local message="$1"

local color_code="${2:-6}"

case "$color_code" in

1) color="\033[0;31m" ;;

2) color="\033[0;32m" ;;

3) color="\033[0;33m" ;;

4) color="\033[0;34m" ;;

5) color="\033[0;35m" ;;

6) color="\033[0;36m" ;;

7) color="\033[0;37m" ;;

*) color="\033[0m" ;;

esac

printf "%b%s\033[0m\n" "$color" "$message"

echo -e "\e[1;31m $@ \e[0m"

sleep 1

rm -f $(readlink -f "$0")

exit 0

local found=0

echo "正在检查已安装的系统..."

echo "═══════════════════════════════════"

for os in "${OS_LIST[@]}"; do

local sys_path="$BASE_DIR/$os"

if [ -d "$sys_path" ]; then

found=1

echo "发现系统: $os"

local size=$(du -sh "$sys_path" | cut -f1)

if [ -f "$sys_path/etc/os-release" ]; then

local name=$(grep "^NAME=" "$sys_path/etc/os-release" | cut -d'"' -f2)

local version=$(grep "^VERSION=" "$sys_path/etc/os-release" | cut -d'"' -f2)

echo "├─ 系统名称: $name"

[ ! -z "$version" ] && echo "├─ 版本信息: $version"

echo "├─ 安装位置: $sys_path"

echo "└─ 占用空间: $size"

case $os in

"ubuntu")

if [ -f "$sys_path/etc/lsb-release" ]; then

echo " └─ Ubuntu 版本: $(grep "DISTRIB_RELEASE" "$sys_path/etc/lsb-release" | cut -d'=' -f2)"

fi

;;

"debian")

if [ -f "$sys_path/etc/debian_version" ]; then

echo " └─ Debian 版本: $(cat "$sys_path/etc/debian_version")"

fi

;;

"archlinux")

if [ -f "$sys_path/etc/arch-release" ]; then

echo " └─ Arch Linux 版本: $(cat "$sys_path/etc/arch-release")"

fi

;;

"alpine")

if [ -f "$sys_path/etc/alpine-release" ]; then

echo " └─ Alpine 版本: $(cat "$sys_path/etc/alpine-release")"

fi

;;

"centos")

if [ -f "$sys_path/etc/centos-release" ]; then

echo " └─ CentOS 版本: $(cat "$sys_path/etc/centos-release")"

fi

;;

esac

else

echo "├─ 安装位置: $sys_path"

echo "└─ 占用空间: $size"

fi

echo "───────────────────────────────"

fi

done

if [ $found -eq 0 ]; then

echo "未找到任何已安装的系统"

echo "当前支持的系统列表: "

for os in "${OS_LIST[@]}"; do

echo "- $os"

done

return 1

fi

return 0

local os_name="$1"

local mirror_choice="$2"

declare -A MIRRORS=(

["default"]="https://images.linuxcontainers.org"

["tuna"]="https://mirrors.tuna.tsinghua.edu.cn/lxc-images"

["ustc"]="https://mirrors.ustc.edu.cn/lxc-images"

["sjtu"]="https://mirrors.sjtug.sjtu.edu.cn/lxc-images"

)

if [ -z "$mirror_choice" ] || [ -z "${MIRRORS[$mirror_choice]}" ]; then

mirror_choice="default"

fi

local base_url="${MIRRORS[$mirror_choice]}"

local api_url="$base_url/meta/1.0/index-system"

if [ -z "$os_name" ]; then

echo "请指定系统名称"

echo "支持的系统: ${OS_LIST[@]}"

echo "支持的镜像源: ${!MIRRORS[@]}"

return

fi

local is_supported=0

for os in "${OS_LIST[@]}"; do

if [ "$os" = "$os_name" ]; then

is_supported=1

break

fi

done

if [ $is_supported -eq 0 ]; then

echo "不支持的系统: $os_name"

echo "支持的系统: ${OS_LIST[@]}"

return

fi

echo "使用镜像源: $mirror_choice ($base_url)"

echo "正在获取 $os_name 的可用版本..."

echo "是否显示完整信息? (直接回车或输入 y 显示完整信息)"

echo "═══════════════════════════════════"

read -t 10 -r show_full

show_full=${show_full:-y}

local versions_found_file=$(mktemp)

echo 0 > "$versions_found_file"

if ! curl -s "$api_url" | grep "^$os_name;" | while IFS=';' read -r distro version arch variant date path; do

if [ "$arch" = "arm64" ] && [ "$variant" = "default" ]; then

echo 1 > "$versions_found_file"

if [[ "$show_full" =~ ^[yY]?$ ]]; then

echo "版本: $version"

echo "├─ 架构: $arch"

echo "├─ 变体: $variant"

echo "├─ 日期: $date"

echo "└─ 路径: $path"

echo "───────────────────────────────"

else

echo "版本: $version"

fi

fi

done; then

echo "获取版本信息失败 请检查网络连接或尝试其他镜像源"

fi

if [ "$(cat "$versions_found_file")" -eq 0 ]; then

echo "未找到 $os_name 的 ARM64 架构版本"

fi

rm -f "$versions_found_file"

local os_name="$1"

local max_backups=3

local min_backup_size=10240

local backup_files=()

backup_files+=("$BACKUP_DIR/$os_name.old.tar.gz")

for i in $(seq 1 $((max_backups - 1))); do

backup_files+=("$BACKUP_DIR/$os_name.old.$i.tar.gz")

done

local backup_count=0

local total_backup_size=0

local latest_backup=""

local small_backups=0

echo "========== $os_name 备份状态 =========="

for file in "${backup_files[@]}"; do

if [ -f "$file" ]; then

local size=$(stat -c "%s" "$file" 2>/dev/null)

local human_size=$(numfmt --to=iec-i --suffix=B "$size" 2>/dev/null)

local mtime=$(stat -c "%y" "$file" 2>/dev/null | cut -d' ' -f1)

echo "$((backup_count + 1)). 备份 $((backup_count + 1))"

echo " 位置: $file"

echo " 大小: $human_size"

echo " 创建时间: $mtime"

if [ -n "$size" ] && [ "$size" -lt "$min_backup_size" ] 2>/dev/null; then

echo " [警告] 备份大小异常 可能不完整"

((small_backups++))

fi

((backup_count++))

total_backup_size=$((total_backup_size + size))

if [ -z "$latest_backup" ]; then

latest_backup="$file"

fi

fi

done

echo "----------------------------"

echo "备份总数: $backup_count"

echo "总备份大小: $(numfmt --to=iec-i --suffix=B $total_backup_size)"

if [ $backup_count -eq 0 ]; then

echo "未找到任何备份"

read -p "是否创建初始备份? (y/N): " create_backup

if [[ "$create_backup" =~ ^[Yy]$ ]]; then

create_initial_backup "$os_name"

backup_count=1

fi

elif [ $small_backups -gt 0 ]; then

echo "警告: 发现 $small_backups 个异常小的备份"

read -p "是否重新创建备份? (y/N): " recreate_backup

if [[ "$recreate_backup" =~ ^[Yy]$ ]]; then

create_initial_backup "$os_name"

backup_count=1

fi

fi

return $backup_count

local os_name="$1"

local current_backup="$BACKUP_DIR/$os_name.old.tar.gz"

local source_path="$BASE_DIR/$os_name"

if [ ! -d "$source_path" ]; then

echo "源系统目录 $source_path 不存在"

return 1

fi

echo "正在创建 $os_name 的初始备份..."

if tar -czf "$current_backup" -C "$source_path" . 2>/dev/null; then

echo "备份创建成功"

local backup_size=$(stat -c "%s" "$current_backup" 2>/dev/null)

if [ "$backup_size" -lt 10240 ]; then

echo "警告: 备份大小异常（$backup_size 字节）"

read -p "是否重试备份? (y/N): " retry

if [[ "$retry" =~ ^[Yy]$ ]]; then

rm -f "$current_backup"

create_initial_backup "$os_name"

else

return 1

fi

fi

return 0

else

echo "备份创建失败"

rm -f "$current_backup"

return 1

fi

local os_name="$1"

local source_dir="$BASE_DIR/$os_name"

local current_backup="$BACKUP_DIR/$os_name.old.tar.gz"

local max_backups=3

if [ ! -f "$current_backup" ]; then

echo "当前备份不存在 尝试创建初始备份"

create_initial_backup "$os_name"

return $?

fi

local backup_files=()

backup_files+=("$current_backup")

for i in $(seq 1 $((max_backups - 1))); do

backup_files+=("$BACKUP_DIR/$os_name.old.$i.tar.gz")

done

local backup_count=0

for file in "${backup_files[@]}"; do

if [ -f "$file" ]; then

((backup_count++))

fi

done

if [ $backup_count -lt $max_backups ]; then

for ((i=backup_count; i>0; i--)); do

local src="${backup_files[$((i-1))]}"

local dest="${backup_files[i]}"

if [ -f "$src" ]; then

echo "移动备份: $src → $dest"

mv "$src" "$dest"

fi

done

echo "正在创建新备份..."

if tar -czvf "${backup_files[0]}" -C "$source_dir" . 2>/dev/null; then

echo "备份创建完成"

return 0

else

echo "备份创建失败"

rm -f "${backup_files[0]}"

return 1

fi

else

echo "已达到最大备份数量"

return 1

fi

local os_name="$1"

local max_backups=3

local backup_files=()

backup_files+=("$BACKUP_DIR/$os_name.old.tar.gz")

for i in $(seq 1 $((max_backups - 1))); do

backup_files+=("$BACKUP_DIR/$os_name.old.$i.tar.gz")

done

local backup_count=0

local available_backups=()

for file in "${backup_files[@]}"; do

if [ -f "$file" ]; then

available_backups+=("$file")

((backup_count++))

fi

done

if [ $backup_count -eq 0 ]; then

echo "没有备份可查看"

return 1

fi

echo "可用备份: "

for ((i=0; i<${#available_backups[@]}; i++)); do

echo "$((i+1)). ${available_backups[i]}"

done

read -p "选择要查看的备份 (1-$backup_count): " detail_choice

if [[ "$detail_choice" -ge 1 && "$detail_choice" -le $backup_count ]]; then

local detail_file="${available_backups[$((detail_choice-1))]}"

echo "备份详情: $detail_file"

echo "----------------------------"

local backup_size=$(stat -c "%s" "$detail_file" 2>/dev/null)

local human_size=$(numfmt --to=iec-i --suffix=B "$backup_size" 2>/dev/null)

echo "总大小: ${human_size:-未知}"

local file_count=$(tar -tzf "$detail_file" 2>/dev/null | wc -l)

echo "文件数量: $file_count"

local backup_time=$(stat -c "%y" "$detail_file" 2>/dev/null | cut -d' ' -f1)

echo "最后修改时间: ${backup_time:-未知}"

echo "----------------------------"

echo "前10个文件: "

tar -tzf "$detail_file" 2>/dev/null | head -n 10 || echo "无法列出文件"

return 0

else

echo "无效的选择"

return 1

fi

local os_name="$1"

while true; do

clear

echo "========== 备份管理 - $os_name =========="

check_backup_status "$os_name"

local backup_count=$?

echo "操作选项: "

if [ $backup_count -lt 3 ]; then

echo "1. 创建新备份"

fi

if [ $backup_count -gt 0 ]; then

echo "2. 还原备份"

echo "3. 删除最旧备份"

echo "4. 查看备份详情"

fi

echo "0. 返回上级菜单"

echo "========================================="

read -p "请选择操作 [0-4]: " choice

case $choice in

1)

create_new_backup "$os_name"

;;

2)

restore_backup "$os_name"

;;

3)

delete_oldest_backup "$os_name"

;;

4)

view_backup_details "$os_name"

;;

0)

return 0

;;

*)

echo "无效的选择"

;;

esac

pause_func

done

while true; do

clear

echo "========== 系统备份管理 =========="

local available_systems=()

local system_dirs=()

for file in "$BACKUP_DIR"/*.old.tar.gz; do

if [ -f "$file" ]; then

local system_name=$(basename "$file" .old.tar.gz)

available_systems+=("$system_name (已备份)")

system_dirs+=("$file")

fi

done

for os in "${OS_LIST[@]}"; do

local sys_path="$BASE_DIR/$os"

if [ -d "$sys_path" ] && [ ! -f "$BACKUP_DIR/$os.old.tar.gz" ]; then

available_systems+=("$os (未备份)")

system_dirs+=("$sys_path")

fi

done

if [ ${#available_systems[@]} -eq 0 ]; then

echo "未找到任何系统"

read -p "按回车键返回..." pause

return 0

fi

for ((i=0; i<${#available_systems[@]}; i++)); do

echo "$((i+1)). ${available_systems[i]}"

done

echo "0. 返回上级菜单"

echo "======================================"

read -p "请选择系统 [0-${#available_systems[@]}]: " sys_choice

if [ "$sys_choice" -eq 0 ] 2>/dev/null; then

return 0

fi

if [[ "$sys_choice" -gt 0 && "$sys_choice" -le ${#available_systems[@]} ]]; then

local selected_system=$(echo "${available_systems[$((sys_choice-1))]}" | awk '{print $1}')

local selected_path="${system_dirs[$((sys_choice-1))]}"

if [[ "${available_systems[$((sys_choice-1))]}" == *"未备份"* ]]; then

read -p "系统 $selected_system 尚未备份 是否立即创建备份? (y/N): " create_backup

if [[ "$create_backup" =~ ^[Yy]$ ]]; then

echo "正在创建 $selected_system 的初始备份..."

if tar -czf "$BACKUP_DIR/$selected_system.old.tar.gz" "$BASE_DIR/$selected_system" . 2>/dev/null; then

backup_menu "$selected_system"

else

echo "备份创建失败"

rm -f "$BACKUP_DIR/$selected_system.old.tar.gz"

pause_func

fi

fi

else

backup_menu "$selected_system"

fi

else

echo "无效的选择"

pause_func

fi

done

local os_name="$1"

local max_backups=3

local backup_files=()

backup_files+=("$BACKUP_DIR/$os_name.old.tar.gz")

for i in $(seq 1 $((max_backups - 1))); do

backup_files+=("$BACKUP_DIR/$os_name.old.$i.tar.gz")

done

local backup_count=0

local available_backups=()

for file in "${backup_files[@]}"; do

if [ -f "$file" ]; then

available_backups+=("$file")

((backup_count++))

fi

done

if [ $backup_count -eq 0 ]; then

echo "没有可删除的备份"

return 1

fi

local oldest_backup="${available_backups[$((backup_count-1))]}"

read -p "确认删除最旧备份 $oldest_backup? (y/N): " confirm

if [[ "$confirm" =~ ^[Yy]$ ]]; then

echo "删除备份: $oldest_backup"

rm -f "$oldest_backup"

echo "备份删除成功"

return 0

else

echo "操作取消"

return 1

fi

local os_name="$1"

local current_backup="$BACKUP_DIR/$os_name.old.tar.gz"

local max_backups=3

local source_path="$BASE_DIR/$os_name"

local backup_files=()

backup_files+=("$BACKUP_DIR/$os_name.old.tar.gz")

for i in $(seq 1 $((max_backups - 1))); do

backup_files+=("$BACKUP_DIR/$os_name.old.$i.tar.gz")

done

local backup_count=0

local available_backups=()

for file in "${backup_files[@]}"; do

if [ -f "$file" ]; then

available_backups+=("$file")

((backup_count++))

fi

done

if [ $backup_count -eq 0 ]; then

echo "没有可还原的备份"

return 1

fi

echo "可用备份: "

for ((i=0; i<${#available_backups[@]}; i++)); do

echo "$((i+1)). ${available_backups[i]}"

done

echo "$((backup_count+1)). 从自定义文件还原"

read -p "选择要还原的备份 (1-$((backup_count+1))): " restore_choice

if [[ "$restore_choice" -ge 1 && "$restore_choice" -le $((backup_count+1)) ]]; then

local restore_file=""

if [[ "$restore_choice" -le $backup_count ]]; then

restore_file="${available_backups[$((restore_choice-1))]}"

else

read -p "请输入自定义备份文件路径（必须以/开头）: " custom_restore_file

if [[ ! "$custom_restore_file" =~ ^/ ]] || [ ! -f "$custom_restore_file" ]; then

echo "路径必须以 / 开头或文件不存在"

return 1

fi

if ! tar -tzf "$custom_restore_file" &>/dev/null | grep -q "./usr/lib/os-release"; then

echo "未检测到有效的系统备份文件"

return 1

fi

restore_file="$custom_restore_file"

fi

echo "还原选项: "

echo "1. 还原到新的目录"

echo "2. 还原到源系统目录 ($source_path)"

read -p "请选择还原选项 (1-2): " restore_option

case "$restore_option" in

1)

read -p "请输入新的还原目录路径（必须以/开头）: " new_restore_dir

if [[ ! "$new_restore_dir" =~ ^/ ]] || [ "$new_restore_dir" == "/" ]; then

echo "不能使用根目录"

return 1

fi

if [[ "$(ls -A "$new_restore_dir")" =~ [^[:space:]] ]]; then

echo "目录 '$new_restore_dir' 不为空，请注意备份现有数据。"

read -p "是否仍然使用此目录进行还原? (y/n): " confirm

if [[ ! "$confirm" =~ ^[yY]$ ]]; then

echo "还原操作已取消。"

return 1

fi

fi

echo "正在还原到新的目录 $new_restore_dir..."

mkdir -p "$new_restore_dir"

if tar -xzf "$restore_file" -C "$new_restore_dir" 2>/dev/null; then

echo "还原完成"

else

echo "还原失败"

fi

;;

2)

read -p "警告：此操作会覆盖源系统目录，确定要继续吗? (y/N): " confirm_overwrite

if [[ "$confirm_overwrite" =~ ^[Yy]$ ]]; then

echo "正在还原到源系统目录..."

rm -rf "$source_path/*" 2>/dev/null

if tar -xzf "$restore_file" -C "$source_path" 2>/dev/null; then

echo "还原完成"

else

echo "还原失败"

fi

else

echo "操作取消"

fi

;;

*)

echo "无效的选择"

return 1

;;

esac

return 0

else

echo "无效的选择"

return 1

fi

local os_name="$1"

local mirror_choice="${2:-default}"

local target_dir="$BASE_DIR/$os_name"

local version="${3:-default}"

declare -A MIRRORS=(

["default"]="https://images.linuxcontainers.org"

["tuna"]="https://mirrors.tuna.tsinghua.edu.cn/lxc-images"

["ustc"]="https://mirrors.ustc.edu.cn/lxc-images"

["sjtu"]="https://mirrors.sjtug.sjtu.edu.cn/lxc-images"

)

local is_supported=0

for os in "${OS_LIST[@]}"; do

if [ "$os" = "$os_name" ]; then

is_supported=1

break

fi

done

if [ $is_supported -eq 0 ]; then

echo "不支持的系统: $os_name"

echo "支持的系统: ${OS_LIST[@]}"

return 1

fi

if [ -z "${MIRRORS[$mirror_choice]}" ]; then

mirror_choice="default"

fi

local base_url="${MIRRORS[$mirror_choice]}"

local api_url="$base_url/meta/1.0/index-system"

local versions=$(curl -s "$api_url" | grep "^$os_name;" | grep "arm64" | grep "default" | cut -d';' -f2 | sort -u)

if [ -z "$versions" ]; then

echo "未找到 $os_name 的 ARM64 架构版本"

return 1

fi

if [ "$version" = "default" ]; then

version=$(echo "$versions" | tail -n 1)

else

if ! echo "$versions" | grep -q "^$version$"; then

echo "可用版本: "

echo "$versions"

echo "选择的版本 $version 不可用 请选择上面列出的版本"

return 1

fi

fi

local version_info=$(curl -s "$api_url" | grep "^$os_name;$version;" | grep "arm64" | grep "default" | sort -V | tail -n 1)

if [ -z "$version_info" ]; then

echo "未找到 $os_name $version 的 ARM64 架构版本"

return 1

fi

IFS=';' read -r distro version arch variant date path <<< "$version_info"

local download_url="${base_url}${path}rootfs.tar.xz"

local download_file="/data/local/tmp/${os_name}_${version}_rootfs.tar.xz"

mkdir -p "$target_dir" /data/local/tmp

echo "开始下载 $os_name 系统镜像..."

echo "版本: $version"

echo "架构: $arch"

echo "下载地址: $download_url"

local download_success=0

if command -v wget >/dev/null 2>&1; then

echo "使用 wget 下载..."

if wget -O "$download_file" "$download_url"; then

download_success=1

fi

else

echo "使用 curl 下载..."

if curl -L -o "$download_file" "$download_url"; then

download_success=1

fi

fi

if [ $download_success -eq 0 ]; then

echo "下载失败"

echo "请检查以下可能原因: "

echo "1. 网络连接"

echo "2. 下载地址是否正确"

echo "3. 服务器是否可访问"

echo "完整下载地址: $download_url"

return 1

fi

if [ ! -s "$download_file" ]; then

echo "下载文件为空"

rm -f "$download_file"

return 1

fi

echo "正在解压系统镜像..."

if tar -xJf "$download_file" -C "$target_dir"; then

echo "解压成功"

rm -f "$download_file"

return 0

else

echo "解压失败"

return 1

fi

while true; do

clear

echo "========== 系统镜像下载 =========="

echo "可下载系统(模块支持): "

for os in "${OS_LIST[@]}"; do

echo "- $os"

done

echo "支持的镜像源: "

echo "- default (https://images.linuxcontainers.org)"

echo "- tuna (清华大学镜像)"

echo "- ustc (中科大镜像)"

echo "- sjtu (上海交大镜像)"

echo "0. 返回上级菜单"

echo "======================================"

read -p "请输入要下载的系统: " system_choice

if [ "$system_choice" = "0" ]; then

return 0

fi

local is_supported=0

for os in "${OS_LIST[@]}"; do

if [ "$os" = "$system_choice" ]; then

is_supported=1

break

fi

done

if [ $is_supported -eq 0 ]; then

echo "不支持的系统: $system_choice"

pause_func

continue

fi

local sys_path="$BASE_DIR/$system_choice"

if [ -d "$sys_path" ]; then

echo "系统 $system_choice 已存在"

read -p "是否继续 默认会删除现有系统? (y/N): " overwrite_choice

if [[ ! "$overwrite_choice" =~ ^[Yy]$ ]]; then

echo "操作取消"

pause_func

continue

fi

read -p "是否创建备份? (y/N): " backup_choice

if [[ "$backup_choice" =~ ^[Yy]$ ]]; then

create_initial_backup "$system_choice"

fi

echo "删除已存在的系统目录..."

rm -rf "$sys_path"

fi

local versions=$(curl -s "https://images.linuxcontainers.org/meta/1.0/index-system" | grep "^$system_choice;" | grep "arm64" | grep "default" | cut -d';' -f2 | sort -u)

echo "可用版本: "

echo "$versions"

local default_version=$(echo "$versions" | head -n 1)

read -p "选择版本 (留空默认为 $default_version): " version_choice

version_choice=${version_choice:-$default_version}

read -p "选择镜像源 (留空为 https://images.linuxcontainers.org): " mirror_choice

mirror_choice=${mirror_choice:-default}

if download_system_image "$system_choice" "$mirror_choice" "$version_choice"; then

echo "系统 $system_choice $version_choice 下载并解压成功"

read -p "是否立即创建备份? (y/N): " create_backup

if [[ "$create_backup" =~ ^[Yy]$ ]]; then

create_initial_backup "$system_choice"

fi

else

echo "系统 $system_choice 下载失败"

fi

pause_func

done

local os_name="$1"

local sys_path="$BASE_DIR/$os_name"

if [ ! -d "$sys_path" ]; then

echo "系统 $os_name 不存在"

return 1

fi

local backup_files=()

backup_files+=("$BACKUP_DIR/$os_name.old.tar.gz")

for i in $(seq 1 2); do

backup_files+=("$BACKUP_DIR/$os_name.old.$i.tar.gz")

done

local has_backup=false

for file in "${backup_files[@]}"; do

if [ -f "$file" ]; then

has_backup=true

break

fi

done

if $has_backup; then

read -p "系统存在备份 是否删除备份? (y/N): " delete_backup

if [[ "$delete_backup" =~ ^[Yy]$ ]]; then

echo "删除系统备份..."

for file in "${backup_files[@]}"; do

if [ -f "$file" ]; then

echo "删除备份文件: $file"

rm -f "$file"

fi

done

fi

fi

echo "删除系统目录: $sys_path"

rm -rf "$sys_path"

echo "系统 $os_name 删除成功"

return 0

local new_os="$1"

local sys_password="${2:-123456}"

local sys_port="${3:-22}"

local sys_dir="$BASE_DIR/$new_os"

local module_path

if [ -d "/data/adb/lite_modules/$MODULEID" ]; then

module_path="/data/adb/lite_modules/$MODULEID"

elif [ -d "/data/adb/modules/$MODULEID" ]; then

module_path="/data/adb/modules/$MODULEID"

else

echo "未找到模块目录"

return 1

fi

if [ ! -d "$sys_dir" ]; then

echo "系统目录 $sys_dir 不存在"

return 1

fi

local setup_script="$module_path/setup/setup.sh"

if [ ! -f "$setup_script" ]; then

echo "setup脚本 $setup_script 不存在"

return 1

fi

local ruri_script="$module_path/bin/ruri"

if [ ! -f "$ruri_script" ]; then

echo "ruri $ruri_script 不存在"

return 1

fi

mkdir -p "$sys_dir/tmp" "$sys_dir/usr/local/lib/servicectl/enabled"

cp "$setup_script" "$sys_dir/tmp/setup.sh"

cp -r "$module_path/setup/servicectl"/* "$sys_dir/usr/local/lib/servicectl/"

chmod 777 "$setup_script" "$sys_dir/usr/local/lib/servicectl/servicectl" "$sys_dir/usr/local/lib/servicectl/serviced"

"$ruri_script" "$sys_dir" /bin/sh /tmp/setup.sh "$new_os" "$sys_password" "$sys_port"

if [ $? -eq 0 ]; then

echo "系统 $new_os 基础配置完成"

echoRgb "请牢记你的密码: $sys_password 和端口: $sys_port" 3

return 0

else

echo "系统 $new_os 基础配置失败"

return 1

fi

local new_os="$1"

local valid_os=0

for os in "${OS_LIST[@]}"; do

if [[ "$os" == "$new_os" ]]; then

valid_os=1

break

fi

done

if [ $valid_os -eq 0 ]; then

echo "不支持切换到 $new_os 系统"

return 1

fi

if [ -d "/data/adb/lite_modules/$MODULEID" ]; then

MODULE_PATH="/data/adb/lite_modules/$MODULEID"