fix(snmp-discovery): discover optics published as container or port rows by leoparente · Pull Request #528 · netboxlabs/orb-agent

leoparente · 2026-08-12T14:15:27Z

Summary

ENTITY-MIB publishes a transceiver in three different shapes depending on vendor: as a module(9) row under a linecard, as a container(5) row, or as a port(10) row. extractModuleInventory scanned module(9) only, so most optics were never examined, and the ones that were visible on fixed-port hardware were emitted as the wrong object.

This is the snmp-discovery counterpart to #525, which fixed the same class of gap on device-discovery. The two backends differ in an important way: CLI inventory never states whether an optic has a parent module, so #525 had to infer it from naming conventions. ENTITY-MIB states the relationship outright, and the optic row itself names the interface it serves, so the signal here is asserted by the device rather than deduced. Every behavioural claim below was measured against 204 ENTITY-MIB recordings from an SNMP simulator corpus, and the unit fixtures are transcribed from those same recordings.

What was broken

Three defects, all measured rather than assumed.

Most optic rows were never examined. Across the corpus, optic-PID rows are classed 139 port(10), 80 module(9), 34 container(5). So 173 of 253 were invisible to module discovery regardless of parentage, and both shapes real fixed-port hardware publishes are in that 173.

Per-lane sub-entities were emitted as linecards. One vendor publishes a module(9) row per lane beneath each optic, carrying no model, no serial, and the placeholder PID 0.0. On one captured 48-port switch, every module(9) row on the device is one of these, so the device's entire module inventory was lanes. Each one resolved its bay to its parent optic row, whose entPhysicalName is empty, so all twelve fell back to the same bay position and merged into a single object. None of the twelve real optics, each with a serial, was emitted at all.

An optic with no lane child was emitted as an empty bay with its identity discarded. The empty-bay harvest gathers a container(5) row that has no module(9) or port(10) child, and sets neither Model nor Serial on the entry. On the second capture, 20 of 22 optics took this path, so their real serials were dropped on the floor and all 20 collapsed into one bay.

The two mechanisms are coupled, which is why they are fixed together: a lane's bay is the optic row, so suppressing lanes stops bayHasChild being set on the optic, which drops it straight into the harvest. Fixing the first alone converts it into the second.

What changed

Widen the row scan to container(5) and port(10) rows that carry a recognised optic PID. module(9) remains the only class scanned unconditionally; a bare cage or a port row without an optic PID is still ignored.
Suppress optic sub-entity rows, and exclude optic rows from the empty-bay harvest. An optic is inventory in its own right, never an empty slot.
Let an optic PID identify a transceiver on its own. This inverts a previously deliberate, tested rule that required a module(9) ancestor, which mistyped every fixed-port optic as a linecard. A wrong type persists, since Diode applies updates with partial=True and never retracts.
Name a fixed-port optic's bay for the interface it serves, from an anchored Xcvr for <iface> descr or an interface-shaped entPhysicalName. Anchoring is required: one platform publishes Lane N for Xcvr for <iface> beneath the same optic, and an unanchored match would emit one bay per lane. An accepted token must contain a digit, because one platform names every optic row with the literal word port.
Require a serial to emit, aggregating skipped optics into one warning per device rather than one line each.
Keep transceivers out of linecards mode. That mode is documented to emit none, and enforced it by returning before the sub-module loop; a fixed-port optic is a top-level entry, so without an explicit exclusion the widening would have started delivering transceivers to linecards users.
Fix a pre-existing defect in the harvest's notion of emptiness, found by one of this branch's own payload tests. bayHasChild marked only a module's nearest container(5) ancestor, so a container whose children are themselves containers was reported as empty even when fully populated. The rule is now that a container is an empty bay only if nothing beneath it was emitted. A genuinely empty slot has no module beneath it and is still reported.

Measured impact

Corpus-wide, 148 rows begin emitting across 12 of the 204 ENTITY-MIB recordings: 34 fixed-port on two captures, 114 modular port(10) rows on ten others. Modular hardware is deliberately in scope rather than incidentally affected, and each distinct shape has a fixture.

Per capture, before to after:

capture	modules emitted	spurious empty bays removed
fixed-port 48-port switch	12 lane-derived linecards, no model or serial, merged into one bay → 12 transceivers, each with its own serial and an interface-named bay	13
second fixed-port capture	2 → 22 transceivers	43

Also: 14 lane rows suppressed across two captures; 25 serial-less optics skipped on one capture with a single aggregated warning; no bay-name collision anywhere in the corpus.

Known limitations

A fixed-port optic never receives an Interface.module backref. buildIfaceModuleMap routes only sub-modules, and a fixed-port optic is a top-level module, so it never participates. This holds even on a device that publishes entAliasMappingTable, so it is unconditional rather than data-dependent. Neither capture with fixed-port optics publishes that table, so closing it would change nothing measurable today; left as a follow-up.
Optics whose PID the prefix list does not match are not recognised. Observed in captures: CAB-SFP-SFP-1M, SFPP-PC005, ABCU-5710RZ-CS5, FN-TRAN-SFP+GC, CVR-QSFP-SFP10G, 10GE SR 300m SFP+, 10GE LR 10km SFP+. Broadening the list is deliberately deferred: those prefixes now reach container(5) and port(10) rows, where a false positive would manufacture a bay that does not exist on the device.
Containers holding only non-module entities are still reported as empty bays. On these captures the chip, sensor, fan-tray and power-supply slot containers remain harvested, because fans are fan(7) and PSUs are powerSupply(6), so nothing beneath them is ever emitted as a module. Pre-existing and unchanged here; noted so the harvest fix is not mistaken for complete.
Serial-less optics are discovered but not emitted. Measured cost is 25 rows on one device. Relaxing that would mean revisiting how dcim.module identity leans on the bay it occupies, which is a separate decision.

Testing

Unit fixtures are transcribed from real recordings rather than hand-shaped, because an earlier hand-shaped fixture concealed a wrong assumption about current behaviour: it placed a lane row at container(5) where the capture has it at module(9). Row class, parentage, entPhysicalParentRelPos, and which fields are blank all mirror the capture, since those are exactly the values the logic reads.

Five fixtures mirror captures: two fixed-port shapes (one with a lane child under every optic, one with almost none), a modular chassis with a port(10) optic inside a linecard's cage, a two-member stack whose optics are named port, and a device reporting no serial on any optic. Three are synthetic and say so in their doc comments, covering invariants no captured device exhibits.

Assertions run at both layers: on the inventory struct, and on the emitted payload through TranslateModules, since the bay-name fallback and per-device stamping live there and that is where the merge would actually happen.

Gates: go test ./... green for the module; make lint-all reports 0 issues for all four Go modules.

Notes for review

The Build & Scan check fails on standing msgpack and setuptools CVEs. It fails identically on the branch point and on fix(device-discovery): discover transceivers with no parent module #525, and this branch changes no dependency, lock, or image file.
The duplicate-bay-name guard added late in review logs a warning but does not increment modules_dropped the way the orphan and duplicate-serial drop paths do. Worth deciding whether it should.
The guard itself defends against a shape not observed on any of the 204 recordings. It went in because the failure it prevents is silent and permanent: two bays sharing a name on one device merge into one object, taking their modules with them.
BayPosition is set to the interface string alongside BayName, for parity with device-discovery's equivalent path. A reviewer argued for keeping the cage's numeric position instead, since every other bay in this backend carries a number. Position is not a matcher field, so neither choice risks a merge. Flagging both sides.

🤖 Generated with Claude Code

…thful fixtures

aristaLaneShapeFixture/aristaHarvestShapeFixture embedded a vendor brand in a Go identifier. Renamed to fixedPortLaneShapeFixture/ fixedPortHarvestShapeFixture; doc-comment leading words and call sites updated to match. Fixture data, other fixture names, and test behaviour are unchanged.

bayHasChild was set before the missing-serial guard's continue, so the optic's cage never surfaced in EmptyBays either. Moving the flag past both new guards restores parity with the existing duplicate-serial drop, which already left its bay harvestable.

linecards mode is documented to emit no transceivers, but a fixed-port optic is a top-level entry in inv.Modules and the loop emitting that list ran in both modes, filtering only PSU/Fan. Add a mode gate beside that filter so a transceiver only emits in full mode. Assert on the actual emitted Diode payload, not just the inventory struct: linecards mode must not contain the transceiver, and full mode must name each optic's bay for the interface it serves with its own serial, asserted as an exact set. That payload-level assertion surfaced a second, independent defect in extractModuleInventory's empty-bay harvest: bayHasChild only marked a module's own nearest class=5 bay, so a container whose children are themselves containers (never a class=9/10 leaf directly) looked empty even when fully populated several levels down. Propagate "has a child" upward through container ancestors after the extraction loop so the harvest's invariant holds: a container is an empty bay only if nothing beneath it was emitted. The propagation is type-agnostic — it walks Class/ContainedIn only, so it also closes the same gap for the fan-tray and power-supply slot containers, not just the transceiver one, without changing how PSU/Fan cages themselves participate in bayHasChild. Corrected both fixed-port optic fixtures' container relPos ("1" -> "3") to match the real capture.

Documents the fixed-port optic widening: which entPhysicalClass rows are scanned, how a fixed-port bay is named, the serial gate and its aggregated warning, the known PID false negatives, and the empty-bay harvest fix for containers whose children are themselves containers. Also notes that the interface-association gap is unconditional for fixed-port transceivers (the ifIndex routing only walks nested submodules), not merely a symptom of a missing entAliasMappingTable, and states which optic test fixtures are capture-derived versus the one synthetic exception.

classifyModule already computes the upper-cased effective PID before calling isOpticPID, which recomputed the same trimmed-Model-falling- back-to-VendorType value from scratch. Extract the prefix match into hasOpticPIDPrefix and have both callers share it, so the two copies of that rule no longer have to be kept in lockstep by hand. Pure refactor, no behaviour change. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>

The branch widened module discovery to class=5/class=10 rows whose PID identifies a transceiver, but several comments still describe the scan as class=9-only. Update ModuleEntry, ModuleInventory and extractModuleInventory's doc comments, and note that bayHasChild's key is not always a class=5 row: a chassis-rooted module with no container ancestor synthesizes its own EntIndex as the bay. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>

dcim.modulebay matches on name+device, so two bays sharing a name on one device silently merge into one NetBox object, taking their modules with them — and Diode never retracts a wrong value once applied. No capture in the 204-device corpus shows two fixed-port transceivers collide on the same member's bay name, but the failure mode is silent and permanent, so guard against it anyway. Keyed on (MemberID, effective bay name) inside TranslateModules- WithAlias's module loop, where MemberID is already resolved — not in extractModuleInventory, where it isn't. Scoped to transceivers; other module types' bay-name collisions are pre-existing and out of scope. On a collision, skip and warn rather than invent a disambiguated name, since a fabricated value would itself become a permanent wrong one. Factor effectiveBayName out of emitModuleBay so the guard compares the name Diode will actually see, not the raw (possibly blank) ModuleEntry field. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>

TestOpticDiscovery_OpticRowsNeverHarvestedAsEmptyBays and the container-of-containers test both looped over inv.EmptyBays filtering for indices that are never present on these fixtures, so their loop bodies never ran. Assert the actual outcome — EmptyBays is empty — directly, and keep the per-index checks alongside it. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>

The class-5 and class-10 serial-free optic shapes behave differently: a class-5 optic in a cage leaves the cage harvested into EmptyBays, while a class-10 optic's cage is suppressed by the pre-existing containerHasPortChild skip and produces no bay at all. Only the class-5 variant was pinned, and only by a synthetic fixture, even though the class-10 cage+port topology is the one real captures show. Add the missing coverage for the class-10 shape as it actually behaves. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>

leoparente · 2026-08-12T14:18:14Z

@codex review

github-actions · 2026-08-12T14:19:06Z

Go test coverage

STATUS	ELAPSED	PACKAGE	COVER	PASS
🟢 PASS	1.05s	github.com/netboxlabs/orb-agent/orb-discovery/snmp-discovery/config	80.4%	69
🟢 PASS	27.08s	github.com/netboxlabs/orb-agent/orb-discovery/snmp-discovery/data	84.0%	12181
🟢 PASS	1.02s	github.com/netboxlabs/orb-agent/orb-discovery/snmp-discovery/env	85.7%	15
🟢 PASS	1.27s	github.com/netboxlabs/orb-agent/orb-discovery/snmp-discovery/ingest	82.5%	11
🟢 PASS	1.44s	github.com/netboxlabs/orb-agent/orb-discovery/snmp-discovery/mapping	90.3%	974
🟢 PASS	1.04s	github.com/netboxlabs/orb-agent/orb-discovery/snmp-discovery/mapping/qbridge	87.8%	66
🟢 PASS	1.02s	github.com/netboxlabs/orb-agent/orb-discovery/snmp-discovery/metrics	85.4%	27
🟢 PASS	27.67s	github.com/netboxlabs/orb-agent/orb-discovery/snmp-discovery/policy	86.4%	172
🟢 PASS	4.69s	github.com/netboxlabs/orb-agent/orb-discovery/snmp-discovery/server	85.7%	20
🟢 PASS	1.04s	github.com/netboxlabs/orb-agent/orb-discovery/snmp-discovery/snmp	82.2%	44
🟢 PASS	1.02s	github.com/netboxlabs/orb-agent/orb-discovery/snmp-discovery/targets	93.0%	30
🟢 PASS	1.02s	github.com/netboxlabs/orb-agent/orb-discovery/snmp-discovery/version	100.0%	1

Total coverage: 88.7%

github-actions · 2026-08-12T14:20:29Z

Vulnerability Scan: Failed — blocking vulnerabilities detected

Image: orb-agent:scan

Source	Library	CVE	Severity	Installed	Fixed	Title
Python	msgpack	GHSA-6v7p-g79w-8964	🟠 HIGH	1.1.2	1.2.1	MessagePack for Python: Out-of-bounds read / crash on Unpacker reuse after a cau
Python	setuptools	CVE-2025-47273	🟠 HIGH	70.3.0	78.1.1	setuptools: Path Traversal Vulnerability in setuptools PackageIndex
Python	setuptools	CVE-2026-59890	🟡 MEDIUM	70.3.0	83.0.0	setuptools: setuptools: MANIFEST.in exclusion bypass in sdist via Unicode normal
usr/local/bin/orb-agent	github.com/golang-jwt/jwt/v4	CVE-2025-30204	🟠 HIGH	v4.5.0	4.5.2	golang-jwt/jwt: jwt-go allows excessive memory allocation during header parsing
usr/local/bin/orb-agent	github.com/golang-jwt/jwt/v4	CVE-2024-51744	⚪ LOW	v4.5.0	4.5.1	golang-jwt: Bad documentation of error handling in ParseWithClaims can lead to p

Commit: b828065

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…e optics TranslateModulesWithAlias guarded only the top-level module loop against two transceivers merging into one dcim.modulebay object on the same device. The full-mode-only submodule loop (modular optics nested under a linecard) emitted its bays without consulting that guard, so two modular optics whose cages resolve to the same bay name could still silently merge. Extend the existing seenTransceiverBays map — not a second map — to the submodule loop, since the collision domain is (device, bay name) regardless of nesting depth: a top-level fixed-port bay and a submodule bay sharing a name on one device collide in NetBox too, and only a shared map catches that cross-tier case. No captured device in the corpus exhibits either shape; the added fixtures are synthetic hardening, documented as such. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>

ifaceShaped accepted any whitespace-free, digit-bearing token as an interface name, including the row's own transceiver PID. A vendor that omits the "Xcvr for <iface>" descr but publishes a product label such as "SFP-10G-LR" in entPhysicalName would have that label become the bay name and position, displacing the real cage-derived name and colliding across every optic of the same model. Reject a candidate that equals the row's effective PID (trimmed Model, falling back to trimmed VendorType), compared case-insensitively, on both the descr-derived and name-derived path. Deliberately narrow: an interface is never named exactly its own transceiver part number, so this cannot reject a legitimate interface name on an unseen platform, unlike a broader pattern would. servedInterface's signature grew a pid parameter; both extraction call sites (including the missing-serial warning label) are updated. No captured device in the corpus exhibits this shape; the added fixture is synthetic hardening, documented as such. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>

In both the top-level and submodule loops, the duplicate-bay-name guard ran before the memberDevices nil check, so an entry whose member had no device still claimed its bay-name key before being dropped. A later entry landing on that same key was then misreported as a "duplicate transceiver bay name dropped" instead of its real cause. Move the device lookup (and its nil skip) ahead of the guard in both loops, so only an entry that is actually about to be emitted can claim a key. Confirmed MemberID<0 was already positioned before the guard in both loops, so that path is unaffected. Added a test reusing duplicateBayNameOpticFixture with an empty memberDevices map: both optics share a member with no device, so neither can ever be emitted either way (the guard's key is (member, bay) — two entries can only collide if they share a member, and sharing a member means sharing the exact same device-lookup result). What the fix changes is that both are now reported for their real reason ("no device for member") instead of the second being misattributed as a duplicate and the guard's map being polluted with an entry nothing was ever emitted under. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>

leoparente · 2026-08-13T14:55:56Z

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…rows The missing-serial gate applied to every ModuleTypeTransceiver, but a class=9 optic beneath a linecard with a blank entPhysicalSerialNum was already discoverable before the widened container/port scan: it was classified as a transceiver, nested under its linecard, and emitted by emitModule with Serial left unset (emitModule tolerates a blank Serial unconditionally — no error, no drop). The unconditional gate turned that pre-existing behaviour into a regression, confirmed against the capture corpus: 25 of the corpus's 26 serial-less optic-PID rows are class-10 with no module parent (newly discovered by this branch, so skipping them loses nothing), but one is class-9 with a module parent and was already found before this branch. Add a class test to the gate condition so it fires only for the container/port classes the widened scan added, leaving class=9 behaviour byte-identical to pre-branch. The append-then-continue for the aggregated warning stays inside the same (now narrower) condition, so its count only ever reflects rows the gate actually skips. Verified emitModule's tolerance directly before making this change: it builds Device/ModuleBay/ModuleType unconditionally and only conditionally sets Serial, never erroring or dropping the Module for a blank one. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>

leoparente · 2026-08-13T15:56:31Z

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Every pre-existing drop path (orphan_containment, dup_serial, orphan_member) increments metrics.GetModulesDropped() with a reason attribute, but the three drop paths this branch introduced only logged a warning, leaving the counter at zero while optics were being discarded. Instrument missing_serial (module.go) once per dropped row, at the continue site inside the extraction loop, not next to the aggregated per-device warning — the metric must reflect the number of rows dropped, not the number of log lines. Instrument dup_bay_name (module_translate.go) at both the top-level and submodule guard sites, using the same GetModulesDropped() counter the rest of the package uses for drops (this file's own GetModuleBaysEmitted/GetModulesEmitted calls are for successful emission, a different signal). Deliberately left optic_sub_entity uninstrumented: a lane row is not a dropped module, it's a row correctly identified as not being a module at all. Counting it would add per-poll noise on every Arista device during normal operation. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>

1095bd7 scoped the missing-serial gate to container(5)/port(10) rows, so a module(9) transceiver with a blank serial is now emitted (Serial left unset) rather than dropped. The "Optics without a serial" paragraph in supported_platforms.md still claimed the rule applied to every optic unconditionally, which that fix made false. Limit the claim to container(5)/port(10) optics and state the module(9) exception plainly: that shape was already discoverable before the widened scan, so gating it too would have removed working behaviour rather than tightened new behaviour. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>

leoparente · 2026-08-13T16:45:23Z

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chatgpt-codex-connector · 2026-08-13T16:49:09Z

+		// names. A modular optic keeps the derivation from its real cage,
+		// which already identifies the port.
+		pid := effectivePID(r.Model, r.VendorType)
+		if entry.Type == ModuleTypeTransceiver && parentModuleIdx == "" {


Handle slotted linecard optics as separate bays

When a newly scanned class-5 or class-10 optic is directly beneath a class-9 linecard that is itself installed in a class-5 chassis slot, walkParents crosses the module boundary and selects the linecard's slot as bayIdx. This condition then prevents the optic's interface name from replacing that slot-derived bay, so the first optic reuses the linecard's own ModuleBay and subsequent optics under the card resolve to the same name and are dropped by the duplicate-bay guard. Treat only containers below the parent module as optic cages, or use the served interface when no such cage exists.

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leoparente and others added 13 commits August 11, 2026 18:56

test(snmp-discovery): pin current optic-row handling with capture-fai…

7fd7c62

…thful fixtures

fix(snmp-discovery): stop emitting optic rows as lanes or empty bays

8667900

fix(snmp-discovery): discover optics published as container or port rows

25f3b01

fix(snmp-discovery): name fixed-port optic bays for the interface served

ca6a9b0

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leoparente commented Aug 12, 2026

Summary

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