Very alpha support for multiple & multi-arch repos
parent
013ce511d7
commit
a47cace296
4
Makefile
4
Makefile
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@ -25,7 +25,7 @@ dvieter: $(SOURCES)
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gdb: dvieter
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VIETER_API_KEY=test \
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VIETER_DOWNLOAD_DIR=data/downloads \
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VIETER_REPO_DIR=data/repo \
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VIETER_DATA_DIR=data/repo \
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VIETER_PKG_DIR=data/pkgs \
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VIETER_LOG_LEVEL=DEBUG \
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VIETER_REPOS_FILE=data/repos.json \
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@ -60,7 +60,7 @@ cli-prod:
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run: vieter
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VIETER_API_KEY=test \
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VIETER_DOWNLOAD_DIR=data/downloads \
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VIETER_REPO_DIR=data/repo \
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VIETER_DATA_DIR=data/repo \
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VIETER_PKG_DIR=data/pkgs \
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VIETER_LOG_LEVEL=DEBUG \
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VIETER_REPOS_FILE=data/repos.json \
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@ -16,7 +16,7 @@ pub:
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pkg_dir string
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download_dir string
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api_key string
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repo_dir string
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data_dir string
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repos_file string
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}
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@ -101,7 +101,7 @@ fn parse_pkg_info_string(pkg_info_str &string) ?PkgInfo {
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// read_pkg extracts the file list & .PKGINFO contents from an archive
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// NOTE: this command currently only supports zstd-compressed tarballs
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pub fn read_pkg(pkg_path string) ?Pkg {
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pub fn read_pkg_archive(pkg_path string) ?Pkg {
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if !os.is_file(pkg_path) {
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return error("'$pkg_path' doesn't exist or isn't a file.")
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}
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@ -4,15 +4,20 @@ import os
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import package
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import util
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// This struct manages a single repository.
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pub struct Repo {
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// Manages a group of repositories. Each repository contains one or more
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// arch-repositories, each of which represent a specific architecture.
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pub struct RepoGroupManager {
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mut:
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mutex shared util.Dummy
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pub:
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// Where to store repository files
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repo_dir string [required]
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// Where to find packages; packages are expected to all be in the same directory
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// Where to store repositories' files
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data_dir string [required]
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// Where packages are stored; each architecture gets its own subdirectory
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pkg_dir string [required]
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// The default architecture to use for a repository. In reality, this value
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// is only required when a package with architecture "any" is added as the
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// first package to a repository.
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default_arch string [required]
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}
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pub struct RepoAddResult {
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@ -21,28 +26,29 @@ pub:
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pkg &package.Pkg [required]
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}
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// new creates a new Repo & creates the directories as needed
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pub fn new(repo_dir string, pkg_dir string) ?Repo {
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if !os.is_dir(repo_dir) {
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os.mkdir_all(repo_dir) or { return error('Failed to create repo directory: $err.msg') }
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// new creates a new RepoGroupManager & creates the directories as needed
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pub fn new(data_dir string, pkg_dir string, default_arch string) ?RepoGroupManager {
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if !os.is_dir(data_dir) {
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os.mkdir_all(data_dir) or { return error('Failed to create repo directory: $err.msg') }
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}
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if !os.is_dir(pkg_dir) {
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os.mkdir_all(pkg_dir) or { return error('Failed to create package directory: $err.msg') }
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}
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return Repo{
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repo_dir: repo_dir
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return RepoGroupManager{
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data_dir: data_dir
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pkg_dir: pkg_dir
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default_arch: default_arch
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}
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}
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// add_from_path adds a package from an arbitrary path & moves it into the pkgs
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// directory if necessary.
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pub fn (r &Repo) add_from_path(pkg_path string) ?RepoAddResult {
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pkg := package.read_pkg(pkg_path) or { return error('Failed to read package file: $err.msg') }
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pub fn (r &RepoGroupManager) add_pkg_from_path(repo string, pkg_path string) ?RepoAddResult {
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pkg := package.read_pkg_archive(pkg_path) or { return error('Failed to read package file: $err.msg') }
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added := r.add(pkg) ?
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added := r.add_pkg_in_repo(repo, pkg) ?
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// If the add was successful, we move the file to the packages directory
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if added {
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@ -60,9 +66,33 @@ pub fn (r &Repo) add_from_path(pkg_path string) ?RepoAddResult {
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}
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}
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// add adds a given Pkg to the repository
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fn (r &Repo) add(pkg &package.Pkg) ?bool {
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pkg_dir := r.pkg_path(pkg)
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fn (r &RepoGroupManager) add_pkg_in_repo(repo string, pkg &package.Pkg) ?bool {
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if pkg.info.arch == "any" {
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repo_dir := os.join_path_single(r.data_dir, repo)
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// We get a listing of all currently present arch-repos in the given repo
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mut arch_repos := os.ls(repo_dir) ?.filter(os.is_dir(os.join_path_single(repo_dir, it)))
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if arch_repos.len == 0 {
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arch_repos << r.default_arch
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}
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for arch in arch_repos {
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r.add_pkg_in_arch_repo(repo, arch, pkg) ?
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}
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}else{
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r.add_pkg_in_arch_repo(repo, pkg.info.arch, pkg) ?
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}
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// TODO properly handle this
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return true
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}
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// add_pkg_in_repo adds the given package to the specified repo. A repo is an
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// arbitrary subdirectory of r.repo_dir, but in practice, it will always be an
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// architecture-specific version of some sub-repository.
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fn (r &RepoGroupManager) add_pkg_in_arch_repo(repo string, arch string, pkg &package.Pkg) ?bool {
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pkg_dir := os.join_path(r.data_dir, repo, arch, '$pkg.info.name-$pkg.info.version')
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// We can't add the same package twice
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if os.exists(pkg_dir) {
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@ -70,9 +100,9 @@ fn (r &Repo) add(pkg &package.Pkg) ?bool {
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}
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// We remove the older package version first, if present
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r.remove(pkg.info.name, false) ?
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r.remove_pkg_from_arch_repo(repo, arch, pkg, false) ?
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os.mkdir(pkg_dir) or { return error('Failed to create package directory.') }
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os.mkdir_all(pkg_dir) or { return error('Failed to create package directory.') }
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os.write_file(os.join_path_single(pkg_dir, 'desc'), pkg.to_desc()) or {
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os.rmdir_all(pkg_dir) ?
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@ -85,27 +115,35 @@ fn (r &Repo) add(pkg &package.Pkg) ?bool {
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return error('Failed to write files file.')
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}
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r.sync() ?
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r.sync(repo, arch) ?
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return true
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}
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// remove removes a package from the database. It returns false if the package
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// wasn't present in the database.
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fn (r &Repo) remove(pkg_name string, sync bool) ?bool {
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fn (r &RepoGroupManager) remove_pkg_from_arch_repo(repo string, arch string, pkg &package.Pkg, sync bool) ?bool {
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repo_dir := os.join_path(r.data_dir, repo, arch)
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// If the repository doesn't exist yet, the result is automatically false
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if !os.exists(repo_dir) {
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return false
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}
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// We iterate over every directory in the repo dir
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for d in os.ls(r.repo_dir) ? {
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// TODO filter so we only check directories
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for d in os.ls(repo_dir) ? {
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name := d.split('-')#[..-2].join('-')
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if name == pkg_name {
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if name == pkg.info.name {
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// We lock the mutex here to prevent other routines from creating a
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// new archive while we removed an entry
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lock r.mutex {
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os.rmdir_all(os.join_path_single(r.repo_dir, d)) ?
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os.rmdir_all(os.join_path_single(repo_dir, d)) ?
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}
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if sync {
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r.sync() ?
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r.sync(repo, arch) ?
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}
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return true
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@ -114,8 +152,3 @@ fn (r &Repo) remove(pkg_name string, sync bool) ?bool {
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return false
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}
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// Returns the path where the given package's desc & files files are stored
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fn (r &Repo) pkg_path(pkg &package.Pkg) string {
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return os.join_path(r.repo_dir, '$pkg.info.name-$pkg.info.version')
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}
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@ -30,8 +30,9 @@ fn archive_add_entry(archive &C.archive, entry &C.archive_entry, file_path &stri
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}
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// Re-generate the repo archive files
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fn (r &Repo) sync() ? {
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// TODO also write files archive
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fn (r &RepoGroupManager) sync(repo string, arch string) ? {
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subrepo_path := os.join_path(r.data_dir, repo, arch)
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lock r.mutex {
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a_db := C.archive_write_new()
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a_files := C.archive_write_new()
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@ -44,18 +45,18 @@ fn (r &Repo) sync() ? {
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C.archive_write_add_filter_gzip(a_files)
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C.archive_write_set_format_pax_restricted(a_files)
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db_path := os.join_path_single(r.repo_dir, 'vieter.db.tar.gz')
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files_path := os.join_path_single(r.repo_dir, 'vieter.files.tar.gz')
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db_path := os.join_path_single(subrepo_path, 'vieter.db.tar.gz')
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files_path := os.join_path_single(subrepo_path, 'vieter.files.tar.gz')
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C.archive_write_open_filename(a_db, &char(db_path.str))
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C.archive_write_open_filename(a_files, &char(files_path.str))
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// Iterate over each directory
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for d in os.ls(r.repo_dir) ?.filter(os.is_dir(os.join_path_single(r.repo_dir,
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for d in os.ls(subrepo_path) ?.filter(os.is_dir(os.join_path_single(subrepo_path,
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it))) {
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// desc
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mut inner_path := os.join_path_single(d, 'desc')
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mut actual_path := os.join_path_single(r.repo_dir, inner_path)
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mut actual_path := os.join_path_single(subrepo_path, inner_path)
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archive_add_entry(a_db, entry, actual_path, inner_path)
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archive_add_entry(a_files, entry, actual_path, inner_path)
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@ -64,7 +65,7 @@ fn (r &Repo) sync() ? {
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// files
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inner_path = os.join_path_single(d, 'files')
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actual_path = os.join_path_single(r.repo_dir, inner_path)
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actual_path = os.join_path_single(subrepo_path, inner_path)
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archive_add_entry(a_files, entry, actual_path, inner_path)
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@ -8,6 +8,8 @@ import rand
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import util
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import net.http
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const default_repo = "vieter"
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// healthcheck just returns a string, but can be used to quickly check if the
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// server is still responsive.
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['/health'; get]
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@ -21,9 +23,9 @@ fn (mut app App) get_root(filename string) web.Result {
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mut full_path := ''
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if filename.ends_with('.db') || filename.ends_with('.files') {
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full_path = os.join_path_single(app.repo.repo_dir, '${filename}.tar.gz')
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full_path = os.join_path_single(app.repo.data_dir, '${filename}.tar.gz')
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} else if filename.ends_with('.db.tar.gz') || filename.ends_with('.files.tar.gz') {
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full_path = os.join_path_single(app.repo.repo_dir, '$filename')
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full_path = os.join_path_single(app.repo.data_dir, '$filename')
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} else {
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full_path = os.join_path_single(app.repo.pkg_dir, filename)
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}
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@ -74,7 +76,7 @@ fn (mut app App) put_package() web.Result {
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return app.text("Content-Type header isn't set.")
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}
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res := app.repo.add_from_path(pkg_path) or {
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res := app.repo.add_pkg_from_path(default_repo, pkg_path) or {
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app.lerror('Error while adding package: $err.msg')
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os.rm(pkg_path) or { app.lerror("Failed to remove download '$pkg_path': $err.msg") }
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@ -14,7 +14,7 @@ struct App {
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pub:
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conf env.ServerConfig [required; web_global]
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pub mut:
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repo repo.Repo [required; web_global]
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repo repo.RepoGroupManager [required; web_global]
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// This is used to claim the file lock on the repos file
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git_mutex shared util.Dummy
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}
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@ -42,7 +42,7 @@ pub fn server() ? {
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}
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// This also creates the directories if needed
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repo := repo.new(conf.repo_dir, conf.pkg_dir) or {
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repo := repo.new(conf.data_dir, conf.pkg_dir, "x86_64") or {
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logger.error(err.msg)
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exit(1)
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}
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