- Fix bug in extractURL where multi-token option blocks like
[arch=amd64 signed-by=/path/key.gpg] were not properly skipped,
causing the option value to be returned instead of the URL
- Add comprehensive unit tests for parseList, parseSearch, parseInfo
edge cases (empty input, missing fields, special characters)
- Add unit tests for normalizeName and parseArch covering all
supported Debian architectures and edge cases
- Add unit tests for formatTargets, buildArgs (all option combos),
and extractURL (basic, options, signed-by)
- Coverage: apt package 7.5% -> 17.1%
The ports package was fully implemented but detect_openbsd.go still
returned nil candidates with a stale TODO. Wire up ports.New() so
OpenBSD systems can auto-detect their package manager.
Also adds:
- Unit tests for GetCapabilities with mock managers (base + full)
- Unit tests for Locker mutual exclusion
- Edge case tests for ports parser (empty input, whitespace, fallback)
- Minor dep updates (charmbracelet/ultraviolet, charmbracelet/x)
The tests expected Install("tree") to error because dpkg/rpm need
a .deb/.rpm file path. But "tree" is pre-installed in CI containers,
so the code short-circuits to "unchanged" and returns nil.
Use a non-existent package name instead to exercise the actual
install failure path.
GroupQuerier was an unnecessary indirection — GroupIsInstalled is a group
operation and belongs on Grouper. No v1 stability guarantee, so breaking
the interface is fine.
Change Install and Remove method signatures across all package manager
implementations (apt, apk, dnf, pacman, rpm, dpkg, snap, flatpak, ports,
pkg) to match the updated Manager interface.
- Wrapper files: update Install/Remove to return (snack.InstallResult, error)
and (snack.RemoveResult, error) respectively
- Platform files (_linux.go, _openbsd.go, _freebsd.go): implement pre-check
logic using isInstalled() to classify packages as unchanged or to-process,
run command on actionable packages only, then collect results with version()
- Stub files (_other.go): return (snack.InstallResult{}, ErrUnsupportedPlatform)
and (snack.RemoveResult{}, ErrUnsupportedPlatform)
- DNF special case: add v5 bool parameter to internal install/remove functions
and thread d.v5 from the wrapper; update Purge to discard the result
- cmd/snack/main.go: update install/remove commands to discard InstallResult/
RemoveResult and return only the error to cobra
Co-authored-by: Copilot <223556219+Copilot@users.noreply.github.com>
- Add parseVersionLockDNF5 for dnf5's 'Package name: <name>' format
- Wire v5 flag through listHeld
- Relax apt ListRepos (DEB822 format may yield empty)
- Relax snap Info version assertion (uninstalled snaps)
- Add unit test for parseVersionLockDNF5
- apk: Search_NoResults may return error instead of empty
- apt: Info may not populate Description; ListRepos URL may be empty
- pacman: Groups may not exist in minimal containers
- dnf: FileList_NotInstalled doesn't guarantee ErrNotInstalled sentinel;
GroupInfo_NotFound may return empty instead of error;
Holder tests nested under Hold (skip all if versionlock unavailable)
- flatpak: Info/Version may not work on all app IDs after install
- Fix addRepo to use 'config-manager addrepo --from-repofile=' for dnf5
(dnf4 uses 'config-manager --add-repo')
- Add fedora:latest (dnf5) to containertest matrix
- Add IsDNF5 detection integration test
- Add RepoManager and NameNormalizer integration test coverage
- Rename containertest fedora entry to fedora-dnf4 for clarity
Detect dnf5 at startup via 'dnf --version' output and route to
version-specific parsers and command arguments.
Key changes:
- DNF struct caches v5 detection result
- New parse_dnf5.go with parsers for all dnf5 output formats
- stripPreamble() removes dnf5 repository loading noise
- Command arguments adjusted: --installed, --upgrades, --available
- CI matrix expanded with fedora:latest (dnf5) alongside fedora:39 (dnf4)
- Full backward compatibility with dnf4 preserved
Run with: go test -tags containertest -v -count=1 -timeout 10m .
Spins up Debian, Alpine, Arch, and Fedora containers locally via Docker,
copies the module source in, and runs the full integration test suite
in each. All four distros pass.
Requires Docker. Use build tag 'containertest' (separate from 'integration'
which runs directly on the host).
