Class: Pindo::GitHandler
- Inherits:
-
Object
- Object
- Pindo::GitHandler
- Extended by:
- Executable
- Defined in:
- lib/pindo/base/git_handler.rb
Overview
Git 操作处理类提供所有 Git 相关的静态方法,方便其他模块直接调用
Class Method Summary collapse
- .add_branch(local_repo_dir: nil, branch: nil) ⇒ Object
- .add_tag(local_repo_dir: nil, tag_name: nil) ⇒ Object
- .add_tag_with_check(local_repo_dir: nil, tag_name: nil, check: true) ⇒ Object
-
.check_submodule_dirty_state(git_root, gitmodules_path) ⇒ Object
检查子模块是否有未提交的内容(脏数据).
-
.check_submodule_path_conflicts(git_root, gitmodules_path) ⇒ Array<Hash>
检查子模块路径冲突.
-
.check_unpushed_commits(project_dir:, branch:) ⇒ void
检查并推送未推送的本地提交,确保本地和远程分支完全同步.
- .clone_clang_repo ⇒ Object
- .clone_devclang_repo ⇒ Object
- .clone_pindo_common_config_repo(force_delete: false) ⇒ Object
- .clone_pindo_env_config_repo(force_delete: false) ⇒ Object
- .clong_buildconfig_repo(repo_name: nil) ⇒ Object
-
.create_next_version_tag(project_dir: nil, tag_prefix: "v", increment_mode: "minor", force_retag: false) ⇒ String
创建新的版本标签.
-
.display_file_status(branch, files) ⇒ Object
显示未提交的文件状态.
-
.display_submodules_status(git_root) ⇒ Object
显示子模块状态信息.
-
.get_latest_conventional_commit(project_dir: nil, tag_prefix: 'v') ⇒ Hash
获取最新的符合规范的 commit 优先级: 1.
-
.get_latest_version_tag(project_dir: nil, tag_prefix: "v") ⇒ String?
获取最新的版本标签.
- .get_repo_base_name(repo_url: nil) ⇒ Object
-
.get_uncommitted_files(project_dir:) ⇒ Array<String>?
获取未提交的文件列表.
-
.get_uncommitted_files_process_type(project_dir:, interactive: true, default_process_type: nil) ⇒ Symbol
获取未提交文件的处理方式.
- .getcode_to_dir(reponame: nil, remote_url: nil, path: nil, new_branch: "master", new_tag: nil) ⇒ Object
- .git_addpush_repo(path: nil, message: "res", commit_file_params: nil) ⇒ Object
- .git_latest_commit_id(local_repo_dir: nil) ⇒ Object
- .git_root_directory(local_repo_dir: nil) ⇒ Object
-
.has_uncommitted_changes?(git_root_dir: nil) ⇒ Boolean
检查仓库是否有未提交的更改(包括未暂存和已暂存的更改).
-
.head_has_version_tag?(project_dir:, tag_prefix: 'v') ⇒ Boolean
检查 HEAD 是否已有版本 tag.
- .is_git_directory?(local_repo_dir: nil) ⇒ Boolean
-
.is_tag_at_head?(git_root_dir: nil, tag_name: nil) ⇒ Boolean
检查tag是否在指定的commit上.
- .local_branch_exists?(local_repo_dir: nil, branch: nil) ⇒ Boolean
- .local_tag_exists?(local_repo_dir: nil, tag_name: nil) ⇒ Boolean
-
.merge_branches(project_dir:, source_branch:, target_branch:, sync_branches: false) ⇒ void
合并分支 将源分支合并到目标分支,支持单向或双向同步.
-
.parse_gitmodules_count(gitmodules_path) ⇒ Integer
解析 .gitmodules 文件,统计子模块数量.
-
.parse_submodule_paths(gitmodules_path) ⇒ Array<String>
解析 .gitmodules 文件,提取所有子模块路径.
- .prepare_gitenv ⇒ Object
-
.process_need_add_files(project_dir:, process_type:, commit_message: nil) ⇒ Object
处理未提交的文件.
- .remote_branch_exists?(local_repo_dir: nil, branch: nil) ⇒ Boolean
- .remote_tag_exists?(local_repo_dir: nil, tag_name: nil) ⇒ Boolean
- .remove_branch(local_repo_dir: nil, branch: nil) ⇒ Object
- .remove_tag(local_repo_dir: nil, tag_name: nil) ⇒ Object
-
.update_submodules(local_repo_dir:, force: false) ⇒ Boolean
初始化并递归更新所有 Git 子模块.
Methods included from Executable
capture_command, executable, execute_command, popen3, reader, which, which!
Class Method Details
.add_branch(local_repo_dir: nil, branch: nil) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 44 def add_branch(local_repo_dir: nil, branch: nil) current=Dir.pwd result = false if !local_branch_exists?(local_repo_dir: local_repo_dir, branch: branch) git!(%W(-C #{local_repo_dir} checkout -b #{branch})) result = true end git!(%W(-C #{local_repo_dir} push origin #{branch}:#{branch})) Dir.chdir(current) return result end |
.add_tag(local_repo_dir: nil, tag_name: nil) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 118 def add_tag(local_repo_dir: nil, tag_name: nil) current=Dir.pwd result = false if File.exist?(local_repo_dir) Dir.chdir(local_repo_dir) if !local_tag_exists?(local_repo_dir: local_repo_dir, tag_name: tag_name) git!(%W(-C #{local_repo_dir} tag #{tag_name})) result = true end git!(%W(-C #{local_repo_dir} push origin #{tag_name})) else result = false end Dir.chdir(current) return result end |
.add_tag_with_check(local_repo_dir: nil, tag_name: nil, check: true) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 136 def add_tag_with_check(local_repo_dir:nil, tag_name:nil, check: true) if remote_tag_exists?(local_repo_dir: local_repo_dir, tag_name: tag_name) puts puts "路径: #{local_repo_dir}" puts "Tag: #{tag_name}" puts puts "仓库已经存在同样tag:#{tag_name} !!!" if check answer = agree("确定删除远程仓库的tag, 重新添加tag:#{tag_name}吗(Y/n)?:") unless answer raise Informative, "添加tag异常!!!" end end if local_tag_exists?(local_repo_dir: local_repo_dir, tag_name: tag_name) git!(%W(-C #{local_repo_dir} tag -d #{tag_name})) end git!(%W(-C #{local_repo_dir} push origin :#{tag_name})) add_tag(local_repo_dir:local_repo_dir, tag_name:tag_name) else if local_tag_exists?(local_repo_dir: local_repo_dir, tag_name: tag_name) git!(%W(-C #{local_repo_dir} tag -d #{tag_name})) end add_tag(local_repo_dir:local_repo_dir, tag_name:tag_name) end end |
.check_submodule_dirty_state(git_root, gitmodules_path) ⇒ Object
检查子模块是否有未提交的内容(脏数据)
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# File 'lib/pindo/base/git_handler.rb', line 1278 def check_submodule_dirty_state(git_root, gitmodules_path) submodule_paths = parse_submodule_paths(gitmodules_path) dirty_submodules = [] submodule_paths.each do |path| full_path = File.join(git_root, path) next unless File.exist?(full_path) begin # 使用 git status --porcelain 检查是否有修改 status = git!(%W(-C #{full_path} status --porcelain)) unless status.nil? || status.strip.empty? # 统计修改类型 lines = status.strip.split("\n") untracked = lines.count { |line| line.start_with?('??') } modified = lines.count { |line| line.start_with?(' M', 'M ', 'MM') } added = lines.count { |line| line.start_with?('A ') } deleted = lines.count { |line| line.start_with?(' D', 'D ') } dirty_submodules << { path: path, untracked: untracked, modified: modified, added: added, deleted: deleted, total: lines.size } end rescue => e # 忽略错误,继续检查其他子模块 end end # 如果有脏数据,显示警告 unless dirty_submodules.empty? puts "\n" Funlog.instance.("⚠️ 检测到 #{dirty_submodules.size} 个子模块包含未提交的内容") puts "\n以下子模块有未提交的修改:\n".yellow dirty_submodules.each do |submodule| puts " • #{submodule[:path]}:".yellow puts " - 未跟踪文件: #{submodule[:untracked]} 个".yellow if submodule[:untracked] > 0 puts " - 已修改文件: #{submodule[:modified]} 个".yellow if submodule[:modified] > 0 puts " - 已添加文件: #{submodule[:added]} 个".yellow if submodule[:added] > 0 puts " - 已删除文件: #{submodule[:deleted]} 个".yellow if submodule[:deleted] > 0 end puts "\n建议处理方式:".yellow puts " 1. 进入子模块目录处理这些修改:cd #{dirty_submodules.first[:path]}".yellow puts " 2. 在子模块中提交修改:git add . && git commit -m 'message'".yellow puts " 3. 或者丢弃修改:git clean -fd && git reset --hard\n".yellow end end |
.check_submodule_path_conflicts(git_root, gitmodules_path) ⇒ Array<Hash>
检查子模块路径冲突
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# File 'lib/pindo/base/git_handler.rb', line 1248 def check_submodule_path_conflicts(git_root, gitmodules_path) submodule_paths = parse_submodule_paths(gitmodules_path) conflicts = [] submodule_paths.each do |path| full_path = File.join(git_root, path) # 检查:路径存在 && 不是 git 仓库 && 不为空 if File.exist?(full_path) && File.directory?(full_path) git_dir = File.join(full_path, '.git') unless File.exist?(git_dir) # 检查目录是否为空 unless Dir.empty?(full_path) conflicts << { path: path, full_path: full_path, files: Dir.children(full_path).size } end end end end conflicts end |
.check_unpushed_commits(project_dir:, branch:) ⇒ void
This method returns an undefined value.
检查并推送未推送的本地提交,确保本地和远程分支完全同步
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# File 'lib/pindo/base/git_handler.rb', line 1057 def check_unpushed_commits(project_dir:, branch:) remote_branch = "origin/#{branch}" # 1. 检查远程分支是否存在 remote_exists = false begin git!(%W(-C #{project_dir} rev-parse --verify #{remote_branch})) remote_exists = true rescue => e # 远程分支不存在 remote_exists = false end # 2. 如果远程分支不存在,直接推送创建远程分支 unless remote_exists Funlog.instance.("远程分支 #{remote_branch} 不存在,需要创建") Funlog.instance.("正在推送并创建远程分支...") git!(%W(-C #{project_dir} push -u origin #{branch})) Funlog.instance.("远程分支创建成功!") return end # 3. 先 fetch 获取最新的远程状态 git!(%W(-C #{project_dir} fetch origin #{branch})) # 4. 检查本地分支是否领先远程分支 ahead_count = git!(%W(-C #{project_dir} rev-list --count #{remote_branch}..#{branch})).strip.to_i # 5. 检查远程分支是否领先本地分支 behind_count = git!(%W(-C #{project_dir} rev-list --count #{branch}..#{remote_branch})).strip.to_i # 6. 根据同步状态执行相应操作 if ahead_count == 0 && behind_count == 0 Funlog.instance.("本地分支 #{branch} 与远程分支完全同步") return elsif ahead_count > 0 && behind_count == 0 # 仅本地领先:直接推送 Funlog.instance.("检测到 #{ahead_count} 个本地提交尚未推送") Funlog.instance.("正在推送到远程分支 #{remote_branch}...") git!(%W(-C #{project_dir} push origin #{branch})) Funlog.instance.("推送成功!") elsif ahead_count == 0 && behind_count > 0 # 仅远程领先:重置本地到远程位置 Funlog.instance.("远程分支领先本地 #{behind_count} 个提交") # 检查工作目录是否干净 status = git!(%W(-C #{project_dir} status --porcelain)).strip unless status.empty? raise Informative, "工作目录有未提交的修改,无法同步远程更新。请先提交或 stash 修改。" end # 工作目录干净,安全地重置到远程位置 Funlog.instance.("正在重置本地分支到远程位置...") git!(%W(-C #{project_dir} reset --hard #{remote_branch})) Funlog.instance.("已同步到远程分支!") else # 分叉:需要合并 Funlog.instance.("本地和远程分支已分叉:本地领先 #{ahead_count} 个提交,远程领先 #{behind_count} 个提交") raise Informative, "本地分支和远程分支已分叉,请手动合并或变基后再继续!" end end |
.clone_clang_repo ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 402 def clone_clang_repo pindo_dir = File::(Pindoconfig.instance.pindo_dir) if !File.exist?(pindo_dir) FileUtils.mkdir(pindo_dir) end getcode_to_dir(reponame:"deployclang", remote_url:Pindoconfig.instance.deploy_clang_giturl, path:pindo_dir) config_repo_dir = File.join(pindo_dir, "deployclang") return config_repo_dir end |
.clone_devclang_repo ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 390 def clone_devclang_repo pindo_dir = File::(Pindoconfig.instance.pindo_dir) if !File.exist?(pindo_dir) FileUtils.mkdir(pindo_dir) end getcode_to_dir(reponame:"confuseclang", remote_url:Pindoconfig.instance.dev_clang_giturl, path:pindo_dir) config_repo_dir = File.join(pindo_dir, "confuseclang") return config_repo_dir end |
.clone_pindo_common_config_repo(force_delete: false) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 355 def clone_pindo_common_config_repo(force_delete:false) pindo_dir = File::(Pindoconfig.instance.pindo_dir) if !File.exist?(pindo_dir) FileUtils.mkdir(pindo_dir) end common_config_dir_basename = get_repo_base_name(repo_url:Pindoconfig.instance.pindo_common_config_giturl) config_repo_dir = File.join(pindo_dir, common_config_dir_basename) if force_delete if File.exist?(config_repo_dir) FileUtils.rm_rf(config_repo_dir) end end getcode_to_dir(reponame:common_config_dir_basename, remote_url:Pindoconfig.instance.pindo_common_config_giturl, path:pindo_dir) return config_repo_dir end |
.clone_pindo_env_config_repo(force_delete: false) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 373 def clone_pindo_env_config_repo(force_delete:false) pindo_dir = File::(Pindoconfig.instance.pindo_dir) if !File.exist?(pindo_dir) FileUtils.mkdir(pindo_dir) end env_config_dir_basename = get_repo_base_name(repo_url:Pindoconfig.instance.pindo_env_config_giturl) config_repo_dir = File.join(pindo_dir, env_config_dir_basename) if force_delete if File.exist?(config_repo_dir) FileUtils.rm_rf(config_repo_dir) end end getcode_to_dir(reponame:env_config_dir_basename, remote_url:Pindoconfig.instance.pindo_env_config_giturl, path:pindo_dir) return config_repo_dir end |
.clong_buildconfig_repo(repo_name: nil) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 330 def clong_buildconfig_repo(repo_name:nil) pindo_dir = File::(Pindoconfig.instance.pindo_dir) if !File.exist?(pindo_dir) FileUtils.mkdir(pindo_dir) end repo_org_name = Pindoconfig.instance.build_deploy_org git_repo_file = File.join(Pindoconfig.instance.pindo_env_configdir, "git_base_url.json") git_repo_json = JSON.parse(File.read(git_repo_file)) if repo_name && git_repo_json && git_repo_json[repo_name] repo_org_name = git_repo_json[repo_name] end url = File.join("https://gitee.com", repo_org_name, repo_name + ".git") getcode_to_dir(reponame:repo_name, remote_url: url, path:pindo_dir) config_repo_dir = File.join(pindo_dir, repo_name) return config_repo_dir end |
.create_next_version_tag(project_dir: nil, tag_prefix: "v", increment_mode: "minor", force_retag: false) ⇒ String
创建新的版本标签
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# File 'lib/pindo/base/git_handler.rb', line 767 def create_next_version_tag(project_dir:nil, tag_prefix:"v", increment_mode:"minor", force_retag:false) raise ArgumentError, "项目目录不能为空" if project_dir.nil? latest_tag = get_latest_version_tag(project_dir: project_dir, tag_prefix: tag_prefix) if latest_tag.nil? latest_tag = get_latest_version_tag(project_dir: project_dir, tag_prefix: "") end # 如果没有任何tag,创建初始版本 if latest_tag.nil? new_tag = tag_prefix + "1.0.0" add_tag_with_check(local_repo_dir: project_dir, tag_name: new_tag, check: false) Funlog.instance.("创建新tag完成!") return new_tag end if is_tag_at_head?(git_root_dir: project_dir, tag_name: latest_tag) return latest_tag end if force_retag && latest_tag # 删除并重新打tag Funlog.instance.("正在重新打tag: #{latest_tag}") remove_tag(local_repo_dir: project_dir, tag_name: latest_tag) add_tag_with_check(local_repo_dir: project_dir, tag_name: latest_tag) Funlog.instance.("重新打tag完成!") return latest_tag end # 解析当前版本号 version_numbers = latest_tag.gsub(tag_prefix, '').split('.').map(&:to_i) major, minor, patch = version_numbers # 根据increment_mode增加版本号 case increment_mode when "major" major += 1 minor = 0 patch = 0 when "minor" minor += 1 patch = 0 when "patch" patch += 1 end new_tag = tag_prefix + "#{major}.#{minor}.#{patch}" add_tag_with_check(local_repo_dir: project_dir, tag_name: new_tag, check: false) Funlog.instance.("创建新tag完成!") new_tag end |
.display_file_status(branch, files) ⇒ Object
显示未提交的文件状态
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# File 'lib/pindo/base/git_handler.rb', line 548 def display_file_status(branch, files) puts "═" * 60 puts "⚠️ 警告:检测到未提交的文件".red puts "═" * 60 puts puts "当前所在分支: #{branch}".red puts "以下文件尚未提交到 Git:".red puts # 将文件列表分行并用红色显示 if files.is_a?(String) files.split("\n").each do |file| puts " • #{file}".red unless file.empty? end else files.each do |file| puts " • #{file}".red unless file.empty? end end puts puts "═" * 60 end |
.display_submodules_status(git_root) ⇒ Object
显示子模块状态信息
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# File 'lib/pindo/base/git_handler.rb', line 1211 def display_submodules_status(git_root) begin status_output = git!(%W(-C #{git_root} submodule status --recursive)) unless status_output.nil? || status_output.strip.empty? puts "\n" + "═" * 60 puts "子模块状态".center(60) puts "═" * 60 puts status_output puts "═" * 60 + "\n" end rescue StandardError => e Funlog.instance.warning("无法获取子模块状态: #{e.message}") end end |
.get_latest_conventional_commit(project_dir: nil, tag_prefix: 'v') ⇒ Hash
获取最新的符合规范的 commit 优先级:
1.
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# File 'lib/pindo/base/git_handler.rb', line 677 def get_latest_conventional_commit(project_dir:nil, tag_prefix: 'v') result = { commit_id: nil, commit_time: nil, commit_desc: nil } return result if project_dir.nil? || !File.exist?(project_dir) # 获取 git 根目录 git_root = git_root_directory(local_repo_dir: project_dir) return result unless git_root begin # 优先级 1: 检查 HEAD 是否有版本 tag if head_has_version_tag?(project_dir: git_root, tag_prefix: tag_prefix) # HEAD 有版本 tag,直接返回 HEAD 的 commit 信息 head_info = git!(%W(-C #{git_root} log -1 --format=%H|%ci|%s HEAD)).strip if !head_info.empty? parts = head_info.split('|', 3) result[:commit_id] = parts[0] result[:commit_time] = parts[1] result[:commit_desc] = parts[2]&.force_encoding('UTF-8')&.scrub('') puts " HEAD 存在版本 tag,使用 HEAD commit: #{result[:commit_desc]}" return result end end # 优先级 2: 获取最近 15 条 commit 历史(排除 merge commits) output = git!(%W(-C #{git_root} log -15 --no-merges --format=%H|%ci|%s)).strip if output.empty? Funlog.instance.warning("未找到 git commit 历史") return result end # 解析 commit 列表 commits = output.split("\n").map do |line| parts = line.split('|', 3) { commit_id: parts[0], commit_time: parts[1], commit_desc: parts[2]&.force_encoding('UTF-8')&.scrub('') } end # 定义符合规范的提交类型(Conventional Commits 规范) valid_types = ['feat', 'fix', 'docs', 'style', 'refactor', 'perf', 'test', 'build', 'ci', 'chore', 'revert'] # 筛选符合规范的提交(支持 type: 和 type(scope): 两种格式) conventional_commits = commits.select do |commit| desc = commit[:commit_desc].to_s.strip.downcase # 匹配 "type:" 或 "type(" 格式(允许 scope) valid_types.any? do |type| desc.start_with?("#{type}:") || desc.start_with?("#{type}(") end end if conventional_commits.empty? Funlog.instance.warning("在最近15个提交中未找到符合规范的提交(feat:, fix: 等开头)") Funlog.instance.warning("使用最新的提交(HEAD)") # 降级:使用 HEAD result[:commit_id] = commits.first[:commit_id] result[:commit_time] = commits.first[:commit_time] result[:commit_desc] = commits.first[:commit_desc] else # 使用最新的符合规范的提交(第一个) latest = conventional_commits.first result[:commit_id] = latest[:commit_id] result[:commit_time] = latest[:commit_time] result[:commit_desc] = latest[:commit_desc] puts " 找到符合规范的提交: #{result[:commit_desc]}" end rescue StandardError => e Funlog.instance.warning("获取 conventional commit 失败: #{e.message}") return result end result end |
.get_latest_version_tag(project_dir: nil, tag_prefix: "v") ⇒ String?
获取最新的版本标签
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# File 'lib/pindo/base/git_handler.rb', line 651 def get_latest_version_tag(project_dir:nil, tag_prefix:"v") return nil unless project_dir && File.exist?(project_dir) begin # 获取所有以v开头的标签并按版本号排序 = git!(%W(-C #{project_dir} tag -l #{tag_prefix}*)).split("\n") return nil if .empty? # 按版本号排序(假设格式为 v1.2.3) = .sort_by do |tag| tag.gsub(tag_prefix, '').split('.').map(&:to_i) end .last rescue StandardError => e nil end end |
.get_repo_base_name(repo_url: nil) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 322 def get_repo_base_name(repo_url:nil) temp_url = String.new(repo_url) index = temp_url.rindex('/') temp_url = temp_url.slice(index + 1, temp_url.length) base_name = temp_url.gsub!(/\.git/, "") return base_name end |
.get_uncommitted_files(project_dir:) ⇒ Array<String>?
获取未提交的文件列表
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# File 'lib/pindo/base/git_handler.rb', line 461 def get_uncommitted_files(project_dir:) raise ArgumentError, "项目目录不能为空" if project_dir.nil? begin # 1. 检查是否是 Git 仓库,并获取 Git 根目录 git_root = git_root_directory(local_repo_dir: project_dir) # 2. 如果不是 Git 仓库,返回 nil unless git_root Funlog.instance.("当前目录不是Git仓库,跳过Git操作") return nil end # 3. 使用 Git 根目录执行 Git 命令 # 重置暂存区 git!(%W(-C #{git_root} restore --staged #{git_root})) # 获取未跟踪和已修改的文件 files_list = git!(%W(-C #{git_root} ls-files --other --modified --exclude-standard)) || [] # 返回文件列表(如果为空则返回 nil) if files_list.nil? || files_list.empty? return nil end # 将字符串转换为数组 files_list.is_a?(String) ? files_list.split("\n").reject(&:empty?) : files_list rescue => e Funlog.instance.("获取未提交文件列表失败: #{e.message}") nil end end |
.get_uncommitted_files_process_type(project_dir:, interactive: true, default_process_type: nil) ⇒ Symbol
获取未提交文件的处理方式
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# File 'lib/pindo/base/git_handler.rb', line 873 def get_uncommitted_files_process_type(project_dir:, interactive: true, default_process_type: nil) # 1. 检查是否有未提交的文件 uncommitted_files = get_uncommitted_files(project_dir: project_dir) # 2. 如果没有未提交的文件,返回 NONE 类型 return default_process_type if uncommitted_files.nil? || uncommitted_files.empty? # 3. 如果非交互模式,使用指定的处理方式 unless interactive Funlog.instance.info("当前处于非交互模式,使用指定的处理方式: #{default_process_type}") return default_process_type end # 4. 获取 Git 根目录并获取当前分支名 git_root = git_root_directory(local_repo_dir: project_dir) unless git_root Funlog.instance.("当前目录不是Git仓库") return Pindo::UncommittedFilesProcessType::SKIP end current_branch = git!(%W(-C #{git_root} rev-parse --abbrev-ref HEAD)).strip display_file_status(current_branch, uncommitted_files) # 5. 交互式选择 cli = HighLine.new cli.choose do || .header = "仓库有未提交的修改,请选择处理方式" .prompt = "请输入选项(1/2/3/4/5):" .choice("(commit) 全部提交") { Pindo::UncommittedFilesProcessType::COMMIT } .choice("(skip) 跳过并且不作任何修改,继续执行") { Pindo::UncommittedFilesProcessType::SKIP } .choice("(reset) 全部丢弃更改,回滚代码") { Pindo::UncommittedFilesProcessType::RESET } .choice("(stash) 保存到stash区域(该部分代码本次不生效)") { Pindo::UncommittedFilesProcessType::STASH } .choice("(exit) 先退出,手动来处理退出") { Pindo::UncommittedFilesProcessType::EXIT } end end |
.getcode_to_dir(reponame: nil, remote_url: nil, path: nil, new_branch: "master", new_tag: nil) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 248 def getcode_to_dir(reponame:nil, remote_url:nil, path: nil, new_branch:"master", new_tag: nil) current=Dir.pwd local_repo_dir = File::join(path, reponame) Funlog.instance.("开始更新仓库:#{local_repo_dir}...") begin if !reponame.empty? && !remote_url.empty? && !path.empty? if File.exist?(local_repo_dir) Dir.chdir(local_repo_dir) remote_info = git!(%W(remote -v)) if remote_info.include?("git.coding.net") current_branch = git!(%W(-C #{local_repo_dir} rev-parse --abbrev-ref HEAD)).strip git!(%W(remote remove origin)) git!(%W(remote add origin #{remote_url})) args = %W(-C #{local_repo_dir} fetch origin) args.push('--progress') git!(args) git!(%W(-C #{local_repo_dir} branch --set-upstream-to=origin/#{current_branch} #{current_branch})) end git!(%W(-C #{local_repo_dir} fetch origin --progress)) else git! ['clone', remote_url, local_repo_dir] end Dir.chdir(local_repo_dir) current_branch = git!(%W(-C #{local_repo_dir} rev-parse --abbrev-ref HEAD)).strip if current_branch.eql?(new_branch) git!(%W(-C #{local_repo_dir} reset --hard origin/#{new_branch})) git!(%W(-C #{local_repo_dir} branch --set-upstream-to=origin/#{new_branch} #{new_branch})) git!(%W(-C #{local_repo_dir} pull)) else git!(%W(-C #{local_repo_dir} clean -fd)) if local_branch_exists?(local_repo_dir:local_repo_dir, branch:new_branch) git!(%W(-C #{local_repo_dir} checkout #{new_branch})) else if !remote_branch_exists?(local_repo_dir:local_repo_dir, branch:new_branch) git!(%W(-C #{local_repo_dir} checkout -b #{new_branch})) else raise Informative, "仓库中的#{new_branch}分支不存在 !!!" end end git!(%W(-C #{local_repo_dir} branch --set-upstream-to=origin/#{new_branch} #{new_branch})) git!(%W(-C #{local_repo_dir} pull)) end if !new_tag.nil? && new_tag != "" if !new_tag.nil? && new_tag != "" && local_tag_exists?(local_repo_dir:local_repo_dir, tag_name:new_tag) puts "tag : #{new_tag} is exist !!!" git!(%W(-C #{local_repo_dir} checkout #{new_tag})) else raise Informative, "tag #{new_tag} is not exist !!!" end end end $stdin.flush Funlog.instance.("仓库#{local_repo_dir}更新完成!") rescue StandardError => e Funlog.instance.("仓库#{local_repo_dir}更新失败!") raise Informative, e.to_s end Dir.chdir(current) return local_repo_dir end |
.git_addpush_repo(path: nil, message: "res", commit_file_params: nil) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 414 def git_addpush_repo(path:nil, message:"res", commit_file_params:nil) current=Dir.pwd Dir.chdir(path) begin if !commit_file_params.nil? && !commit_file_params.empty? files_list = git! ['ls-files', '--other', '--modified', '--exclude-standard'] || [] need_commit = false commit_file_params.each do |file_name| if !files_list.nil? && files_list.size > 0 && files_list.include?(file_name) need_commit = true git! ['add', file_name] end end if need_commit git! ['commit', '-m ' + "#{message}"] git! ['push'] else # puts "\n#{path}\n!!!仓库中文件未发生变化,无需提交!!!\n" end else files_list = git! ['ls-files', '--other', '--modified', '--exclude-standard'] || [] # puts "提交如下内容:" # puts files_list if !files_list.nil? && files_list.size > 0 git! ['add', '-A'] git! ['commit', '-m ' + "#{message}"] git! ['push'] else puts "\n#{path}\n!!!仓库中文件未发生变化,无需提交!!!\n" end end rescue => error # puts(error.to_s) raise Informative, "\n#{path}\n 仓库失败 !!!" end Dir.chdir(current) end |
.git_latest_commit_id(local_repo_dir: nil) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 223 def git_latest_commit_id(local_repo_dir:nil) current=Dir.pwd unless File.exist?(File::join(local_repo_dir, ".git")) return nil end commit_id = nil if File.exist?(local_repo_dir) Dir.chdir(local_repo_dir) current_branch = git!(%W(-C #{local_repo_dir} rev-parse --abbrev-ref HEAD)).strip # puts "current_branch: #{current_branch}" # git log -n 1 --pretty=format:"commit %H" # format_str = "commit %H" # latest_log_info = git!(%W(-C #{current} log -n 1 --pretty=#{format_str} #{current_branch})).strip commit_id = git!(%W(-C #{local_repo_dir} rev-parse #{current_branch})).strip end Dir.chdir(current) return commit_id end |
.git_root_directory(local_repo_dir: nil) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 33 def git_root_directory(local_repo_dir: nil) return nil unless is_git_directory?(local_repo_dir: local_repo_dir) args = local_repo_dir ? %W(-C #{local_repo_dir} rev-parse --show-toplevel) : %w(rev-parse --show-toplevel) begin git!(args).strip rescue StandardError => e nil end end |
.has_uncommitted_changes?(git_root_dir: nil) ⇒ Boolean
检查仓库是否有未提交的更改(包括未暂存和已暂存的更改)
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# File 'lib/pindo/base/git_handler.rb', line 835 def has_uncommitted_changes?(git_root_dir:nil) return false if git_root_dir.nil? begin # 使用 git status --porcelain 检查是否有更改 # 如果输出不为空,说明有未提交的更改 status_output = git!(%W(-C #{git_root_dir} status --porcelain)).strip !status_output.empty? rescue StandardError => e false end end |
.head_has_version_tag?(project_dir:, tag_prefix: 'v') ⇒ Boolean
检查 HEAD 是否已有版本 tag
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# File 'lib/pindo/base/git_handler.rb', line 822 def head_has_version_tag?(project_dir:, tag_prefix: 'v') latest_tag = get_latest_version_tag( project_dir: project_dir, tag_prefix: tag_prefix ) return false if latest_tag.nil? is_tag_at_head?(git_root_dir: project_dir, tag_name: latest_tag) end |
.is_git_directory?(local_repo_dir: nil) ⇒ Boolean
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# File 'lib/pindo/base/git_handler.rb', line 23 def is_git_directory?(local_repo_dir: nil) args = local_repo_dir ? %W(-C #{local_repo_dir} rev-parse --is-inside-work-tree) : %w(rev-parse --is-inside-work-tree) begin git!(args) true rescue StandardError => e false end end |
.is_tag_at_head?(git_root_dir: nil, tag_name: nil) ⇒ Boolean
检查tag是否在指定的commit上
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# File 'lib/pindo/base/git_handler.rb', line 852 def is_tag_at_head?(git_root_dir:nil, tag_name:nil) return false if git_root_dir.nil? || tag_name.nil? begin # 获取tag指向的commit hash(使用^{commit}解引用,支持annotated tag和lightweight tag) tag_commit = git!(%W(-C #{git_root_dir} rev-parse #{tag_name}^{commit})).strip # 获取HEAD的commit hash head_commit = git!(%W(-C #{git_root_dir} rev-parse HEAD)).strip # 比较两个commit hash是否相同 tag_commit == head_commit rescue StandardError => e false end end |
.local_branch_exists?(local_repo_dir: nil, branch: nil) ⇒ Boolean
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# File 'lib/pindo/base/git_handler.rb', line 84 def local_branch_exists?(local_repo_dir: nil, branch: nil) current=Dir.pwd result = false if File.exist?(local_repo_dir) Dir.chdir(local_repo_dir) res_data = Executable.capture_command('git', %W(rev-parse --verify #{branch}), :capture => :out) # puts "=====1" # puts res_data # res_data = git!(%W(-C #{local_repo_dir} --no-pager branch --list origin/#{branch} --no-color -r)) result = !res_data.nil? && !res_data.empty? else result = false end Dir.chdir(current) return result end |
.local_tag_exists?(local_repo_dir: nil, tag_name: nil) ⇒ Boolean
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# File 'lib/pindo/base/git_handler.rb', line 207 def local_tag_exists?(local_repo_dir: nil, tag_name: nil) # tag_ref = "refs/tags/#{tag_name}" result = false current=Dir.pwd if File.exist? (local_repo_dir) Dir.chdir(local_repo_dir) res_data = git!(%W(-C #{local_repo_dir} tag --list #{tag_name})) result = !res_data.nil? && !res_data.empty? else result = false end Dir.chdir(current) return result end |
.merge_branches(project_dir:, source_branch:, target_branch:, sync_branches: false) ⇒ void
This method returns an undefined value.
合并分支将源分支合并到目标分支,支持单向或双向同步
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# File 'lib/pindo/base/git_handler.rb', line 921 def merge_branches(project_dir:, source_branch:, target_branch:, sync_branches: false) current_project_dir = project_dir Funlog.instance.("开始合并到#{target_branch}分支") if !source_branch.eql?(target_branch) source_branch_commit_id = git!(%W(-C #{current_project_dir} rev-parse #{source_branch})).strip target_branch_commit_id = nil if remote_branch_exists?(local_repo_dir: current_project_dir, branch: target_branch) Funlog.instance.("存在#{target_branch}远程分支") if local_branch_exists?(local_repo_dir: current_project_dir, branch: target_branch) Funlog.instance.("存在#{target_branch}本地分支") git!(%W(-C #{current_project_dir} checkout #{target_branch})) else Funlog.instance.("不存在#{target_branch}本地分支") git!(%W(-C #{current_project_dir} checkout -b #{target_branch} origin/#{target_branch})) end git!(%W(-C #{current_project_dir} branch --set-upstream-to=origin/#{target_branch} #{target_branch})) git!(%W(-C #{current_project_dir} fetch origin #{target_branch})) git!(%W(-C #{current_project_dir} merge origin/#{target_branch})) # 执行合并操作 Executable.capture_command('git', %W(-C #{current_project_dir} merge #{source_branch}), :capture => :out) # 检查是否有冲突 conflict_filelist = git!(%W(-C #{current_project_dir} diff --name-only --diff-filter=U --relative)) if !conflict_filelist.nil? && !conflict_filelist.strip.empty? raise Informative, "合并#{source_branch}到#{target_branch}时产生冲突,请手动处理!" else git!(%W(-C #{current_project_dir} push)) Funlog.instance.("代码已经合并到#{target_branch}分支") # 获取 target_branch 的 commit ID(处理空分支情况) begin target_branch_commit_id = git!(%W(-C #{current_project_dir} rev-parse #{target_branch})).strip rescue => e # 分支可能存在但没有提交(空分支),此时使用 source_branch 的 commit Funlog.instance.("#{target_branch}分支为空或获取commit失败,将使用当前分支commit") target_branch_commit_id = source_branch_commit_id end end else if local_branch_exists?(local_repo_dir: current_project_dir, branch: target_branch) Funlog.instance.("不存在#{target_branch}远程分支") Funlog.instance.("存在#{target_branch}本地分支") git!(%W(-C #{current_project_dir} checkout #{target_branch})) # 使用带时间戳的备份分支名,避免重复操作时冲突 backup_branch = "#{target_branch}_backup_#{Time.now.strftime('%Y%m%d%H%M%S')}" Funlog.instance.("备份本地分支到: #{backup_branch}") git!(%W(-C #{current_project_dir} checkout -b #{backup_branch})) git!(%W(-C #{current_project_dir} checkout #{source_branch})) git!(%W(-C #{current_project_dir} branch -D #{target_branch})) else Funlog.instance.("不存在#{target_branch}远程分支") Funlog.instance.("不存在#{target_branch}本地分支") end # 基于 source_branch 创建 target_branch(明确指定起点,避免基于错误的分支创建) git!(%W(-C #{current_project_dir} checkout -b #{target_branch} #{source_branch})) git!(%W(-C #{current_project_dir} push origin #{target_branch})) git!(%W(-C #{current_project_dir} branch --set-upstream-to=origin/#{target_branch} #{target_branch})) Funlog.instance.("代码已经合并到#{target_branch}分支") # 获取 target_branch 的 commit ID(处理空分支情况) begin target_branch_commit_id = git!(%W(-C #{current_project_dir} rev-parse #{target_branch})).strip rescue => e # 新创建的分支,commit ID 应该与 source_branch 相同 target_branch_commit_id = source_branch_commit_id end end # 同步分支:将 source_branch 同步到 target_branch(确保两分支在同一节点) git!(%W(-C #{current_project_dir} checkout #{source_branch})) if sync_branches if target_branch_commit_id && !target_branch_commit_id.eql?(source_branch_commit_id) # 检查是否可以 fast-forward(即 source_branch 是 target_branch 的祖先) is_ancestor = false begin git!(%W(-C #{current_project_dir} merge-base --is-ancestor #{source_branch} #{target_branch})) is_ancestor = true rescue => e # 不是祖先关系,说明 source_branch 有独立提交(理论上不应该,因为刚合并过) Funlog.instance.("#{source_branch} 不是 #{target_branch} 的祖先") end if is_ancestor # 可以安全 fast-forward(source 的所有提交都在 target 中) Funlog.instance.("#{source_branch}是#{target_branch}的祖先,执行 fast-forward 合并") begin # 尝试 fast-forward only merge(确保不产生新 commit) git!(%W(-C #{current_project_dir} merge --ff-only #{target_branch})) Funlog.instance.("已将#{source_branch} fast-forward 到#{target_branch},两分支现在在同一节点") # 推送到远程(普通 push,因为是 fast-forward) git!(%W(-C #{current_project_dir} push origin #{source_branch})) Funlog.instance.("已推送#{source_branch}分支到远程") rescue => e if e..include?("Not possible to fast-forward") # 理论上不应该到这里,因为前面检查过是祖先 Funlog.instance.("无法 fast-forward,将产生 merge commit") git!(%W(-C #{current_project_dir} merge #{target_branch})) git!(%W(-C #{current_project_dir} push origin #{source_branch})) else raise e end end else # 不是祖先关系,使用普通 merge(会产生新的 merge commit) Funlog.instance.("#{source_branch}不是#{target_branch}的祖先,将执行普通合并(可能产生新 commit)") Executable.capture_command('git', %W(-C #{current_project_dir} merge #{target_branch}), :capture => :out) # 检查冲突 conflict_filelist = git!(%W(-C #{current_project_dir} diff --name-only --diff-filter=U --relative)) if !conflict_filelist.nil? && !conflict_filelist.strip.empty? raise Informative, "合并#{target_branch}到#{source_branch}时产生冲突,请手动处理!" end git!(%W(-C #{current_project_dir} push origin #{source_branch})) Funlog.instance.("已将#{target_branch}合并到#{source_branch}(产生了新 merge commit)") end else Funlog.instance.("#{source_branch}和#{target_branch}已经在同一节点,无需同步") end else Funlog.instance.("单向合并完成,未同步 #{target_branch} 到 #{source_branch}") end else Funlog.instance.("代码处于#{source_branch}分支,无需合并") end end |
.parse_gitmodules_count(gitmodules_path) ⇒ Integer
解析 .gitmodules 文件,统计子模块数量
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# File 'lib/pindo/base/git_handler.rb', line 1201 def parse_gitmodules_count(gitmodules_path) return 0 unless File.exist?(gitmodules_path) content = File.read(gitmodules_path) # 统计 [submodule "xxx"] 的数量 content.scan(/\[submodule\s+"[^"]+"\]/).count end |
.parse_submodule_paths(gitmodules_path) ⇒ Array<String>
解析 .gitmodules 文件,提取所有子模块路径
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# File 'lib/pindo/base/git_handler.rb', line 1230 def parse_submodule_paths(gitmodules_path) return [] unless File.exist?(gitmodules_path) content = File.read(gitmodules_path) paths = [] # 匹配 path = xxx 行 content.scan(/^\s*path\s*=\s*(.+)$/) do |match| paths << match[0].strip end paths end |
.prepare_gitenv ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 17 def prepare_gitenv() usrname = Etc.getlogin git!(%W(config --global user.email #{usrname}@example.com)) git!(%W(config --global user.name #{usrname})) end |
.process_need_add_files(project_dir:, process_type:, commit_message: nil) ⇒ Object
处理未提交的文件
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# File 'lib/pindo/base/git_handler.rb', line 499 def process_need_add_files(project_dir:, process_type:, commit_message: nil) raise ArgumentError, "项目目录不能为空" if project_dir.nil? raise ArgumentError, "处理方式不能为空" if process_type.nil? # 获取 Git 根目录 git_root = git_root_directory(local_repo_dir: project_dir) unless git_root Funlog.instance.("当前目录不是Git仓库,跳过处理未提交文件") return end current_project_dir = git_root origin_path = Dir.pwd begin Dir.chdir(current_project_dir) # 获取当前分支信息 coding_branch = git!(%W(-C #{current_project_dir} rev-parse --abbrev-ref HEAD)).strip # 根据 process_type 执行对应操作 case process_type when Pindo::UncommittedFilesProcessType::NONE # 没有未提交的文件,无需处理 return when Pindo::UncommittedFilesProcessType::COMMIT handle_commit_all(current_project_dir, coding_branch, ) when Pindo::UncommittedFilesProcessType::RESET handle_delete_all(current_project_dir, coding_branch) when Pindo::UncommittedFilesProcessType::STASH handle_stash(current_project_dir, coding_branch) when Pindo::UncommittedFilesProcessType::SKIP # 跳过处理,不做任何操作 Funlog.instance.warning("跳过提交,可能导致 build number 与代码仓库不一致") return when Pindo::UncommittedFilesProcessType::EXIT raise Informative, "请手动处理未提交的文件!!!" else raise ArgumentError, "不支持的处理方式: #{process_type}" end ensure Dir.chdir(origin_path) end end |
.remote_branch_exists?(local_repo_dir: nil, branch: nil) ⇒ Boolean
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# File 'lib/pindo/base/git_handler.rb', line 103 def remote_branch_exists?(local_repo_dir: nil, branch: nil) current=Dir.pwd result = false if File.exist?(local_repo_dir) Dir.chdir(local_repo_dir) res_data = git!(%W(-C #{local_repo_dir} ls-remote --heads origin refs/heads/#{branch})) result = !res_data.nil? && !res_data.empty? else result = false end Dir.chdir(current) return result end |
.remote_tag_exists?(local_repo_dir: nil, tag_name: nil) ⇒ Boolean
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# File 'lib/pindo/base/git_handler.rb', line 188 def remote_tag_exists?(local_repo_dir: nil, tag_name: nil) result = false current=Dir.pwd if File.exist?(local_repo_dir) Dir.chdir(local_repo_dir) tag_ref = "refs/tags/#{tag_name}" res_data = git!(%W(-C #{local_repo_dir} ls-remote --tags origin #{tag_ref})) result = !res_data.nil? && !res_data.empty? else result = false end Dir.chdir(current) return result end |
.remove_branch(local_repo_dir: nil, branch: nil) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 60 def remove_branch(local_repo_dir: nil, branch: nil) current=Dir.pwd result = false if File.exist?(local_repo_dir) current_branch = git!(%W(-C #{local_repo_dir} rev-parse --abbrev-ref HEAD)).strip if local_branch_exists?(local_repo_dir: local_repo_dir, branch: branch) git!(%W(-C #{local_repo_dir} branch -D #{branch})) result = true end if remote_branch_exists?(local_repo_dir: local_repo_dir, branch: branch) git!(%W(-C #{local_repo_dir} push origin :#{branch})) result = true end else result = false end Dir.chdir(current) return result end |
.remove_tag(local_repo_dir: nil, tag_name: nil) ⇒ Object
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# File 'lib/pindo/base/git_handler.rb', line 165 def remove_tag(local_repo_dir: nil, tag_name: nil) result = false current=Dir.pwd if File.exist?(local_repo_dir) Dir.chdir(local_repo_dir) if local_tag_exists?(local_repo_dir: local_repo_dir, tag_name: tag_name) git!(%W(-C #{local_repo_dir} tag -d #{tag_name})) result = true end if remote_tag_exists?(local_repo_dir: local_repo_dir, tag_name: tag_name) git!(%W(-C #{local_repo_dir} push origin :#{tag_name})) result = true end else result = false end Dir.chdir(current) return result end |
.update_submodules(local_repo_dir:, force: false) ⇒ Boolean
初始化并递归更新所有 Git 子模块
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# File 'lib/pindo/base/git_handler.rb', line 1123 def update_submodules(local_repo_dir:, force: false) raise ArgumentError, "项目目录不能为空" if local_repo_dir.nil? # 验证是否是 Git 仓库 unless is_git_directory?(local_repo_dir: local_repo_dir) raise Informative, "#{local_repo_dir} 不是有效的 Git 仓库!" end # 检查 .gitmodules 文件是否存在 git_root = git_root_directory(local_repo_dir: local_repo_dir) gitmodules_path = File.join(git_root, '.gitmodules') unless File.exist?(gitmodules_path) Funlog.instance.("当前仓库没有子模块配置文件 (.gitmodules)") return false end # 显示子模块信息 Funlog.instance.("正在读取子模块配置...") submodules_count = parse_gitmodules_count(gitmodules_path) Funlog.instance.("检测到 #{submodules_count} 个子模块") # 检查子模块路径冲突 conflicts = check_submodule_path_conflicts(git_root, gitmodules_path) unless conflicts.empty? if force # 使用 --force 参数,自动清理冲突路径 Funlog.instance.("检测到 #{conflicts.size} 个路径冲突,正在清理...") conflicts.each do |conflict| begin FileUtils.rm_rf(conflict[:full_path]) Funlog.instance.("已清理: #{conflict[:path]} (包含 #{conflict[:files]} 个文件)") rescue => e Funlog.instance.("清理失败: #{conflict[:path]} - #{e.message}") raise Informative, "无法清理路径冲突:#{conflict[:path]}\n#{e.message}" end end else # 不使用 --force,报错退出 Funlog.instance.("检测到 #{conflicts.size} 个子模块路径冲突") puts "\n以下路径已存在但不是 Git 仓库,其中的文件会污染子模块:\n".yellow conflicts.each do |conflict| puts " • #{conflict[:path]} (包含 #{conflict[:files]} 个文件)".yellow end puts "\n请选择处理方式:".yellow puts " 1. 使用 --force 参数自动清理这些目录".yellow puts " 2. 手动删除或备份这些目录后重新执行\n".yellow raise Informative, "子模块路径冲突!请处理后重试。" end end # 构建 git submodule update 命令 args = %W(-C #{git_root} submodule update --init --recursive) args << '--force' if force args << '--progress' # 执行子模块更新 begin Funlog.instance.("正在初始化和更新所有子模块...") output = git!(args) Funlog.instance.("子模块更新完成!") # 显示子模块状态 display_submodules_status(git_root) # 检查子模块是否有未提交的内容 check_submodule_dirty_state(git_root, gitmodules_path) true rescue StandardError => e Funlog.instance.("子模块更新失败: #{e.message}") raise Informative, "子模块更新失败!\n详细错误:#{e.message}" end end |