154 lines
4.7 KiB
Fish
154 lines
4.7 KiB
Fish
fish_add_path ~/.flinty/bin
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function sudo --description "让 sudo 识别 fish 函数"
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if functions -q $argv[1]
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set -l cmd_name $argv[1]
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# 获取函数定义，并传递给 sudo 开启的 fish 环境执行
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set -l cmd_body (functions $cmd_name)
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command sudo fish -c "$cmd_body; $argv"
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else
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command sudo $argv
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end
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end
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## 替换 ls 默认行为
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function ls --description 'alias ls to eza if possible'
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# 1. 优先使用系统安装的 eza (PATH 里的)
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if type -q eza
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eza -la --icons $argv
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return
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end
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# 2. 如果系统没有，尝试根据架构寻找 ~/.flinty/bin 下的二进制文件
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set -l arch (uname -m)
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set -l target_bin ""
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set -l bin_path "$HOME/.flinty/bin"
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switch $arch
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case x86_64
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# 如果是 Alpine Linux，通常需要用 musl 版本 (根据你提供的文件名)
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if test -f /etc/alpine-release
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set target_bin "eza_x86_64-unknown-linux-musl"
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else
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set target_bin "eza_x86_64-unknown-linux-gnu"
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end
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case aarch64 arm64
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set target_bin "eza_aarch64-unknown-linux-gnu"
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end
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set -l custom_eza "$bin_path/$target_bin"
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# 3. 检查文件是否存在且可执行
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if test -n "$target_bin"; and test -x "$custom_eza"
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$custom_eza -la --icons $argv
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return
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end
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# 4. 既没有系统 eza 也没有本地二进制，回退到 command ls
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command ls -la $argv
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end
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## 更新配置
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function dotu
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set -l current_dir (pwd)
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cd $HOME/.flinty
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if git pull
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source ~/.config/fish/config.fish
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echo "Config reloaded successfully!"
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end
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# 回到原位
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cd $current_dir
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end
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## 修复光标消失
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function restore_cursor --on-event fish_postexec
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tput cnorm
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end
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# 自动化 Locale 修复逻辑 修复例如 nano 无法输入中文的问题
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# 1. 如果 locale 命令执行报错
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# 2. 或者 (LC_ALL 为空 并且 LANG 以 C 开头)
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if not locale >/dev/null 2>&1
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or begin
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test -z "$LC_ALL"
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and string match -qi "C*" "$LANG"
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end
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# 开始修复
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if locale -a | string match -qi "C.utf8"
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set -gx LANG C.UTF-8
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set -gx LC_ALL C.UTF-8
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else if locale -a | string match -qi "en_US.utf8"
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set -gx LANG en_US.UTF-8
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set -gx LC_ALL en_US.UTF-8
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end
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# 清理非法的 LC_CTYPE
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set -e LC_CTYPE
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end
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# # 多线程压缩为同名 zip，支持传入多项目
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# function zp
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# set -l arg_count (count $argv)
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# # 检查是否有输入参数
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# if test $arg_count -eq 0
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# echo "用法: zp <文件或目录1> [文件或目录2] ..."
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# return 1
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# end
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# if test $arg_count -eq 1
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# # 逻辑 A：单个参数，保持原样生成同名 zip
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# set -l name (string trim -r -c / $argv[1])
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# set -l target "$name.zip"
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# echo "🚀 正在多线程压缩单项目: $target"
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# 7z a -tzip -mmt=on -mx=5 "$target" "$argv[1]"
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# else
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# # 逻辑 B：多个参数，生成 package_20251219_1540.zip
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# set -l timestamp (date "+%Y%m%d_%H%M%S")
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# set -l target "package_$timestamp.zip"
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# echo "🚀 正在将 $arg_count 个项目打包至: $target"
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# # 直接传入 $argv，7z 会自动处理多个路径
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# 7z a -tzip -mmt=on -mx=5 "$target" $argv
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# end
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# end
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# # 多线程解压 zip
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# function uzp
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# for file in $argv
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# if not test -f "$file"
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# echo "错误: $file 不是有效文件"
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# continue
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# end
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# # 1. 获取不带后缀的文件名作为备选文件夹名
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# set -l base_name (string replace -r '\.[^.]+$' '' $file)
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# # 2. 预检：获取压缩包根路径下的唯一项目数量
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# # 逻辑：列出所有路径 -> 提取第一级目录/文件名 -> 去重 -> 计数
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# set -l root_items (7z l -slt "$file" | grep "^Path = " | string replace -r '^Path = ' '' | string replace -r '/.*$' '' | sort -u)
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# set -l item_count (count $root_items)
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# if test $item_count -eq 0
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# echo "跳过: $file 是空的"
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# continue
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# end
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# # 3. 智能判断执行
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# if test $item_count -gt 1
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# # 如果根部有多个文件/文件夹，创建同名目录解压
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# echo "📦 检测到多个根项目 ($item_count)，解压至目录: $base_name/"
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# mkdir -p "$base_name"
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# 7z x -mmt=on "$file" -o"$base_name"
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# else
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# # 如果根部只有一个项目，直接解压到当前目录
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# echo "📄 检测到单个根项目，直接解压..."
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# 7z x -mmt=on "$file"
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# end
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# end
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# end
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abbr -a port 'sudo ss -tulnp | grep'
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abbr -a process 'ps aux | grep' |