feat: parent child interfaces - #157
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…de CSRF/transfer gating - collisions.detect_bulk_collisions: skip non-dict rows / non-dict validation instead of crashing the whole bulk-confirm flow on .get(). - device_status actions render: type-check existing_librenms_link before reading pairing keys so a malformed payload can't break the table render. - _vlan_sync_content.html: render CSRF + server_key in migrated mode too (the VLAN verify JS reads csrfmiddlewaretoken and posts server_key); only the form-submit action input stays gated. - librenms_sync_base.html: gate the donor transfer-IP buttons to Device pages (object|meta model_name == device) so a VM can't drive device_transfer_ip on a same-pk Device. - tests: red->green coverage for each; add non-dict main-ports row case; pin OOB-only fixture librenms_id=None; drop brittle '?tab=' >=5 sanity threshold.
- Add PortStackLagPattern model for vendor LAG name patterns with CRUD UI (list, create, edit, delete, import, changelog, YAML export) - Populate PortStackLagPattern with known vendor patterns - Merge LAG column into Parent/LAG column showing relationship inline - Auto-select parent interface when sub-interface is checked - Detect sub-interfaces via port_stack signal (not just LAGs) - Fix LAG member auto-select for Nokia TiMOS and paginated tables - Show relationship name inline in Parent/LAG badges - Split interface name into separate badge with better contrast - Remove librenms_id column (not needed outside debugging) - Fix stale and broken tests (TestRenderLibreNMSId, VC mock, POST mock)
…g-aware cross-page parent cleanup, device-only LAG sync)
…arent FKs Wire the lag/parent select_related into _build_interface_lookup_maps (drops a dead _extra_related var / F841 and avoids N+1 on nb_iface.lag/.parent), recompute the relationship for the selected member in the single-interface verify path, and patch the parent cell client-side so it no longer shows the prior device's status.
… paginate - SyncInterfaceParentView: set POST permission by object_type — VMInterface has a parent field, so VM parent sync needs (change, VMInterface), not (change, Interface). - get_context_data: scope by_port_id to host rows (_source != oob) so an OOB controller reusing a host port_id can't attach the wrong aggregate/parent. - get_table_paginate_count: clamp non-positive per_page to the NetBox default.
resolve_port_relationships compiled and applied every stored PortStackLagPattern regardless of platform, so a vendor-specific regex could misclassify an interface on another device's OS as a LAG aggregate. Add a device_os argument that scopes the DB pattern lookup to that OS (filter on librenms_os); the interfaces view resolves the OS via get_device_info (best-effort) and passes it. device_os=None preserves the prior unscoped behaviour.
…e peek - librenms_sync.js: check response.ok on the LAG/parent sync fetch so backend error text surfaces instead of a generic JSON parse failure. - get_port_stack: normalize a null 'mappings' body to [] so resolve_port_ relationships never iterates a None port_stack. - _render_relationship_column: for missing_nb rows on a VC page, resolve the row's member device (get_virtual_chassis_member) so inline parent/LAG sync targets the right device, not the viewed member. - SingleInterfaceVerifyView: host-scope by_port_id (_source != oob) to match get_context_data so OOB rows can't skew the verify-time enrichment. - _attach_messages_oob: restore storage.used after the peek so messages aren't consumed before the renderer emits them; test storage mirrors that semantics.
…ad + JS cleanup - resolve_port_relationships: skip non-dict ports entries so a malformed LibreNMS payload item can't crash relationship resolution. - get_context_data: don't enrich OOB rows with the host device's port_stack relationships (they'd inherit the host's LAG/parent on a port_id collision). - librenms_sync.js: gate only the auto-select behaviour on the toggle so the cross-page parent cleanup still runs on deselect when the toggle is off. - lag/parent sync (bulk + both views): reject pairs whose interfaces aren't on the same device/VM (_interfaces_same_owner) — a VC-wide port_id resolve could otherwise persist a NetBox-forbidden cross-member lag/parent; views return 409.
…tomic parent save
Display names ('select') can collide in ifDescr mode, where the visible
interface name is not a unique identifier. Carry a stable LibreNMS port_id
('select_port_id') for cross-page parents auto-included by the JS, and key
the relationship sync on port_id so distinct ports sharing a display name are
no longer collapsed onto one.
…display name The single-interface verify path keyed the NetBox interface lookup on the display name (ifName/ifDescr). That name is a render-time preference with no canonical value, so a lookup breaks whenever the current naming mode differs from the one the interface was synced under. Resolve by the stored LibreNMS port_id and fall back to the name only for interfaces without a librenms_id.
…ixin The annotation was never read or enforced — _resolve_interface_by_port_id takes server_key as a parameter — so it was dead noise on the mixin.
…e-id match, select-all - get_port_stack(): catch ValueError from response.json() and return the usual (False, error) tuple instead of letting a non-JSON body escape. - interfaces_view: when _has_lag_signals() says the device has relationships but the port_stack fetch fails, warn the user that the Parent/LAG column may be incomplete (mirrors the OOB-incomplete handling) instead of dropping it silently. - _related_iface_matches: always attempt the stable librenms_id comparison (default server_key to 'default') so the default-server path never silently falls back to fragile name matching when a stable id is stored. - select-all: dispatch a bubbling change event per row so the cross-page parent / LAG-member auto-select logic runs for select-all, not just individual clicks.
Shift-click range selection set cb.checked directly, bypassing the change handler that auto-includes cross-page parent / LAG-member interfaces — the same gap just closed for select-all. Dispatch a bubbling change per ranged checkbox so range selection injects cross-page parents like single clicks do.
…, harden auto-select - SingleInterfaceVerifyView now enforces dcim.view_device (like SingleModuleVerifyView) so a user can't probe arbitrary device IDs for cached interface data. - Pick the cached verify row by the posted stable port_id (host rows only) before the display-name fallback, so colliding host/OOB names can't patch the wrong row. - Normalize all port_ids to int in lag/parent enrichment: a cache round-trip can stringify relationship-map keys while port_id values stay int, silently dropping LAG/parent context. - get_cached_ports_data / _get_cached_relationships resolve the same VC-scoped sync device the writer uses, fixing false cache misses on VC member pages that have their own id. - Run the delegated change flow for auto-selected LAG members, same-page parents, and shift-range selection so second-order selection (nested parents, member-as-child) applies. - Hide bulk 'Delete Selected Interfaces' in migrated mode (a winner exists). - Clarify resolve_port_relationships docstring re: aggregate detection by ifType/name.
… before lookup
- _interface_sync_content.html: convert the multiline {# #} (which test_template_comments
flags — Django renders it as literal text) to {% comment %}, and gate the bulk-delete
button on migrated_to_marker (not migrated_to_winner) so a donor marked migrated never
falls back to destructive delete when the winner can't be resolved.
- handleInterfaceChange: resolve the row from select.closest('tr') (unique) instead of
data-interface, which collides when a name appears in both the host and OOB datasets —
a name lookup could post the wrong row's port_id and repaint the wrong row.
- SingleInterfaceVerifyView: bind self.request and run the dcim.view_device gate before
get_object_or_404, so a user without permission can't probe device IDs via 404-vs-200.
…g as empty A null/missing mappings genuinely means 'no parent/LAG relationships' -> []. But a non-list payload (or a list with non-dict items) is a malformed LibreNMS response; returning (True, []) made it indistinguishable from 'no relationships' and silently skipped valid sync updates. Fail the call (logged) so the caller surfaces it via the port_stack-failure warning.
…not self.device CodeRabbit batch (pci-domain): - librenms_api.get_port_stack: a non-object top-level payload (list/string/null) is malformed, not 'no relationships'. Fail it instead of collapsing to (True, []), which would silently skip valid LAG/parent sync updates. - tables/interfaces: derive the relationship-sync button's object_type from the table subclass (sync_object_type) instead of a self.device.cluster probe that misclassifies a cluster-less VM as a device and POSTs to the wrong endpoint. - librenms_sync.js: the relationship-sync button now honors the row's live VC member-select value over the server-rendered data-object-id, so switching members targets the chosen member instead of the name-based default. Tests added for the non-object payload and the device/VM object_type derivation.
…bort stale verify CodeRabbit batch (PR 87, pci-domain): - interfaces sync: the LAG/parent name_hint fallback used hardcoded ifName. In ifDescr mode the NetBox interface name matches ifDescr, so the wrong-name lookup silently skipped the link. Use the active interface_name_field, falling back to ifName. - interfaces sync: the skip summary claimed every skipped interface was 'mapped to a different interface', but the list also includes ambiguous-port_id skips — make the reason generic. - librenms_sync.js: handleInterfaceChange now uses an AbortController (like handleModuleChange) so a stale /verify-interface/ response from a rapid VC-member change can't repaint the row after a newer selection.
…ship buttons during verify - interfaces_view: an OOB-controller port matching the LAG ifType/name heuristic could trigger get_port_stack(host_id) and the 'Parent/LAG may be incomplete' warning even when the main device has no such relationships. get_port_stack is host-scoped, so filter _source=="oob" rows out before _has_lag_signals() and resolve_port_relationships(). - librenms_sync.js: changing a VC member fires an async row verify; a LAG/parent sync click landing before it repaints would POST the new member's objectId with the previous member's stale relationship metadata. Disable the row's relationship sync buttons while the verify is in flight, re-enabling on settle (skipped on AbortError — the superseding verify owns state). - Test that OOB rows are excluded from the port_stack LAG-inference trigger.
…tton re-enable
CodeRabbit batch (pci-domain):
- librenms_api.get_port_stack: an error payload like {"status": "error", "message": ...}
omits 'mappings' just like a genuine "no relationships" answer, so it returned (True, []) and
masked the failure — skipping valid LAG/parent sync updates. Honor an explicit non-ok status
when mappings is absent; a real empty result (no status / "ok") still returns (True, []).
- sync/interfaces SyncInterfaceLagView / SyncInterfaceParentView: both are fetch() JSON
endpoints but gated with require_all_permissions, which returns the mixin's HTML/redirect on
denial and breaks the caller's JSON error path. Switch to require_all_permissions_json, like
the sibling DeleteNetBoxInterfacesView.
- librenms_sync.js: the verify-in-flight relationship-button lock could leave buttons stuck
disabled. On rapid VC-member changes the second handler captured an empty set (buttons already
disabled) and the first was aborted without re-enabling; a non-repainting settle then restored
nothing. Tag the buttons this flow disables with data-verify-locked and re-enable by
re-querying that marker on the live row, so whichever request settles last restores them — and
a button the sync-click handler disabled mid-POST (no marker) is never wrongly re-enabled.
Tests: port_stack error-status failure; verify-gate test patches the _json method.
- normalize the stored related-interface id before comparing to the LibreNMS port_id so a renamed LAG/parent still matches on the stable id - prefer the row-selected object for missing_nb relationship sync instead of the name-based VC heuristic, so the button targets the right device
…nship maps once - _interface_sync.html: forward the active server_key in the HTMX refresh hx-vals for both device and VM buttons so a multi-server refresh rebuilds the content from the correct LibreNMS namespace instead of the default. - interfaces_view: normalize port_id_to_lag/parent keys once at the cached-data build site instead of re-normalizing per non-OOB port inside _enrich_port_with_lag_parent.
Setting Interface.lag/parent and calling .save() directly bypassed model validation: _interfaces_same_owner only checks the device, so stale port_stack data or a crafted POST with port_id == lag/parent_port_id could persist a self-link (member == aggregate) that Interface.clean() forbids. Run full_clean() before each save at all four sites — the JSON endpoints return 409 with detail, the bulk loop logs and skips — mirroring the full_clean()+409 pattern already used by the migrate move endpoints.
…esponses CodeQL py/stack-trace-exposure flagged SyncInterfaceLagView and SyncInterfaceParentView for returning full_clean() ValidationError detail straight to the JSON client. Mirror the repo's established remediation: log the flattened detail server-side and return a fixed, safe message (the cross-device case is already rejected upstream, so this is the self-link/constraint case). The bulk-sync sites already only log the detail, so they were never flagged.
…uity, verify normalization) Three review findings in the LAG/parent relationship paths: - resolve_port_relationships: only feed ports with a usable port_id AND a non-empty string ifName into the lookup maps. A non-string ifName (malformed payload) would otherwise reach regex/':'/suffix string ops and raise at runtime. - _resolve_interface_by_port_id: collect all stored-id matches and fail on ambiguity instead of binding lag/parent to the first of several interfaces carrying the same stale librenms_id, mirroring _resolve_device_interface(). - SingleInterfaceVerifyView: normalize the cached relationship-map keys before enrichment (as the main table path does), so stringified port_id keys don't drop Parent/LAG context from the inline verify response.
… except, expose VM Parent/LAG - interfaces table: suppress the per-row LAG/parent sync button on migrated donor pages (the buttons POST directly, so the hidden bulk form alone is not enough); stamp migrated_to_marker from the main render and verify paths. - _resolve_interface_by_port_id: narrow the name-hint fallback's bare except to Interface/VMInterface DoesNotExist (swallow) and MultipleObjectsReturned (return ambiguity error); real runtime/DB faults now propagate instead of masking as not-found. - VM interface table: add the Parent/LAG column to Meta.sequence so VMInterface sub-interface relationship sync is reachable from the UI. - ip sync: regression test proving an already-bound IP is not unbound when no interface resolves (skip happens before the update branch).
…ale verify buttons - _interface_sync_content: in migrated-donor mode hide the bulk-select controls (select-all header + per-row checkboxes — dead now that bulk delete is hidden) and switch the modal copy to transfer-only 'Move' wording instead of delete. - librenms_sync.js: on a genuine (non-abort) verify failure, keep the LAG/parent sync buttons disabled. The row was not repainted for the newly-selected VC member, so re-enabling would let a retry combine the new member with the previous member's stale lag/parent port_id and sync the wrong relationship.
- resolve_port_relationships: key by_id on str(port_id) and look up str(high/low_port_id) so a str-vs-int discrepancy between the independent ports and port_stack payloads no longer silently drops valid relationships. - librenms_sync.js: move reenableRelationshipButtons() into the success branch so a 2xx response with status != 'success' (which does not repaint the row) leaves the verify-locked LAG/parent buttons disabled, matching the .catch() rationale — otherwise a retry could post the previous member's stale relationship metadata. - Test for str/int port_id normalization (both directions).
…rify dropdown on failure
- librenms_api.get_port_stack(): check an explicit non-ok status before consuming
'mappings', so an error payload that still carries mappings (e.g.
{status: error, mappings: []}) fails instead of being read as 'no relationships'
and silently skipping valid LAG/sub-interface sync.
- librenms_sync.js: track the last server-confirmed VC member per <select>; on a
failed verify (non-success payload or non-abort error) roll the dropdown back to
it and re-enable the relationship controls, so the user isn't stranded on an
unverified selection with locked buttons. Seeds from the rendered <option selected>.
- Test for the error-status-with-mappings case (no JS unit harness in the repo).
_lock_selected_device_targets and _lock_relationship_scope re-locked the object's
own virtual chassis with a raw manager filter, which the raw-pk scan reported.
The id comes from obj, which the request already resolved through a scoped
queryset, so route both through relock_scoped_row: that states the provenance
rather than relying on how the expression is written.
Dropping of=("self",) changes no lock: neither queryset joins, so the row locked
is the same one.
…l contracts Three suites still described how the code used to behave. SingleInterfaceVerifyView resolves the row by the stable LibreNMS port_id and fails closed when the caller posts none, so two tests that posted only a name got a 404. Post the port_id the view asks for, and give the shared port fixture one. test_mixed_structural_and_name_signals_warn_when_os_is_unknown created the "ios" PortStackLagPattern that migration 0013 already seeds, so it hit the case insensitive uniqueness constraint. Take the seeded row instead. test_verify_response_does_not_expose_inaccessible_vc_members asserted that str(hidden_device.pk) was absent from the whole response body. That matches any rendered number, so the assertion tracked pk allocation rather than a leak: it failed when the hidden device happened to get pk 1500 and the snapshot rendered ifMtu 1500. Assert the pk cannot appear as a device reference instead. The test passed on the branches above only because pks landed differently there.
Two test-infrastructure gaps left this branch red at its own tip while every test passed in isolation. Redis is not rolled back between tests and primary keys are reused, so a value cached under one pk was read by the next test that drew the same pk. Every test now runs in a unique key prefix on a sibling Redis database, which also keeps the dev server's DEBUG-time cache.clear() out of the run. A test marked django_db(transaction=True) truncates every table, including the rows migration 0013 seeds. pytest-django sorts every ordinary database test ahead of every transactional one, so no test observes that flush inside the same run. The damage is carried ACROSS runs: the flush lands in the session teardown and leaves a reused database empty, so the next run starts with LAG pattern detection already disabled. _reseed_after_transactional_flush restores the rows after the database fixture finalizes, and _restore_migration_seeded_rows covers a run that begins against an already-empty reused database by seeding inside each test's own transaction, which is rolled back afterwards. The per-test restore gates on the django_db marker rather than on request.fixturenames. pytest-django's _django_db_marker requests _django_db_helper, never the public db or transactional_db fixture, so those names are absent from the closure and a fixturenames-only check is false for every marker-only test. The gate keeps the fixturenames branch as well, for tests that request db directly without the marker.
Both suites post server_key "stub" and both passed alone but failed in a full
run. test_interface_vlan_sync declares pytest_plugins at module level, which
registers the API-test helpers session-wide, and that plugin carries an autouse
fixture pinning get_plugin_config to a default-only server map. Every module
collected after it inherits the mock, so "stub" became an unknown explicit key,
LibreNMSAPI raised KeyError, build_librenms_api returned None and the view
failed closed with 400 before it reached the behaviour under test. The
concurrency thread returned for the same reason and never reached target
locking.
Each module now overrides the fixture by name, which is the pattern
test_device_fields_server_scoping already uses. Load the helper plugin
explicitly to reproduce the old failures:
pytest -p netbox_librenms_plugin.tests.test_librenms_api_helpers \
netbox_librenms_plugin/tests/test_verify_views.py \
netbox_librenms_plugin/tests/test_sync_interface_concurrency.py
Relationship resolution read port_id_high and port_id_low. A live LibreNMS
26.6.1 returns {id, device_id, high_ifIndex, high_port_id, low_ifIndex,
low_port_id, ifStackStatus}, so both lookups returned None, every entry was
skipped, and LAG membership and sub-interface parenting both resolved to an
empty map. Nothing was mis-paired: the loop never reached the pairing.
LibreNMS 24.07 renamed the old port_id_high and port_id_low columns to
high_ifIndex and low_ifIndex, because they held ifIndex values, and added
high_port_id and low_port_id carrying the resolved port ids. The endpoint
serves the rows verbatim, so the response uses the column names. The API docs
still describe the pre-2024 shape, which is where the wrong spelling came from.
high_port_id is the field to read here: this resolver keys by port_id from the
ports payload, so high_ifIndex would match only where an ifIndex happens to
equal some port's id.
Every fixture in the suite used the documented spelling, so production and its
tests agreed on a shape no server sends and the suite stayed green. The fixtures
now carry the real shape: with the wrong keys restored, 29 of 39 resolver tests
fail, against none before. One test pins a verbatim live entry, and an entry
carrying neither key is now logged rather than dropped in silence.
… 4.4 Two CI-only failures on every leg, plus two more on the 4.4.0 leg. The first two named `server_key = "stub"`. Only `default` is configured in `media/configuration.testing.py`, which is what CI runs, so the view refused the unconfigured server and returned before the behaviour under test. Both now use `default`. The 4.4.0 pair hit an upstream bug: `Interface.clean()` there compares `self.parent.device.virtual_chassis` with `self.parent.virtual_chassis`, and `Interface` has no `virtual_chassis` attribute (4.6 compares `self.device.virtual_chassis`). So the validation NetBox means to run raises AttributeError, and a parent on another chassis member 500s instead of being accepted. `min_version` is 4.4.0 and that leg gates, so `_validate_relationship` tolerates exactly that failure: the parent edge, `exc.name == "virtual_chassis"`, and both interfaces on members of one chassis, which is the case the comparison exists to allow. Anything else propagates.
Reuse the concurrent platform winner directly instead of re-reading it through a
view-restricted queryset. The branch runs only when no platform existed at
preflight, so the gate asked for ("add", Platform) and never ("view", Platform);
restrict() then returns none() for an add-only user and aborts an assign they
were authorized to perform.
Handle IntegrityError at the outer transaction in the interface sync. The
relationship pass catches it around an inner savepoint, but Postgres validates
Django's DEFERRABLE INITIALLY DEFERRED foreign keys at the outermost COMMIT, so
a concurrently deleted related row escaped that handler and returned HTTP 500.
The inner comment claimed to cover this case and no longer does.
Coerce the cached VLAN id once and drop the entry when it is not numeric. The
value comes from the LibreNMS payload, which is only checked for being a dict, so
a non-numeric VID raised ValueError and aborted a sync that had already applied
other rows.
Degrade the relationship cell when no owner resolves: reverse() with an empty
object_id raises NoReverseMatch and takes down the whole table render.
Bound the port-id regex at 19 digits, the width of a PostgreSQL bigint. An
oversized string was previously rejected only by CPython's int_max_str_digits
limit, which a host may raise or disable.
Extract _lock_mapping_in_scope() so the device-type and platform mapping views
share one scope-then-lock implementation; both copies had to stay identical for
the permission guarantee to hold.
Tests: each production change has a test that fails without it. Also cover the VM
routed sync pages (they inherit the same scoped get_object), add in-grant control
cases for the mapping-scope refusals, name the locked table in the OOB IP lock
assertion, seed a LAG pattern no migration row can match, pin the verify refusal
status, rename the fallback test to match what it asserts, and drop the worker
lock_timeout below the caller's future deadline in two "must not lock" tests.
…e class The interface table wrote the selection and name accessors into base_columns and the row-attribute map into _meta before calling super().__init__(). Both are class attributes: django-tables2 deep-copies type(self).base_columns only after __init__ runs, and reads _meta.row_attrs from the class. A table built with a non-default interface_name_field therefore retargeted the columns for every later table in the same worker process, across requests and users. The two columns are now copied, given their accessor and passed through extra_columns, which Table.__init__ applies to its own copy. The accessor has to be set before that call because BoundColumn.accessor is cached while the columns are bound, so a later assignment is read back as the column name and renders an empty cell. The row-attribute map is passed as row_attrs, which binds to the instance. Two tests fail against the previous code: the class keeps the leaked "ifName" accessor, and _meta.row_attrs is populated on the class.
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🪛 ast-grep (0.45.1)netbox_librenms_plugin/tests/test_coverage_devices.py[info] 332-332: use jsonify instead of json.dumps for JSON output (use-jsonify) 🔇 Additional comments (8)
📝 WalkthroughWalkthroughThis PR adds ChangesPort stack patterns and interface relationship synchronization
Estimated code review effort: 5 (Critical) | ~120 minutes Merge Risk: 🟡 Moderate · up to The PR adds parent/LAG/child relationship syncing and interface UI updates, but a valid VLAN-group override can still be silently ignored in favor of auto-selection, which may produce incorrect synchronization choices; merge should wait for this correctness issue to be fixed or explicitly accepted. Sequence Diagram(s)sequenceDiagram
participant User
participant InterfaceUI
participant SyncView
participant LibreNMSAPI
participant NetBox
User->>InterfaceUI: Refresh or select interfaces
InterfaceUI->>SyncView: Request interface data
SyncView->>LibreNMSAPI: Fetch ports and port-stack data
LibreNMSAPI-->>SyncView: Return normalized relationships
SyncView->>NetBox: Resolve owners and apply relationships
NetBox-->>InterfaceUI: Return rendered status and sync results
Possibly related issues
Possibly related PRs
Suggested reviewers: Poem
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In `@netbox_librenms_plugin/tests/conftest.py`:
- Around line 11-16: Update the cache-isolation fixture around
_isolate_test_cache to call clear_test_cache(cache) after yield and before
restoring CACHES, while preserving the existing pre-test cleanup. Ensure
teardown removes the current test namespace, including keys with long or
unlimited timeouts.
In `@netbox_librenms_plugin/tests/test_coverage_devices.py`:
- Around line 400-426: Add a numeric port_id field to the request payload in
test_returns_404_when_cached_data_malformed, preserving the existing
malformed-cache setup so the test reaches the intended cache validation branch
rather than the port-ID guard.
In `@netbox_librenms_plugin/views/base/interfaces_view.py`:
- Around line 908-920: Update the caller and implementation of
_add_vlan_group_selection() to pass the row’s vlan_groups and validate non-empty
override group IDs against those in-scope groups rather than only vid_to_groups.
Preserve valid “Apply to all” selections for groups that still need the VLAN,
while retaining the existing global-VLAN validation for “No Group (Global)”.
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📒 Files selected for processing (64)
netbox_librenms_plugin/api/serializers.pynetbox_librenms_plugin/api/urls.pynetbox_librenms_plugin/api/views.pynetbox_librenms_plugin/filters.pynetbox_librenms_plugin/forms.pynetbox_librenms_plugin/interface_relationships.pynetbox_librenms_plugin/librenms_api.pynetbox_librenms_plugin/migrations/0013_portstacklagpattern.pynetbox_librenms_plugin/migrations/0014_portstacklagpattern_ci_unique.pynetbox_librenms_plugin/models.pynetbox_librenms_plugin/static/netbox_librenms_plugin/js/librenms_sync.jsnetbox_librenms_plugin/tables/interfaces.pynetbox_librenms_plugin/tables/mappings.pynetbox_librenms_plugin/templates/netbox_librenms_plugin/_interface_sync.htmlnetbox_librenms_plugin/templates/netbox_librenms_plugin/_interface_sync_content.htmlnetbox_librenms_plugin/templates/netbox_librenms_plugin/inc/_rules_patterns_tabs.htmlnetbox_librenms_plugin/templates/netbox_librenms_plugin/portstacklagpattern.htmlnetbox_librenms_plugin/templates/netbox_librenms_plugin/portstacklagpattern_list.htmlnetbox_librenms_plugin/tests/conftest.pynetbox_librenms_plugin/tests/test_collisions.pynetbox_librenms_plugin/tests/test_coverage_actions.pynetbox_librenms_plugin/tests/test_coverage_base_views.pynetbox_librenms_plugin/tests/test_coverage_device_fields.pynetbox_librenms_plugin/tests/test_coverage_devices.pynetbox_librenms_plugin/tests/test_coverage_sync_interfaces.pynetbox_librenms_plugin/tests/test_coverage_sync_view.pynetbox_librenms_plugin/tests/test_coverage_sync_views.pynetbox_librenms_plugin/tests/test_coverage_sync_views2.pynetbox_librenms_plugin/tests/test_coverage_sync_views3.pynetbox_librenms_plugin/tests/test_coverage_tables.pynetbox_librenms_plugin/tests/test_coverage_utils.pynetbox_librenms_plugin/tests/test_integration_sync.pynetbox_librenms_plugin/tests/test_interface_relationship_refresh.pynetbox_librenms_plugin/tests/test_interface_sync_content_template.pynetbox_librenms_plugin/tests/test_librenms_api.pynetbox_librenms_plugin/tests/test_librenms_id.pynetbox_librenms_plugin/tests/test_mappings_tables.pynetbox_librenms_plugin/tests/test_migration_state.pynetbox_librenms_plugin/tests/test_module_adoption_concurrency.pynetbox_librenms_plugin/tests/test_permissions.pynetbox_librenms_plugin/tests/test_port_stack_lag_pattern.pynetbox_librenms_plugin/tests/test_rules_patterns_navigation.pynetbox_librenms_plugin/tests/test_sync_interface_concurrency.pynetbox_librenms_plugin/tests/test_sync_modules.pynetbox_librenms_plugin/tests/test_sync_page_server_key_forms.pynetbox_librenms_plugin/tests/test_template_comments.pynetbox_librenms_plugin/tests/test_utils.pynetbox_librenms_plugin/tests/test_verify_views.pynetbox_librenms_plugin/tests/test_view_wiring.pynetbox_librenms_plugin/tests/test_vlan_sync_content_template.pynetbox_librenms_plugin/urls.pynetbox_librenms_plugin/utils.pynetbox_librenms_plugin/views/__init__.pynetbox_librenms_plugin/views/base/cables_view.pynetbox_librenms_plugin/views/base/interfaces_view.pynetbox_librenms_plugin/views/imports/actions.pynetbox_librenms_plugin/views/mapping_views.pynetbox_librenms_plugin/views/mixins.pynetbox_librenms_plugin/views/object_sync/devices.pynetbox_librenms_plugin/views/sync/device_fields.pynetbox_librenms_plugin/views/sync/interfaces.pynetbox_librenms_plugin/views/sync/ip_addresses.pynetbox_librenms_plugin/views/sync/migrate.pynetbox_librenms_plugin/views/sync/vlans.py
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The plugin serializers declared only their own fields, so `?brief=true` and nested representations did not carry `url` and `display` and no serializer declared `brief_fields`. Each now serializes the identity fields and declares an explicit brief set. The test derives its parameters from the API router registrations rather than a hand-written list, so a serializer added later fails until it declares the contract. It also asserts the declaration end to end: a brief GET must return exactly the declared keys, and `url` must resolve to the detail route.
13 tasks
The override allow-list was built from the groups that already carry the VID, so an "apply to all" selection naming an in-scope group that still needs the VLAN was discarded and the row fell back to the global value. The allow-list is now the row's in-scope groups. The verify endpoint set that list on the row after the selection call, so it would have validated against an empty scope. It now sets it first. Tests use real VLANGroup and Site rows and cover both directions: an in-scope group missing the VID is kept, an out-of-scope group is still rejected. The existing override test omitted the field production always supplies, so it was asserting against a shape the application never produces. Also from the same review: clear the cache namespace on fixture teardown, and give the malformed-payload test an explicit port_id so its 404 cannot come from the missing-port_id guard instead.
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Summary
Bottom of the stack — based directly on
develop.Recreated from #87, which GitHub closed automatically when the previous base branch
fix/object-scoped-lookupswas deleted after it merged. Same head commit, same content; only the base moved todevelop.Parent / LAG / child interface relationships. Resolves LAG aggregate↔member and sub-interface parent↔child pairs from LibreNMS
port_stack(with a per-OSPortStackLagPatternfallback for name-based aggregates likePo1), renders a combined Parent/LAG column with a verify control, and bulk-syncs the relationships onto NetBox interfaces. Adds thePortStackLagPatternmodel + migration.Motivation / Problem
Feature. Reflect LibreNMS LAG/sub-interface topology on the NetBox side.
Scope of Change
How Was This Tested?
.Nsub-units, Nokia SAP skip), row-owner pinning, verify rollback; real Device/Interface rows.Risk Assessment
Writes
lag/parentFKs only for user-selected rows; links validated withfull_cleanbefore save.Backwards Compatibility
Summary by CodeRabbit
New Features
Bug Fixes