/** ------------------------------------------------------------ * File : chsrc.c * License : GPLv3 * Authors : Aoran Zeng * Created on : <2023-08-28> * Last modified : <2023-09-27> * * chsrc: * * Change Source —— 命令行换源工具 * * 该软件为自由软件，采用 GPLv3 许可证，请查阅 LICENSE.txt 文件 * ------------------------------------------------------------*/ #define Chsrc_Version "v0.1.2-20230927" #include "chsrc.h" void pl_ruby_getsrc (char* option) { char* cmd = "gem sources"; chsrc_run(cmd); cmd = "bundle config get mirror.https://rubygems.org"; chsrc_run(cmd); } /** * Ruby换源，参考：https://gitee.com/RubyMetric/rbenv-cn */ void pl_ruby_setsrc (char* option) { int index = 0; char* check_cmd = xy_str_to_quietcmd("gem -v"); bool exist = does_the_program_exist (check_cmd, "gem"); if (!exist) { chsrc_error ("未找到 gem 命令，请检查是否存在"); return; } index = use_specific_mirror_or_auto_select (option, pl_ruby); source_info source = pl_ruby_sources[index]; chsrc_say_selection (&source); char* cmd = NULL; FILE* fp = popen("gem sources -l", "r"); char buf[512] = {0}; while(NULL!=fgets(buf, 512, fp)) { if (xy_str_start_with(buf, "http")){ cmd = xy_str_delete_suffix(buf, "\n"); cmd = xy_2strjoin("gem sources -r ", cmd); chsrc_run(cmd); } memset(buf, 0, 512); } pclose(fp); cmd = xy_2strjoin("gem source -a ", source.url); chsrc_run(cmd); check_cmd = xy_str_to_quietcmd("bundle -v"); exist = does_the_program_exist (check_cmd, "bundle"); if (!exist) { chsrc_error ("未找到 bundle 命令，请检查是否存在"); return; } cmd = xy_2strjoin("bundle config 'mirror.https://rubygems.org' ", source.url); chsrc_run(cmd); chsrc_say_thanks(&source); puts(""); chsrc_warn("维护者提醒您: Ruby的镜像源目前仅有腾讯和RubyChina实现正确"); chsrc_warn("而其它如Tuna,Bfsu,Ali目前都实现的有问题，请勿使用"); } /** * @param[out] prog 返回 Python 的可用名，如果不可用，则返回 NULL */ void pl_python_check_cmd_ (char** prog) { *prog = NULL; // 不要调用 python 自己，而是使用 python --version，避免Windows弹出Microsoft Store char* check_cmd = xy_str_to_quietcmd("python --version"); bool exist = does_the_program_exist (check_cmd, "python"); if (!exist) { check_cmd = xy_str_to_quietcmd("python3 --version"); exist = does_the_program_exist (check_cmd, "python3"); if (exist) *prog = "python3"; } else { *prog = "python"; } if (!exist) { chsrc_error ("未找到 Python 相关命令，请检查是否存在"); exit(1); } } void pl_python_getsrc (char* option) { char* prog = NULL; pl_python_check_cmd_ (&prog); char* cmd = xy_2strjoin(prog, " -m pip config get global.index-url"); chsrc_run(cmd); } /** * Python换源，参考：https://mirrors.tuna.tsinghua.edu.cn/help/pypi/ * * 经测试，Windows上调用换源命令，会写入 C:\Users\RubyMetric\AppData\Roaming\pip\pip.ini */ void pl_python_setsrc (char* option) { int index = 0; char* prog = NULL; pl_python_check_cmd_ (&prog); index = use_specific_mirror_or_auto_select (option, pl_python); source_info source = pl_python_sources[index]; chsrc_say_selection(&source); char* cmd = xy_2strjoin(prog, xy_2strjoin(" -m pip config set global.index-url ", source.url)); chsrc_run(cmd); chsrc_say_thanks(&source); } void pl_nodejs_check_cmd_ (bool* npm_exist, bool* yarn_exist) { char* check_cmd = xy_str_to_quietcmd("npm -v"); *npm_exist = does_the_program_exist (check_cmd, "npm"); check_cmd = xy_str_to_quietcmd("yarn -v"); *yarn_exist = does_the_program_exist (check_cmd, "yarn"); if (!*npm_exist && !*yarn_exist) { chsrc_error ("未找到 npm 或 yarn 命令，请检查是否存在其一"); exit(1); } } void pl_nodejs_getsrc (char* option) { bool npm_exist, yarn_exist; pl_nodejs_check_cmd_ (&npm_exist, &yarn_exist); if (npm_exist) { char* cmd = "npm config get registry"; chsrc_run(cmd); } if (yarn_exist) { char* cmd = "yarn config get registry"; chsrc_run(cmd); } } /** * NodeJS换源，参考：https://npmmirror.com/ */ void pl_nodejs_setsrc (char* option) { bool npm_exist, yarn_exist; pl_nodejs_check_cmd_ (&npm_exist, &yarn_exist); int index = 0; index = use_specific_mirror_or_auto_select (option, pl_nodejs); source_info source = pl_nodejs_sources[index]; chsrc_say_selection (&source); if (npm_exist) { char* cmd = xy_2strjoin("npm config set registry ", source.url); chsrc_run(cmd); } if (yarn_exist) { char* cmd = xy_str_to_quietcmd(xy_2strjoin("yarn config set registry ", source.url)); chsrc_run(cmd); } chsrc_say_thanks(&source); } void pl_perl_check_cmd_ () { char* check_cmd = xy_str_to_quietcmd("perl --version"); bool exist = does_the_program_exist (check_cmd, "perl"); if (!exist) { chsrc_error ("未找到 perl 命令，请检查是否存在"); exit(1); } } void pl_perl_getsrc (char* option) { pl_perl_check_cmd_ (); // @ccmywish: 注意，prettyprint 仅仅是一个内部实现，可能不稳定，如果需要更稳定的， // 可以使用 CPAN::Shell->o('conf', 'urllist'); // 另外，上述两种方法无论哪种，都要首先load() char* cmd = "perl -MCPAN -e \"CPAN::HandleConfig->load(); CPAN::HandleConfig->prettyprint('urllist')\" "; chsrc_run(cmd); } /** * Perl换源，参考：https://help.mirrors.cernet.edu.cn/CPAN/ */ void pl_perl_setsrc (char* option) { int index = use_specific_mirror_or_auto_select (option, pl_perl); source_info source = pl_perl_sources[index]; chsrc_say_selection (&source); char* cmd = xy_strjoin(3, "perl -MCPAN -e \"CPAN::HandleConfig->load(); CPAN::HandleConfig->edit('urllist', 'unshift', '", source.url, "'); CPAN::HandleConfig->commit()\""); chsrc_run(cmd); chsrc_warn ("请您使用 perl -v 以及 cpan -v，若 Perl >= v5.36 或 CPAN >= 2.29，请额外手动调用下面的命令"); puts("perl -MCPAN -e \"CPAN::HandleConfig->load(); CPAN::HandleConfig->edit('pushy_https', 0);; CPAN::HandleConfig->commit()\""); chsrc_say_thanks(&source); } void pl_php_check_cmd_() { char* check_cmd = xy_str_to_quietcmd("composer --version"); bool exist = does_the_program_exist (check_cmd, "composer"); if (!exist) { chsrc_error ("未找到 composer 命令，请检查是否存在"); exit(1); } } /** * 已在Windows上测试通过，待其他平台PHP用户确认 */ void pl_php_getsrc (char* option) { pl_php_check_cmd_ (); char* cmd = "composer config -g repositories"; chsrc_run(cmd); } /** * PHP 换源，参考：https://developer.aliyun.com/composer */ void pl_php_setsrc (char* option) { pl_php_check_cmd_(); int index = use_specific_mirror_or_auto_select (option, pl_php); source_info source = pl_php_sources[index]; chsrc_say_selection (&source); char* cmd = xy_2strjoin("composer config -g repo.packagist composer ", source.url); chsrc_run(cmd); chsrc_say_thanks(&source); } void pl_go_check_cmd_ () { char* check_cmd = xy_str_to_quietcmd("go version"); bool exist = does_the_program_exist (check_cmd, "go"); if (!exist) { chsrc_error ("未找到 go 相关命令，请检查是否存在"); exit(1); } } void pl_go_getsrc (char* option) { pl_go_check_cmd_ (); char* cmd = "go env GOPROXY"; chsrc_run(cmd); } /** * Go换源，参考：https://goproxy.cn/ */ void pl_go_setsrc (char* option) { pl_go_check_cmd_(); int index = use_specific_mirror_or_auto_select (option, pl_go); source_info source = pl_go_sources[index]; chsrc_say_selection (&source); char* cmd = "go env -w GO111MODULE=on"; chsrc_run(cmd); cmd = xy_strjoin(3, "go env -w GOPROXY=", source.url, ",direct"); chsrc_run(cmd); chsrc_say_thanks(&source); } void pl_rust_getsrc (char* option) { if(xy_on_windows) { chsrc_check_file ("%USERPROFILE%\\.cargo"); } else { chsrc_check_file ("~/.cargo"); } } /** * Rust 换源，参考：https://mirrors.tuna.tsinghua.edu.cn/help/crates.io-index/ */ void pl_rust_setsrc (char* option) { int index = use_specific_mirror_or_auto_select (option, pl_rust); source_info source = pl_rust_sources[index]; chsrc_say_selection(&source); const char* file = xy_strjoin (3, "[source.crates-io]\n" "replace-with = 'mirror'\n\n" "[source.mirror]\n" "registry = \"sparse+", source.url, "\""); chsrc_warn ("请您手动写入以下内容到 ~/.cargo 文件中:"); puts(file); chsrc_say_thanks(&source); } void pl_dotnet_getsrc (char* option) { chsrc_error ("暂时无法查看NuGet源，若有需求，请您提交issue"); } /** * NuGet 换源 */ void pl_dotnet_setsrc (char* option) { chsrc_error ("暂时无法为NuGet换源，若有需求，请您提交issue"); } void pl_java_check_cmd_(bool* maven_exist, bool* gradle_exist) { char* check_cmd = NULL; check_cmd = xy_str_to_quietcmd("mvn --version"); *maven_exist = does_the_program_exist (check_cmd, "mvn"); check_cmd = xy_str_to_quietcmd("gradle --version"); *gradle_exist = does_the_program_exist (check_cmd, "gradle"); if (! *maven_exist && ! *gradle_exist) { chsrc_error ("maven 与 gradle 命令均未找到，请检查是否存在（其一）"); exit(1); } } char* pl_java_find_maven_config_ () { FILE* fp = popen("mvn -v", "r"); char buf[512]; fgets(buf, 512, fp); memset(buf, 0, 512); fgets(buf, 512, fp); pclose(fp); char* maven_home = xy_str_delete_prefix(buf, "Maven home: "); // xy_info (buf); maven_home = xy_str_strip(maven_home); char* maven_config = NULL; if (xy_on_windows) maven_config = xy_2strjoin(maven_home, "\\conf\\settings.xml"); else maven_config = xy_2strjoin(maven_home, "/conf/settings.xml"); return maven_config; } void pl_java_getsrc (char* option) { bool maven_exist, gradle_exist; pl_java_check_cmd_ (&maven_exist, &gradle_exist); char* maven_config = pl_java_find_maven_config_(); char* echo = xy_2strjoin("chsrc: 请查看 ", maven_config); xy_info (echo); } /** * Java 换源，参考：https://developer.aliyun.com/mirror/maven */ void pl_java_setsrc (char* option) { bool maven_exist, gradle_exist; pl_java_check_cmd_ (&maven_exist, &gradle_exist); int index = use_specific_mirror_or_auto_select (option, pl_java); source_info source = pl_java_sources[index]; chsrc_say_selection(&source); if (maven_exist) { const char* file = xy_strjoin(7, "\n" " ", source.mirror->code, "\n" " *\n" " ", source.mirror->name, "\n" " ", source.url, "\n" ""); char* maven_config = pl_java_find_maven_config_(); char* echo = xy_strjoin(3, "chsrc: 请在您的 maven 配置文件 ", maven_config, " 中添加:"); xy_info(echo); puts (file); } if (gradle_exist) { if (maven_exist) puts(""); const char* file = xy_strjoin(3, "allprojects {\n" " repositories {\n" " maven { url '", source.url, "' }\n" " mavenLocal()\n" " mavenCentral()\n" " }\n" "}"); chsrc_info ("请在您的 build.gradle 中添加:"); puts (file); } chsrc_say_thanks(&source); } void pl_clojure_setsrc(char* option) { int index = use_specific_mirror_or_auto_select (option, pl_clojure); source_info source = pl_clojure_sources[index]; chsrc_say_selection (&source); chsrc_warn("抱歉，Clojure换源较复杂，您可手动查阅并换源:"); puts(source.url); chsrc_say_thanks (&source); } void pl_dart_getsrc(char* option) { char* cmd = NULL; if (xy_on_windows) { cmd = "set PUB_HOSTED_URL & set FLUTTER_STORAGE_BASE_URL"; chsrc_run(cmd); } else { cmd = "echo $PUB_HOSTED_URL; echo $FLUTTER_STORAGE_BASE_URL"; chsrc_run(cmd); } } /** * Dart pub 换源，参考：https://mirrors.tuna.tsinghua.edu.cn/help/dart-pub/ */ void pl_dart_setsrc (char* option) { int index = use_specific_mirror_or_auto_select (option, pl_dart); source_info source = pl_dart_sources[index]; chsrc_say_selection(&source); char* towrite = NULL; char* pub = xy_2strjoin(source.url, "dart-pub"); char* flutter = xy_2strjoin(source.url, "flutter"); if (xy_on_windows) { if (xy_file_exist(xy_win_powershell_profile)) { towrite = xy_strjoin(4, "$env:PUB_HOSTED_URL = \"", pub, "\""); chsrc_append_to_file (towrite, xy_win_powershell_profile); towrite = xy_strjoin(4, "$env:FLUTTER_STORAGE_BASE_URL = \"", flutter, "\""); chsrc_append_to_file (towrite, xy_win_powershell_profile); } if (xy_file_exist(xy_win_powershellv5_profile)) { towrite = xy_strjoin(4, "$env:PUB_HOSTED_URL = \"", pub, "\""); chsrc_append_to_file (towrite, xy_win_powershellv5_profile); towrite = xy_strjoin(4, "$env:FLUTTER_STORAGE_BASE_URL = \"", flutter, "\""); chsrc_append_to_file (towrite, xy_win_powershellv5_profile); } } else { towrite = xy_strjoin(3, "export PUB_HOSTED_URL=\"", pub, "\""); chsrc_append_to_file (towrite, "~/.bashrc >> ~/.zshrc"); towrite = xy_strjoin(3, "export FLUTTER_STORAGE_BASE_URL=\"", flutter, "\""); chsrc_append_to_file (towrite, "~/.bashrc >> ~/.zshrc"); } chsrc_say_thanks(&source); } void pl_haskell_setsrc(char* option) { int index = use_specific_mirror_or_auto_select (option, pl_haskell); source_info source = pl_haskell_sources[index]; chsrc_say_selection (&source); char* file = xy_strjoin(3, "repository mirror\n" " url: ", source.url, "\n secure: True"); char* config = NULL; if (xy_on_windows) { config = xy_2strjoin(xy_os_home, "\\AppData\\Roaming\\cabal\\config"); } else { config = xy_2strjoin(xy_os_home, "/.cabal/config"); } xy_info(xy_strjoin(3,"chsrc: 请向 ", config, " 中手动添加:")); puts(file); puts(""); config = xy_2strjoin(xy_os_home, "/.stack/config.yaml"); file = xy_strjoin(3, "package-indices:\n" " - download-prefix: ", source.url, "\n hackage-security:\n" " keyids:\n" " - 0a5c7ea47cd1b15f01f5f51a33adda7e655bc0f0b0615baa8e271f4c3351e21d\n" " - 1ea9ba32c526d1cc91ab5e5bd364ec5e9e8cb67179a471872f6e26f0ae773d42\n" " - 280b10153a522681163658cb49f632cde3f38d768b736ddbc901d99a1a772833\n" " - 2a96b1889dc221c17296fcc2bb34b908ca9734376f0f361660200935916ef201\n" " - 2c6c3627bd6c982990239487f1abd02e08a02e6cf16edb105a8012d444d870c3\n" " - 51f0161b906011b52c6613376b1ae937670da69322113a246a09f807c62f6921\n" " - 772e9f4c7db33d251d5c6e357199c819e569d130857dc225549b40845ff0890d\n" " - aa315286e6ad281ad61182235533c41e806e5a787e0b6d1e7eef3f09d137d2e9\n" " - fe331502606802feac15e514d9b9ea83fee8b6ffef71335479a2e68d84adc6b0\n" " key-threshold: 3\n" " ignore-expiry: no"); xy_info(xy_strjoin(3,"chsrc: 请向 ", config, " 中手动添加:")); puts(file); chsrc_say_thanks (&source); } void pl_ocaml_check_cmd_() { char* check_cmd = xy_str_to_quietcmd("opam --version"); bool exist = does_the_program_exist (check_cmd, "opam"); if (!exist) { chsrc_error ("未找到 opam 命令，请检查是否存在"); exit(1); } } void pl_ocaml_getsrc(char* option) { pl_ocaml_check_cmd_(); char* cmd = "opam repo get-url default"; chsrc_run(cmd); } /** * 参考: https://mirrors.sjtug.sjtu.edu.cn/docs/git/opam-repository.git */ void pl_ocaml_setsrc(char* option) { pl_ocaml_check_cmd_(); int index = use_specific_mirror_or_auto_select (option, pl_ocaml); source_info source = pl_ocaml_sources[index]; chsrc_say_selection (&source); char* cmd = xy_strjoin(3, "opam repo set-url default ", source.url, " --all --set-default"); chsrc_run(cmd); chsrc_info("如果是首次使用 opam ，请使用以下命令进行初始化"); puts(xy_2strjoin("opam init default ", source.url)); chsrc_say_thanks (&source); } void pl_r_getsrc (char* option) { // 或参考：https://zhuanlan.zhihu.com/p/585036231 // // options()$repos // options()$BioC_mirror // if(xy_on_windows) { chsrc_check_file ("%USERPROFILE%\\Documents\\.Rprofile"); } else { chsrc_check_file ("~/.Rprofile"); } } /** * R 换源，参考：https://help.mirrors.cernet.edu.cn/CRAN/ */ void pl_r_setsrc (char* option) { int index = use_specific_mirror_or_auto_select (option, pl_r); source_info source = pl_r_sources[index]; chsrc_say_selection(&source); char* bioconductor_url = xy_str_delete_suffix(xy_str_delete_suffix(source.url, "cran/"), "CRAN/"); bioconductor_url = xy_2strjoin(bioconductor_url, "bioconductor"); const char* towrite1 = xy_strjoin (3, "options(\"repos\" = c(CRAN=\"", source.url, "\"))" ); const char* towrite2 = xy_strjoin (3, "options(BioC_mirror=\"", bioconductor_url, "\")" ); // 或者我们调用 r.exe --slave -e 上面的内容 if (xy_on_windows) { chsrc_append_to_file (towrite1, "%USERPROFILE%/Documents/.Rprofile"); chsrc_append_to_file (towrite2, "%USERPROFILE%/Documents/.Rprofile"); } else { chsrc_append_to_file (towrite1, "~/.Rprofile"); chsrc_append_to_file (towrite2, "~/.Rprofile"); } chsrc_say_thanks(&source); } /** * Julia的换源可以通过两种方式 * 1. 写入 startup.jl * 2. 使用环境变量 * * 我们采用第一种 */ void pl_julia_getsrc (char* option) { if(xy_on_windows) { chsrc_check_file ("%USERPROFILE%\\.julia\\config\\startup.jl"); } else { chsrc_check_file ("~/.julia/config/startup.jl"); } } /** * Julia 换源，参考： * 1. https://help.mirrors.cernet.edu.cn/julia/ * 2. https://docs.julialang.org/en/v1/manual/command-line-interface/#Startup-file */ void pl_julia_setsrc (char* option) { int index = use_specific_mirror_or_auto_select (option, pl_julia); source_info source = pl_julia_sources[index]; chsrc_say_selection(&source); const char* towrite = xy_strjoin (3, "ENV[\"JULIA_PKG_SERVER\"] = \"", source.url, "\""); if (xy_on_windows) { chsrc_run (xy_str_to_quietcmd ("md %USERPROFILE%\\.julia\\config")); chsrc_append_to_file (towrite, "%USERPROFILE%/.julia/config/startup.jl"); } else { chsrc_run (xy_str_to_quietcmd ("mkdir -p ~/.julia/config")); chsrc_append_to_file (towrite, "~/.julia/config/startup.jl"); } chsrc_say_thanks(&source); } void os_ubuntu_getsrc(char* option) { chsrc_check_file ("/etc/apt/sources.list"); } /** * @note 不同架构下换源不一样 */ void os_ubuntu_setsrc (char* option) { ensure_root(); int index = use_specific_mirror_or_auto_select (option, os_ubuntu); source_info source = os_ubuntu_sources[index]; chsrc_say_selection(&source); chsrc_backup ("/etc/apt/sources.list"); char* arch = xy_getcmd("arch", NULL); char* cmd = NULL; if(strncmp(arch, "x86_64", 6)==0) { cmd = xy_strjoin(3, "sed -E -i \'s@https?://.*/ubuntu/?@", source.url, "@g\' /etc/apt/sources.list"); } else { cmd = xy_strjoin(3, "sed -E -i \'s@https?://.*/ubuntu-ports/?@", source.url, "-ports@g\' /etc/apt/sources.list"); } chsrc_run(cmd); chsrc_say_thanks(&source); } void os_debian_getsrc(char* option) { chsrc_check_file ("/etc/apt/sources.list"); } /** * Debian Buster 以上版本默认支持 HTTPS 源。如果遇到无法拉取 HTTPS 源的情况，请先使用 HTTP 源并安装 * sudo apt install apt-transport-https ca-certificates */ void os_debian_setsrc (char* option) { ensure_root(); int index = use_specific_mirror_or_auto_select (option, os_debian); source_info source = os_debian_sources[index]; chsrc_say_selection(&source); chsrc_info ("如果遇到无法拉取 HTTPS 源的情况，我们会使用 HTTP 源并需要您运行:"); puts ("sudo apt install apt-transport-https ca-certificates"); chsrc_backup ("/etc/apt/sources.list"); char* cmd = xy_strjoin(3, "sed -E -i \'s@https?://.*/debian/?@", source.url, "@g\' /etc/apt/sources.list"); chsrc_run(cmd); chsrc_say_thanks(&source); } void os_deepin_getsrc(char* option) { chsrc_check_file ("/etc/apt/sources.list"); } /** * HELP: 未经测试 */ void os_deepin_setsrc (char* option) { ensure_root(); int index = use_specific_mirror_or_auto_select (option, os_deepin); source_info source = os_deepin_sources[index]; chsrc_say_selection(&source); chsrc_backup ("/etc/apt/sources.list"); char* cmd = xy_strjoin(3, "sed -E -i \'s@https?://.*/deepin/?@", source.url, "@g\' /etc/apt/sources.list"); chsrc_run(cmd); chsrc_say_thanks(&source); } /** * @note fedora 29 及以下版本暂不支持 */ void os_fedora_setsrc (char* option) { ensure_root(); int index = use_specific_mirror_or_auto_select (option, os_fedora); source_info source = os_fedora_sources[index]; chsrc_say_selection(&source); xy_warn ("chsrc: fedora 29 及以下版本暂不支持"); chsrc_backup ("/etc/yum.repos.d/fedora.repo"); chsrc_backup ("/etc/yum.repos.d/fedora-updates.repo"); char* cmd = xy_strjoin(9, "sed -e 's|^metalink=|#metalink=|g' ", "-e 's|^#baseurl=http://download.example/pub/fedora/linux/|baseurl=", source.url, "|g' ", "-i.bak ", "/etc/yum.repos.d/fedora.repo ", "/etc/yum.repos.d/fedora-modular.repo ", "/etc/yum.repos.d/fedora-updates.repo ", "/etc/yum.repos.d/fedora-updates-modular.repo"); chsrc_run(cmd); chsrc_info ("替换文件:/etc/yum.repos.d/fedora.repo"); chsrc_info ("新增文件:/etc/yum.repos.d/fedora-modular.repo"); chsrc_info ("替换文件:/etc/yum.repos.d/fedora-updates.repo"); chsrc_info ("新增文件:/etc/yum.repos.d/fedora-updates-modular.repo"); chsrc_say_thanks(&source); } /** * HELP: 未经测试 */ void os_opensuse_setsrc (char* option) { ensure_root(); // HELP: 不知道是否需要确保root权限 int index = use_specific_mirror_or_auto_select (option, os_opensuse); source_info source = os_opensuse_sources[index]; chsrc_say_selection(&source); char* source_nselect = "zypper mr -da"; chsrc_run(source_nselect); char* cmd1 = xy_strjoin(3, "zypper ar -cfg '", source.url, "/opensuse/distribution/leap/$releasever/repo/oss/' mirror-oss"); char* cmd2 = xy_strjoin(3, "zypper ar -cfg '", source.url, "/opensuse/distribution/leap/$releasever/repo/non-oss/' mirror-non-oss"); char* cmd3 = xy_strjoin(3, "zypper ar -cfg '", source.url, "/opensuse/distribution/leap/$releasever/oss/' mirror-update"); char* cmd4 = xy_strjoin(3, "zypper ar -cfg '", source.url, "/opensuse/distribution/leap/$releasever/non-oss/' mirror-update-non-oss"); char* cmd5 = xy_strjoin(3, "zypper ar -cfg '", source.url, "/opensuse/distribution/leap/$releasever/sle/' mirror-sle-update"); char* cmd6 = xy_strjoin(3, "zypper ar -cfg '", source.url, "/opensuse/distribution/leap/$releasever/backports/' mirror-backports-update"); chsrc_run(cmd1); chsrc_run(cmd2); chsrc_run(cmd3); chsrc_run(cmd4); xy_info("chsrc: leap 15.3用户还需 要添加sle和backports源"); xy_info("chsrc: 另外请确保系统在更新后仅启用了六个软件源，可以使用 zypper lr 检查软件源状态"); xy_info("chsrc: 并使用 zypper mr -d 禁用多余的软件源"); chsrc_run(cmd5); chsrc_run(cmd6); // char* rm = "rm -f /etc/apt/source.list.bak"; // chsrc_runcmd(rm); chsrc_say_thanks(&source); } /** * HELP: 未经测试 */ void os_kali_setsrc(char* option) { ensure_root(); int index = use_specific_mirror_or_auto_select (option, os_kali); source_info source = os_kali_sources[index]; chsrc_say_selection(&source); chsrc_backup ("/etc/apt/sources.list"); char* cmd = xy_strjoin(3, "sed -E -i \'s@https?://.*/kali/?@", source.url, "@g\' /etc/apt/sources.list"); chsrc_run(cmd); chsrc_say_thanks(&source); } /** * HELP: 未经测试 */ void os_msys2_setsrc(char* option) { int index = use_specific_mirror_or_auto_select (option, os_msys2); source_info source = os_msys2_sources[index]; chsrc_say_selection(&source); chsrc_backup ("/etc/pacman.d/mirrorlist.mingw32"); chsrc_backup ("/etc/pacman.d/mirrorlist.mingw64"); chsrc_backup ("/etc/pacman.d/mirrorlist.msys"); char* prev = xy_strjoin(3, "chsrc: 请针对你的架构下载安装此目录下的文件:", source.url, "distrib/<架构>/"); xy_info (prev); char* cmd = xy_strjoin(3, "sed -i \"s#https\?://mirror.msys2.org/#", source.url, "#g\" /etc/pacman.d/mirrorlist* "); chsrc_run(cmd); chsrc_say_thanks(&source); } /** * 参考: https://mirrors.tuna.tsinghua.edu.cn/help/archlinuxcn/ */ void os_arch_setsrc(char* option) { ensure_root(); int index = use_specific_mirror_or_auto_select (option, os_arch); source_info source = os_arch_sources[index]; chsrc_say_selection(&source); chsrc_backup ("/etc/pacman.d/mirrorlist"); bool arch_flag = false; char* new_file = NULL; char* arch = xy_getcmd("arch", NULL); if (strncmp(arch, "x86_64", 6)==0) { arch_flag = true; new_file = xy_strjoin(3, "Server = ", source.url, "archlinux/$repo/os/$arch"); } else { arch_flag = false; new_file = xy_strjoin(3, "Server = ", source.url, "archlinuxarm/$repo/os/$arch"); } // TODO: 这里用的是 overwrite 吗？ chsrc_overwrite_file (new_file, "/etc/pacman.d/mirrorlist"); chsrc_info("使用 archlinuxcn"); char* towrite = xy_strjoin(3, "[archlinuxcn]\nServer=", source.url, "archlinuxcn/$repo/os/$arch"); chsrc_append_to_file (towrite, "/etc/pacman.d/mirrorlist"); chsrc_run("pacman -Sy archlinux-keyring"); if(arch_flag) { chsrc_run("pacman -Syyu"); } else { chsrc_run("pacman -Syy"); } chsrc_say_thanks(&source); } /** * HELP: 未经测试 */ void os_gentoo_setsrc(char* option) { ensure_root(); int index = use_specific_mirror_or_auto_select (option, os_gentoo); source_info source = os_arch_sources[index]; chsrc_say_selection(&source); chsrc_backup ("/etc/portage/repos.conf/gentoo.conf"); char* cmd = xy_strjoin(3, "sed -i \"s#rsync://.*/gentoo-portage#rsync://", source.url, "gentoo-portage#g"); chsrc_run(cmd); char* towrite = xy_strjoin(3, "GENTOO_MIRRORS=\"https://", source.url, "gentoo\""); chsrc_append_to_file (towrite, "/etc/portage/make.conf"); chsrc_say_thanks(&source); } /** * 参考: https://help.mirrors.cernet.edu.cn/rocky/ */ void os_rocky_setsrc (char* option) { ensure_root(); int index = use_specific_mirror_or_auto_select (option, os_rocky); source_info source = os_rocky_sources[index]; chsrc_say_selection(&source); char* cmd = xy_strjoin(3, "sudo sed -e 's|^mirrorlist=|#mirrorlist=|g' " "-e 's|^#baseurl=http://dl.rockylinux.org/$contentdir|baseurl=", source.url, "|g' " "-i.bak /etc/yum.repos.d/rocky-extras.repo /etc/yum.repos.d/rocky.repo" ); chsrc_run(cmd); chsrc_say_thanks(&source); } /** * 参考: https://help.mirrors.cernet.edu.cn/alpine/ */ void os_alpine_setsrc (char* option) { // ensure_root(); // HELP: 不确定是否需要root int index = use_specific_mirror_or_auto_select (option, os_alpine); source_info source = os_alpine_sources[index]; chsrc_say_selection(&source); char* cmd = xy_strjoin(3, "sed -i 's#https\\?://dl-cdn.alpinelinux.org/alpine#", source.url, "#g' /etc/apk/repositories" ); chsrc_run(cmd); cmd = "apk update"; chsrc_run(cmd); chsrc_say_thanks(&source); } void os_void_getsrc (char* option) { char* cmd = "xbps-query -L"; chsrc_run(cmd); } /** * 参考: https://help.mirrors.cernet.edu.cn/voidlinux/ */ void os_void_setsrc (char* option) { // ensure_root(); // HELP: 不确定是否需要root int index = use_specific_mirror_or_auto_select (option, os_void); source_info source = os_void_sources[index]; chsrc_say_selection(&source); char* cmd = "mkdir -p /etc/xbps.d"; chsrc_run(cmd); cmd = "cp /usr/share/xbps.d/*-repository-*.conf /etc/xbps.d/"; chsrc_run(cmd); cmd = xy_strjoin(3, "sed -i 's|https://repo-default.voidlinux.org|", source.url, "|g' /etc/xbps.d/*-repository-*.conf" ); chsrc_run(cmd); cmd = xy_strjoin(3, "sed -i 's|https://alpha.de.repo.voidlinux.org|", source.url, "|g' /etc/xbps.d/*-repository-*.conf" ); chsrc_warn("若报错可尝试使用以下命令"); puts(cmd); chsrc_say_thanks(&source); } /** * 似乎会弹出GUI，待确定 */ void os_manjaro_setsrc(char* option) { ensure_root(); char* cmd = "sudo pacman-mirrors -i -c China -m rank"; chsrc_run(cmd); chsrc_run("sudo pacman -Syy"); } /** * HELP: 未经测试 */ void os_openeuler_setsrc (char* option) { ensure_root(); int index = use_specific_mirror_or_auto_select (option, os_openeuler); source_info source = os_openeuler_sources[index]; chsrc_say_selection(&source); chsrc_backup ("/etc/yum.repos.d/openEuler.repo"); char* towrite = xy_strjoin(3, "s#http://repo.openeuler.org#", source.url, "#\'< /etc/yum.repos.d/openEuler.repo.bak");; chsrc_overwrite_file (towrite, "/etc/yum.repos.d/openEuler.repo"); chsrc_say_thanks(&source); } /** * HELP: 未经测试 */ void os_openkylin_setsrc (char* option) { ensure_root(); int index = use_specific_mirror_or_auto_select (option, os_openkylin); source_info source = os_openkylin_sources[index]; chsrc_say_selection(&source); chsrc_backup ("/etc/apt/sources.list"); char* cmd = xy_strjoin(3, "sed -E -i \'s@https?://.*/openkylin/?@", source.url, "@g\' /etc/apt/sources.list"); chsrc_run(cmd); chsrc_say_thanks(&source); } /** * 参考: * 1. https://book.bsdcn.org/di-3-zhang-ruan-jian-yuan-ji-bao-guan-li-qi/di-3.2-jie-freebsd-huan-yuan-fang-shi.html * 2. https://help.mirrors.cernet.edu.cn/FreeBSD-ports/ * * 据 @ykla, * FreeBSD 有四类源：pkg、ports、portsnap、update，其中 portsnap 在 FreeBSD 14 已经被移除了 */ void os_freebsd_setsrc (char* option) { ensure_root(); // HELP: 不知道是否需要确保root权限 int index = use_specific_mirror_or_auto_select (option, os_freebsd); source_info source = os_freebsd_sources[index]; chsrc_say_selection(&source); chsrc_info("1. 添加 freebsd-pkg 源 (二进制安装包)"); char* pkg_mkdir = "mkdir -p /usr/local/etc/pkg/repos"; char* pkg_createconf = xy_strjoin(3, "ee /usr/local/etc/pkg/repos/", source.mirror->code, ".conf"); chsrc_run(pkg_mkdir); chsrc_run(pkg_createconf); char* pkg_content = xy_strjoin(4, source.mirror->code, ": { \n" " url: \"http://", source.url, "/freebsd-pkg/${ABI}/latest\",\n" " mirror_type: \"srv\",\n" " signature_type: \"none\",\n" " fingerprints: \"/usr/share/keys/pkg\",\n" " enabled: yes\n" "}\n" "FreeBSD: { enabled: no }" ); char* pkg_conf = xy_strjoin(3, "/usr/local/etc/pkg/repos/", source.mirror->code, ".conf"); chsrc_overwrite_file (pkg_content, pkg_conf); chsrc_warn("若要使用HTTPS源，请先安装securtiy/ca_root_ns，并将'http'改成'https'，最后使用'pkg update -f'刷新缓存即可\n"); chsrc_info("2. 修改 freebsd-ports 源"); // @ccmywish: [2023-09-27] 据 @ykla , NJU的freebsd-ports源没有设置 Git， // 但是我认为由于使用Git还是要比非Git方便许多，我们尽可能坚持使用Git // 而 gitup 又要额外修改它自己的配置，比较麻烦 bool git_exist = does_the_program_exist (xy_str_to_quietcmd("git version"), "git"); if (git_exist) { if (xy_streql("nju",source.mirror->code)) { source = os_freebsd_sources[index-1]; // 使用NJU的前一个源，即USTC源 } char* git_cmd = xy_strjoin(3, "git clone --depth 1 https://", source.url, "/freebsd-ports/ports.git /usr/ports"); chsrc_run(git_cmd); source = os_freebsd_sources[index]; // 恢复至选中的源 chsrc_warn("下次更新请使用 git -C /usr/ports pull 而非使用 gitup"); } else { char* fetch = xy_strjoin(3, "fetch https://", source.url, "/freebsd-ports/ports.tar.gz"); // 70多MB char* unzip = "tar -zxvf ports.tar.gz -C /usr/ports"; char* delete = "rm ports.tar.gz"; chsrc_run(fetch); chsrc_run(unzip); chsrc_run(delete); chsrc_warn("下次更新请重新下载内容至 /usr/ports"); } chsrc_info("3. 指定 port 源"); // https://help.mirrors.cernet.edu.cn/FreeBSD-ports/ chsrc_backup ("/etc/make.conf"); char* ports = xy_strjoin(3, "MASTER_SITE_OVERRIDE?=http://", source.url, "/freebsd-ports/distfiles/${DIST_SUBDIR}/"); chsrc_append_to_file (ports, "/etc/make.conf"); /* 不再换 portsnap */ /* char* portsnap_cp="cp /etc/portsnap.conf /etc/portsnap.conf.bak"; chsrc_runcmd(portsnap_cp); char* portsnap =xy_strjoin(3,"s@(.*)SERVERNAME=[\\.|a-z|A-Z]*@\\1SERVERNAME=", source.url, "@g < /etc/portsnap.conf.bak"); chsrc_overwrite_file (portsnap, "/etc/portsnap.conf"); chsrc_info("portsnap sources changed"); chsrc_info("获取portsnap更新使用此命令: 'portsnap fetch extract'"); */ // HELP: 暂时没有源提供 chsrc_warn ("4. 抱歉，目前境内无 freebsd-update 源，若存在请报告issue，谢谢"); /* chsrc_info("3. 修改 freebsd-update 源"); char* update_cp="cp /etc/freebsd-update.conf /etc/freebsd-update.conf.bak"; chsrc_runcmd(update_cp); char* update =xy_strjoin(3,"s@(.*)SERVERNAME [\\.|a-z|A-Z]*@\\1SERVERNAME ", source.url, "@g < /etc/freebsd-update.conf.bak"); chsrc_overwrite_file (update, "/etc/freebsd-update.conf"); */ chsrc_say_thanks(&source); } void os_netbsd_getsrc (char* option) { chsrc_check_file ("/usr/pkg/etc/pkgin/repositories.conf"); } /** * 参考: * 1. https://mirrors.tuna.tsinghua.edu.cn/help/pkgsrc/ * 2. https://book.bsdcn.org/di-27-zhang-netbsd/di-27.2-jie-huan-yuan-yu-bao-guan-li-qi.html * * 根据 @ykla (https://github.com/ykla) * NetBSD 默认状态下没有 pkgsrc，用户可能安装了也可能没安装 * * HELP: 未经测试 */ void os_netbsd_setsrc(char* option) { ensure_root(); // HELP: 不知道是否需要确保root权限 int index = use_specific_mirror_or_auto_select (option, os_netbsd); source_info source = os_netbsd_sources[index]; chsrc_say_selection(&source); chsrc_backup ("/usr/pkg/etc/pkgin/repositories.conf"); char* arch = xy_getcmd("arch", NULL); char* vercmd = "cat /etc/os-release | grep \"VERSION=\" | grep -Po \"[8-9].[0-9]+\""; char* version = xy_getcmd(vercmd, NULL); char* url = xy_strjoin(5, source.url, arch, "/", version, "/All"); chsrc_overwrite_file (url, "/usr/pkg/etc/pkgin/repositories.conf"); chsrc_say_thanks(&source); } void os_openbsd_getsrc (char* option) { chsrc_check_file ("/etc/installurl"); } /** * 参考： * 1. https://mirrors.tuna.tsinghua.edu.cn/help/openbsd/ * 2. https://book.bsdcn.org/di-26-zhang-openbsd/di-26.2-jie-pei-zhi.html */ void os_openbsd_setsrc(char* option) { ensure_root(); int index = use_specific_mirror_or_auto_select (option, os_openbsd); source_info source = os_openbsd_sources[index]; chsrc_say_selection(&source); chsrc_backup ("/etc/installurl"); chsrc_overwrite_file (source.url, "/etc/installurl"); chsrc_say_thanks(&source); } void wr_tex_check_cmd_ (bool* tlmgr_exist, bool* mpm_exist) { char* check_cmd = xy_str_to_quietcmd("tlmgr --version"); *tlmgr_exist = does_the_program_exist (check_cmd, "tlmgr"); check_cmd = xy_str_to_quietcmd("mpm --version"); *mpm_exist = does_the_program_exist (check_cmd, "mpm"); if (!*tlmgr_exist && !*mpm_exist) { xy_error ("chsrc: 未找到 tlmgr 或 mpm 命令，请检查是否存在（其一）"); exit(1); } } void wr_tex_getsrc(char* option) { bool tlmgr_exist, mpm_exist; wr_tex_check_cmd_(&tlmgr_exist, &mpm_exist); if (tlmgr_exist) { chsrc_run("tlmgr option repository"); } if (mpm_exist) { chsrc_run("mpm --get-repository"); } } /** * 参考 https://help.mirrors.cernet.edu.cn/CTAN/ */ void wr_tex_setsrc(char* option) { bool tlmgr_exist, mpm_exist; wr_tex_check_cmd_(&tlmgr_exist, &mpm_exist); int index = use_specific_mirror_or_auto_select (option, wr_tex); source_info source = wr_tex_sources[index]; chsrc_say_selection (&source); char* cmd = NULL; if (tlmgr_exist) { cmd = xy_2strjoin("tlmgr option repository ", source.url); chsrc_run(cmd); } if (mpm_exist) { char* miktex_url = xy_2strjoin(xy_str_delete_suffix(source.url, "texlive/tlnet"), "win32/miktex/tm/packages/"); cmd = xy_2strjoin("mpm --set-repository=", miktex_url); chsrc_run(cmd); } chsrc_say_thanks(&source); } void wr_emacs_setsrc(char* option) { int index = use_specific_mirror_or_auto_select (option, wr_emacs); source_info source = wr_emacs_sources[index]; chsrc_say_selection (&source); chsrc_warn("抱歉，Emacs换源涉及Elisp，您可手动查阅并换源:"); puts(source.url); chsrc_say_thanks (&source); } void wr_brew_getsrc(char* option) { char* cmd = "echo HOMEBREW_API_DOMAIN=$HOMEBREW_API_DOMAIN;" "echo HOMEBREW_BOTTLE_DOMAIN=$HOMEBREW_BOTTLE_DOMAIN;" "echo HOMEBREW_BREW_GIT_REMOTE=$HOMEBREW_BREW_GIT_REMOTE;" "echo HOMEBREW_CORE_GIT_REMOTE=$HOMEBREW_CORE_GIT_REMOTE;"; system(cmd); } /** * 参考自: https://mirrors.tuna.tsinghua.edu.cn/help/homebrew/ * * 自brew 4.0.0 (2023 年 2 月 16日) 起， * HOMEBREW_INSTALL_FROM_API 会成为默认行为，无需设置。大部分用户无需再克隆 homebrew-core 仓库，故无需设置 HOMEBREW_CORE_GIT_REMOTE 环境变量； * 但是为了以防万一，我们还是为用户设置该环境变量 */ void wr_brew_setsrc(char* option) { int index = use_specific_mirror_or_auto_select (option, wr_brew); source_info source = wr_brew_sources[index]; chsrc_say_selection (&source); char* api_domain = xy_strjoin(3, "export HOMEBREW_API_DOMAIN=\"", xy_2strjoin(source.url, "homebrew-bottles/api"), "\""); char* bottle_domain = xy_strjoin(3, "export HOMEBREW_BOTTLE_DOMAIN=\"", xy_2strjoin(source.url, "homebrew-bottles"), "\""); char* brew_git_remote = xy_strjoin(3, "export HOMEBREW_BREW_GIT_REMOTE=\"", xy_2strjoin(source.url, "git/homebrew/brew.git"), "\""); char* core_git_remote = xy_strjoin(3, "export HOMEBREW_CORE_GIT_REMOTE=\"", xy_2strjoin(source.url, "git/homebrew/homebrew-core.git"), "\""); chsrc_append_to_file (api_domain, "~/.bashrc >> ~/.zshrc"); chsrc_append_to_file (bottle_domain, "~/.bashrc >> ~/.zshrc"); chsrc_append_to_file (brew_git_remote, "~/.bashrc >> ~/.zshrc"); chsrc_append_to_file (core_git_remote, "~/.bashrc >> ~/.zshrc"); chsrc_say_thanks (&source); puts(""); chsrc_warn("请您重启终端使环境变量生效"); } /** * 参考: https://mirrors.sjtug.sjtu.edu.cn/docs/guix */ void wr_guix_setsrc (char* option) { int index = use_specific_mirror_or_auto_select (option, wr_guix); source_info source = wr_guix_sources[index]; chsrc_say_selection (&source); char* file = xy_strjoin(3, "(list (channel\n" " (inherit (car %default-channels))\n" " (url \"", source.url, "\")))"); xy_warn ("chsrc: 为防止扰乱配置文件，请您手动写入以下内容到 ~/.config/guix/channels.scm 文件中"); puts(file); chsrc_say_thanks(&source); } void wr_nix_check_cmd_() { char* check_cmd = xy_str_to_quietcmd("nix-channel --version"); bool exist = does_the_program_exist (check_cmd, "nix-channel"); if (!exist) { xy_error ("chsrc: 未找到 nix-channel 命令，请检查是否存在"); exit(1); } } /** * 参考: * 1. https://mirrors.bfsu.edu.cn/help/nix-channels/ * 2. https://gitee.com/RubyMetric/chsrc/issues/I83894 */ void wr_nix_setsrc (char* option) { wr_nix_check_cmd_(); int index = use_specific_mirror_or_auto_select (option, wr_nix); source_info source = wr_nix_sources[index]; chsrc_say_selection (&source); char* cmd = xy_strjoin(3, "nix-channel --add ", source.url, "nixpkgs-unstable nixpkgs"); chsrc_run(cmd); char* towrite = xy_strjoin (3, "substituters = ", source.url, "store https://cache.nixos.org/"); chsrc_append_to_file (towrite , "~/.config/nix/nix.conf"); chsrc_run("nix-channel --update"); chsrc_info("若您使用的是NixOS，请确认您的系统版本（如22.11），并手动运行:"); cmd = xy_strjoin(3, "nix-channel --add ", source.url, "nixpkgs- nixpkgs"); puts(cmd); cmd = xy_strjoin(3, "nix.settings.substituters = [ \"", source.url, "store\" ];"); chsrc_info("若您使用的是NixOS，请额外添加下述内容至 configuration.nix 中"); puts(cmd); chsrc_say_thanks(&source); } /** * 参考: https://mirrors.sjtug.sjtu.edu.cn/docs/flathub */ void wr_flathub_setsrc(char* option) { int index = use_specific_mirror_or_auto_select (option, wr_flathub); source_info source = wr_flathub_sources[index]; chsrc_say_selection (&source); xy_warn ("chsrc: 若出现问题，可先调用以下命令:"); char* note = xy_strjoin(3, "wget ", source.url, "/flathub.gpg\n" "sudo flatpak remote-modify --gpg-import=flathub.gpg flathub" ); puts(note); char* cmd = xy_2strjoin("sudo flatpak remote-modify flathub --url=", source.url); chsrc_run(cmd); chsrc_say_thanks(&source); } void wr_anaconda_setsrc(char* option) { int index = use_specific_mirror_or_auto_select (option, wr_anaconda); source_info source = wr_anaconda_sources[index]; chsrc_say_selection (&source); char* main = xy_2strjoin(source.url, "pkgs/main"); char* r = xy_2strjoin(source.url, "pkgs/r"); char* msys2 = xy_2strjoin(source.url, "pkgs/msys2"); char* cloud = xy_2strjoin(source.url, "cloud"); char* file = xy_strjoin(22, "channels:\n - defaults\n" "show_channel_urls: true\ndefault_channels:" "\n - ", main, "\n - ", r, "\n - ", msys2, "\ncustom_channels:\n" " conda-forge: ", cloud, "\n msys2: ", cloud, "\n bioconda: ", cloud, "\n menpo: ", cloud, "\n pytorch: ", cloud, "\n pytorch-lts: ", cloud, "\n simpleitk: ", cloud, "\n deepmodeling: ", cloud); // TODO: 待确认 windows 上也是这里吗？ char* config = xy_2strjoin(xy_os_home, "/.condarc"); if (xy_on_windows) { char* check_cmd = xy_str_to_quietcmd("conda --version"); bool exist = does_the_program_exist (check_cmd, "conda"); if (!exist) { xy_error ("chsrc: 未找到 conda 命令，请检查是否存在"); exit(1); } chsrc_run("conda config --set show_channel_urls yes"); } xy_info(xy_strjoin(3, "chsrc: 请向 ", config, " 中手动添加:")); puts(file); xy_info("chsrc: 然后运行 conda clean -i 清除索引缓存，保证用的是镜像站提供的索引"); chsrc_say_thanks(&source); } /************************************** Begin Target Matrix ****************************************/ def_target_info(pl_ruby); def_target_info(pl_python); def_target_info(pl_nodejs); def_target_info(pl_perl); def_target_info(pl_php); def_target_info(pl_go); def_target_info(pl_rust); def_target_info(pl_java); def_target_info(pl_dart); def_target_info(pl_ocaml); def_target_info(pl_r); def_target_info(pl_julia); target_info pl_clojure_target = {pl_clojure_setsrc, NULL, pl_clojure_sources, pl_clojure_sources_n}, pl_dotnet_target = {pl_dotnet_setsrc, NULL, pl_dotnet_sources, pl_dotnet_sources_n}, pl_haskell_target = {pl_haskell_setsrc, NULL, pl_haskell_sources, pl_haskell_sources_n}; #define targetinfo(t) (const char*)t static const char *pl_ruby [] = {"gem", "ruby", "rb", "rubygems", NULL, targetinfo(&pl_ruby_target)}, *pl_python[] = {"pip", "python", "py", "pypi", NULL, targetinfo(&pl_python_target)}, *pl_nodejs[] = {"npm", "node", "js", "nodejs", "yarn" NULL, targetinfo(&pl_nodejs_target)}, *pl_perl [] = {"perl", "cpan", NULL, targetinfo(&pl_perl_target)}, *pl_php [] = {"php", "composer", NULL, targetinfo(&pl_php_target)}, *pl_go [] = {"go", "golang", "goproxy", NULL, targetinfo(&pl_go_target)} , *pl_rust [] = {"rust", "cargo", "crate", "crates", NULL, targetinfo(&pl_rust_target)}, *pl_java [] = {"java", "maven", "gradle", NULL, targetinfo(&pl_java_target)}, *pl_clojure[] ={"clojure","clojars","leiningen", "lein", NULL, targetinfo(&pl_clojure_target)}, *pl_dart [] = {"dart", "pub", "flutter", NULL, targetinfo(&pl_dart_target)}, *pl_dotnet[] = {"nuget", "net", ".net", "dotnet", NULL, targetinfo(&pl_dotnet_target)}, *pl_haskell[] ={"haskell", "cabal", "stack", "hackage", NULL, targetinfo(&pl_haskell_target)}, *pl_ocaml[] = {"ocaml", "opam", NULL, targetinfo(&pl_ocaml_target)}, *pl_r [] = {"r", "cran", NULL, targetinfo(&pl_r_target)}, *pl_julia [] = {"julia", NULL, targetinfo(&pl_julia_target)}, **pl_packagers[] = { pl_ruby, pl_python, pl_nodejs, pl_perl, pl_php, pl_rust, pl_go, /*pl_dotnet,*/ pl_java, pl_clojure, pl_dart, pl_haskell, pl_ocaml, pl_r, pl_julia }; def_target_info(os_ubuntu); def_target_info(os_debian); def_target_info(os_deepin); def_target_info(os_void); def_target_info(os_netbsd); def_target_info(os_openbsd); target_info os_fedora_target = {os_fedora_setsrc, NULL, os_fedora_sources, os_fedora_sources_n}, os_opensuse_target = {os_opensuse_setsrc, NULL, os_opensuse_sources, os_opensuse_sources_n}, os_kali_target = {os_kali_setsrc, NULL, os_kali_sources, os_kali_sources_n}, os_msys2_target = {os_msys2_setsrc, NULL, os_msys2_sources, os_msys2_sources_n}, os_arch_target = {os_arch_setsrc, NULL, os_arch_sources, os_arch_sources_n}, os_manjaro_target = {os_manjaro_setsrc, NULL, NULL, 0}, os_gentoo_target = {os_gentoo_setsrc, NULL, os_gentoo_sources, os_gentoo_sources_n}, os_rocky_target = {os_rocky_setsrc, NULL, os_rocky_sources, os_rocky_sources_n}, os_alpine_target = {os_alpine_setsrc, NULL, os_alpine_sources, os_alpine_sources_n}, os_freebsd_target = {os_freebsd_setsrc, NULL, os_freebsd_sources, os_freebsd_sources_n}, os_openeuler_target = {os_openeuler_setsrc, NULL, os_openeuler_sources, os_openeuler_sources_n}, os_openkylin_target = {os_openkylin_setsrc, NULL, os_openkylin_sources, os_openkylin_sources_n}; static const char *os_ubuntu [] = {"ubuntu", NULL, targetinfo(&os_ubuntu_target)}, *os_debian [] = {"debian", "deb", NULL, targetinfo(&os_debian_target)}, *os_fedora [] = {"fedora", NULL, targetinfo(&os_fedora_target)}, *os_opensuse [] = {"opensuse","suse", NULL, targetinfo(&os_opensuse_target)}, *os_kali [] = {"kali", NULL, targetinfo(&os_kali_target)}, *os_msys2 [] = {"msys2", "msys", NULL, targetinfo(&os_msys2_target)}, *os_arch [] = {"arch", NULL, targetinfo(&os_arch_target)}, *os_manjaro [] = {"manjaro", NULL, targetinfo(&os_manjaro_target)}, *os_gentoo [] = {"gentoo", NULL, targetinfo(&os_gentoo_target)}, *os_rocky [] = {"rocky", "rockylinux", NULL, targetinfo(&os_rocky_target)}, *os_alpine [] = {"alpine", NULL, targetinfo(&os_alpine_target)}, *os_void [] = {"void", "voidlinux", NULL, targetinfo(&os_void_target)}, *os_freebsd [] = {"freebsd", NULL, targetinfo(&os_freebsd_target)}, *os_netbsd [] = {"netbsd", NULL, targetinfo(&os_netbsd_target)}, *os_openbsd [] = {"openbsd", NULL, targetinfo(&os_openbsd_target)}, *os_deepin [] = {"deepin", NULL, targetinfo(&os_deepin_target)}, *os_openeuler [] = {"openeuler", "euler", NULL, targetinfo(&os_openeuler_target)}, *os_openkylin [] = {"openkylin", NULL, targetinfo(&os_openkylin_target)}, **os_systems[] = { os_ubuntu, os_debian, os_fedora, os_opensuse, os_kali, os_arch, os_manjaro, os_gentoo, os_rocky, os_alpine, os_freebsd, os_netbsd, os_openbsd, os_msys2, os_deepin, os_openeuler, os_openkylin, }; def_target_info(wr_brew); def_target_info(wr_tex); target_info wr_flathub_target = {wr_flathub_setsrc, NULL, wr_flathub_sources, wr_flathub_sources_n}, wr_nix_target = {wr_nix_setsrc, NULL, wr_nix_sources, wr_nix_sources_n}, wr_guix_target = {wr_guix_setsrc, NULL, wr_guix_sources, wr_guix_sources_n}, wr_emacs_target = {wr_emacs_setsrc, NULL, wr_emacs_sources, wr_emacs_sources_n}, wr_anaconda_target = {wr_anaconda_setsrc, NULL, wr_anaconda_sources, wr_anaconda_sources_n}; static const char *wr_brew [] = {"brew", "homebrew", NULL, targetinfo(&wr_brew_target)}, *wr_flathub [] = {"flathub", NULL, targetinfo(&wr_flathub_target)}, *wr_nix [] = {"nix", NULL, targetinfo(&wr_nix_target)}, *wr_guix [] = {"guix", NULL, targetinfo(&wr_guix_target)}, *wr_emacs [] = {"emacs", "elpa", NULL, targetinfo(&wr_emacs_target)}, *wr_tex [] = {"latex", "ctan", "tex", "texlive", "miktex", "tlmgr", "mpm", NULL, targetinfo(&wr_tex_target)}, *wr_anaconda[] = {"conda", "anaconda", NULL, targetinfo(&wr_anaconda_target)}, **wr_softwares[] = { wr_brew, wr_flathub, wr_nix, wr_guix, wr_emacs, wr_tex, wr_anaconda }; #undef targetinfo /************************************** End Target Matrix ****************************************/ static const char* usage[] = { "维护: https://gitee.com/RubyMetric/chsrc\n", "使用: chsrc [target] [mirror]", "help 打印此帮助，或 h, -h, --help", "list (或 ls, 或 l) 列出可用镜像源，和可换源软件", "list mirror/target 列出可用镜像源，或可换源软件", "list os/lang/ware 列出可换源的操作系统/编程语言/软件", "list 查看该软件可以使用哪些源", "cesu 对该软件所有源测速", "get 查看当前软件的源使用情况", "set 换源，自动测速后挑选最快源", "set def(ault) 换源，默认使用维护团队测速第一的源", "set 换源，指定使用某镜像站\n" }; void call_cmd (void* cmdptr, const char* arg) { void (*cmd_func)(const char*) = cmdptr; if (NULL==arg) { xy_info("chsrc: 将使用默认镜像"); } cmd_func(arg); } void print_available_mirrors () { xy_info ("chsrc: 支持以下镜像站，荣耀均归属于这些站点，以及它们的开发/维护者们"); xy_warn ("chsrc: 下方 code 列，可用于指定使用某镜像站，请使用 chsrc set "); printf ("%-14s%-30s%-41s ", "code", "服务商缩写", "服务商URL"); puts("服务商名称"); puts ("-------------------------------------------------------------------------------------------------"); for (int i=0; icode, mir->abbr, mir->site); puts(mir->name); } } void print_supported_targets_ (const char*** array, size_t size) { for (int i=0; i */ void print_supported_sources_for_target (source_info sources[], size_t size) { for (int i=0;icode, mir->abbr, src.url); puts(mir->name); } } void print_help () { puts(xy_strjoin(3, "chsrc: Change Source (GPLv3) ", xy_str_to_magenta(Chsrc_Version), " by RubyMetric\n")); for (int i=0; isetfn) target->setfn(option); else xy_error (xy_strjoin(3, "chsrc: 暂未对 ", input, " 实现set功能，欢迎贡献")); } else if (Target_Get_Source==code) { if (target->getfn) target->getfn(""); else xy_error (xy_strjoin(3, "chsrc: 暂未对 ", input, " 实现get功能，欢迎贡献")); } else if (Target_List_Source==code) { xy_info (xy_strjoin(3,"chsrc: 对 ", input ," 支持以下镜像站，荣耀均归属于这些站点，以及它们的开发/维护者们")); xy_warn (xy_strjoin(3, "chsrc: 下方 code 列，可用于指定使用某源，请使用 chsrc set ", input, " ")); printf ("%-14s%-35s%-45s ", "code", "服务商缩写", "服务源URL"); puts("服务商名称"); puts ("--------------------------------------------------------------------------------------------------------"); print_supported_sources_for_target (target->sources, target->sources_n); } else if (Target_Cesu_Source==code) { char* check_cmd = xy_str_to_quietcmd("curl --version"); bool exist_b = does_the_program_exist (check_cmd, "curl"); if (!exist_b) { xy_error ("chsrc: 没有curl命令，无法测速"); exit(1); } auto_select_ (target->sources, target->sources_n, input-3); return true; } return true; } int main (int argc, char const *argv[]) { xy_useutf8(); argc -= 1; if (argc==0) { print_help(); return 0; } const char* command = argv[1]; bool matched = false; /* chsrc help */ if (xy_streql(command, "h") || xy_streql(command, "-h") || xy_streql(command, "help") || xy_streql(command, "--help")) { print_help(); return 0; } /* chsrc list */ else if (xy_streql(command, "list") || xy_streql(command, "l") || xy_streql(command, "ls")) { if (argc < 2) { print_available_mirrors(); puts(""); print_supported_targets(); } else { if (xy_streql(argv[2],"mirrors")) { print_available_mirrors(); return 0; } if (xy_streql(argv[2],"mirror")) { print_available_mirrors(); return 0; } if (xy_streql(argv[2],"targets")) { print_supported_targets(); return 0; } if (xy_streql(argv[2],"target")) { print_supported_targets(); return 0; } if (xy_streql(argv[2],"os")) { print_supported_os(); return 0; } if (xy_streql(argv[2],"lang")) { print_supported_pl(); return 0; } if (xy_streql(argv[2],"pl")) { print_supported_pl(); return 0; } if (xy_streql(argv[2],"language")) { print_supported_pl(); return 0; } if (xy_streql(argv[2],"software")) { print_supported_wr(); return 0; } if (xy_streql(argv[2],"ware")) { print_supported_wr(); return 0; } matched = get_target(argv[2], Target_List_Source, NULL); if (!matched) goto not_matched; } return 0; } /* chsrc cesu */ else if (xy_streql(command, "cesu") || xy_streql(command, "ce") || xy_streql(command, "c")) { if (argc < 2) { xy_error ("chsrc: 请您提供想要测速源的软件名; 使用 chsrc list targets 查看所有支持的软件"); return 1; } matched = get_target(argv[2], Target_Cesu_Source, NULL); if (!matched) goto not_matched; return 0; } /* chsrc get */ else if (xy_streql(command, "get") || xy_streql(command, "g")) { if (argc < 2) { xy_error ("chsrc: 请您提供想要查看源的软件名; 使用 chsrc list targets 查看所有支持的软件"); return 1; } matched = get_target(argv[2], Target_Get_Source, NULL); if (!matched) goto not_matched; return 0; } /* chsrc set */ else if (xy_streql(command, "set") || xy_streql(command, "s")) { if (argc < 2) { xy_error ("chsrc: 请您提供想要设置源的软件名; 使用 chsrc list targets 查看所有支持的软件"); return 1; } char* option = NULL; if (argc >= 3) { option = (char*) argv[3]; // 暂时我们只接受最多三个参数 } matched = get_target(argv[2], Target_Set_Source, option); if (!matched) goto not_matched; return 0; } /* 不支持的命令 */ else { xy_error ("chsrc: 不支持的命令，请使用 chsrc help 查看使用方式"); return 1; } not_matched: if (!matched) { xy_info("chsrc: 暂不支持的换源目标，请使用 chsrc list targets 查看可换源软件"); return 1; } }