package main import ( "fmt" "os" "path/filepath" "strings" "go.wit.com/dev/alexflint/arg" "go.wit.com/gui" "go.wit.com/lib/gui/repolist" "go.wit.com/lib/gui/repostatus" "go.wit.com/lib/gui/shell" "go.wit.com/log" ) // sent via -ldflags var VERSION string var DATE string var rv *repolist.RepoList func main() { pp := arg.MustParse(&argv) // for very new users or users unfamilar with the command line, this may help them if argv.Repo == "version" || argv.Repo == "help" || argv.Repo == "?" { pp.WriteHelp(os.Stdout) os.Exit(0) } // figures out where you're go.work file is wdir, err := findWorkFile() if err != nil { log.Info(err) os.Exit(-1) } if wdir != "" { os.Setenv("REPO_WORK_PATH", wdir) } fullgitdir := filepath.Join(wdir, argv.Repo, ".git") if shell.IsDir(fullgitdir) { if ! argv.Recursive { log.Info("repo already cloned", filepath.Join(wdir, argv.Repo)) os.Exit(0) } } // readControlFile() b := gui.RawBox() rv = repolist.AutotypistView(b) if argv.Pull { count := scanForRepos(wdir) log.Info("Total repositories:", count) log.Info("Going to run git pull in each one") log.Sleep(1) pull := []string{"git", "pull"} var trycount, errcount int loop := rv.ReposSortByName() for loop.Scan() { repo := loop.Repo() if argv.DryRun { log.Info("git pull --dry-run", repo.Status.Path()) } else { trycount += 1 log.Info("actually run: git pull:", repo.Status.Path()) if result := shell.PathRunRealtime(repo.Status.Path(), pull); result.Error != nil { log.Info("git pull error:", result.Error) errcount += 1 } } } log.Info("Total repositories:", count, "Total attempted:", trycount, "Errors:", errcount) os.Exit(0) } // if the user didn't provide a repo, stop here unless --git-pull if argv.Repo == "" || argv.Pull { pp.WriteHelp(os.Stdout) os.Exit(0) } os.Setenv("REPO_AUTO_CLONE", "true") newr, err := rv.NewRepo(argv.Repo) if err != nil { log.Info("could not download:", err) os.Exit(-1) } newr.Status.MakeRedomod() fullgitdir = filepath.Join(wdir, argv.Repo, ".git") if ! shell.IsDir(fullgitdir) { log.Info("repo cloned failed", filepath.Join(wdir, argv.Repo)) os.Exit(-1) } log.Info("scanning for repo in:", filepath.Join(wdir, argv.Repo)) // rv.NewRepo("go.wit.com/apps/helloworld") for _, path := range repostatus.ScanGitDirectories(wdir) { gopath := strings.TrimPrefix(path, wdir) gopath = strings.Trim(gopath, "/") // log.Info("Also should add:", gopath) rv.NewRepo(gopath) } godep := newr.Status.GetGoDeps() if argv.Recursive { for gopath, version := range godep { repo, err := rv.NewRepo(gopath) if err != nil { log.Info("git clone failed for", gopath, version) continue } repo.Status.MakeRedomod() } } var count int loop := rv.ReposSortByName() for loop.Scan() { repo := loop.Repo() count += 1 if !repo.Status.Exists("go.mod") { repo.Status.MakeRedomod() } } log.Info("Total repositories:", count) log.Info("Finished go-clone for", argv.Repo) if argv.AutoWork { log.Info("About to re-create", wdir+"/go.work") log.Info("Sleep 3. original go.work saved as go.work.last (hit ctrl-c to cancel)") log.Sleep(3) shell.PathRun(wdir, []string{"mv", "go.work", "go.work.last"}) rv.MakeGoWork() shell.PathRun(wdir, []string{"go", "work", "use"}) log.Info("") log.Info("original go.work file saved as go.work.last") log.Info("") } } // look for a go.work file // otherwise use ~/go/src func findWorkFile() (string, error) { pwd, err := os.Getwd() if err == nil { // Check for go.work in the current directory and then move up until root if pwd, err := digup(pwd); err == nil { log.Info("using go.work file in directory", pwd) // found an existing go.work file os.Chdir(pwd) return pwd, nil } } // there are no go.work files, resume the ~/go/src behavior from prior to golang 1.22 pwd, err = useGoSrc() log.Info("using ~/go/src directory", pwd) return pwd, err } // this is the 'old way" and works fine for me. I use it because I like the ~/go/src directory // because I know exactly what is in it: GO stuff & nothing else func useGoSrc() (string, error) { homeDir, err := os.UserHomeDir() if err != nil { return "", err } pwd := filepath.Join(homeDir, "go/src") shell.Mkdir(pwd) os.Chdir(pwd) return pwd, nil } func digup(path string) (string, error) { for { workFilePath := filepath.Join(path, "go.work") if _, err := os.Stat(workFilePath); err == nil { return path, nil // Found the go.work file } else if !os.IsNotExist(err) { return "", err // An error other than not existing } parentPath := filepath.Dir(path) if parentPath == path { break // Reached the filesystem root } path = parentPath } return "", fmt.Errorf("no go.work file found") } func scanForRepos(wdir string) int { var count int log.Info("scanning for repo in:", filepath.Join(wdir, argv.Repo)) // rv.NewRepo("go.wit.com/apps/helloworld") for _, path := range repostatus.ScanGitDirectories(wdir) { count += 1 gopath := strings.TrimPrefix(path, wdir) gopath = strings.Trim(gopath, "/") // log.Info("Also should add:", gopath) rv.NewRepo(gopath) } return count }