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# mars_nwe test helpers
The test tree contains small smoke helpers for protocol areas that are easier to
exercise outside the normal install flow.
## NWFS lib/CTest coverage
`tests/nwfs/nwfs_dirquota_test` is a normal CTest/libnwfs plausibility test for
the NetWare-3.x directory quota helpers. It verifies 4K rounding, NCP-to-NSS
metadata conversion, unlimited handling, available-space arithmetic, and
over-limit decisions without requiring a running NCP server. The test is quiet
on success for CTest; run `nwfs_dirquota_test -h` for usage or
`nwfs_dirquota_test -v` for a short success line. Use `ldd`, not `ld`, to
inspect the executable's shared-library dependencies.
## NWFS/NCPFS quota and metadata smokes
`tests/nwfs` contains manual NCPFS-based smoke helpers for the NetWare filesystem
metadata and quota paths. They are not generic unit tests: they expect a running
MARS_NWE server, mounted NCPFS volumes, and the helper programs configured by
CMake when `ncpfs`/`libncp` are available.
The main quota regression entry point is
`nwfs_ncpfs_userquota_dual_smoke.sh`. It runs the same NetWare-style
deny-before-data userquota fill test against two volumes:
- a Linuxquota-backed volume, such as `QUOTA`, where enforcement comes from the
host quota path;
- a metadata/NWQUOTA-backed volume, such as `SYS`, where the server stores the NSS-shaped user restriction mirror in the
volume-root `netware.userquota.0` xattr and derives live usage by scanning
the host tree.
The expected result is that both volumes allow 11 one-block files after setting a
12-block headroom limit, then deny the next 4K file before data is written. For
a SYS/NWQUOTA run with a pre-existing baseline, the smoke rebases the limit to
`baseline + 12x4K` and expects the final used count to be `baseline + 11x4K`.
The helper writes per-volume logs under `/tmp/nwfs-quota-dual.*` and makes them
world-readable so they can be collected after root-run tests.
## AFP
`tests/afp` contains the current AFP endpoint smoke suite and its single AFP
README. AFP deleted-file endpoint `0x13` is implemented as a thin adapter over
the shared salvage backend and is covered by the AFP smoke suite.
## Salvage
`tests/salvage` contains the shared NetWare salvage coverage. These tests are
kept outside `tests/afp` because AFP `0x13` must become a thin adapter over the
same backend that serves the NetWare NCP salvage calls.
The current salvage tests cover:
- local layout contract for `.recycle` payloads and `.salvage` JSON metadata,
- NCP create/delete capture through the normal server delete path,
- Samba-compatible, non-localized history naming with `Copy #1 of NAME`,
- NCP `87/16` scan, `87/17` recover, and `87/18` purge through the official
`ncpfs` helper API,
- stale `.salvage` sidecars are ignored and cleaned when their `.recycle`
payload is externally removed,
- report-file generation with `--out FILE`.
`tests/salvage/salvage_smoke_suite.sh` is the single NCP integration entry
point. It creates multiple versions of the same file through NCP, deletes them
through NCP, scans salvageable entries, recovers the oldest sequence, and checks
the restored payload through NCP read. The scan check expects duplicate
sequence entries for the original deleted name; backend history paths stay
hidden behind the salvage endpoints.
The NCP smoke suite is intended to run as the same Unix user that normally runs
the test client, not necessarily as root. Pre-clean of old `.recycle` or
`.salvage` artifacts is therefore best-effort: permission failures are reported
as warnings and do not by themselves fail the smoke. The actual pass/fail check
is based on artifacts created by the NCP delete path.
## NCP path visibility
Normal mars_nwe NCP path resolution does not expose Unix dot directories as
ordinary user-visible NetWare paths. In the classic path resolver, leading-dot
components are handled as special `.`/`..` syntax, so names such as `.recycle`
or `.salvage` return invalid path (`0x899c`) through normal file open/read
requests. Directory scans also skip names beginning with `.`.
Tests must therefore not validate salvage payloads by opening
`SYS:.recycle/...` or `SYS:.salvage/...` through normal NCP file calls. Use the
salvage scan/recover/purge endpoints for repository state and verify payload
content by reading the restored live file through NCP.
## NCPFS directory-quota smoke
`tests/nwfs/nwfs_ncpfs_dirquota_smoke.sh` is the live smoke for the
MARS-NWE 3.x directory quota endpoints. It uses the `nwfs_ncpfs_dirquota`
helper to call the documented decimal NCPs `22/36` and `22/35` directly
through libncp (`NCPC_SFN(22, 36)` and `NCPC_SFN(22, 35)`; wire/code bytes
`0x24` and `0x23`). The smoke sets a finite directory limit, reads it back,
checks `netware.metadata` with `nwfs_xattr_dump`, clears the limit, and
verifies that `22/35` reports no entries again.
The host dump clear check matches the trailing status word, so
`dirQuotaLimit=9223372036854775807 inactive` is accepted as cleared.
Example:
```sh
./nwfs_ncpfs_dirquota_smoke.sh MARS SUPERVISOR secret \
/var/mars_nwe/SYS /mnt/nw-sys NWFSTEST SYS
```
Use `NWFS_NCPFS_DIR_QUOTA_4K=VALUE` to choose the tested limit.