then
echo "未找到sort命令"
exit 1
fi
}
# 检查GitHub API速率限制的函数
function detect_github_api_rate_limit() {
#使用curl命令获取GitHub API的请求剩余次数，并提取整数部分赋值给变量remaining_requests
remaining_requests=$(curl -s -L -i https://api.github.com/users/octocat) || network_error
remaining=$(echo "$remaining_requests"|sed -n "/^x-ratelimit-remaining:/p"|sed "s/.*: //"| awk '{print int($0)}')
# 如果剩余请求次数少于5次，输出超出API速率限制的提示信息
if [ "$remaining" -lt "5" ]; then
# 使用curl命令获取GitHub API的重置时间，并将时间戳转换为格式化日期字符串
reset_time=$(date -d @$(echo "$remaining_requests" |sed -n "/^x-ratelimit-reset:/p"|sed "s/.*: //") +"%Y-%m-%d %H:%M:%S") || network_error
whiptail --title "错误" --msgbox "超出github的 API 速率限制,请等待到$reset_time" 12 60
return 6
fi
}
# 输入参数函数
function input_parameters() {
# 调用detect_github_api_rate_limit函数以检查GitHub API速率限制
detect_github_api_rate_limit
exitstatus=$?
if [ $exitstatus = 6 ]; then
return 6
fi
curl -s -L https://api.github.com/repos/openwrt/openwrt/tags|sed -n '/^ "name": "/p'|sed -e 's/ "name": "//g' -e 's/",//g'> $TMPDIR/tagbranch.list || network_error
curl -s -L https://api.github.com/repos/openwrt/openwrt/branches|sed -n '/^ "name": "/p'|sed -e 's/ "name": "//g' -e 's/",//g'>> $TMPDIR/tagbranch.list || network_error
# 获取最新的OpenWrt标签（tag）
latest_tag=$(curl -s -L https://api.github.com/repos/openwrt/openwrt/tags|sed -n '/^ "name": "/p'|sed -e 's/ "name": "//g' -e 's/",//g'| sed -n '1p')
# 提示用户输入OpenWrt的branch或tag，并将用户输入的值保存到OPENWRT_TAG_BRANCH变量
inputbox="输入你希望该配置编译的OpenWrt branch或tag，例如v23.05.0-rc1或master"
OPENWRT_TAG_BRANCH=$(whiptail --title "输入 tag/branch" --inputbox "$inputbox" 10 60 $latest_tag 3>&1 1>&2 2>&3)
exitstatus=$?
# 如果用户选择退出，则输出提示信息并退出函数
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
fi
# 检查用户输入的OpenWrt branch或tag是否存在，如果不存在则要求重新输入
while [ "$(grep -c "^${OPENWRT_TAG_BRANCH}$" $TMPDIR/tagbranch.list)" -eq '0' ]; do
whiptail --title "错误" --msgbox "输入的OpenWrt branch或tag不存在,选择ok重新输入" 10 60
OPENWRT_TAG_BRANCH=$(whiptail --title "输入 tag/branch" --inputbox "$inputbox" 10 60 $latest_tag 3>&1 1>&2 2>&3)
exitstatus=$?
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
fi
done
# 提示用户输入OpenWrt-K存储库地址，并保存到OpenWrt_K_url变量
while true; do
inputbox="输入OpenWrt-K存储库地址,本工具导入该存储库中的openwrt与OpenWrt-K拓展配置"
OpenWrt_K_url="$(whiptail --title "输入存储库地址" --inputbox "$inputbox" 10 80 https://github.com/chenmozhijin/OpenWrt-K 3>&1 1>&2 2>&3)"
exitstatus=$?
OpenWrt_K_url=$(echo $OpenWrt_K_url|sed -e 's/^[ \t]*//g' -e's/[ \t]*$//g')
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
elif [ -z "$OpenWrt_K_url" ]; then
whiptail --title "错误" --msgbox "OpenWrt-K存储库不能为空" 10 60
elif [ "$(echo "$OpenWrt_K_url"|grep -c "[!$^*+\`~\'\"\(\) ]")" -ne '0' ];then
whiptail --title "错误" --msgbox "OpenWrt-K存储库中有非法字符" 10 60
elif [ "$(echo "$OpenWrt_K_url"|grep -c "^http[s]\{0,1\}://")" -eq '0' ] || [ "$(echo "$OpenWrt_K_url"|grep -c ".")" -eq '0' ] ;then
whiptail --title "错误" --msgbox "OpenWrt-K存储库链接不正常" 10 60
else
error_msg=$(git ls-remote --exit-code "$OpenWrt_K_url" 2>&1)
if [ $? -ne 0 ]; then
whiptail --title "错误" --msgbox "无效的OpenWrt-K存储库链接，错误信息：\n$error_msg" 10 60
else
NEW_EXT_PKG_REPOSITORIE=$(echo "$OpenWrt_K_url"|sed "s/\.git$//g" )
break
fi
fi
done
OpenWrt_K_repo=$(echo $OpenWrt_K_url|sed -e "s/https:\/\/github.com\///" -e "s/\/$//" )
# 提示用户输入OpenWrt-K分支
while true; do
OpenWrt_K_branch=$(whiptail --title "输入分支" --inputbox "输入OpenWrt-K存储库分支,本工具导入该存储库分支中的openwrt与OpenWrt-K拓展配置" 10 80 $(curl -s -L --retry 3 https://api.github.com/repos/$OpenWrt_K_repo|grep "\"default_branch\": \""|grep "\","| sed -e "s/ \"default_branch\": \"//g" -e "s/\",//g" ) 3>&1 1>&2 2>&3)
exitstatus=$?
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
elif [ "$(echo "$OpenWrt_K_branch"|grep -c "[!@#$%^&:*=+\`~\'\"\(\)/ ]")" -ne '0' ];then
whiptail --title "错误" --msgbox "此OpenWrt-K分支中有非法字符" 10 60
elif [ -z "$OpenWrt_K_branch" ]; then
whiptail --title "错误" --msgbox "OpenWrt-K存储库分支不能为空" 10 60
else
# 检查远程仓库是否有该分支
if git ls-remote --exit-code --heads "$OpenWrt_K_url" "refs/heads/$OpenWrt_K_branch" 2>&1; then
break
else
whiptail --title "错误" --msgbox "这个OpenWrt-K存储库地址不含有分支 $OpenWrt_K_branch。" 12 70
fi
fi
done
# 提示用户输入OpenWrt-K配置名
while true; do
OpenWrt_K_config="$(whiptail --title "输入配置名" --inputbox "输入要导入的配置名（就是仓库config文件夹下的文件夹名,如：x86_64）,本工具导入该配置中的openwrt与OpenWrt-K拓展配置" 10 80 3>&1 1>&2 2>&3)"
exitstatus=$?
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
elif [ "$(echo "$OpenWrt_K_config"|grep -c "[!@#$%^&:*=+\`~\'\"\(\)/ ]")" -ne '0' ];then
whiptail --title "错误" --msgbox "配置名中有非法字符，如果配置名包含空格请先删除。" 10 60
elif [ -z "$OpenWrt_K_config" ]; then
whiptail --title "错误" --msgbox "配置名为空，请输入配置名" 10 60
else
response=$(curl -s -L --retry 3 --connect-timeout 20 "https://api.github.com/repos/$OpenWrt_K_repo/contents/config?ref=$OpenWrt_K_branch")
if [ "$(echo "$response"|grep -c "^ \"message\": \"Not Found\"," )" -eq '1' ];then
whiptail --title "错误" --msgbox "未在你提供的OpenWrt-K存储库地址找到config文件夹，响应：\n$response\n点击ok退出" 14 70
return 6
elif echo "$response" | grep -q "\"name\": \"$OpenWrt_K_config\""; then
break
else
whiptail --title "错误" --msgbox "这个OpenWrt-K存储库不含有名为 $OpenWrt_K_config 的配置\n请检测你的配置是否存在并关注你提供OpenWrt-K存储库版本" 12 70
fi
fi
done
if [ -e buildconfig.config ]; then
if [ "$(grep -c "^build_dir=" buildconfig.config)" -eq '1' ];then
build_dir=$(grep "^build_dir=" buildconfig.config|sed -e "s/build_dir=//")
fi
if [ "$(grep -c "^kmod_compile_exclude_list=" buildconfig.config)" -eq '1' ];then
kmod_compile_exclude_list=$(grep "^kmod_compile_exclude_list=" buildconfig.config|sed -e "s/kmod_compile_exclude_list=//")
fi
fi
[[ -e $TMPDIR/openwrtext.config ]] && rm -rf $TMPDIR/openwrtext.config
DOWNLOAD_URL=https://raw.githubusercontent.com/$OpenWrt_K_repo/$OpenWrt_K_branch/config/$OpenWrt_K_config/OpenWrt-K/openwrtext.config
curl -o $TMPDIR/openwrtext.config -s -L --retry 3 --connect-timeout 20 $DOWNLOAD_URL
exitstatus=$?
if [ "$exitstatus" -ne "0" ];then
whiptail --title "错误" --msgbox "OpenWrt-K拓展配置下载失败，下载链接：\n$DOWNLOAD_URL,curl返回值：$?" 10 110
return 6
elif [ "$(cat $TMPDIR/openwrtext.config)" = "404: Not Found" ];then
whiptail --title "错误" --msgbox "OpenWrt-K拓展配置下载错误 “404: Not Found” ，下载链接：\n$DOWNLOAD_URL" 10 110
return 6
fi
if [ "$(grep -c "^ipaddr=" $TMPDIR/openwrtext.config)" -eq '1' ];then
ipaddr=$(grep "^ipaddr=" $TMPDIR/openwrtext.config|sed -e "s/ipaddr=//")
else
ipaddr="192.168.1.1"
fi
if [ "$(grep -c "^timezone=" $TMPDIR/openwrtext.config)" -eq '1' ];then
timezone=$(grep "^timezone=" $TMPDIR/openwrtext.config|sed -e "s/timezone=//")
else
timezone="CST-8"
fi
if [ "$(grep -c "^zonename=" $TMPDIR/openwrtext.config)" -eq '1' ];then
zonename=$(grep "^zonename=" $TMPDIR/openwrtext.config|sed -e "s/zonename=//")
else
zonename="Asia/Shanghai"
fi
if [ "$(grep -c "^golang_version=" $TMPDIR/openwrtext.config)" -eq '1' ];then
golang_version=$(grep "^golang_version=" $TMPDIR/openwrtext.config|sed -e "s/golang_version=//")
else
golang_version="22.x"
fi
DOWNLOAD_URL=https://raw.githubusercontent.com/$OpenWrt_K_repo/$OpenWrt_K_branch/config/$OpenWrt_K_config/OpenWrt-K/compile.config
curl -o $TMPDIR/compile.config -s -L --retry 3 --connect-timeout 20 $DOWNLOAD_URL
exitstatus=$?
if [ "$exitstatus" -ne "0" ];then
whiptail --title "错误" --msgbox "OpenWrt-K拓展配置下载失败，下载链接：\n$DOWNLOAD_URL,curl返回值：$?" 10 60
return 6
elif [ "$(cat $TMPDIR/compile.config)" = "404: Not Found" ];then
whiptail --title "错误" --msgbox "OpenWrt-K拓展编译配置下载错误 “404: Not Found” ，下载链接：\n$DOWNLOAD_URL" 10 60
return 6
fi
if [ "$(grep -c "^kmod_compile_exclude_list=" $TMPDIR/compile.config)" -eq '1' ];then
kmod_compile_exclude_list=$(grep "^kmod_compile_exclude_list=" $TMPDIR/compile.config|sed -e "s/kmod_compile_exclude_list=//")
else
kmod_compile_exclude_list="kmod-shortcut-fe-cm,kmod-shortcut-fe,kmod-fast-classifier,kmod-shortcut-fe-drv"
fi
if [ "$(grep -c "^use_cache=" $TMPDIR/compile.config)" -eq '1' ];then
use_cache=$(grep "^use_cache=" $TMPDIR/compile.config|sed -e "s/use_cache=//")
else
use_cache="true"
fi
whiptail --title "完成" --msgbox "你选择的OpenWrt branch或tag为: $OPENWRT_TAG_BRANCH\n选择的OpenWrt-K存储库地址为: $OpenWrt_K_url\n选择的OpenWrt-K存储库分支为: $OpenWrt_K_branch\n选择的配置为: $OpenWrt_K_config" 10 80
{
echo "警告：请勿手动修改本文件"
echo OPENWRT_TAG_BRANCH="$OPENWRT_TAG_BRANCH"
echo OpenWrt_K_url="$OpenWrt_K_url"
echo OpenWrt_K_branch="$OpenWrt_K_branch"
echo OpenWrt_K_config="$OpenWrt_K_config"
echo ipaddr="$ipaddr"
echo timezone="$timezone"
echo zonename="$zonename"
echo golang_version="$golang_version"
echo use_cache="$use_cache"
echo "kmod_compile_exclude_list=$kmod_compile_exclude_list"
} > buildconfig.config
if [ -n "$build_dir" ];then
echo build_dir="$build_dir" >> buildconfig.config
rm -rf "$build_dir"/OpenWrt-K
whiptail --title "提示" --msgbox "请重新准备运行环境" 10 80
fi
# 调用config_ext_packages函数进行后续配置
config_ext_packages
}
# 导入拓展软件包配置函数
function import_ext_packages_config() {
# 让用户选择导入拓展软件包配置的方式
OPTION=$(whiptail --title "配置拓展软件包" --menu "选择导入拓展软件包配置的方式，如果你没有拓展软件包配置你将只能构建openwrt官方源码与feeds自带的软件包。你现有的拓展软件包配置会被覆盖。" 15 60 4 \
"1" "从原OpenWrt-K仓库导入默认拓展软件包配置" \
"2" "从你指定的OpenWrt-K仓库与配置导入指定的拓展软件包配置" 3>&1 1>&2 2>&3)
exitstatus=$?
# 如果用户选择退出，则返回11（作为退出标记），否则继续执行
if [ $exitstatus -ne 0 ]; then
return 11
fi
if [ $OPTION = 1 ]; then
DOWNLOAD_URL=https://raw.githubusercontent.com/chenmozhijin/OpenWrt-K/main/config/default-extpackages.config
elif [ $OPTION = 2 ]; then
# 从配置文件buildconfig.config中提取OpenWrt-K仓库的URL
OpenWrt_K_url=$(grep "^OpenWrt_K_url=" buildconfig.config|sed "s/OpenWrt_K_url=//")
OpenWrt_K_repo=$(echo $OpenWrt_K_url|sed -e "s/https:\/\/github.com\///" -e "s/\/$//" )
OpenWrt_K_config=$(grep "^OpenWrt_K_config" buildconfig.config|sed "s/OpenWrt_K_config=//")
# 获取OpenWrt-K仓库的分支
branch=$(grep "^OpenWrt_K_branch=" buildconfig.config|sed "s/OpenWrt_K_branch=//")
[[ -z "$branch" ]] && echo "错误获取分支失败" && exit 1
DOWNLOAD_URL=https://raw.githubusercontent.com/$OpenWrt_K_repo/$branch/config/$OpenWrt_K_config/OpenWrt-K/extpackages.config
else
echo "错误的选项"
exit 1
fi
# 删除临时目录下的拓展软件包配置文件（如果存在），并下载新的配置文件
[[ -e $TMPDIR/config_ext_packages/extpackages.config ]] && rm -rf $TMPDIR/config_ext_packages/extpackages.config
mkdir -p $TMPDIR/config_ext_packages/
curl -o $TMPDIR/config_ext_packages/extpackages.config -s -L --retry 3 --connect-timeout 20 $DOWNLOAD_URL
exitstatus=$?
if [ "$exitstatus" -ne "0" ];then
echo "拓展软件包配置下载失败，下载链接：$DOWNLOAD_URL,curl返回值：$?"
exit 1
elif [ "$(cat $TMPDIR/config_ext_packages/extpackages.config)" = "404: Not Found" ];then
echo "拓展软件包配置下载错误 “404: Not Found” ，下载链接：$DOWNLOAD_URL"
exit 1
elif [ "$(grep -c "^EXT_PACKAGES" $TMPDIR/config_ext_packages/extpackages.config)" -eq '0' ];then
echo "拓展软件包配置下载未知错误，下载的文件中未检测到配置文件 ，下载链接：$DOWNLOAD_URL"
exit 1
fi
sed -i "/^EXT_PACKAGES/d" buildconfig.config || exit 1
cat $TMPDIR/config_ext_packages/extpackages.config >> buildconfig.config
[[ -e $TMPDIR/config_ext_packages/extpackages.config ]] && rm -rf $TMPDIR/config_ext_packages/extpackages.config
}
# 检查拓展软件包配置函数
function check_ext_packages_config() {
if [ "$(grep -c "^EXT_PACKAGES" buildconfig.config)" -eq '0' ];then
# 如果buildconfig.config中不存在拓展软件包配置，调用import_ext_packages_config函数进行导入
import_ext_packages_config
if [ "$?" -eq '11' ];then
echo "你选择了退出"
exit 0
fi
fi
# 检查拓展软件包配置是否正确
NUMBER_OF_PKGS=$(grep -c "^EXT_PACKAGES_NAME\[" buildconfig.config)
if [ "$(grep -c "^EXT_PACKAGES_NAME\[$NUMBER_OF_PKGS\]" buildconfig.config)" -eq "0" ];then
# 如果最后一个配置不存在，则输出错误信息，并调用import_ext_packages_config函数重新导入配置
whiptail --title "错误" --msgbox "检测到拓展软件包配置有错误，点击ok重新导入（你现有的拓展软件包配置会被覆盖）" 10 60
sed -i "/^EXT_PACKAGES/d" buildconfig.config || exit 1
import_ext_packages_config
if [ "$?" -eq '11' ];then
echo "你选择了退出"
exit 0
fi
elif [ "$(grep -c "^EXT_PACKAGES_NAME\[$(( $NUMBER_OF_PKGS+1 ))\]" buildconfig.config)" -ne "0" ];then
# 如果配置中有多余的拓展软件包配置，输出错误信息，并调用import_ext_packages_config函数重新导入配置
whiptail --title "错误" --msgbox "检测到拓展软件包配置有错误，点击ok重新导入（你现有的拓展软件包配置会被覆盖）" 10 60
sed -i "/^EXT_PACKAGES/d" buildconfig.config || exit 1
import_ext_packages_config
if [ "$?" -eq '11' ];then
echo "你选择了退出"
exit 0
fi
fi
}
# 配置拓展软件包函数
function config_ext_packages() {
# 检查拓展软件包配置是否正确
check_ext_packages_config
while true; do
# 调用config_ext_packages_mainmenu函数显示拓展软件包的主菜单
config_ext_packages_mainmenu
exitstatus=$?
if [ $exitstatus -ne 6 ]; then
break
fi
done
}
# 配置拓展软件包的主菜单函数
function config_ext_packages_mainmenu() {
# 获取拓展软件包配置的数量
NUMBER_OF_PKGS=$(grep -c "^EXT_PACKAGES_NAME\[" buildconfig.config)
mkdir -p $TMPDIR/config_ext_packages || exit 1
rm -rf $TMPDIR/config_ext_packages/menu $TMPDIR/config_ext_packages/submenu
n=1
while [ "$n" -le $NUMBER_OF_PKGS ]; do
# 将拓展软件包的名称和序号添加到临时目录下的菜单文件中
echo "$n $(grep "^EXT_PACKAGES_NAME\[$n\]" buildconfig.config| sed -e "s/.*=\"//g" -e "s/\"//g")" >> $TMPDIR/config_ext_packages/menu
n=$(( n+1 ))
done
echo "$n 添加一个拓展软件包 " >> $TMPDIR/config_ext_packages/menu
n=$(( n+1 ))
echo "$n 重新导入拓展软件包配置 " >> $TMPDIR/config_ext_packages/menu
# 使用whiptail显示菜单，并根据用户选择执行相应操作
OPTION=$(whiptail --title "OpenWrt-k配置构建工具-配置拓展软件包菜单" --menu "选择你要修改的配置拓展软件包或选择。请不要重复添加拓展软件包，也不要忘记添加依赖或删除其他包的依赖。如果你已经准备完运行环境请重新载入拓展软件包。选择Cancel返回主菜单。" 25 70 15 $(cat $TMPDIR/config_ext_packages/menu) 3>&1 1>&2 2>&3)
exitstatus=$?
if [ $exitstatus = 0 ]; then
if [ $OPTION = "$(( $NUMBER_OF_PKGS+1 ))" ]; then #添加一个拓展软件包
while true; do
# 提示用户输入新的拓展软件包名称
NEW_EXT_PKG_NAME=$(whiptail --title "输入拓展软件包名" --inputbox "此包名将用于创建包存放文件夹，请勿输入空格斜杠或与其他软件包重名" 10 60 3>&1 1>&2 2>&3)
exitstatus=$?
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
elif [ -z "$NEW_EXT_PKG_NAME" ]; then
whiptail --title "错误" --msgbox "拓展软件包名不能为空" 10 60
elif [ "$(echo "$NEW_EXT_PKG_NAME"|grep -c "[!@#$%^&:*=+\`~\'\"\(\)/ ]")" -ne '0' ];then
whiptail --title "错误" --msgbox "拓展软件包名中有非法字符" 10 60
elif [ "$(sed -n "/^EXT_PACKAGES_NAME/p" buildconfig.config | sed -e "s/.*=\"//g" -e "s/\"//g"|grep -c "^$NEW_EXT_PKG_NAME$")" -ne '0' ];then
whiptail --title "错误" --msgbox "此拓展软件包名与其他软件包重名" 10 60
else
break
fi
done
# 提示用户输入新的拓展软件包目录
while true; do
NEW_EXT_PKG_PATH=$(whiptail --title "输入拓展软件包在存储库中的目录" --inputbox "输入包与存储库的相对位置，例如一个包在存储库根目录的luci-app-xxx文件夹下则输入luci-app-xxx，如果包就在根目录着可以不输入。" 10 60 3>&1 1>&2 2>&3)
exitstatus=$?
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
elif [ "$(echo "$NEW_EXT_PKG_PATH"|grep -c "[!@#$%^&:*=+\`~\'\"\(\) ]")" -ne '0' ];then
whiptail --title "错误" --msgbox "拓展软件包目录中有非法字符" 10 60
else
break
fi
done
# 提示用户输入新的拓展软件包存储库地址
while true; do
NEW_EXT_PKG_REPOSITORIE=$(whiptail --title "输入拓展软件包所在存储库" --inputbox "输入https的存储库地址，无需加“.git”，例如：“https://github.com/chenmozhijin/turboacc”" 10 60 3>&1 1>&2 2>&3)
exitstatus=$?
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
elif [ -z "$NEW_EXT_PKG_REPOSITORIE" ]; then
whiptail --title "错误" --msgbox "拓展软件包所在存储库不能为空" 10 60
elif [ "$(echo "$NEW_EXT_PKG_REPOSITORIE"|grep -c "[!$^*+\`~\'\"\(\) ]")" -ne '0' ];then
whiptail --title "错误" --msgbox "拓展软件包所在存储库中有非法字符" 10 60
elif [ "$(echo "$NEW_EXT_PKG_REPOSITORIE"|grep -c "^http[s]\{0,1\}://")" -eq '0' ] || [ "$(echo "$NEW_EXT_PKG_REPOSITORIE"|grep -c ".")" -eq '0' ] ;then
whiptail --title "错误" --msgbox "拓展软件包所在存储库链接不正常" 10 60
else
error_msg=$(git ls-remote --exit-code "$NEW_EXT_PKG_REPOSITORIE" 2>&1)
if [ $? -ne 0 ]; then
whiptail --title "错误" --msgbox "无效的拓展软件包所在存储库链接，错误信息：\n$error_msg" 10 60
else
NEW_EXT_PKG_REPOSITORIE=$(echo "$NEW_EXT_PKG_REPOSITORIE"|sed "s/\.git$//g" )
break
fi
fi
done
# 提示用户输入新的拓展软件包分支
while true; do
NEW_EXT_PKG_BRANCH=$(whiptail --title "输入拓展软件包所在分支" --inputbox "输入软件包在存储库的分支，一般不输入默认留空使用默认分支即可" 10 60 3>&1 1>&2 2>&3)
exitstatus=$?
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
elif [ "$(echo "$NEW_EXT_PKG_BRANCH"|grep -c "[!@#$%^&:*=+\`~\'\"\(\)/ ]")" -ne '0' ];then
whiptail --title "错误" --msgbox "拓展软件包所在分支中有非法字符" 10 60
elif [ -z "$NEW_EXT_PKG_BRANCH" ]; then
break
else
# 检查远程仓库是否有该分支
if git ls-remote --exit-code --heads "$NEW_EXT_PKG_REPOSITORIE" "refs/heads/$NEW_EXT_PKG_BRANCH" 2>&1; then
break
else
whiptail --title "错误" --msgbox "这个拓展软件包存储库地址不含有分支 '$NEW_EXT_PKG_BRANCH'。" 10 60
fi
fi
done
# 添加新的拓展软件包配置到buildconfig.config
NEW_EXT_PKG_NUMBER=$(( $NUMBER_OF_PKGS+1 ))
sed -i "$(sed -n '/^EXT_PACKAGES/=' buildconfig.config|sed -n '$p')a EXT_PACKAGES_NAME\[$NEW_EXT_PKG_NUMBER\]=\"$NEW_EXT_PKG_NAME\"" buildconfig.config
sed -i "$(sed -n '/^EXT_PACKAGES/=' buildconfig.config|sed -n '$p')a EXT_PACKAGES_PATH\[$NEW_EXT_PKG_NUMBER\]=\"$NEW_EXT_PKG_PATH\"" buildconfig.config
sed -i "$(sed -n '/^EXT_PACKAGES/=' buildconfig.config|sed -n '$p')a EXT_PACKAGES_REPOSITORIE\[$NEW_EXT_PKG_NUMBER\]=\"$NEW_EXT_PKG_REPOSITORIE\"" buildconfig.config
sed -i "$(sed -n '/^EXT_PACKAGES/=' buildconfig.config|sed -n '$p')a EXT_PACKAGES_BRANCH\[$NEW_EXT_PKG_NUMBER\]=\"$NEW_EXT_PKG_BRANCH\"" buildconfig.config
return 6
elif [ $OPTION = "$(( $NUMBER_OF_PKGS+2 ))" ]; then #重新配置软件包数与拓展软件包
import_ext_packages_config
if [ "$?" -eq '11' ];then
echo "你选择了退出"
return 6
fi
elif [ $OPTION -le "$(( $NUMBER_OF_PKGS ))" ]; then #编辑配置
while true; do
# 调用config_ext_packages_submenu函数显示拓展软件包的子菜单
config_ext_packages_submenu
exitstatus=$?
if [ $exitstatus -ne 6 ]; then
break
fi
done
fi
config_ext_packages
else
echo "你选择了退出"
return 0
fi
}
# 配置拓展软件包的子菜单函数
function config_ext_packages_submenu() {
# 获取拓展软件包配置的数量
NUMBER_OF_PKGS=$(grep -c "^EXT_PACKAGES_NAME\[" buildconfig.config)
# 根据用户选择的序号获取对应拓展软件包的名称、存储库路径、存储库地址和分支
EXT_PKG_NAME=$(grep "^EXT_PACKAGES_NAME\[$OPTION\]" buildconfig.config| sed -e "s/.*=\"//g" -e "s/\"//g")
EXT_PKG_PATH=$(grep "^EXT_PACKAGES_PATH\[$OPTION\]" buildconfig.config| sed -e "s/.*=\"//g" -e "s/\"//g")
EXT_PKG_REPOSITORIE=$(grep "^EXT_PACKAGES_REPOSITORIE\[$OPTION\]" buildconfig.config| sed -e "s/.*=\"//g" -e "s/\"//g")
EXT_PKG_BRANCH=$(grep "^EXT_PACKAGES_BRANCH\[$OPTION\]" buildconfig.config| sed -e "s/.*=\"//g" -e "s/\"//g")
# 删除之前的子菜单文件夹，并创建一个新的子菜单文件夹
rm -rf $TMPDIR/config_ext_packages/submenu/$EXT_PKG_NAME
mkdir -p $TMPDIR/config_ext_packages/submenu/
# 将拓展软件包的相关信息添加到子菜单文件夹中
echo "1 包名：$EXT_PKG_NAME" >> $TMPDIR/config_ext_packages/submenu/$EXT_PKG_NAME
if [ -z $EXT_PKG_PATH ]; then
echo "2 包在存储库中的目录：存储库根目录（空）" >> $TMPDIR/config_ext_packages/submenu/$EXT_PKG_NAME
else
echo "2 包在存储库中的目录：$EXT_PKG_PATH" >> $TMPDIR/config_ext_packages/submenu/$EXT_PKG_NAME
fi
echo "3 包所在存储库：$EXT_PKG_REPOSITORIE" >> $TMPDIR/config_ext_packages/submenu/$EXT_PKG_NAME
if [ -z $EXT_PKG_BRANCH ]; then
echo "4 包所在分支：默认分支（空）" >> $TMPDIR/config_ext_packages/submenu/$EXT_PKG_NAME
else
echo "4 包所在分支：$EXT_PKG_BRANCH" >> $TMPDIR/config_ext_packages/submenu/$EXT_PKG_NAME
fi
echo "5 删除此拓展包" >> $TMPDIR/config_ext_packages/submenu/$EXT_PKG_NAME
# 使用whiptail显示子菜单，并根据用户选择执行相应操作
SUBOPTION=$(whiptail --title "编辑$EXT_PKG_NAME" --menu "选择你要修改项目或选择Cancel返回" 15 90 5 $(cat $TMPDIR/config_ext_packages/submenu/$EXT_PKG_NAME) 3>&1 1>&2 2>&3)
exitstatus=$?
if [ "$exitstatus" = "1" ]; then
echo "你选择了退出"
return 0
fi
case "${SUBOPTION}" in
1)
# 编辑拓展软件包名
while true; do
NEW_EXT_PKG_NAME=$(whiptail --title "编辑拓展软件包名" --inputbox "此包名将用于创建包存放文件夹，请勿输入空格斜杠或与其他软件包重名" 10 60 $EXT_PKG_NAME 3>&1 1>&2 2>&3)
exitstatus=$?
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
elif [ -z "$NEW_EXT_PKG_NAME" ]; then
whiptail --title "错误" --msgbox "拓展软件包名不能为空" 10 60
elif [ "$(echo "$NEW_EXT_PKG_NAME"|grep -c "[!@#$%^&:*=+\`~\'\"\(\)/ ]")" -ne '0' ];then
whiptail --title "错误" --msgbox "拓展软件包名中有非法字符" 10 60
elif [ "$(sed -n "/^EXT_PACKAGES_NAME/p" buildconfig.config | sed -e "s/.*=\"//g" -e "s/\"//g"|grep -c "^$NEW_EXT_PKG_NAME$")" -ne '0' ];then
whiptail --title "错误" --msgbox "此拓展软件包名与其他软件包重名" 10 60
else
break
fi
done
# 修改拓展软件包名的配置
sed -i "/^EXT_PACKAGES_NAME\[$OPTION\]/s/=\".*/=\"$NEW_EXT_PKG_NAME\"/g" buildconfig.config
return 6
;;
2)
# 编辑拓展软件包在存储库中的目录
while true; do
NEW_EXT_PKG_PATH=$(whiptail --title "编辑拓展软件包在存储库中的目录" --inputbox "输入包与存储库的相对位置，例如一个包在存储库根目录的luci-app-xxx文件夹下则输入luci-app-xxx，如果包就在根目录着可以不输入" 10 60 $EXT_PKG_PATH 3>&1 1>&2 2>&3)
exitstatus=$?
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
elif [ "$(echo "$NEW_EXT_PKG_PATH"|grep -c "[!@#$%^&:*=+\`~\'\"\(\) ]")" -ne '0' ];then
whiptail --title "错误" --msgbox "拓展软件包目录中有非法字符" 10 60
else
break
fi
done
# 修改拓展软件包在存储库中的目录的配置
sed -i "s@EXT_PACKAGES_PATH\[$OPTION\]=\".*@EXT_PACKAGES_PATH\[$OPTION\]=\"$NEW_EXT_PKG_PATH\"@g" buildconfig.config
return 6
;;
3)
# 编辑拓展软件包所在存储库
while true; do
NEW_EXT_PKG_REPOSITORIE=$(whiptail --title "编辑拓展软件包所在存储库" --inputbox "输入https的存储库地址，无需加“.git”，例如：“https://github.com/chenmozhijin/turboacc”" 10 60 $EXT_PKG_REPOSITORIE 3>&1 1>&2 2>&3)
exitstatus=$?
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
elif [ -z "$NEW_EXT_PKG_REPOSITORIE" ]; then
whiptail --title "错误" --msgbox "拓展软件包所在存储库不能为空" 10 60
elif [ "$(echo "$NEW_EXT_PKG_REPOSITORIE"|grep -c "[!$^*+\`~\'\"\(\) ]")" -ne '0' ];then
whiptail --title "错误" --msgbox "拓展软件包所在存储库中有非法字符" 10 60
elif [ "$(echo "$NEW_EXT_PKG_REPOSITORIE"|grep -c "^http[s]\{0,1\}://")" -eq '0' ] || [ "$(echo "$NEW_EXT_PKG_REPOSITORIE"|grep -c ".")" -eq '0' ] ;then
whiptail --title "错误" --msgbox "拓展软件包所在存储库链接不正常" 10 60
else
error_msg=$(git ls-remote --exit-code "$NEW_EXT_PKG_REPOSITORIE" 2>&1)
if [ $? -ne 0 ]; then
whiptail --title "错误" --msgbox "无效的拓展软件包所在存储库链接，错误信息：\n$error_msg" 10 60
else
NEW_EXT_PKG_REPOSITORIE=$(echo "$NEW_EXT_PKG_REPOSITORIE"|sed "s/\.git$//g" )
break
fi
fi
done
# 修改拓展软件包所在存储库的配置
sed -i "s@EXT_PACKAGES_REPOSITORIE\[$OPTION\]=\".*@EXT_PACKAGES_REPOSITORIE\[$OPTION\]=\"$NEW_EXT_PKG_REPOSITORIE\"@g" buildconfig.config
return 6
;;
4)
# 编辑拓展软件包所在分支
while true; do
NEW_EXT_PKG_BRANCH=$(whiptail --title "编辑拓展软件包所在分支" --inputbox "输入软件包在存储库的分支，一般不输入默认留空使用默认分支即可" 10 60 $EXT_PKG_BRANCH 3>&1 1>&2 2>&3)
exitstatus=$?
if [ $exitstatus != 0 ]; then
echo "你选择了退出"
return 6
elif [ "$(echo "$NEW_EXT_PKG_BRANCH"|grep -c "[!@#$%^&:*=+\`~\'\"\(\)/ ]")" -ne '0' ];then
whiptail --title "错误" --msgbox "拓展软件包所在分支中有非法字符" 10 60
elif [ -z "$NEW_EXT_PKG_BRANCH" ]; then
break
else
# 检查远程仓库是否有该分支
if git ls-remote --exit-code --heads "$NEW_EXT_PKG_REPOSITORIE" "refs/heads/$NEW_EXT_PKG_BRANCH" 2>&1; then
break
else
whiptail --title "错误" --msgbox "这个拓展软件包存储库地址不含有分支 '$NEW_EXT_PKG_BRANCH'。" 10 60
fi
fi
done
# 修改拓展软件包所在分支的配置
sed -i "/^EXT_PACKAGES_BRANCH\[$OPTION\]/s/=\".*/=\"$NEW_EXT_PKG_BRANCH\"/g" buildconfig.config
return 6
;;
5)
# 删除此拓展软件包的配置
sed -i "/EXT_PACKAGES_[A-Z]\{1,20\}\[$OPTION\]/d" buildconfig.config
n=$(( $OPTION+1 ))
while [ "$n" -le $NUMBER_OF_PKGS ]; do
sed -i "/^EXT_PACKAGES_[A-Z]\{1,20\}\[$n\]/s/\[$n\]=\"/\[$(( $n-1 ))\]=\"/g" buildconfig.config
n=$(( n+1 ))
done
return 0
;;
*)
echo "错误：未知的选项"
exit 1
;;
esac
}
# 网络错误提示函数
function network_error() {
whiptail --title "错误" --msgbox "获取最新OpenWrt branch与tag失败,请检查你的网络环境是否能正常与github通信。" 10 60
exit 1
}
function menu() {
# 使用whiptail显示主菜单，让用户选择执行哪个步骤或退出
OPTION=$(whiptail --title "OpenWrt-k配置构建工具" --menu "选择你要执行的步骤或选择Cancel退出" 20 90 11 \
"1" "准备运行环境" \
"2" "打开openwrt配置菜单" \
"3" "构建配置" \
"4" "载入OpenWrt-K默认config" \
"5" "清除所有openwrt配置" \
"6" "清除运行环境" \
"7" "重新配置OpenWrt-K存储库地址\分支、OpenWrt branch或tag与拓展软件包" \
"8" "配置拓展软件包" \
"9" "重新载入拓展软件包" \
"10" "OpenWrt-K拓展配置(kmod编译排除列表、IP、时区等)" \
"11" "关于" 3>&1 1>&2 2>&3)
exitstatus=$?
if [ $exitstatus = 0 ]; then
if [ "$OPTION" = "1" ]; then
# 准备运行环境选项
if (whiptail --title "确认" --yesno "这将会下载openwrt以及其插件的源码，请确保你拥有良好的网络环境。选择yes继续no返回菜单。" 10 60) then
prepare
exitstatus=$?
if [ $exitstatus = 4 ]; then
cd $build_dir/..
whiptail --title "错误" --msgbox "下载失败,请检查你的网络环境是否正常、OpenWrt-K与拓展软件包存储库地址是否正确。如果不是第一次准备请尝试清除运行环境" 10 60
elif [ $exitstatus = 7 ]; then
cd $build_dir/..
whiptail --title "错误" --msgbox "git checkot执行失败，请尝试清除运行环境" 10 60
fi
fi
return 6
elif [ "$OPTION" = "6" ]; then
# 清除运行环境选项
if (whiptail --title "确认" --yesno "这将会删除你未生成的配置与下载的文件。选择yes继续no返回菜单。" 10 60) then
clearrunningenvironment
fi
return 6
elif [ "$OPTION" = "7" ]; then
# 重新配置OpenWrt-K存储库地址、OpenWrt branch或tag与拓展软件包选项
input_parameters
return 6
elif [ "$OPTION" = "8" ]; then
# 配置拓展软件包选项
config_ext_packages
return 6
elif [ "$OPTION" = "10" ]; then
# openwrt拓展配置选项
while true; do
# 调用openwrt_extension_config函数显示拓展配置的菜单
openwrt_extension_config
exitstatus=$?
if [ $exitstatus -ne 6 ]; then
break
fi
done
return 6
elif [ "$OPTION" = "11" ]; then
# 关于选项
about
return 6
else
if [ "$(grep -c "^build_dir=" buildconfig.config)" -eq '1' ];then
if [ -e "$(grep "^build_dir=" buildconfig.config|sed "s/build_dir=//")/openwrt/feeds/telephony.index" ] && [ -e "$(grep "^build_dir=" buildconfig.config|sed "s/build_dir=//")/$(echo $OpenWrt_K_url|sed -e "s/https:\/\///" -e "s/\/$//" -e "s/[.\/a-zA-Z0-9]\{1,111\}\///g" -e "s/\ .*//g")" ] ;then
case "${OPTION}" in
2)
# 打开openwrt配置菜单选项
menuconfig
return 6
;;
3)
# 构建配置选项
if (whiptail --title "确认" --yesno "这将会覆盖你已生成的配置。选择yes继续no返回菜单。" 10 60) then
build
fi
return 6
;;
4)
# 载入OpenWrt-K默认config选项
if (whiptail --title "确认" --yesno "这将会覆盖你的现有配置。选择yes继续no返回菜单。" 10 60) then
importopenwrt_kconfig
fi
return 6
;;
5)
# 清除所有openwrt配置选项
if (whiptail --title "确认" --yesno "这将会删除你的现有配置。选择yes继续no返回菜单。" 10 60) then
clearconfig
fi
return 6
;;
9)
# 重新载入拓展软件包选项
if (whiptail --title "确认" --yesno "这将会重新下载拓展软件包源码，请确保你拥有良好的网络环境。选择yes继续no返回菜单。" 10 60) then
build_dir=$(grep "^build_dir=" buildconfig.config|sed "s/build_dir=//")
import_ext_packages
if [ $exitstatus = 4 ]; then
whiptail --title "错误" --msgbox "下载失败,请检查你的网络环境是否正常与拓展软件包存储库地址是否正确。" 10 60
fi
fi
return 6
;;
*)
echo "错误：未知的选项"
exit 1
esac
else
if [ -e "$(grep "^build_dir=" buildconfig.config|sed "s/build_dir=//")" ];then
sed -i "/^build_dir=/d" buildconfig.config
fi
whiptail --title "错误" --msgbox "你还没有准备运行环境，选择ok以返回菜单。" 10 60
return 6
fi
else
whiptail --title "错误" --msgbox "你还没有准备运行环境，选择ok以返回菜单。" 10 60
return 6
fi
fi
else
echo "你选择了退出"
return 0
exit 0
fi
}
# 准备运行环境，克隆OpenWrt和拓展软件包仓库
function prepare() {
# 创建OpenWrt-K_config_build_dir目录
mkdir -p OpenWrt-K_config_build_dir
# 检查是否已存在build_dir配置，若有则设置相应变量，否则创建新的build_dir配置
if [ "$(grep -c "^build_dir=" buildconfig.config)" -eq '1' ];then
build_dir=$(grep "^build_dir=" buildconfig.config|sed "s/build_dir=//")
openwrt_dir=$build_dir/openwrt
cd $build_dir
else
cd OpenWrt-K_config_build_dir
build_dir=$(pwd)
sed -i "\$a\build_dir=$build_dir" $build_dir/../buildconfig.config
openwrt_dir=$build_dir/openwrt
fi
# 获取OpenWrt-K的存储库URL、OpenWrt-K所在目录和选择的OPENWRT分支/标签
OpenWrt_K_url=$(grep "^OpenWrt_K_url=" $build_dir/../buildconfig.config|sed "s/OpenWrt_K_url=//")
OpenWrt_K_dir=$build_dir/$(echo $OpenWrt_K_url|sed -e "s/https:\/\///" -e "s/\/$//" -e "s/[.\/a-zA-Z0-9]\{1,111\}\///g" -e "s/\ .*//g")
OpenWrt_K_branch=$(grep "^OpenWrt_K_branch=" $build_dir/../buildconfig.config|sed "s/OpenWrt_K_branch=//")
OpenWrt_K_config=$(grep "^OpenWrt_K_config" $build_dir/../buildconfig.config|sed "s/OpenWrt_K_config=//")
OPENWRT_TAG_BRANCH=$(grep "^OPENWRT_TAG_BRANCH=" $build_dir/../buildconfig.config|sed "s/OPENWRT_TAG_BRANCH=//")
# 检查OpenWrt-K目录是否已存在，若存在则执行git pull更新，否则执行git clone克隆
if [ -d "$OpenWrt_K_dir" ]; then
git -C $OpenWrt_K_dir pull || return 4
else
git clone $OpenWrt_K_url $OpenWrt_K_dir -b $OpenWrt_K_branch || return 4
fi
# 检查openwrt目录是否已存在，若存在则执行git pull更新并检查分支/标签，否则执行git clone克隆
if [ -d "$openwrt_dir" ]; then
cd $openwrt_dir
if ! [[ "$OPENWRT_TAG_BRANCH" =~ ^v.* ]]; then
git checkout $OPENWRT_TAG_BRANCH || return 4
git -C $openwrt_dir pull || return 4
else
if ! [[ "$(git branch |sed -n "/^\* /p"|sed "s/\* //")" =~ ^\(HEAD\ detached\ at\ v.* ]]; then
git -C $openwrt_dir pull || return 4
git checkout $OPENWRT_TAG_BRANCH
exitstatus=$?
# 若检出标签失败，则删除openwrt目录并重新克隆OpenWrt源码
if [ $exitstatus -ne 0 ]; then
rm -rf $openwrt_dir
git clone https://github.com/openwrt/openwrt $openwrt_dir || return 4
cd $openwrt_dir
git checkout $OPENWRT_TAG_BRANCH || return 7
fi
fi
fi
else
git clone https://github.com/openwrt/openwrt $openwrt_dir || return 4
cd $openwrt_dir
git checkout $OPENWRT_TAG_BRANCH || return 7
fi
#克隆拓展软件包仓库
inputbox="准备完成，选择ok以返回菜单。"
import_ext_packages
exitstatus=$?
if [ $exitstatus = 4 ]; then
return 4
elif [ $exitstatus = 1 ]; then
inputbox="准备完成。但有软件包依赖错误，请尝试修复，选择ok以返回菜单。"
fi
#修复问题
cd $openwrt_dir
sed -i 's/^ DEPENDS:= +kmod-crypto-manager +kmod-crypto-pcbc +kmod-crypto-fcrypt$/ DEPENDS:= +kmod-crypto-manager +kmod-crypto-pcbc +kmod-crypto-fcrypt +kmod-udptunnel4 +kmod-udptunnel6/' package/kernel/linux/modules/netsupport.mk
sed -i 's/^ dnsmasq \\$/ dnsmasq-full \\/g' ./include/target.mk
sed -i 's/^ b43-fwsquash.py "$(CONFIG_B43_FW_SQUASH_PHYTYPES)" "$(CONFIG_B43_FW_SQUASH_COREREVS)"/ $(TOPDIR)\/tools\/b43-tools\/files\/b43-fwsquash.py "$(CONFIG_B43_FW_SQUASH_PHYTYPES)" "$(CONFIG_B43_FW_SQUASH_COREREVS)"/' ./package/kernel/mac80211/broadcom.mk
# 删除旧的.config和tmp目录，并将OpenWrt-K中的OpenWrt配置合并到新的.config中
[[ -d $openwrt_dir ]] && rm -rf .config
[[ -d $openwrt_dir ]] && rm -rf $openwrt_dir/tmp
cat $OpenWrt_K_dir/config/$OpenWrt_K_config/{target,luci,utilities,network,other,kmod,image}.config >> .config
make defconfig
sed -i 's/256/1024/' ./target/linux/$(sed -n '/CONFIG_TARGET_BOARD/p' .config | sed -e 's/CONFIG_TARGET_BOARD\=\"//' -e 's/\"//')/image/Makefile
cd $build_dir/..
# 显示准备完成提示信息
whiptail --title "完成" --msgbox "$inputbox" 10 60
return 0
}
# 导入拓展软件包函数，克隆拓展软件包仓库并进行整理
function import_ext_packages() {
# 设置变量
openwrt_dir=$build_dir/openwrt
[[ -d $build_dir/extpackages ]] && rm -rf $build_dir/extpackages
[[ -d $TMPDIR/extpackages_prepare ]] && rm -rf $TMPDIR/extpackages_prepare
EXT_PKGS_PREP_PATH=$TMPDIR/extpackages_prepare
EXT_PKGS_DL_PATH=$build_dir/extpackages/dl
EXT_PKGS_PATH=$build_dir/extpackages/extpackages
EXT_PKGS_CONFIG=$EXT_PKGS_PREP_PATH/extpackages.config
# 创建必要的目录结构
mkdir -p $EXT_PKGS_PREP_PATH $EXT_PKGS_PATH $EXT_PKGS_DL_PATH
sed -n "/^EXT_PACKAGES/p" $build_dir/../buildconfig.config > $EXT_PKGS_CONFIG
NUMBER_OF_PKGS=$(grep -c "^EXT_PACKAGES_NAME\[" $EXT_PKGS_CONFIG)
# 提取拓展软件包配置信息并生成拓展软件包仓库URL与分支的配置文件
n=1
while [ "$n" -le $NUMBER_OF_PKGS ]; do
EXT_PKG_REPOSITORIE=$(grep "^EXT_PACKAGES_REPOSITORIE\[$n\]" $EXT_PKGS_CONFIG| sed -e "s/.*=\"//g" -e "s/\"//g")
EXT_PKG_BRANCH=$(grep "^EXT_PACKAGES_BRANCH\[$n\]" $EXT_PKGS_CONFIG| sed -e "s/.*=\"//g" -e "s/\"//g")
echo "REPOSITORIE=$EXT_PKG_REPOSITORIE BRANCH=$EXT_PKG_BRANCH" >> $EXT_PKGS_PREP_PATH/extpackagesbr.config
n=$(( n+1 ))
done
# 整理拓展软件包仓库克隆配置，去重并生成参数
sort $EXT_PKGS_PREP_PATH/extpackagesbr.config|uniq > $EXT_PKGS_PREP_PATH/clone.config
sed -i -e "s/BRANCH=$//g" $EXT_PKGS_PREP_PATH/clone.config
sed -i -e "s/BRANCH=/--branch /g" $EXT_PKGS_PREP_PATH/clone.config
NUMBER_OF_CLONES=$(grep -c "REPOSITORIE=" $EXT_PKGS_PREP_PATH/clone.config)
sed -i "s/^REPOSITORIE=//g" $EXT_PKGS_PREP_PATH/clone.config
# 克隆拓展软件包仓库并整理
echo "开始克隆拓展软件包仓库"
n=1
while [ "$n" -le $NUMBER_OF_CLONES ]; do
mkdir -p $EXT_PKGS_DL_PATH/TMP
COLNE_ARGUMENT=$(sed -n "${n}p" $EXT_PKGS_PREP_PATH/clone.config)
git clone --depth=1 --single-branch $COLNE_ARGUMENT $EXT_PKGS_DL_PATH/TMP || return 4
cd $EXT_PKGS_DL_PATH/TMP
if [ "$(echo "$COLNE_ARGUMENT" | grep -c " --branch ")" -ne '0' ];then
BRANCH=$(git rev-parse --abbrev-ref HEAD)
else
BRANCH="default_branch"
fi
REPO_PATH="$BRANCH""/""$(echo "$COLNE_ARGUMENT" | sed -e "s/ --branch.*//g" -e "s@.*://@@g" -e "s/^[a-zA-Z.]\{1,111\}\///" -e "s/\/$//g")"
cd $build_dir/..
mkdir -p $EXT_PKGS_DL_PATH/$REPO_PATH
cp -RT $EXT_PKGS_DL_PATH/TMP/ $EXT_PKGS_DL_PATH/$REPO_PATH
rm -rf $EXT_PKGS_DL_PATH/TMP/
n=$(( n+1 ))
done
# 整理拓展软件包并修复包的一些问题
echo "开始整理拓展软件包"
n=1
while [ "$n" -le $NUMBER_OF_PKGS ]; do
NUMBER_OF_PKGS=$(grep -c "^EXT_PACKAGES_NAME\[" $EXT_PKGS_CONFIG)
EXT_PKG_NAME=$(grep "^EXT_PACKAGES_NAME\[$n\]" $EXT_PKGS_CONFIG| sed -e "s/.*=\"//g" -e "s/\"//g")
EXT_PKG_PATH=$(grep "^EXT_PACKAGES_PATH\[$n\]" $EXT_PKGS_CONFIG| sed -e "s/.*=\"//g" -e "s/\"//g")
EXT_PKG_REPOSITORIE=$(grep "^EXT_PACKAGES_REPOSITORIE\[$n\]" $EXT_PKGS_CONFIG| sed -e "s/.*=\"//g" -e "s/\"//g")
EXT_PKG_BRANCH=$(grep "^EXT_PACKAGES_BRANCH\[$n\]" $EXT_PKGS_CONFIG| sed -e "s/.*=\"//g" -e "s/\"//g")
EXT_PKG_REPO_PATH=$(echo "$EXT_PKG_REPOSITORIE" | sed -e 's/[[:space:]]*$//' -e "s/\.git$//g" -e "s/ .*//g" -e "s@.*://@@g" -e "s/^[a-zA-Z.]\{1,111\}\///" -e "s/\/$//g")
if [ -z "$EXT_PKG_BRANCH" ];then
EXT_PKG_BRANCH="default_branch"
fi
mkdir -p $EXT_PKGS_PATH/$EXT_PKG_NAME
cp -RT $EXT_PKGS_DL_PATH/$EXT_PKG_BRANCH/$EXT_PKG_REPO_PATH/$EXT_PKG_PATH $EXT_PKGS_PATH/$EXT_PKG_NAME
n=$(( n+1 ))
done
cd $EXT_PKGS_PATH
# 修复包的一些问题
sed -i 's/include ..\/..\/luci.mk/include $(TOPDIR)\/feeds\/luci\/luci.mk/' $(find ./ -type f -name "Makefile")
find . -name 'po' -type d > $EXT_PKGS_PREP_PATH/podir.list
total_rows=$(sed -n '$=' $EXT_PKGS_PREP_PATH/podir.list) #行数-文件夹个数
n=1
while [ "$n" -le $total_rows ]; do
DIR=$(sed -n "${n}p" $EXT_PKGS_PREP_PATH/podir.list)
if [ -h $DIR/zh_Hans ]; then
echo "$DIR/zh_Hans 符号链接以存在无需修复"
elif [ -d $DIR/zh_Hans ]; then
echo "$DIR/zh_Hans 目录已存在无需修复"
elif [ -e $DIR/zh_Hans ]; then
echo "$DIR/zh_Hans 存在非符号链接文件删除后重新创建"
rm -rf $DIR/zh_Hans||exit 1
ln -s zh-cn $DIR/zh_Hans||exit 1
elif [ ! -d $DIR/zh-cn ]; then
echo "$DIR/zh-cn 原汉化文件夹不存在，这可能是该luci插件原生为中文或不支持中文"
else
echo "$DIR/zh_Hans 符号链接不存在创建符号链接"
ln -s zh-cn $DIR/zh_Hans||exit 1
fi
n=$(( n+1 ))
done
# 复制拓展软件包至OpenWrt目录，并更新和安装feeds
[[ -d $openwrt_dir ]] && rm -rf $openwrt_dir/package/extpackages
mkdir -p $openwrt_dir/package/extpackages
cp -RT $EXT_PKGS_PATH $openwrt_dir/package/extpackages
rm -rf $EXT_PKGS_PREP_PATH $build_dir/extpackages
cd $openwrt_dir
./scripts/feeds update -a || return 4
./scripts/feeds install -a
check_packagedeps
exitstatus=$?
if [ $exitstatus = 1 ]; then
cd $build_dir/..
return 1
else
cd $build_dir/..
return 0
fi
}
# 检查软件包依赖函数
function check_packagedeps() {
# 设置变量
openwrt_dir=$build_dir/openwrt
PACKAGEDEPWARNING=$TMPDIR/packagedepwarning.log
# 进入OpenWrt目录并清理之前的依赖错误记录
cd $openwrt_dir
rm -rf $PACKAGEDEPWARNING
# 使用` gmake -s prepare-tmpinfo`检查软件包依赖并将错误信息保存至`$PACKAGEDEPWARNING`
gmake -s prepare-tmpinfo
./scripts/package-metadata.pl mk tmp/.packageinfo > tmp/.packagedeps 2>$PACKAGEDEPWARNING || { rm -f tmp/.packagedeps; false; }
# 检查是否有软件包依赖问题，如果有，使用whiptail显示错误提示信息，并返回1