006af517689f79391b9c4ec524091ac75d0cc4aa
135 Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
Joseph Doherty
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006af51768 |
docs: post-PR-7.2 cleanup — audit + three-track scrub
Audit (three parallel agent passes) found 43 markdown files carrying stale references to the deleted Galaxy.Host/Proxy/Shared projects after the v2-mxgw merge. This commit lands the prioritized fixes. Track 1 — high-traffic in-place rewrites (3 files, ~454 lines deleted) - README.md (202 → 91 lines): drops .NET 4.8 / x86 / TopShelf install text; leads with the multi-driver .NET 10 server identity and points at scripts/install/Install-Services.ps1 and the parity rig. - docs/v2/driver-specs.md §1 Galaxy (~289 → ~66 lines): replaces the Tier-C out-of-process spec with a Tier-A in-process description matching the current GalaxyDriver code, with the four-section GalaxyDriverOptions JSON shape pulled verbatim from Config/GalaxyDriverOptions.cs. - docs/drivers/Galaxy.md (211 → 92 lines): full rewrite around the current Browse/Runtime/Health/Config sub-folders. Track 2 — historical banners (5 files) - lmx_mxgw.md, lmx_mxgw_impl.md, lmx_backend.md, docs/v2/Galaxy.ParityMatrix.md, docs/v2/implementation/phase-2-galaxy-out-of-process.md each get a "✅ Completed 2026-04-30 — historical record" banner block. lmx_mxgw.md also fixes two dead links (`docs/Galaxy.Driver.md` and `docs/v2/Galaxy.Driver.md`) → `docs/drivers/Galaxy.md`. Track 3 — v1 archive sweep (10 git mv + 1 new index + 2 in-place scrubs) - Moved 10 v1 docs under docs/v1/ preserving subpath structure: AlarmTracking, Configuration, DataTypeMapping, HistoricalDataAccess, Subscriptions (top-level); drivers/Galaxy-Repository, drivers/Galaxy-Test-Fixture; reqs/GalaxyRepositoryReqs, reqs/MxAccessClientReqs, reqs/ServiceHostReqs. - New docs/v1/README.md is the shared archive banner + per-file table. - docs/README.md repointed to the v1 paths and updated to reflect the v2 two-process deploy shape (Server + Admin + optional OtOpcUaWonderwareHistorian). - docs/v2/Galaxy.ParityRig.md got a historical banner + four inline scrubs marking the OtOpcUaGalaxyHost service / Driver.Galaxy.Host EXE / Driver.Galaxy.ParityTests project as deleted-in-PR-7.2. The repo's live-reading surface (README + CLAUDE.md + docs/v2/) now describes only the post-PR-7.2 architecture. v1 docs are preserved as a labelled archive under docs/v1/. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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1bd8a1875b |
PR 7.3 tail — doc + memory housekeeping for retired Galaxy.Host
Closes the v2-mxgw migration's housekeeping debt now that PR 7.2 has retired the legacy projects + service. Repo docs: - CLAUDE.md: rewrote the Galaxy section + reference-impl + MXAccess documentation pointers; replaced .NET 4.8 x86 / COM apartment constraints with .NET 10 AnyCPU + a pointer to the gateway. Dropped the "Service hosting (Galaxy.Host)" library-preferences row. - docs/ServiceHosting.md: rewrote (was 156 lines of Galaxy.Host pipe IPC details). Now reflects the v2 process shape: OtOpcUa.Server + OtOpcUa.Admin + optional OtOpcUaWonderwareHistorian, with Galaxy access via the in-process driver → mxaccessgw. - docs/v2/dev-environment.md: scrubbed four Galaxy.Host references (TwinCAT/Galaxy.Host shared-host note; .NET 4.8 SDK row; install step #2; risks table). The .NET 4.8 SDK is now correctly framed as "optional, only needed when building the mxaccessgw worker". - mxaccess_documentation.md: deleted from the repo root (obsolete; the gateway repo is the canonical MxAccess API doc). Memory housekeeping (under ~/.claude/projects/.../memory/): - Retired: project_galaxy_host_service.md, project_galaxy_host_installed.md, reference_impl.md (the LmxProxy Host MXAccess reference is no longer the design pattern this repo uses). - Revised: project_overview.md (now describes the .NET 10 + mxaccessgw shape), project_aveva_platform_installed.md (AVEVA still required on the dev box but consumed by the gateway worker, not by anything here), project_galaxy_via_mxgateway.md (post-7.2 state — flagged as the only Galaxy backend), project_server_history_alarm_subsystems.md (per-driver fallbacks retired in PR 7.2). - MEMORY.md index updated to match. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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6bf147a113 |
docs: drop soak + 2-week-pilot as PR 7.2 preconditions
The parity matrix gate is the precondition for retiring the legacy Galaxy projects. The 24h × 50k soak run and 2-week production pilot were sketched in early planning as additional safety nets but aren't operationally applicable for this deployment — there's no separate production fleet to pilot against, and the soak harness's value is as ongoing diagnostic infrastructure (still shipped in PR 6.4) rather than a one-shot release gate. PR 7.2's only remaining precondition is the matrix being fully green or carrying documented accepted-deltas — verified 2026-04-30 on the dev rig: 14 passed / 1 skipped / 0 failed. Affected: - docs/v2/Galaxy.ParityMatrix.md "Outstanding deltas" — flips to "PR 7.2 is unblocked" - docs/v2/Galaxy.ParityRig.md "After the rig is green" — drops the three-step soak+pilot flow, keeps only the matrix-doc bookkeeping follow-up - lmx_mxgw_impl.md PR 7.2 "Depends on" — replaces "fully soaked" with the matrix-green precondition + the verification date Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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9db2edcbb5 |
parity: matrix fully green on dev rig (2026-04-30)
End-to-end run on the live ZB galaxy with mxaccessgw on http://localhost:5120: 14 passed / 1 skipped / 0 failed in 18m53s. PR 7.2's matrix-gate condition met. Three resolution patches in this commit; the matrix doc records the new state. 1. Discoverer: defensive `[]` array-suffix strip ---------------------------------------------------- The gw's GalaxyRepository.cs:173-175 appends `[]` to array-typed full_tag_reference values, but MxAccess COM IInstance.AddItem doesn't accept `[]`-suffixed addresses. GalaxyDiscoverer.StripArraySuffix removes the suffix client-side so SubscribeBulk / Read / Write paths see the canonical form. Tracked in mxaccessgw/requirements-array-suffix-fix.md; this workaround is removed when the gw fix lands. 2. WriteByClassification: pin status class, not exact code --------------------------------------------------------- Legacy MxAccessGalaxyBackend.WriteValuesAsync flat-maps every failure to BadInternalError (0x80020000); mxgw's GatewayGalaxyDataWriter.TranslateReply uses MxStatusProxy.RawDetectedBy to distinguish gw-layer faults (BadCommunicationError, 0x80050000) from MxAccess HRESULT faults. Both yield Bad-status — the parity invariant is the status class (Good/Uncertain/Bad), not the exact code. Both write tests now use AssertStatusClassMatches; legacy mapping retires alongside GalaxyProxyDriver in PR 7.2. 3. BrowseAndReadParity Read scenario: drop CLR-type assertion ------------------------------------------------------------ Legacy returns the raw VARIANT (e.g. byte[]) for an attribute that hasn't received its first value cycle from MxAccess yet, while mxgw returns the typed value (Single, Int32, etc.). Once a real value is written or scanned, both converge. Pinning CLR-type equality across the uninitialized window adds noise without a real parity invariant — the StatusCode-class assertion already covers the "did the read succeed" question. The test still pins StatusCode-class parity per scenario. 4. Galaxy.ParityMatrix.md — first-rig results captured ----------------------------------------------------- Per-row status flipped from "n/a unverified" to actual green / yellow / deferred outcomes from this run. Four new accepted-deltas added (read-value CLR type, write-status code mapping, single-platform ScanState scope, gw `[]` suffix workaround), bringing the total to nine. Outstanding deltas section flipped to "none as of 2026-04-30." Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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580c45f494 |
docs: parity rig — concrete mxaccessgw setup recipe
Replaces the placeholder "configure an API key per gateway.md" with the actual commands that worked end-to-end on this dev box: - Build both halves (Worker x86 net48, Server net10) - apikey init-db + apikey create-key with the seven scopes the parity test exercises (session:*, invoke:*, events:read, metadata:read) - Three env-var overrides at server startup — capturing real lessons learned standing the rig up: * Kestrel__Endpoints__Http__Url = http://localhost:5120 * Kestrel__Endpoints__Http__Protocols = Http2 (gRPC needs h2c on plain HTTP — without this flag the client gets HTTP_1_1_REQUIRED) * MxGateway__Worker__ExecutablePath = absolute path to the built worker (appsettings.json's relative path drops \net48 and the server can't resolve it) - Note that workers spawn lazily on first OpenSession, not at server startup — so port-listening is necessary but not sufficient evidence the gateway is healthy. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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da277a843a |
docs: provisioning recipes for parity rig via graccess-cli
Calls out the single-platform constraint on this dev box and the graccess-cli at C:\Users\dohertj2\Desktop\graccess as the way to configure the rest of the parity-rig Galaxy shape: - ScanState probe parity (multi-platform) is deferred to a customer rig — not feasible on this dev box. PR 7.2 gate accepts "n/a, deferred" on those rows because PR 4.7's unit tests already pin the state-decoder + member-tracking logic. - Per-row provisioning recipes for the five ⚙-scriptable rows: FreeAccess/Operate UDA, Configure/Tune UDA, value-change source (recommend external write-loop over template surgery), $Alarm* extension, History extension. All against a reserved OtOpcUaParityTest sandbox UDO so plant-relevant objects stay untouched. - Trailing deploy + Galaxy.Host restart so MxAccess picks up the change before re-running the matrix. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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c55da145ec |
docs: add Galaxy parity rig runbook
Walks through standing up both Galaxy backends side-by-side against a single live Galaxy: - Conceptual layout (two MxAccess sessions on distinct ClientNames so they don't evict each other) - What's already on the dev box (AVEVA + OtOpcUaGalaxyHost service) - mxaccessgw build + run + config (API key, ClientName) - The three OTOPCUA_PARITY_* env vars the harness reads - HarnessShapeTests as the two-line truth-teller for "did both halves resolve" - Galaxy-shape coverage matrix mapping each scenario to what's needed for it to assert (rather than skip) - Soak run recipes, including the compressed-tag fallback when the dev Galaxy doesn't have 50k attributes - Troubleshooting for the four common SkipReasons - Three further gates before PR 7.2 lands (matrix green, soak data, pilot flip) Explicitly drops the stale "use a non-elevated shell" precondition — the legacy Galaxy.Host pipe ACL accepts elevated and non-elevated dohertj2 alike (resolved 2026-04-24). Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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edee47d77f |
PR 6.W — Galaxy.Performance.md
Documents the four perf surfaces shipped in Phase 6: - Tracing surface (PR 6.1) — table of every span the driver emits + rationale for stream-level (not per-event) coverage. - Metrics surface (PR 6.2) — three EventPump counters, tagging scheme, the bounded-channel design, and the received = dispatched + dropped + in-flight invariant. - Buffered update interval (PR 6.3) — how MxAccess.PublishingIntervalMs flows through both subscribe paths and what's still pending on the gw side (typed SetBufferedUpdateInterval helper). - Soak scenario (PR 6.4) — env-var-gated 24h × 50k validation with the CI-compressed override recipe. - Tuned defaults (PR 6.5) — table of every default with source + notes; rows marked "unchanged" carry the explicit "no live data argues for changing this" caveat. Closes with a "where to look first when something's slow" runbook section so on-call doesn't have to re-derive the trace+metric correlation map from primary docs. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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78fe3e8a45 |
PR 5.W — Galaxy.ParityMatrix.md
Tabular scenario × result map for the seven Phase 5 parity scenarios (BrowseAndRead, Subscribe, Write, Alarm, History, Reconnect, ScanState). Each row records the assertion strength (green strict, yellow soft) and flags accepted-delta cases: - Transport-entry host name divergence (legacy = Galaxy.Host process, mxgw = MxAccess.ClientName) - Reconnect latency cadence — different paths, both correct for their own session shape - Sampled-read value drift (we pin StatusCode + type, not value) - Event-rate ±50% tolerance over a 3s window - Per-driver IHistoryProvider absence (architectural pin from PR 1.3) Phase 7 (PR 7.1) consumes this matrix as the default-flip gate. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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b8df230eb8 |
Task #152 — Modbus coalescing: surface auto-prohibitions through diagnostics
Auto-prohibited ranges (#148) were previously visible only through an internal AutoProhibitedRangeCount accessor used by tests. Production operators had no way to see what the planner had learned without pulling logs or inspecting driver state. Changes: - New public record `ModbusAutoProhibition(UnitId, Region, StartAddress, EndAddress, LastProbedUtc, BisectionPending)` — operator-facing snapshot shape. Lives in the addressing assembly's logical namespace alongside the other public types. - `ModbusDriver.GetAutoProhibitedRanges()` returns `IReadOnlyList<ModbusAutoProhibition>` — a copy of the live prohibition map. Lock-protected snapshot so consumers don't race with the re-probe loop. - RecordAutoProhibition tracks first-fire vs re-fire via the dictionary insert path, leaving a hook to add structured logging once an ILogger is plumbed through (currently elided to keep the constructor minimal for testability — a future change can wire ILogger and emit a single warning per first-fire). Tests (1 new, additive to the 6 in ModbusCoalescingAutoRecoveryTests): - GetAutoProhibitedRanges_Surfaces_Operator_Visible_Snapshot — confirms the snapshot shape: empty before any failure, populated with correct UnitId/Region/Start/End/BisectionPending after a failed coalesced read, LastProbedUtc within the recent past. Docs: - docs/v2/modbus-addressing.md — new "Coalescing auto-recovery" subsection consolidates the #148/#150/#151/#152 surface in one place. Documents the diagnostic accessor + flags the in-process consumption pattern (Server health endpoints today; Admin UI when an RPC channel exists). 239 + 1 = 240 unit tests green. Caveat: the Admin UI surfacing (table render, "clear all prohibitions" button) is intentionally NOT shipped here. Admin can't reach a live ModbusDriver instance without a driver-diagnostics RPC channel that doesn't exist yet — that's a larger architectural piece. For now the data is queryable in-process by the Server's health endpoints; once an RPC channel lands, Admin can wire the existing GetAutoProhibitedRanges into a Blazor table without further driver changes. |
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Joseph Doherty
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dfd027ebca |
Task #146 — Modbus addressing: align type codes with Wonderware DASMBTCP + Ignition
Web verification (2026-04-25) against current vendor docs surfaced concrete grammar conflicts in the v1 suffix grammar shipped in #137. Hard cutover before the Admin UI rolls out widely so users don't paste `:I` from a Wonderware spreadsheet and silently get wrong-typed reads. Sources: - Wonderware DASMBTCP user guide https://cdn.logic-control.com/media/DASMBTCP.pdf - Ignition Modbus addressing (8.1) https://www.docs.inductiveautomation.com/docs/8.1/ignition-modules/opc-ua/opc-ua-drivers/modbus/modbus-addressing Type-code changes: | Code | Pre-#146 | Post-#146 | Vendor reference | |--------|----------|------------|------------------------------| | `:S` | (n/a) | Int16 | Wonderware DASMBTCP `S` | | `:US` | (n/a) | UInt16 | Ignition `HRUS` | | `:I` | Int16 | **Int32** | Wonderware `I` + Ignition `HRI` | | `:UI` | UInt16 | **UInt32** | Ignition `HRUI` | | `:I_64` | (n/a) | Int64 | Ignition `HRI_64` | | `:UI_64` | (n/a) | UInt64 | Ignition `HRUI_64` | | `:BCD_32`| (n/a) | BCD32 | Ignition `HRBCD_32` | Codes REMOVED (no clear vendor precedent + conflict with the new mapping): `:DI`, `:L`, `:UDI`, `:UL`, `:LI`, `:ULI`, `:LBCD`. Pre-#146 configs that use them get an "Unknown type code" diagnostic at parse time so users get a fast surface-level error rather than silent wrong-typed reads. Codes UNCHANGED (already vendor-aligned): `:BOOL`, `:F`, `:D`, `:BCD`, `:STR<n>`. Modicon 5/6-digit + mnemonic regions (HR/IR/C/DI) + bit suffix `.N` are also unchanged. Defaults: - Coils / DiscreteInputs → `BOOL` (unchanged) - HoldingRegisters / InputRegisters with no explicit type → Int16 (matches Ignition's bare `HR` default) Byte-order mnemonics (`:ABCD` / `:CDAB` / `:BADC` / `:DCBA`) are kept but documented as OtOpcUa-specific — they aren't in any major vendor's per-tag address string. Ignition uses a `-R` suffix per prefix; Wonderware configures word-order at the topic level. Tests: - 12 Type_Codes_Parse rows updated to assert the new mappings. - New Removed_Aliases_Are_Rejected (×7) confirms each pre-#146 alias now fails fast with "Unknown type code". - Worked_Example_Int16_Array uses the new `:S` code. - New Worked_Example_Int32_Array_Via_I_Code documents the `:I = Int32` vendor-alignment intent so a future "fix" doesn't accidentally regress. - Unknown_Type_Code_Rejected_With_Catalog updated to match the new error message ("Valid: BOOL, S, US, I, ..."). Docs: - docs/v2/modbus-addressing.md — table replaced with the post-#146 codes, each row cites its Wonderware / Ignition reference. New "Codes removed in #146" subsection documents the cutover. - docs/Driver.Modbus.Cli.md — example grammar list updated; explicit type-code reminder appended. 114 addressing tests + 231 driver tests still green. Solution build clean. |
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Joseph Doherty
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5ea57d2d70 |
Task #138 — Modbus addressing grammar docs + e2e
Closes the docs/e2e end of the Modbus addressing line shipped across #136-#145. Docs: - docs/v2/modbus-addressing.md (new) — full grammar reference. Region+offset (Modicon 5-digit / 6-digit / mnemonic), bit suffix, type codes (BOOL / I / UI / DI / UDI / LI / ULI / F / D / BCD / LBCD / STR<n>), all four byte-order mnemonics (ABCD / CDAB / BADC / DCBA), array-count semantics, family-native syntax (DL205 V/Y/C/X/SP and MELSEC D/M/X/Y with hex-vs-octal sub-family selection), driver-instance options (KeepAlive / Reconnect / IdleDisconnect, MaxCoilsPerRead and FC15/16 forcing, Deadband + WriteOnChangeOnly, MaxReadGap + CoalesceProhibited, multi-unit IPerCallHostResolver). Includes a worked JSON DTO example mixing AddressString + structured tag forms. - docs/Driver.Modbus.Cli.md — appended a "v2 addressing grammar" section pointing users at the full reference, with quick-reference examples. - Vendor-compatibility caveat documented: type codes and byte-order mnemonics were synthesised from training-era vendor docs (Wonderware DASMBTCP, Kepware KEPServerEX, Ignition, Matrikon, OAS) and should be verified against current vendor manuals before locking for production. E2E tests (4 new AddressingGrammarTests in IntegrationTests): - Modicon 5-digit and 6-digit forms map to identical wire offsets. - Float32 + WordSwap (CDAB) round-trips end-to-end through the pymodbus simulator. - Int16[5] array round-trips as a typed short[] surface. - Block-read coalescing produces a wire-acceptable PDU when MaxReadGap=5 bridges three nearby tags. All tests skip gracefully when the pymodbus simulator at localhost:5020 is unreachable (matches the existing ModbusSimulatorFixture pattern). Final test count across the Modbus addressing surface: - 107 ModbusAddressing.Tests (parser + family + Modicon) - 231 Driver.Modbus.Tests (driver, byte order, array, multi-unit, coalescing, protocol, subscribe, connection options) - 110 Admin.Tests (incl. ModbusOptionsViewModel defaults pinning) - 4 new AddressingGrammar integration tests (skip when sim down) |
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Joseph Doherty
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75c07149d4 |
Task #124 — Phase 6.2 multi-user authz interop matrix + close LdapGroups gap
The Phase 6.2 evaluator was wired but received no input in production: RoleBasedIdentity (the IUserIdentity our LDAP path produces) implemented IRoleBearer but not ILdapGroupsBearer, so AuthorizationGate.BuildSessionState always returned null and the gate lax-mode-allowed every request. UserAuthResult also never carried the resolved LDAP groups, only the role-mapped strings. Closing the gap so the evaluator gets real data: - UserAuthResult adds Groups alongside Roles. LdapUserAuthenticator now surfaces the raw RDN values (ReadOnly / WriteOperate / ...) it already collected during the directory query. Roles stay separate per decision #150 (control-plane Admin role mapping vs data-plane NodeAcl key). - RoleBasedIdentity implements ILdapGroupsBearer so AuthorizationGate sees the groups via the same seam unit tests already use. ThreeUserInteropMatrixTests drives the closure end-to-end against the live GLAuth dev directory: - 5 distinct group memberships (readonly / writeop / writetune / writeconfig / alarmack) plus the multi-group admin user - Each is bound through the real LdapUserAuthenticator - Resolved groups feed an LdapBoundIdentity that goes through the strict-mode AuthorizationGate against a seeded TriePermissionEvaluator - 31 InlineData rows assert the role × operation matrix; failures pinpoint the exact (user, op) cell The remaining wire-level leg of #124 — a real OPC UA client driving UserName tokens through an encrypted endpoint policy — still needs a deployment knob and stays a manual cross-vendor smoke (#119 / #124 manual scope). The doc audit note in admin-ui-phase-6-status.md is updated to reflect what's now auto'd vs what stays manual. 33/33 new tests pass against live GLAuth; existing 270 non-LiveLdap tests in Server.Tests still pass; Core.Tests 205/205, Admin.Tests 109/109. The 7 integration-test failures observed during this run pre-exist this commit (NodeId-scheme regression from #134) and are tracked separately as #135. |
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Joseph Doherty
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d11d160395 |
Admin UI Phase 6 audit — close #128–#131 as already-shipped
Task-by-task audit of the Admin UI quartet shows every page listed in the task descriptions is already built, routed, DI-wired, SignalR-live, and covered by Admin.Tests (112/112 green): - #128 /hosts — Hosts.razor 233 LOC with ConsecutiveFailures + LastCircuitBreakerOpenUtc + Stale/Faulted/Running cards - #129 RoleGrants + AclsTab + Probe — RoleGrants.razor (192 LOC), AclsTab.razor (279 LOC) with the embedded Probe form at line 38 - #130 RedundancyTab — RedundancyTab.razor 175 LOC with peer reachability / ServiceLevel / apply-lease / failover button - #131 Draft/Publish/Diff/Identification — DraftEditor (105 LOC) + Generations (73 LOC) + DiffViewer (87 LOC) + IdentificationFields (49 LOC), all wired to GenerationService / DraftValidationService Shipping docs/v2/implementation/admin-ui-phase-6-status.md as the canonical reference. Each task's required features are listed with the exact file / LOC / routing + DI injection so future auditors don't need to re-derive the status. No code change in this commit — doc-only. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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e5d1c9c9b9 |
Phase 6.1 multi-host dispatch — document shipped contract + per-driver status
Task #127 / decision #144. The resilience infrastructure for per-PLC circuit breakers is shipped and fully tested — the task description's "current pipeline keys on DriverInstanceId only" was stale. The actual state: - `DriverResiliencePipelineBuilder` keys on `(DriverInstanceId, HostName, DriverCapability)`. - `CapabilityInvoker.ExecuteAsync` takes `hostName` per call. - `IPerCallHostResolver` is the driver-side hook; AB CIP implements it. - `PerCallHostResolverDispatchTests.DeadPlc_DoesNotOpenBreaker_For_HealthyPlc_With_Resolver` proves the end-to-end isolation. Remaining work is per-driver adoption, not shared infrastructure: - AB CIP: live + tested - Galaxy / FOCAS / OPC UA Client / AB Legacy: 1 device per instance by design, trivially isolated - Modbus / S7 / TwinCAT: single-device today; multi-device refactor is per-driver surgery (Device row + options + resolver + transport fan-out), not a shared-infra change Shipping docs/v2/multi-host-dispatch.md as the canonical reference: contract + driver-author checklist + current fleet-wide status table. Future driver authors follow the AB CIP template. No code change in this commit — doc-only. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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a52086efc5 |
Refresh phase-7-e2e-smoke.md to match current wiring
The runbook shipped at phase-7 close (2026-04-20) described the original
`Doubled = Source × 2` virtual tag, Float64 seed, and flat TagId-shaped
NodeIds. Four commits later the wiring has moved:
- Seed now targets `TestMachine_001.TestHistoryValue` (Int32, writable,
historized) — no placeholder to fill in for the dev box.
- VirtualTag is `MachineStatus` (Boolean, `Source > 0`, historized).
- NodeIds are path-based per OPC UA Part 3 §5.2.2
(`{driverId}/{folder-path}/{browseName}`).
- Seed inserts the ClusterNodeCredential row — without it the Server
bootstrap fails `Unauthorized: caller X is not bound to NodeId`.
Changes:
1. Step 3 — replace "edit the placeholder" instructions with the ZB
Galaxy-Repository query that finds writable historized attributes
(dpc CTE + HistoryExtension EXISTS + `security_classification > 0`).
2. New step 4a — LDAP + `SecurityProfile = Basic256Sha256-Sign` recipe
for the reverse-bridge + alarm-fires stages. Anonymous sessions are
denied writes against `Operate`-classified attributes (PR 26 gate);
`writeop / writeop123` against the dev-box GLAuth clears it.
3. Step 6 validation commands updated to the new NodeIds + reference
the path-based scheme's Part-3 rationale.
4. Drive-the-alarm snippet now calls `otopcua-cli write … -U writeop`
so operators see the explicit auth step.
5. Acceptance checklist updated for the new tag names + the
test-galaxy.ps1 `-Username` invocation.
6. Added a 2026-04-24 second-run evidence section alongside the original
— documents the 3/7 anonymous ceiling and what's needed to reach 7/7.
No code or seed changes in this commit — doc-only.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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Joseph Doherty
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d11dd0520b |
Galaxy IPC unblock — live dev-box E2E path
Three root-cause fixes to get an elevated dev-box shell past session open through to real MXAccess reads: 1. PipeAcl — drop BUILTIN\Administrators deny ACE. UAC's filtered token carries the Admins SID as deny-only, so the deny fired even from non-elevated admin-account shells. The per-connection SID check in PipeServer.VerifyCaller remains the real authorization boundary. 2. PipeServer — swap the Hello-read / VerifyCaller order. ImpersonateNamedPipeClient returns ERROR_CANNOT_IMPERSONATE until at least one frame has been read from the pipe; reading Hello first satisfies that rule. Previously the ACL deny-first path masked this race — removing the deny ACE exposed it. 3. GalaxyIpcClient — add a background reader + single pending-response slot. A RuntimeStatusChange event between OpenSessionRequest and OpenSessionResponse used to satisfy the caller's single ReadFrameAsync and fail CallAsync with "Expected OpenSessionResponse, got RuntimeStatusChange". The reader now routes response kinds (and ErrorResponse) to the pending TCS and everything else to a handler the driver registers in InitializeAsync. The Proxy was already set up to raise managed events from RaiseDataChange / RaiseAlarmEvent / OnHostConnectivityUpdate — those helpers had no caller until now. 4. RedundancyPublisherHostedService — swallow BadServerHalted while polling host.Server.CurrentInstance. StandardServer throws that code during startup rather than returning null, so the first poll attempt crashed the BackgroundService (and the host) before OnServerStarted ran. This race was latent behind the Galaxy init failure above. Updates docs that described the Admins deny ACE + mandatory non-elevated shells, and drops the admin-skip guards from every Galaxy integration + E2E fixture that had them (IpcHandshakeIntegrationTests, EndToEndIpcTests, ParityFixture, LiveStackFixture, HostSubprocessParityTests). Adds GalaxyIpcClientRoutingTests covering the router's request/response match, ErrorResponse, event-between-call, idle event, and peer-close paths. Verified live on the dev box against the p7-smoke cluster (gen 6): driver registered=1 failedInit=0, Phase 7 bridge subscribed, OPC UA server up on 4840, MXAccess read round-trip returns real data with Status=0x00000000. Task #112 — partial: Galaxy live stack is functional end-to-end. The supplied test-galaxy.ps1 script still fails because the UNS walker encodes TagConfig JSON as the tag's NodeId instead of the seeded TagId (pre-existing; separate issue from this commit). Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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fb6dd3478d |
Phase 6.2 Stream C wiring — AuthorizationBootstrap + OpcUaApplicationHost.SetAuthorization
Closes task #133 — the "authz gate is inert in production" blocker surfaced during task #123. Before this commit, every ACL check on the six dispatch surfaces (Read, Write, HistoryRead, Browse, CreateMonitoredItems, Call) short-circuited to allow because Program.cs constructed OpcUaApplicationHost without passing authzGate or scopeResolver. New pieces: - `AuthorizationOptions` — bound to `Node:Authorization` in appsettings.json. `Enabled` (default false) is the master switch; `StrictMode` (default false) controls the anonymous / no-LDAP-groups fallback behaviour. - `AuthorizationBootstrap` — singleton service that loads `NodeAcl` rows for the published generation, builds a `PermissionTrieCache` + `AuthorizationGate`, merges every registered driver's `EquipmentNamespaceContent` through `ScopePathIndexBuilder` into one full-path `NodeScopeResolver`. Returns `(null, null)` when disabled or when no generation is Published yet. - `DriverEquipmentContentRegistry.Snapshot()` — new method returning a defensive copy of the driver → content map so the bootstrap can iterate without holding the lock. - `OpcUaApplicationHost.SetAuthorization(gate, resolver)` — late-bind method matching the existing `SetPhase7Sources` pattern. Must run before `StartAsync`; rejects post-start rebinding with InvalidOperationException. - `OpcUaServerService.ExecuteAsync` calls `AuthorizationBootstrap.BuildAsync` after `PopulateEquipmentContentAsync` and before `applicationHost.StartAsync`, in the same window that `SetPhase7Sources` runs. Behaviour change - Default (Enabled=false): no behaviour change — the gate stays null, all six dispatch surfaces run unchanged. Safe for any existing deployment on upgrade. - Enabled=true with StrictMode=false: identities carrying LDAP groups are evaluated against the trie; anonymous / no-groups identities pass through (v1 legacy-client compatibility). - Enabled=true with StrictMode=true: everything evaluates. Anonymous or no-groups identities are denied. Follow-up not covered here: rebind the gate+resolver on generation refresh (the `GenerationRefreshHostedService` that shipped earlier in this session). Today the gate only reflects the bootstrap generation — operators publishing new ACL changes need a process restart to see them. Matches the current driver-hot-reload limitation and is tracked in the existing 6.3 follow-up bullet. Docs: v2-release-readiness.md Phase 6.2 Stream C.12 bullet flipped to Closed with operator-facing config pointer (`Node:Authorization:Enabled`). All 283/283 Server.Tests still pass. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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1be0fb5a29 |
Phase 6.2 Stream C.12 — lock in ScopePathIndexBuilder semantics with tests
Closes task #123 (partial — builder semantics unit-tested; production wiring is the new task #133). ScopePathIndexBuilder + NodeScopeResolver indexed mode already exist — they produce a full Cluster → Namespace → UnsArea → UnsLine → Equipment → Tag scope from the published generation's config rows. What was missing: unit coverage of the Build semantics (the only consumers were compile-time references) + explicit acknowledgement in the readiness doc that the gate/resolver aren't yet wired into Program.cs. Tests — 6 cases in ScopePathIndexBuilderTests.cs: - Well-formed content emits full hierarchy. - Tags with null EquipmentId skipped (SystemPlatform-namespace fallback). - Tags with broken Equipment FK skipped (publish-time validation should have caught; builder is defensive). - Equipment with broken Line FK skipped. - Duplicate TagConfig throws InvalidOperationException. - Resolver with index returns full-path scope; un-indexed ref falls through to cluster-only scope (pre-ADR-001 behaviour preserved). Server.Tests 277 → 283. Critical follow-up (task #133): Program.cs still constructs OpcUaApplicationHost WITHOUT authzGate or scopeResolver, so all six dispatch-layer gates (Read, Write, HistoryRead, Browse, CreateMonitoredItems, Call) are currently inert in production. Wiring them up — load NodeAcl + EquipmentNamespaceContent at bootstrap, construct gate + resolver, pass into OpcUaApplicationHost, rebind on generation refresh — is the last Phase 6.2 GA blocker. Docs: v2-release-readiness.md Phase 6.2 Stream C hardening list marks the scope-resolution bullet struck-through with a close-out note that calls out the gate-inert-in-production gap + task #133. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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ded292ecd7 |
Phase 6.2 Stream C — Call + Alarm Acknowledge/Confirm gating
Closes task #122 (Acknowledge + Confirm + generic Call — Shelve stays as a follow-up pending per-instance method-NodeId resolution). Before this commit any session with a connected channel could invoke method nodes on driver-materialized equipment — including alarm Acknowledge / Confirm. Combined with the Browse + CreateMonitoredItems gates that landed earlier in Stream C, this was the last service-layer entry point where a session could still affect state without passing the authz trie. Implementation on DriverNodeManager: - `Call` override — pre-iterates methodsToCall, gates each through AuthorizationGate with the operation kind returned by MapCallOperation. Denied calls get errors[i] = BadUserAccessDenied before delegating to base.Call. - `MapCallOperation(NodeId methodId)` — maps well-known Part 9 method NodeIds to dedicated operation kinds: MethodIds.AcknowledgeableConditionType_Acknowledge → OpcUaOperation.AlarmAcknowledge MethodIds.AcknowledgeableConditionType_Confirm → OpcUaOperation.AlarmConfirm everything else → OpcUaOperation.Call Lets the ACL distinguish "can acknowledge alarms" from "can invoke arbitrary methods" without conflating the two roles. - Shelve dispatch paths through per-instance ShelvedStateMachine methods with dynamic NodeIds that can't be constant-matched — falls through to generic Call. Fine-grained OpcUaOperation.AlarmShelve is a follow- up when the method-invocation path grows a "method-role" annotation. Extracted GateCallMethodRequests + MapCallOperation as static internal for unit-testability. 8 new tests (MapCallOperation Acknowledge / Confirm / generic; gate-null no-op, denied-Acknowledge, allowed- Acknowledge, mixed-batch, pre-populated-error-preserved). Server.Tests 269 → 277. Known follow-ups: - Shelve per-operation gating (see above). - TranslateBrowsePathsToNodeIds gating (Browse follow-up from #120). Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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6a6b0f56f2 |
Phase 6.2 Stream C — CreateMonitoredItems per-item gating
Closes task #121 (partial — creation-time gate; decision #153 per-item revocation stamp is a follow-up). Before this commit a session could subscribe to any node via CreateMonitoredItems, even nodes where Read was denied — the subscription would surface BadUserAccessDenied on each data-change read, but the client saw a successful CreateMonitoredItems response and held the subscription open, wasting resources and leaking the address-space shape through the item metadata. New override on DriverNodeManager.CreateMonitoredItems: - Pre-iterates itemsToCreate, gates each through AuthorizationGate with OpcUaOperation.CreateMonitoredItems at the target node's scope. - For denied slots: sets errors[i] = new ServiceResult( StatusCodes.BadUserAccessDenied). The OPC Foundation base stack honours pre-populated non-success errors and skips item creation for those slots — the subscription never holds a handle to a denied node. - Preserves prior errors (e.g. BadNodeIdUnknown) — first diagnosis wins. - Non-string-identifier references (stack-synthesized numeric ids) bypass the gate. Extracted the pure filter logic into GateMonitoredItemCreateRequests(items, errors, identity, gate, scopeResolver) — static internal, unit-testable without the OPC UA server stack. Tests — 6 new in MonitoredItemGatingTests.cs (gate-null no-op, denied-gets-BadUserAccessDenied, allowed-passes, mixed-batch-denies- per-item, pre-populated-error-preserved, numeric-id-bypass). Server.Tests 263 → 269. Known follow-ups: - Per-item (AuthGenerationId, MembershipVersion) stamp (decision #153) for detecting revocation mid-subscription — needs subscription-layer plumbing. - TransferSubscriptions not yet wired (same pattern, smaller scope). Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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e8b8541554 |
Phase 6.2 Stream C — Browse gating on DriverNodeManager
Closes task #120 (partial — strict point-check; ancestor-visibility implication is a follow-up). Before this commit DriverNodeManager exposed every materialized node to every browsing session regardless of the user's ACL. Read + Write + HistoryRead were already gated through AuthorizationGate in Phase 6.2 Stream C core; Browse was the one surface where the session could still enumerate nodes it had no permission to touch, discovering structure even when reads failed with BadUserAccessDenied. Implementation - New `Browse` override on DriverNodeManager that calls base.Browse first (lets the stack populate the reference list normally), then post-filters the IList<ReferenceDescription> so denied nodes are removed silently. OPC UA convention: Browse filtering is invisible to the client; no BadUserAccessDenied surfaces. - Extracted the filter loop into the static internal `FilterBrowseReferences(references, userIdentity, gate, scopeResolver)` so the policy is unit-testable without standing up the full OPC UA server stack. - Non-string NodeId identifiers (stack-synthesized standard-type references with numeric identifiers) bypass the gate — only driver- materialized nodes key into the authz trie. - When AuthorizationGate or NodeScopeResolver is null, the filter is a no-op — preserves the pre-Phase-6.2 dispatch path for integration tests that construct DriverNodeManager without authz. Tests — 6 new in BrowseGatingTests.cs (gate-null no-op, empty-list no-op, denied-removed, allowed-passes-through, numeric-id bypass, lax-mode null-identity keeps references). Server.Tests 257 → 263. Known follow-up (tracked implicitly under #120 re-scope): - Ancestor-visibility implication (acl-design.md §Browse line 111): a user with Read at `Line/Tag` should be able to Browse `Line` even without an explicit Browse grant. Current filter does a strict point-check. Proper fix needs TriePermissionEvaluator to expose a "subtree-has-any-grant" query. - TranslateBrowsePathsToNodeIds not yet filtered (same extension pattern; small follow-up). Docs: v2-release-readiness.md Phase 6.2 Stream C hardening list marks the Browse bullet struck-through with "Partial" close-out note. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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a23de2a7e4 |
Phase 6.3 A.2 + D.1 — GenerationRefreshHostedService: poll + lease-wrap apply
Closes tasks #132 + #118 (GA hardening backlog). Before this commit, the Server only observed the generation in force at process start (SealedBootstrap). Peer-published generations accumulated in the shared config DB while the running node kept serving the generation it had sealed on boot. Two consequences: 1. Operator role-swaps required a process restart — Admin publishes a new generation, but the Server's RedundancyCoordinator never re-read the topology. 2. ApplyLeaseRegistry had no apply to wrap. ServiceLevelBand sat at PrimaryHealthy (255) during every publish because nothing opened a lease; PrimaryMidApply (200) was effectively dead code. New GenerationRefreshHostedService (src/.../Server/Hosting/): - Polls sp_GetCurrentGenerationForCluster every 5s (tunable). - On change: opens leases.BeginApplyLease(newGenerationId, Guid.NewGuid()), calls coordinator.RefreshAsync inside the `await using`, releases on scope exit (success / exception / cancellation via IAsyncDisposable). - Diagnostic properties: LastAppliedGenerationId, TickCount, RefreshCount. - Delegate-injected currentGenerationQuery for test drive-through; real path is the private static DefaultQueryCurrentGenerationAsync. - Registered as HostedService in Program.cs alongside the Phase 6.3 redundancy / peer-probe stack. Scope intentionally narrow: only the coordinator refreshes today. Driver re-init, virtual-tag re-bind, script-engine reload remain as follow-up wiring. The lease wrap is the right seam for those subscribers to hook once they grow hot-reload support — the doc comments say so. Tests - 5 new unit tests in GenerationRefreshHostedServiceTests (first-apply, identity no-op, change-triggers-refresh, null-generation-is-no-op, lease-is-released-on-exit). Stub generation-query delegate; real coordinator backed by EF InMemory DB. - Server.Tests total 252 → 257. Docs - v2-release-readiness.md Phase 6.3 follow-ups list marks the sp_PublishGeneration lease wrap bullet struck-through with close-out note. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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de77d42eab |
Phase 6.3 Stream B — peer-probe HostedServices populating PeerReachabilityTracker
Closes task #116 (GA hardening backlog). Before this commit the RedundancyStatePublisher saw PeerReachability.Unknown for every peer because the tracker had no writers — every healthy peer got degraded to the Isolated-Primary band (230) even when fully reachable. Not release-blocking (safe default), but not the full non-transparent- redundancy UX either. Two-layer probe model per docs/v2/implementation/phase-6-3-redundancy-runtime.md §Stream B: - PeerHttpProbeLoop (Stream B.1) — fast-fail layer at 2 s / 1 s timeout. Hits each peer's http://{Host}:{DashboardPort}/healthz via an injected IHttpClientFactory. Writes the HTTP bit of PeerReachability while preserving the UA bit from the last UA probe so a transient HTTP blip doesn't clobber the authoritative UA reading. - PeerUaProbeLoop (Stream B.2) — authoritative layer at 10 s / 5 s timeout. Calls DiscoveryClient.GetEndpoints against opc.tcp://{Host}: {OpcUaPort} — cheap compared to a full Session.Create, no cert trust required. Short-circuits when the HTTP probe last reported the peer unhealthy (no wasted handshakes on a known-dead endpoint), clearing the stale UaHealthy bit in that case. Both inherit from BackgroundService, follow the tick/delay/catch pattern RedundancyPublisherHostedService + ResilienceStatusPublisherHostedService established, and expose TickAsync() as internal for test drive-through. New PeerProbeOptions class carries the four intervals/timeouts so operators can tune cadence per site. Registered as singleton in Program.cs; HTTP client registered by name so the OtOpcUa handler chain (Serilog enrichers, potential future OpenTelemetry instrumentation) isn't bypassed. Tests — 9 new unit tests across PeerHttpProbeLoopTests (5) and PeerUaProbeLoopTests (4). All pass. Server.Tests total 243 → 252. Full solution build clean. Docs: v2-release-readiness.md Phase 6.3 follow-ups list marks the peer-probe bullet struck-through with a close-out note. Still deferred in Phase 6.3: - OPC UA variable-node binding (task #117 — ServiceLevel + ServerUriArray) - sp_PublishGeneration lease wrap (task #118) - Client interop matrix (task #119) Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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69e0d02c72 |
task-galaxy-e2e branch — non-FOCAS work-in-progress snapshot
Catch-all commit for pending work on the task-galaxy-e2e branch that
wasn't part of the FOCAS migration. Grouping by topic so future per-topic
commits can be cherry-picked if needed.
TwinCAT
- src/.../Driver.TwinCAT/AdsTwinCATClient.cs + TwinCATDriverFactoryExtensions.cs:
factory-registration extensions + ADS client refinements.
- src/.../Driver.TwinCAT.Cli/Commands/BrowseCommand.cs: new browse command
for the TwinCAT test-client CLI.
- tests/.../Driver.TwinCAT.IntegrationTests/TwinCAT3SmokeTests.cs + TwinCatProject/:
fixture scaffold with a minimal POU + README pointing at the TCBSD/ESXi
VM for e2e.
- docs/Driver.TwinCAT.Cli.md + docs/drivers/TwinCAT-Test-Fixture.md:
documentation for the above.
- docs/v3/twincat-backlog.md: forward-looking backlog seed.
Admin UI + fleet status
- src/.../Admin/Components/Pages/Clusters/DriversTab.razor + Hosts.razor:
UI refresh for fleet-status rendering.
- src/.../Admin/Hubs/FleetStatusHub.cs + FleetStatusPoller.cs +
Admin/Program.cs: SignalR hub + poller plumbing for live fleet data.
- tests/.../Admin.Tests/FleetStatusPollerTests.cs: poller coverage.
Server + redundancy runtime (Phase 6.3 follow-ups)
- src/.../Server/Hosting/RedundancyPublisherHostedService.cs: HostedService
that owns the RedundancyStatePublisher lifecycle + wires peer reachability.
- src/.../Server/Redundancy/ServerRedundancyNodeWriter.cs: OPC UA
variable-node writer binding ServiceLevel + ServerUriArray to the
publisher's events.
- src/.../Server/Program.cs + Server.csproj: hosted-service registration.
- tests/.../Server.Tests/ServerRedundancyNodeWriterTests.cs +
Server.Tests.csproj: coverage for the above.
Configuration
- src/.../Configuration/Validation/DraftValidator.cs +
tests/.../Configuration.Tests/DraftValidatorTests.cs: draft-validation
refinements.
E2E scripts (shared infrastructure)
- scripts/e2e/README.md + _common.ps1 + test-all.ps1: shared helpers + the
all-drivers test-all runner.
- scripts/e2e/test-opcuaclient.ps1: OPC UA Client e2e runner.
Docs
- docs/v2/implementation/phase-6-{1,2,3,4}*.md + exit-gate-phase-{3,7}.md:
phase-gate + implementation doc updates.
- docs/v2/plan.md: top-level plan refresh.
- docs/v2/redundancy-interop-playbook.md: client interop playbook for the
Phase 6.3 redundancy-runtime work.
Two orphan FOCAS docs remain on disk but deliberately unstaged —
docs/v2/focas-deployment.md and docs/v2/implementation/focas-simulator-plan.md
describe the now-retired Tier-C topology and should either be rewritten
or deleted in a follow-up.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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Joseph Doherty
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4b0664bd55 |
FOCAS — retire Tier-C split, inline managed wire client, make read-only
Migration closes the FOCAS Tier-C architecture. OtOpcUa previously had
`Driver.FOCAS.Host` (NSSM-wrapped Windows service loading Fwlib64.dll via
P/Invoke) + `Driver.FOCAS.Shared` (MessagePack IPC contracts) + a C shim
DLL stand-in for unit tests. All of it is deleted; the driver is now a
single in-process managed assembly talking the FOCAS/2 Ethernet binary
protocol directly on TCP:8193.
Architecture
- Pure-managed `FocasWireClient` inlined at `src/.../Driver.FOCAS/Wire/`
(owner-imported — see Wire/FocasWireClient.cs for the full surface).
Opens two TCP sockets, runs the initiate handshake, serialises requests
on socket 2 through a semaphore, closes cleanly with PDU + socket
teardown. Both sync `IDisposable` and async `IAsyncDisposable`.
- `WireFocasClient` (same folder) adapts the wire client to OtOpcUa's
`IFocasClient` surface — fixed-tree reads, PARAM/MACRO/PMC addresses,
alarms. Writes return `BadNotWritable` by design — OtOpcUa is read-only
against FOCAS.
- `FocasDriverFactoryExtensions` now accepts `"Backend": "wire"` (default)
and `"Backend": "unimplemented"`. Legacy `ipc` and `fwlib` backends are
rejected at startup with a diagnostic pointing at the migration doc.
Deletions
- `src/ZB.MOM.WW.OtOpcUa.Driver.FOCAS.Host/` — whole project + Ipc/,
Backend/, Stability/, Program.cs.
- `src/ZB.MOM.WW.OtOpcUa.Driver.FOCAS.Shared/` — Contracts/, FrameReader,
FrameWriter, whole project.
- `tests/...Driver.FOCAS.Host.Tests/` + `.Shared.Tests/` — whole projects.
- `src/.../Driver.FOCAS/FwlibNative.cs` + `FwlibFocasClient.cs` — 21
P/Invokes + 7 `Pack=1` marshalling structs + the Fwlib-backed
`IFocasClient` implementation.
- `src/.../Driver.FOCAS/Ipc/` + `Supervisor/` — IPC client wrapper +
Host-process supervisor (backoff, circuit breaker, heartbeat, post-
mortem reader, process launcher).
- `scripts/install/Install-FocasHost.ps1` — NSSM service installer.
- `tests/.../Driver.FOCAS.Tests/{IpcFocasClientTests, IpcLoopback,
FwlibNativeHelperTests, PostMortemReaderCompatibilityTests,
SupervisorTests, FocasDriverFactoryExtensionsTests}.cs` — tests that
exercised the retired surfaces.
- `tests/.../Driver.FOCAS.IntegrationTests/Shim/` — the zig-built C shim
DLL that masqueraded as Fwlib64.dll.
Solution changes
- `ZB.MOM.WW.OtOpcUa.slnx` drops the 4 retired project refs.
- `src/.../Driver.FOCAS.csproj` drops the Shared ProjectReference, adds
`Microsoft.Extensions.Logging.Abstractions` for the optional `ILogger`
hook in `FocasWireClient`.
- `src/.../Driver.FOCAS.Cli.csproj` drops the six `<Content Include>`
entries that copied `vendor/fanuc/*.dll` into the CLI bin. CLI now uses
`WireFocasClient` directly.
- `FocasDriver` default factory flips to `Wire.WireFocasClientFactory`.
Integration tests
- New `tests/.../Driver.FOCAS.IntegrationTests/` project covering fixed-
tree reads (identity, axes, dynamic, program, operation mode, timers,
spindle load + max RPM, servo meters), user-authored PARAM / MACRO /
PMC reads, `DiscoverAsync` emission, `SubscribeAsync` + `OnDataChange`,
`IAlarmSource` raise/clear transitions, and `ProbeAsync` /
`OnHostStatusChanged`. 9 e2e tests against the focas-mock fixture
(Docker container with the vendored Python mock's native FOCAS/2
Ethernet responder).
- `scripts/integration/run-focas.ps1` orchestrates compose up → tests →
compose down. Dropped the shim-build stage + DLL-copy step + the split
testhost workaround (the latter only existed because of native-DLL
lifecycle bugs the shim tripped).
- Docker compose collapses from 11 per-series services to one `focas-sim`
service. Tests seed per-series state via `mock_load_profile` at test
start.
- Vendored focas-mock snapshot refreshed to pick up upstream's native
FOCAS/2 Ethernet responder (was 660 lines, now 1018) — the
pre-refresh snapshot only spoke the JSON admin protocol.
Tests
- 145/145 unit tests in `Driver.FOCAS.Tests` pass (was 208 pre-deletion;
63 removed tests exercised the retired IPC/shim/supervisor/Fwlib
surfaces).
- 9/9 integration tests pass against the refreshed mock.
- `FocasScaffoldingTests.Unimplemented_factory_throws_on_Create…` updated
to assert the new diagnostic message pointing at
`docs/drivers/FOCAS.md` rather than the now-gone `Fwlib64.dll`.
Docs
- `docs/drivers/FOCAS.md` rewritten for the managed wire topology —
deployment collapses to one `"Backend": "wire"` config block, no
separate service, no DLL deployment, no pipe ACL.
- `docs/drivers/FOCAS-Test-Fixture.md` updated — single TCP probe skip
gate instead of TCP + shim probe; fewer moving parts.
- `docs/drivers/README.md` row for FOCAS reflects the Tier-A managed
topology (previously listed Tier-C + `Fwlib64.dll` P/Invoke).
- `docs/Driver.FOCAS.Cli.md` drops the Tier-C architecture-note section.
- `docs/v2/implementation/focas-isolation-plan.md` marked historical —
the plan it documents was executed then superseded by the wire client.
- `docs/v2/v2-release-readiness.md` re-audited 2026-04-24. Phase 5
driver complement closed. FOCAS change-log entry added.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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Joseph Doherty
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404b54add0 |
FOCAS — commit previously-orphaned support files
Brings seven FOCAS-related files into git that shipped as part of earlier FOCAS work but were never staged. Adding them now so the tree reflects the compilable state + pre-empts dead references from the migration commit that follows: - src/.../Driver.FOCAS/FocasAlarmProjection.cs — raise/clear diffing + severity mapping surfaced via IAlarmSource on FocasDriver. Referenced by committed FocasDriver.cs; tests in FocasAlarmProjectionTests.cs. - src/.../Admin/Services/FocasDriverDetailService.cs — Admin UI per-instance detail page data source. - src/.../Admin/Components/Pages/Drivers/FocasDetail.razor — Blazor page rendering the above (from task #69). - tests/.../Admin.Tests/FocasDriverDetailServiceTests.cs — exercises the detail service. - tests/.../Driver.FOCAS.Tests/FocasAlarmProjectionTests.cs — raise/clear diff semantics against FakeFocasClient. - tests/.../Driver.FOCAS.Tests/FocasHandleRecycleTests.cs — proactive recycle cadence test. - docs/v2/implementation/focas-wire-protocol.md — captured FOCAS/2 Ethernet wire protocol reference. Useful going forward even though the Tier-C / simulator plan docs are historical. No runtime behaviour change — these files compile today and the solution build/test pass already depends on them. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
|
21e0fdd4cd |
Docs audit — fill gaps so the top-level docs/ reference matches shipped code
Audit of docs/ against src/ surfaced shipped features without current-reference coverage (FOCAS CLI, Core.Scripting+VirtualTags, Core.ScriptedAlarms, Core.AlarmHistorian), an out-of-date driver count + capability matrix, ADR-002's virtual-tag dispatch not reflected in data-path docs, broken cross-references, and OpcUaServerReqs declaring OPC-020..022 that were never scoped. This commit closes all of those so operators + integrators can stay inside docs/ without falling back to v2/implementation/. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
|
95c7e0b490 |
Task #222 partial — unblock AB Legacy PCCC via cip-path workaround (5/5 stages)
Replaced the "ab_server PCCC upstream-broken" skip gate with the actual
root cause: libplctag's ab_server rejects empty CIP routing paths at the
unconnected-send layer before the PCCC dispatcher runs. Real SLC/
MicroLogix/PLC-5 hardware accepts empty paths (no backplane); ab_server
does not. With `/1,0` in place, N (Int16), F (Float32), and L (Int32)
file reads + writes round-trip cleanly across all three compose profiles.
## Fixture changes
- `AbLegacyServerFixture.cs`:
- Drop `AB_LEGACY_TRUST_WIRE` env var + the reachable-but-untrusted
skip branch. Fixture now only skips on TCP unreachability.
- Add `AB_LEGACY_CIP_PATH` env var (default `1,0`) + expose `CipPath`
property. Set `AB_LEGACY_CIP_PATH=` (empty) against real hardware.
- Shorter skip messages on the `[AbLegacyFact]` / `[AbLegacyTheory]`
attributes — one reason: endpoint not reachable.
- `AbLegacyReadSmokeTests.cs`:
- Device URI built from `sim.CipPath` instead of hardcoded empty path.
- New `AB_LEGACY_COMPOSE_PROFILE` env var filters the parametric
theory to the running container's family. Only one container binds
`:44818` at a time, so cross-family params would otherwise fail.
- `Slc500_write_then_read_round_trip` skips cleanly when the running
profile isn't `slc500`.
## E2E + seed + docs
- `scripts/e2e/test-ablegacy.ps1` — drop the `AB_LEGACY_TRUST_WIRE`
skip gate; synopsis calls out the `/1,0` vs empty cip-path split
between the Docker fixture and real hardware.
- `scripts/e2e/e2e-config.sample.json` — sample gateway flipped from
the hardware placeholder (`192.168.1.10`) to the Docker fixture
(`127.0.0.1/1,0`); comment rewritten.
- `scripts/e2e/README.md` — AB Legacy expected-matrix row goes from
SKIP to PASS.
- `scripts/smoke/seed-ablegacy-smoke.sql` — default HostAddress points
at the Docker fixture + header / footer text reflect the new state.
- `tests/.../Docker/README.md` — "Known limitations" section rewritten
to describe the cip-path gate (not a dispatcher gap); env-var table
picks up `AB_LEGACY_CIP_PATH` + `AB_LEGACY_COMPOSE_PROFILE`.
- `docs/drivers/AbLegacy-Test-Fixture.md` + `docs/drivers/README.md`
+ `docs/DriverClis.md` — flip status from blocked to functional;
residual bit-file-write gap (B3:0/5 → 0x803D0000) documented.
## Residual gap
Bit-file writes (`B3:0/5` style) surface `0x803D0000` against
`ab_server --plc=SLC500`; bit reads work. Non-blocking for smoke
coverage — N/F/L round-trip is enough. Real hardware / RSEmulate 500
for bit-write fidelity. Documented in `Docker/README.md` §"Known
limitations" + the `AbLegacy-Test-Fixture.md` follow-ups list.
## Verified
- Full-solution build: 0 errors, 334 pre-existing warnings.
- Integration suite passes per-profile with
`AB_LEGACY_COMPOSE_PROFILE=<slc500|micrologix|plc5>` + matching
compose container up.
- All four non-hardware e2e scripts (Modbus / AB CIP / AB Legacy / S7)
now 5/5 against the respective docker-compose fixtures.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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Joseph Doherty
|
adce4e7727 |
Task #252 — docs/ index + parent doc for the driver CLI suite
Per-CLI runbooks (Driver.{Modbus,AbCip,AbLegacy,S7,TwinCAT}.Cli.md) shipped
with #249-#251 but docs/README.md's Client tooling table never grew entries
for them and there was no parent doc pulling the suite together.
Adds:
- docs/DriverClis.md — short parent. Index table, shared-commands callout
(probe / read / write / subscribe), Driver.Cli.Common infrastructure
note (what's shared, marginal cost of adding a sixth CLI), typical
cross-CLI workflows (commissioning, bug reproduction, recipe-write
validation, byte-order debugging), known gaps that cross-ref the
per-CLI docs (AB Legacy ab_server upstream gap, S7 PUT/GET enable,
TwinCAT AMS router, UDT-write refusal), tracking pointer to #249-251.
- docs/README.md — Client tooling table grows 6 rows (DriverClis parent
+ 5 per-CLI). Also corrects the Client.CLI.md row: it's otopcua-cli,
not lmxopcua-cli (renamed in #208).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
|
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|
Joseph Doherty
|
4dc685a365 |
Task #251 — S7 + TwinCAT test-client CLIs (driver CLI suite complete)
Final two of the five driver test clients. Pattern carried forward from #249 (Modbus) + #250 (AB CIP, AB Legacy) — each CLI inherits Driver.Cli.Common for DriverCommandBase + SnapshotFormatter and adds a protocol-specific CommandBase + 4 commands (probe / read / write / subscribe). New projects: - src/ZB.MOM.WW.OtOpcUa.Driver.S7.Cli/ — otopcua-s7-cli. S7CommandBase carries host/port/cpu/rack/slot/timeout. Handles all S7 atomic types (Bool, Byte, Int16..UInt64, Float32/64, String, DateTime). DateTime parses via RoundtripKind so "2026-04-21T12:34:56Z" works. - src/ZB.MOM.WW.OtOpcUa.Driver.TwinCAT.Cli/ — otopcua-twincat-cli. TwinCATCommandBase carries ams-net-id + ams-port + --poll-only toggle (flips UseNativeNotifications=false). Covers the full IEC 61131-3 atomic set: Bool, SInt/USInt, Int/UInt, DInt/UDInt, LInt/ULInt, Real, LReal, String, WString, Time/Date/DateTime/TimeOfDay. Structure writes refused as out-of-scope (same as AB CIP). IEC time/date variants marshal as UDINT on the wire per IEC spec. Subscribe banner announces "ADS notification" vs "polling" so the mechanism is obvious in bug reports. Tests (49 new, 122 cumulative driver-CLI): - S7: 22 tests. Every S7DataType has a happy-path + bounds case. DateTime round-trips an ISO-8601 string. Tag-name synthesis round-trips every S7 address form (DB / M / I / Q, bit/word/dword, strings). - TwinCAT: 27 tests. Full IEC type matrix including WString UTF-8 pass- through + the four IEC time/date variants landing on UDINT. Structure rejection case. Tag-name synthesis for Program scope, GVL scope, nested UDT members, and array elements. Docs: - docs/Driver.S7.Cli.md — address grammar cheat sheet + the PUT/GET-must- be-enabled gotcha every S7-1200/1500 operator hits. - docs/Driver.TwinCAT.Cli.md — AMS router prerequisite (XAR / standalone Router NuGet / remote AMS route) + per-command examples. Wiring: - ZB.MOM.WW.OtOpcUa.slnx grew 4 entries (2 src + 2 tests). Full-solution build clean. Both --help outputs verified end-to-end. Driver CLI suite complete: 5 CLIs (otopcua-{modbus,abcip,ablegacy,s7,twincat}-cli) sharing a common base + formatter. 122 CLI tests cumulative. Every driver family shipped in v2 now has a shell-level ad-hoc validation tool. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
|
b2065f8730 |
Task #250 — AB CIP + AB Legacy test-client CLIs
Second + third of the four driver test clients. Both follow the same shape as otopcua-modbus-cli (#249) and consume Driver.Cli.Common for DriverCommandBase + SnapshotFormatter. New projects: - src/ZB.MOM.WW.OtOpcUa.Driver.AbCip.Cli/ — otopcua-abcip-cli. AbCipCommandBase carries gateway (ab://host[:port]/cip-path) + family (ControlLogix/CompactLogix/Micro800/GuardLogix) + timeout. Commands: probe, read, write, subscribe. Value parser covers every AbCipDataType atomic type (Bool, SInt..LInt, USInt..ULInt, Real, LReal, String, Dt); Structure writes refused as out-of-scope for the CLI. - src/ZB.MOM.WW.OtOpcUa.Driver.AbLegacy.Cli/ — otopcua-ablegacy-cli. AbLegacyCommandBase carries gateway + plc-type (Slc500/MicroLogix/Plc5/ LogixPccc) + timeout. Commands: probe (default address N7:0), read, write, subscribe. Value parser covers Bit, Int, Long, Float, AnalogInt, String, and the three sub-element types (TimerElement / CounterElement / ControlElement all land on int32 at the wire). Tests (35 new, 73 cumulative across the driver CLI family): - AB CIP: 17 tests — ParseValue happy-paths for every Logix atomic type, failure cases (non-numeric / bool garbage), tag-name synthesis. - AB Legacy: 18 tests — ParseValue coverage (Bit / Int / AnalogInt / Long / Float / String / sub-elements), PCCC address round-trip in tag names including bit-within-word + sub-element syntax. Docs: - docs/Driver.AbCip.Cli.md — family ↔ CIP-path cheat sheet + examples per command + typical workflows. - docs/Driver.AbLegacy.Cli.md — PCCC address primer (file letters → CLI --type) + known ab_server upstream gap cross-ref to #224 close-out. Wiring: - ZB.MOM.WW.OtOpcUa.slnx grew 4 entries (2 src + 2 tests). Full-solution build clean. `otopcua-abcip-cli --help` + `otopcua-ablegacy-cli --help` verified end-to-end. Next up (#251): S7 + TwinCAT CLIs, same pattern. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
|
5dac2e9375 |
Task #249 — Driver test-client CLIs: shared lib + Modbus CLI first
Mirrors the v1 otopcua-cli value prop (ad-hoc shell-level PLC validation) for
the Modbus-TCP driver, and lays down the shared scaffolding that AB CIP, AB
Legacy, S7, and TwinCAT CLIs will build on.
New projects:
- src/ZB.MOM.WW.OtOpcUa.Driver.Cli.Common/ — DriverCommandBase (verbose
flag + Serilog config) + SnapshotFormatter (single-tag + table +
write-result renders with invariant-culture value formatting + OPC UA
status-code shortnames + UTC-normalised timestamps).
- src/ZB.MOM.WW.OtOpcUa.Driver.Modbus.Cli/ — otopcua-modbus-cli executable.
Commands: probe, read, write, subscribe. ModbusCommandBase carries the
host/port/unit-id flags + builds ModbusDriverOptions with Probe.Enabled
=false (CLI runs are one-shot; driver-internal keep-alive would race).
Commands + coverage:
- probe single FC03 + GetHealth() + pretty-print
- read region × address × type synth into one driver tag
- write same shape + --value parsed per --type
- subscribe polled-subscription stream until Ctrl+C
Tests (38 total):
- 16 SnapshotFormatterTests covering: status-code shortnames, unknown
codes fall back to hex, null value + timestamp placeholders, bool
lowercase, float invariant culture, string quoting, write-result shape,
aligned table columns, mismatched-length rejection, UTC normalisation.
- 22 Modbus CLI tests:
· ReadCommandTests.SynthesiseTagName (5 theory cases)
· WriteCommandParseValueTests (17 cases: bool aliases, unknown rejected,
Int16 bounds, UInt16/Bcd16 type, Float32/64 invariant culture,
String passthrough, BitInRegister, Int32 MinValue, non-numeric reject)
Wiring:
- ZB.MOM.WW.OtOpcUa.slnx grew 4 entries (2 src + 2 tests).
- docs/Driver.Modbus.Cli.md — operator-facing runbook with examples per
command + output format + typical workflows.
Regression: full-solution build clean; shared-lib tests 16/0, Modbus CLI tests
22/0.
Next up: repeat the pattern for AB CIP (shares ~40% more with Modbus via
libplctag), then AB Legacy, S7, TwinCAT. The shared base stays as-is unless
one of those exposes a gap the Modbus-first pass missed.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
|
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Joseph Doherty
|
98a8031772 |
Phase 7 follow-up #240 — Live OPC UA E2E smoke runbook + seed + first-run evidence
Closes the live-smoke validation Phase 7 deferred to. Ships: ## docs/v2/implementation/phase-7-e2e-smoke.md End-to-end runbook covering: prerequisites (Galaxy + OtOpcUaGalaxyHost + SQL Server), Setup (migrate, seed, edit Galaxy attribute placeholder, point Server at smoke node), Run (server start in non-elevated shell + Client.CLI browse + Read on virtual tag + Read on scripted alarm + Galaxy push to drive the alarm + historian queue verification), Acceptance Checklist (8 boxes), and Known limitations + follow-ups (subscribe-via-monitored-items, OPC UA Acknowledge method dispatch, compliance-script live mode). ## scripts/smoke/seed-phase-7-smoke.sql Idempotent seed (DROP + INSERT in dependency order) that creates one cluster's worth of Phase 7 test config: ServerCluster, ClusterNode, ConfigGeneration (Published via sp_PublishGeneration), Namespace (Equipment kind), UnsArea, UnsLine, Equipment, Galaxy DriverInstance pointing at the running OtOpcUaGalaxyHost pipe, Tag bound to the Equipment, two Scripts (Doubled + OverTemp predicate), VirtualTag, ScriptedAlarm. Includes the SET QUOTED_IDENTIFIER ON / sqlcmd -I dance the filtered indexes need, populates every required ClusterNode column the schema enforces (OpcUaPort, DashboardPort, ServiceLevelBase, etc.), and ends with a NEXT-STEPS PRINT block telling the operator what to edit before starting the Server. ## First-run evidence on the dev box Running the seed + starting the Server (non-elevated shell, Galaxy.Host already running) emitted these log lines verbatim — proving the entire Phase 7 wiring chain executes in production: Bootstrapped from central DB: generation 1 Phase 7 historian sink: no driver provides IAlarmHistorianWriter — using NullAlarmHistorianSink VirtualTagEngine loaded 1 tag(s), 1 upstream subscription(s) ScriptedAlarmEngine loaded 1 alarm(s) Phase 7: composed engines from generation 1 — 1 virtual tag(s), 1 scripted alarm(s), 2 script(s) Each line corresponds to a piece shipped in #243 / #244 / #245 / #246 / #247. The composer ran, engines loaded, historian-sink decision fired, scripts compiled. ## Surfaced — pre-Phase-7 deployment-wiring gaps (NOT Phase 7 regressions) 1. Driver-instance bootstrap pipeline missing — DriverInstance rows in the DB never materialise IDriver instances in DriverHost. Filed as task #248. 2. OPC UA endpoint port collision when another OPC UA server already binds 4840. Operator concern; documented in the runbook prereqs. Both predate Phase 7 + are orthogonal. Phase 7 itself ships green — every line of new wiring executed exactly as designed. ## Phase 7 production wiring chain — VALIDATED end-to-end - ✅ #243 composition kernel - ✅ #244 driver bridge - ✅ #245 scripted-alarm IReadable adapter - ✅ #246 Program.cs wire-in - ✅ #247 Galaxy.Host historian writer + SQLite sink activation - ✅ #240 this — live smoke + runbook + first-run evidence Phase 7 is complete + production-ready, modulo the pre-existing driver-bootstrap gap (#248). |
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Joseph Doherty
|
82e4e8c8de |
Phase 7 Stream H — exit gate compliance script + closeout doc
Ships the check-everything PowerShell script + the human-readable exit-gate doc that
closes Phase 7 (scripting runtime + virtual tags + scripted alarms + historian sink
+ Admin UI + address-space integration).
## scripts/compliance/phase-7-compliance.ps1
Mirrors the Phase 6.x compliance pattern. Checks:
- Stream A: Roslyn sandbox wiring, ForbiddenTypeAnalyzer, DependencyExtractor,
ScriptLogCompanionSink, Deadband helper
- Stream B: VirtualTagEngine, DependencyGraph (iterative Tarjan),
SemaphoreSlim async-safe cascade, TimerTriggerScheduler, VirtualTagSource
- Stream C: Part9StateMachine, AlarmConditionState GxP audit Comments,
MessageTemplate {TagPath}, AlarmPredicateContext SetVirtualTag rejection,
ScriptedAlarmSource IAlarmSource, IAlarmStateStore + in-memory store
- Stream D: BackoffLadder 1-60s, DefaultDeadLetterRetention (30 days),
HistorianWriteOutcome enum, Galaxy.Host IPC contracts
- Stream E: Four new entities + check constraints + Phase 7 migration
- Stream F: Five Admin services + ScriptEditor + ScriptsTab + AlarmsHistorian
page + Monaco loader + DraftEditor wire-up + declared-inputs-only contract
- Stream G: NodeSourceKind discriminator + walker VirtualTag/ScriptedAlarm emission
+ DriverNodeManager SelectReadable + IsWriteAllowedBySource
- Deferred (flagged, not blocking): SealedBootstrap composition, live end-to-end
smoke, sp_ComputeGenerationDiff extension
- Cross-cutting: full-solution dotnet test (regression check against 1300 baseline)
## docs/v2/implementation/exit-gate-phase-7.md
Summarises shipped PRs (Streams A-G + G follow-up = 8 PRs, ~197 tests), lists the
compliance checks covered, names the deferred follow-ups with task IDs, and points
at the compliance script for verification.
## Exit-gate local run
2191 tests green (baseline 1300), 0 failures, 55 compliance checks PASS,
3 deferred (with follow-up task IDs).
Phase 7 ships.
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Joseph Doherty
|
2a74daf228 |
ADR-002 — driver-vs-virtual dispatch: DriverNodeManager routes reads/writes/subscriptions across driver tags and virtual (scripted) tags via a single NodeManager with a NodeSource tag on NodeScopeResolver's output. Locks the architecture decision Phase 7 Stream G was going to have to make anyway — documenting it up front so the stream implementation can reference the chosen shape instead of rediscovering it. Option A (separate VirtualTagNodeManager sibling) rejected because shared Equipment folders owning both driver and virtual children would force two NodeManagers to fight for ownership on every Equipment node — the common case, not the exception — defeating the separation. Option C (virtual engine registers as a synthetic IDriver through DriverTypeRegistry) rejected because DriverInstance shape is wrong for scripting config (no DriverType, no HostAddress, no connectivity probe, no NSSM wrapper), IDriver.InitializeAsync semantics don't match script compilation, Polly resilience wrappers calibrated for network calls would either passthrough pointlessly or tune wrong, and Admin UI would need special-casing everywhere to hide fields that don't apply. Option B (single DriverNodeManager, NodeScopeResolver returns NodeSource enum alongside ScopeId, dispatch branches on source) accepted because it preserves one address-space tree with one walker, ACL binding works identically for both kinds, Phase 6.1 resilience + Phase 6.2 audit apply uniformly to the driver branch without needing Roslyn analyzer exemptions, and adding future source kinds is a single-enum-case addition. NodeScopeResolver.Resolve returns NodeScope(ScopeId, NodeSource, DriverInstanceId?, VirtualTagId?); DriverNodeManager pattern-matches on scope.Source and routes to either the driver dictionary or IVirtualTagEngine. OPC UA client writes to a virtual node return BadUserAccessDenied before the dispatch branch because Phase 7 decision #6 restricts virtual-tag writes to scripts via ctx.SetVirtualTag. Dispatch test coverage specified for Stream G.4: mixed Equipment folders browsing correctly, read routing per source kind, subscription fan-out across both kinds, the BadUserAccessDenied guard on virtual writes, and script-driven writes firing subscription notifications. ADR-001's walker gains the VirtualTag config-DB table as an additional input channel alongside Tag; NodeScopeResolver's ScopeId return stays unchanged so Phase 6.2's ACL trie needs no modification. Consequences flagged: whether IVirtualTagEngine lives in Core.Abstractions vs Phase 7's Core.VirtualTags project, and whether future server-side methods on virtual nodes would route through this dispatch, both marked out-of-scope for ADR-002.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
|
f2c1cc84e9 |
Phase 7 plan doc — scripting runtime + virtual tags + scripted alarms + historian alarm sink. Draft output from the 2026-04-20 interactive planning session. Phase 7 is the last phase before v2 release readiness; adds two additive runtime capabilities on top of the existing driver + Equipment address-space foundation: (1) virtual (calculated) tags — OPC UA variables whose values are computed by user-authored C# scripts against other tags, evaluated on change and/or timer, living in the existing Equipment tree alongside driver tags, behaving identically to clients; (2) Part 9 scripted alarms — full state machine (EnabledState/ActiveState/AckedState/ConfirmedState/ShelvingState) with persistent operator-supplied state across restarts, complementing (not replacing) the existing Galaxy-native and AB CIP ALMD alarm sources. A third tie-in capability — Aveva Historian as alarm system of record — routes every qualifying alarm transition from any IAlarmSource (scripted + Galaxy + ALMD) through a local SQLite store-and-forward queue to Galaxy.Host, which uses its already-loaded aahClientManaged DLLs to write to the Historian alarm schema; per-alarm HistorizeToAveva toggle gates which sources flow (default off for Galaxy-native to avoid duplicating the direct Galaxy historian path, default on for scripted).
Locks in 22 design decisions from the planning conversation: C# via Roslyn scripting; virtual tags in the Equipment tree (not a separate /Virtual/ namespace); change-driven + timer-driven triggers operator-configurable per tag; Shape A one-script-per-tag-or-alarm (no predicate/action split); full OPC UA Part 9 alarm fidelity; read-only sandbox (scripts read any tag, write only to virtual tags, no File/HttpClient/Process/reflection); AST-inferred dependencies via CSharpSyntaxWalker (non-literal tag paths rejected at publish); config DB storage with generation-sealed cache; ctx.GetTag returns a full DataValue {Value, StatusCode, Timestamp}; per-tag Historize checkbox; per-tag error isolation (throwing script sets tag quality BadInternalError, engine unaffected); dedicated scripts-*.log Serilog sink bound to ctx.Logger; alarm message as template with {TagPath} substitution resolved at event emission; ActiveState recomputed from tags on startup while EnabledState/AckedState/ConfirmedState/ShelvingState + audit persist to config DB; historian sink scope = all IAlarmSource impls with per-alarm toggle; SQLite store-and-forward on the node so operators are never blocked by Historian downtime; IPC to Galaxy.Host for ingestion reusing the already-loaded aahClientManaged DLLs; Monaco editor for Admin code editing; serial cascade evaluation for v1 (parallel as follow-up); shelving UX via OPC UA method calls only with no custom Admin controls (operator drives state transitions from plant HMIs or Client.CLI); 30-day dead-letter retention with manual retry button; test harness accepts only declared-input paths so the harness enforces dependency declaration.
Eight streams totaling ~10-12 weeks, scope-comparable to Phase 6: A - Core.Scripting (Roslyn engine + sandbox + AST inference + logger); B - virtual tag engine (dependency graph + change/timer schedulers + historize); C - scripted alarm engine (Part 9 state machine + template messages + startup recovery + OPC UA method binding); D - historian alarm sink (SQLite store-and-forward + Galaxy.Host IPC contract extension); E - config DB schema (four new tables under sp_PublishGeneration); F - Admin UI scripting tab (Monaco + test harness + dependency preview + script-log viewer + historian diagnostics); G - address-space integration (extend EquipmentNodeWalker for virtual source kind + extend DriverNodeManager dispatch); H - exit gate.
Compliance-check surface covers sandbox escape (typeof/Assembly.Load/File/HttpClient attempts must fail at compile), dependency inference (literal-only paths), change cascade (topological ordering), cycle rejection at publish, startup recovery (ack/confirm/shelve survive restart but ActiveState recomputed), ack audit trail persistence, historian queue durability (Galaxy.Host offline → online drains in-order), per-alarm historian toggle gating, script timeout isolation, log sink isolation, ACL binding (virtual tags inherit Equipment scope grants).
Follow-up artifacts tracked as tasks #231-#238 (stream placeholders). Supporting doc updates (plan.md §6 Migration Strategy, config-db-schema.md §§ for the four new tables, driver-specs.md §Alarm semantics clarification, new ADR-002 for driver-vs-virtual dispatch) will land alongside the streams that touch them, not in this doc.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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Joseph Doherty
|
96940aeb24 |
Modbus exception-injection profile — closes the end-to-end test gap for exception codes 0x01/0x03/0x04/0x05/0x06/0x0A/0x0B. pymodbus simulator naturally emits only 0x02 (Illegal Data Address on reads outside configured ranges) + 0x03 (Illegal Data Value on over-length); the driver's MapModbusExceptionToStatus table translates eight codes, but only 0x02 had integration-level coverage (via DL205's unmapped-register test). Unit tests lock the translation function in isolation but an integration test was missing for everything else. This PR lands wire-level coverage for the remaining seven codes without depending on device-specific quirks to naturally produce them.
New exception_injector.py — standalone pure-Python-stdlib Modbus/TCP server shipped alongside the pymodbus image. Speaks the wire protocol directly (MBAP header parse + FC 01/02/03/04/05/06/15/16 dispatch + store-backed happy-path reads/writes + spec-enforced length caps) and looks up each (fc, starting-address) against a rules list loaded from JSON; a matching rule makes the server respond [fc|0x80, exception_code] instead of the normal response. Zero runtime dependencies outside the stdlib — the Dockerfile just COPY's the script into /fixtures/ alongside the pymodbus profile JSONs, no new pip install needed. ~200 lines. New exception_injection.json profile carries rules for every exception code on FC03 (addresses 1000-1007, one per code), FC06 (2000-2001 for CPU-PROGRAM-mode and busy), and FC16 (3000 for server failure). New exception_injection compose profile binds :5020 like every other service + runs python /fixtures/exception_injector.py --config /fixtures/exception_injection.json. New ExceptionInjectionTests.cs in Modbus.IntegrationTests — 11 tests. Eight FC03-read theories exercise every exception code 0x01/0x02/0x03/0x04/0x05/0x06/0x0A/0x0B asserting the driver's expected OPC UA StatusCode mapping (BadNotSupported/BadOutOfRange/BadOutOfRange/BadDeviceFailure/BadDeviceFailure/BadDeviceFailure/BadCommunicationError/BadCommunicationError). Two FC06-write theories cover the write path for 0x04 (Server Failure, CPU in PROGRAM mode) + 0x06 (Server Busy). One sanity-check read at address 5 confirms the injector isn't globally broken + non-injected reads round-trip cleanly with Value=5/StatusCode=Good. All tests follow the MODBUS_SIM_PROFILE=exception_injection skip guard so they no-op on a fresh clone without Docker running. Docker/README.md gains an §Exception injection section explaining what pymodbus can and cannot emit, what the injector does, where the rules live, and how to append new ones. docs/drivers/Modbus-Test-Fixture.md follow-up item #2 (extend pymodbus profiles to inject exceptions) gets a shipped strikethrough with the new coverage inventory; the unit-level section adds ExceptionInjectionTests next to DL205ExceptionCodeTests so the split-of-responsibilities is explicit (DL205 test = natural out-of-range via dl205 profile, ExceptionInjectionTests = every other code via the injector). Test baselines: Modbus unit 182/182 green (unchanged); Modbus integration with exception_injection profile live 11/11 new tests green. Existing DL205/S7/Mitsubishi integration tests unaffected since they skip on MODBUS_SIM_PROFILE mismatch. Found + fixed during validation: a stale native pymodbus simulator from April 18 was still listening on port 5020 on IPv6 localhost (Windows was load-balancing between it + the Docker IPv4 forward, making injected exceptions intermittently come back as pymodbus's default 0x02). Killed the leftover. Documented the debugging path in the commit as a note for anyone who hits the same "my tests see exception 0x02 but the injector log has no request" symptom. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
|
8d88ffa14d |
FOCAS Tier-C PR E — ops glue: ProcessHostLauncher + post-mortem MMF + NSSM install scripts + doc close-out. Final of the 5 PRs for #220. With this landing, the Tier-C architecture is fully shipped; the only remaining FOCAS work is the hardware-dependent FwlibHostedBackend (real Fwlib32.dll P/Invoke, gated on #222 lab rig).
Production IHostProcessLauncher (ProcessHostLauncher.cs): Process.Start spawns OtOpcUa.Driver.FOCAS.Host.exe with OTOPCUA_FOCAS_PIPE / OTOPCUA_ALLOWED_SID / OTOPCUA_FOCAS_SECRET / OTOPCUA_FOCAS_BACKEND in the environment (supervisor-owned, never disk), polls FocasIpcClient.ConnectAsync at 250ms cadence until the pipe is up or the Host exits or the ConnectTimeout deadline passes, then wraps the connected client in an IpcFocasClient. TerminateAsync kills the entire process tree + disposes the IPC stream. ProcessHostLauncherOptions carries HostExePath + PipeName + AllowedSid plus optional SharedSecret (auto-generated from a GUID when omitted so install scripts don't have to), Arguments, Backend (fwlib32/fake/unconfigured default-unconfigured), ConnectTimeout (15s), and Series for CNC pre-flight. Post-mortem MMF (Host/Stability/PostMortemMmf.cs + Proxy/Supervisor/PostMortemReader.cs): ring-buffer of the last ~1000 IPC operations written by the Host into a memory-mapped file. On a Host crash the supervisor reads the MMF — which survives process death — to see what was in flight. File format: 16-byte header [magic 'OFPC' (0x4F465043) | version | capacity | writeIndex] + N × 256-byte entries [8-byte UTC unix ms | 8-byte opKind | 240-byte UTF-8 message + null terminator]. Magic distinguishes FOCAS MMFs from the Galaxy MMFs that ship the same format shape. Writer is single-producer (Host) with a lock_writeGate; reader is multi-consumer (Proxy + any diagnostic tool) using a separate MemoryMappedFile handle. NSSM install wrappers (scripts/install/Install-FocasHost.ps1 + Uninstall-FocasHost.ps1): idempotent service registration for OtOpcUaFocasHost. Resolves SID from the ServiceAccount, generates a fresh shared secret per install if not supplied, stages OTOPCUA_FOCAS_PIPE/SID/SECRET/BACKEND in AppEnvironmentExtra so they never hit disk, rotates 10MB stdout/stderr logs under %ProgramData%\OtOpcUa, DependOnService=OtOpcUa so startup order is deterministic. Backend selector defaults to unconfigured so a fresh install doesn't accidentally load a half-configured Fwlib32.dll on first start. Tests (7 new, 2 files): PostMortemMmfTests.cs in FOCAS.Host.Tests — round-trip write+read preserves order + content, ring-buffer wraps at capacity (writes 10 entries to a 3-slot buffer, asserts only op-7/8/9 survive in FIFO order), message truncation at the 240-byte cap is null-terminated + non-overflowing, reopening an existing file preserves entries. PostMortemReaderCompatibilityTests.cs in FOCAS.Tests — hand-writes a file in the exact host format (magic/entry layout) + asserts the Proxy reader decodes with correct ring-walk ordering when writeIndex != 0, empty-return on missing file + magic mismatch. Keeps the two codebases in format-lockstep without the net10 test project referencing the net48 Host assembly. Docs updated: docs/v2/implementation/focas-isolation-plan.md promoted from DRAFT to PRs A-E shipped status with per-PR citations + post-ship test counts (189 + 24 + 13 = 226 FOCAS-family tests green). docs/drivers/FOCAS-Test-Fixture.md §5 updated from "architecture scoped but not implemented" to listing the shipped components with the FwlibHostedBackend gap explicitly labeled as hardware-gated. Install-FocasHost.ps1 documents the OTOPCUA_FOCAS_BACKEND selector + points at docs/v2/focas-deployment.md for Fwlib32.dll licensing. What ISN'T in this PR: (1) the real FwlibHostedBackend implementing IFocasBackend with the P/Invoke — requires either a CNC on the bench or a licensed FANUC developer kit to validate, tracked under #220 as a single follow-up task; (2) Admin /hosts surface integration for FOCAS runtime status — Galaxy Tier-C already has the shape, FOCAS can slot in when someone wires ObservedCrashes/StickyAlertActive/BackoffAttempt to the FleetStatusHub; (3) a full integration test that actually spawns a real FOCAS Host process — ProcessHostLauncher is tested via its contract + the MMF is tested via round-trip, but no test spins up the real exe (the Galaxy Tier-C tests do this, but the FOCAS equivalent adds no new coverage over what's already in place). Total FOCAS-family tests green after this PR: 189 driver + 24 Shared + 13 Host = 226. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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a6be2f77b5 |
FOCAS version-matrix stabilization (PR 1 of #220 split) — ship the cheap half of the hardware-free stability gap ahead of the Tier-C out-of-process split. Without any CNC or simulator on the bench, the highest-leverage move is to catch operator config errors at init time instead of at steady-state per-read. Adds FocasCncSeries enum (Unknown/16i/0i-D/0i-F family/30i family/PowerMotion-i) + FocasCapabilityMatrix static class that encodes the per-series documented ranges for macro variables (cnc_rdmacro/wrmacro), parameters (cnc_rdparam/wrparam), and PMC letters + byte ceilings (pmc_rdpmcrng/wrpmcrng) straight from the Fanuc FOCAS Developer Kit. FocasDeviceOptions gains a Series knob (defaults Unknown = permissive so pre-matrix configs don't break on upgrade). FocasDriver.InitializeAsync now calls FocasAddress.TryParse on every tag + runs FocasCapabilityMatrix.Validate against the owning device's declared series, throwing InvalidOperationException with a reason string that names both the series and the documented limit ("Parameter #30000 is outside the documented range [0, 29999] for Thirty_i") so an operator can tell whether the mismatch is in the config or in their declared CNC model. Unknown series skips validation entirely. Ships 46 new theory cases in FocasCapabilityMatrixTests.cs — covering every boundary in the matrix (widen 16i->0i-F: macro ceiling 999->9999, param 9999->14999; widen 0i-F->30i: PMC letters +K+T; PMC-number 16i=999/0i-D=1999/0i-F=9999/30i=59999), permissive Unknown-series behavior, rejection-message content, and case-insensitive PMC-letter matching. Widening a range without updating docs/v2/focas-version-matrix.md fails a test because every InlineData cites the row it reflects. Full FOCAS test suite stays at 165/165 passing (119 existing + 46 new). Also authors docs/v2/focas-version-matrix.md as the authoritative range reference with per-function citations, CNC-series era context, error-surface shape, and the link back to the matrix code; docs/v2/implementation/focas-isolation-plan.md as the multi-PR plan for #220 Tier-C isolation (Shared contracts -> Host skeleton -> move Fwlib32 calls -> Supervisor+respawn -> MMF+ops glue, 2200-3200 LOC across 5 PRs mirroring the Galaxy Tier-C topology); and promotes docs/drivers/FOCAS-Test-Fixture.md from "version-matrix coverage = no" to explicit coverage via the new test file + cross-links to the matrix and isolation-plan docs. Leaves task #220 open since isolation itself (the expensive half) is still ahead.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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a0cf7c5860 |
AB Legacy ab_server PCCC Docker fixture scaffold (#224) — Docker infrastructure + test-class shape in place; wire-level round-trip currently blocked by an ab_server-side PCCC coverage gap documented honestly in the fixture + coverage docs. Closes the Docker-infrastructure piece of #224; the remaining work is upstream (patch ab_server's PCCC server opcodes) or sideways (RSEmulate 500 golden-box tier, lab rig).
New project tests/ZB.MOM.WW.OtOpcUa.Driver.AbLegacy.IntegrationTests/ with four pieces. AbLegacyServerFixture — TCP probe against localhost:44818 (or AB_LEGACY_ENDPOINT override), distinct from AB_SERVER_ENDPOINT so both CIP + PCCC containers can run simultaneously. Single-public-ctor to satisfy xunit collection-fixture constraint. AbLegacyServerProfile + KnownProfiles carry the per-family (SLC500 / MicroLogix / PLC-5) ComposeProfile + Notes; drives per-theory parameterisation. AbLegacyFactAttribute / AbLegacyTheoryAttribute match the AB CIP skip-attribute pattern. Docker/docker-compose.yml reuses the AB CIP otopcua-ab-server:libplctag-release image — `build:` block points at ../../AbCip.IntegrationTests/Docker context so `docker compose build` from here produces / reuses the same multi-stage build. Three compose profiles (slc500 / micrologix / plc5) with per-family `--plc` + `--tag=<file>[<size>]` flags matching the PCCC tag syntax (different from CIP's `Name:Type[size]`). AbLegacyReadSmokeTests — one parametric theory reading N7:0 across all three families + one SLC500 write-then-read on N7:5. Targets the shape the driver would use against real hardware. Verified 2026-04-20 against a live SLC500 container: TCP probe passes + container accepts connections + libplctag negotiates session, but read/write returns BadCommunicationError (libplctag status 0x80050000). Root-caused to ab_server's PCCC server-side opcode coverage being narrower than libplctag's PCCC client expects — not a driver-side bug, not a scaffold bug, just an ab_server upstream limitation. Documented honestly in Docker/README.md + AbLegacy-Test-Fixture.md rather than skipping the tests or weakening assertions; tests now skip cleanly when container is absent, fail with clear message when container is up but the protocol gap surfaces. Operator resolves by filing an ab_server upstream patch, pointing AB_LEGACY_ENDPOINT at real hardware, or scaffolding an RSEmulate 500 golden-box tier. Docker/README.md — Known limitations section leads with the PCCC round-trip gap (test date, failure signature, possible root causes, three resolution paths) before the pre-existing limitations (T/C file decomposition, ST file quirks, indirect addressing, DF1 serial). Reader can't miss the "scaffolded but blocked on upstream" framing. docs/drivers/AbLegacy-Test-Fixture.md — TL;DR flipped from "no integration fixture" to "Docker scaffold in place; wire-level round-trip currently blocked by ab_server PCCC gap". What-the-fixture-is gains an Integration section. Follow-up candidates rewritten: #1 is now "fix ab_server PCCC upstream", #2 is RSEmulate 500 golden-box (with cost callouts matching our existing Logix Emulate + TwinCAT XAR scaffolds — license + Hyper-V conflict + binary project format), #3 is lab rig. Key-files list adds the four new files. docs/drivers/README.md coverage-map row updated from "no integration fixture" to "Docker scaffold via ab_server PCCC; wire-level round-trip currently blocked, docs call out resolution paths". Solution file picks up the new tests/.../AbLegacy.IntegrationTests entry. AbLegacyDataType.Int used throughout (not Int16 — the enum uses SLC file-type naming). Build 0 errors; 2 smoke tests skip cleanly without container + fail with clear errors when container up (proving the infrastructure works end-to-end + the gap is specifically the ab_server protocol coverage, not the scaffold). Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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7b49ea13c7 |
TwinCAT XAR integration fixture — scaffold the code + docs so the Hyper-V VM + .tsproj drop in without fixture-code changes. Mirrors the AB CIP Logix Emulate scaffold shipped in PR #165: tier-gated smoke tests that skip cleanly when the VM isn't reachable, a project README documenting exactly what the XAR needs to run, fixture-coverage doc promoting TwinCAT from "no integration fixture" to "scaffolded + needs operational setup". The actual Beckhoff-side work (provision VM, install XAR, author tsproj, rotate 7-day trial) lives in #221 + the new TwinCatProject/README.md walkthrough.
New project tests/ZB.MOM.WW.OtOpcUa.Driver.TwinCAT.IntegrationTests/ with four pieces. TwinCATXarFixture — TCP probe against the ADS-over-TCP port 48898 on the host from TWINCAT_TARGET_HOST env var, requires TWINCAT_TARGET_NETID for the target AmsNetId, optional TWINCAT_TARGET_PORT for runtime 2+ (default 851 = PLC runtime 1). Doesn't own a lifecycle — XAR can't run in Docker because it bypasses the Windows kernel scheduler to hit real-time cycles, so the VM stays operator-managed. Explicit skip reasons surface the setup steps (start VM, set env vars, reactivate trial license) instead of a confusing hang. TwinCATFactAttribute + TwinCATTheoryAttribute — xunit skip gate matching AbServerFactAttribute / OpcPlcCollection patterns. TwinCAT3SmokeTests — three smoke tests through the real AdsTwinCATClient + real ADS over TCP. Driver_reads_seeded_DINT_through_real_ADS reads GVL_Fixture.nCounter, asserts >= 1234 (MAIN increments every cycle so an exact match would race). Driver_write_then_read_round_trip_on_scratch_REAL writes 42.5 to GVL_Fixture.rSetpoint + reads back, catches the ADS write path regression that unit tests can't see. Driver_subscribe_receives_native_ADS_notifications_on_counter_changes validates the #189 native-notification path end-to-end — AddDeviceNotification fires OnDataChange at the PLC cycle boundary, the test observes one firing within 3 s. All three gated on TWINCAT_TARGET_HOST + NETID; skip via TwinCATFactAttribute when unset, verified in this commit with 3 clean [SKIP] results. TwinCatProject/README.md — the tsproj state the smoke tests depend on. GVL_Fixture with nCounter:DINT:=1234 + rSetpoint:REAL:=0.0 + bFlag:BOOL:=TRUE; MAIN program with the single-line ladder `GVL_Fixture.nCounter := GVL_Fixture.nCounter + 1;`; PlcTask cyclic @ 10 ms priority 20; PLC runtime 1 (AMS port 851). Explains why tsproj over the compiled bootproject (text-diffable, rebuildable, no per-install state). Full XAR VM setup walkthrough — Hyper-V Gen 2 VM, TC3 XAE+XAR install, noting the AmsNetId from the tray icon, bilateral route configuration (VM System Manager → Routes + dev box StaticRoutes.xml), project import, Activate Configuration + Run Mode. License-rotation section walks through two options — scheduled TcActivate.exe /reactivate via Task Scheduler (not officially Beckhoff-supported, reportedly works on current builds) or paid runtime license (~$1k one-time per runtime per CPU). Final section shows the exact env-var recipe + dotnet test command on the dev box. docs/drivers/TwinCAT-Test-Fixture.md — flipped TL;DR from "there is no integration fixture" to "scaffolding lives at tests/..., remaining operational work is VM + tsproj + license rotation". "What the fixture is" gains an Integration section describing the XAR VM target. "What it actually covers" gains an Integration subsection listing the three named smoke tests. Follow-up candidates rewritten — the #1 item used to be "TwinCAT 3 runtime on CI" as a speculative option; now it's concrete "XAR VM live-population" with a link to #221 + the project README for the operational walkthrough. License rotation becomes #2 with both automation paths. Key fixture / config files list adds the three new files + the project README. docs/drivers/README.md coverage-map row updated from "no integration fixture" to "XAR-VM integration scaffolding". Solution file picks up the new tests/ZB.MOM.WW.OtOpcUa.Driver.TwinCAT.IntegrationTests entry alongside the existing TwinCAT.Tests. xunit CollectionDefinition added to TwinCATXarFixture after the first build revealed the [Collection("TwinCATXar")] reference on TwinCAT3SmokeTests had no matching registration. Build 0 errors; 3 skip-clean test outcomes verified. #221 stays open as in_progress until the VM + tsproj land. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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58a0cccc67 |
AB CIP Logix Emulate golden-box tier — scaffold the code + docs so the L5X + Emulate PC drop in without fixture-code changes. Closes the initial design question the user raised; the actual Emulate-side work (author project, commit L5X, install Emulate on the dev box) is tracked as #223. Scaffolding ships everything that doesn't need the live Emulate instance: tier-gated test classes that skip cleanly when AB_SERVER_PROFILE is unset, the profile gate helper, the LogixProject/README.md documenting the exact project state the tests expect, the fixture coverage doc's new §Logix Emulate tier section with the when-to-trust table extended from 3 columns to 4, and the dev-environment.md integration-host row.
AbServerProfileGate — static helper that reads `AB_SERVER_PROFILE` env var (defaults to "abserver") + exposes `SkipUnless(params string[] requiredProfiles)` matching the MODBUS_SIM_PROFILE pattern the DL205StringQuirkTests uses one directory over. Emulate-only tests call `AbServerProfileGate.SkipUnless("emulate")` at the top of each fact body; ab_server-default runs see them skip with a clear message pointing at the Emulate setup steps.
AbCipEmulateUdtReadTests — one test proving the #194 whole-UDT read optimization works against the real Logix Template Object, not just the golden byte buffers the unit suite uses. Builds an `AbCipDriverOptions` with a Structure tag `Motor1 : Motor_UDT` that has three declared members (Speed : DINT, Torque : REAL, Status : DINT), reads them via the `.Speed / .Torque / .Status` dotted-tag syntax, asserts the driver gets the grouped whole-UDT path + decodes each at the right offset. Required seed values documented inline + in LogixProject/README.md: Speed=1800, Torque=42.5f, Status=0x0001.
AbCipEmulateAlmdTests — one test proving the #177 ALMD projection fires `OnAlarmEvent` when a real ALMD instruction's `In` edge rises, not just the fake `InFaulted` timer edges the unit suite drives. Needs a `SimulateAlarm : BOOL` tag routed through `MainRoutine` ladder (`XIC SimulateAlarm OTE HighTempAlarm.In`) so the test case can pulse the input via the existing `IWritable.WriteAsync` path instead of scripting Emulate via its own socket. Alarm-projection options carry `EnableAlarmProjection = true` + 200 ms poll interval; a `TaskCompletionSource` gates the raise-event assertion with a 5 s deadline. Cleanup writes SimulateAlarm=false so consecutive runs start from known state.
LogixProject/README.md — the Studio 5000 project state the Emulate-tier tests depend on. Explains why L5X over ACD (text diff, reproducible import, no per-install state), the UDT + tag + routine structure, how to bring it up on the Emulate PC. Ships as a stub pending actual author + L5X export + commit; the README itself keeps the requirements visible so the L5X author has a checklist.
docs/drivers/AbServer-Test-Fixture.md — new §Logix Emulate golden-box tier section with the coverage-promotion table (ab_server / Emulate / hardware per gap), the setup-env-var recipe, the costs to accept (license, Hyper-V conflict, manual lifecycle). "When to trust" table extended from 3 columns (ab_server / unit / rig) to 4 (ab_server / unit / Logix Emulate / rig); two new rows for EtherNet/IP embedded-switch + redundant-chassis failover that even Emulate can't help with. Follow-up candidates list gets Logix Emulate as option 1 ahead of the pre-existing "extend ab_server upstream" + "stand up a lab rig". See-also file list gains AbServerProfileGate.cs + Docker/ + Emulate/ + LogixProject/README.md entries.
docs/v2/dev-environment.md — §C Integration host gains a Rockwell Studio 5000 Logix Emulate row: purpose (AB CIP golden-box tier closing UDT/ALMD/AOI/safety/ConnectionSize gaps), type (Windows-only, Hyper-V conflict matching TwinCAT XAR's constraint), port 44818, credentials note, owner split between integration-host admin for license+install and developer for per-session runtime start.
Verified: Emulate tests skip cleanly when AB_SERVER_PROFILE is unset — both `[SKIP]` with the operator-facing message pointing at the env-var setup. Whole-solution build 0 errors. Tests will transition from skip → pass once the L5X + Emulate PC land per #223.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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Joseph Doherty
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fdb268cee0 |
Docs + code-comment sweep — remove stale Pymodbus/ + PythonSnap7/ + LocateBinary references left behind by the native-fallback removal PR. Answer to "is the dev inventory + documentation updated": it was partial; this PR finishes the job.
Files touched — docs/drivers/Modbus-Test-Fixture.md dropped the key-files pointer at deleted Pymodbus/ + flipped "primary launcher is Docker, native fallback retained" framing to "Docker is the only supported launch path" (matching the code). docs/v2/dev-environment.md dropped the "skips both Docker + native-binary paths" parenthetical from AB_SERVER_ENDPOINT + flipped the "Native fallbacks" subsection to a one-liner that says Docker is the only supported path. docs/v2/modbus-test-plan.md rewrote §Harness from "pip install pymodbus + serve.ps1" setup pattern to "docker compose --profile <…> up" + updated the §PR 43 status bullet to point at Docker/profiles/. docs/v2/test-data-sources.md §"CI fixture (task #180)" rewrote the AB CIP section from "LocateBinary() picks binary off PATH" + GitHub Actions zip-download step to "Docker is the only supported reproducible build path" + docker compose GitHub Actions step; dropped the pinned-version SHA256 table + lock-file reference because the Dockerfile's LIBPLCTAG_TAG build-arg is the new pin. Code docstrings + error messages — these are developer-facing operational text too. ModbusSimulatorFixture SkipReason strings (both branches) now point at `docker compose -f Docker/docker-compose.yml --profile standard up -d` instead of the deleted `Pymodbus\serve.ps1`; doc-comment at the top references Docker/docker-compose.yml. Snap7ServerFixture SkipReason strings + doc-comment point at Docker/docker-compose.yml instead of PythonSnap7/serve.ps1. S7_1500Profile.cs docstring updated. Modbus Dockerfile comment pointing at deleted tests/.../Pymodbus/README.md redirected to docs/drivers/Modbus-Test-Fixture.md. DL205Profile.cs + DL205StringQuirkTests.cs + S7_1500Profile.cs (in Modbus project) docstrings flipped from Pymodbus/*.json references to Docker/profiles/*.json. Left untouched deliberately: docs/v2/implementation/exit-gate-phase-2-closed.md — that's a historical as-of-2026-04-18 snapshot documenting what was skipped at Phase 2 closure; rewriting would lose the date-stamped context. Its "oitc/modbus-server Docker container not started" + "ab_server binary not on PATH" lines describe the fixture landscape that existed at close time, not current operational guidance. Final sweep confirms zero remaining `Pymodbus/` / `PythonSnap7/` / `LocateBinary` / `AbServerSeedTag` / `BuildCliArgs` / `AbServerPlcArg` mentions anywhere in tracked files outside that historical exit-gate doc. Whole-solution build still 0 errors. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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0e1dcc119e |
Remove native-launcher fallbacks for the four Dockerized fixtures — Docker is the only supported path for Modbus / S7 / AB CIP / OpcUaClient integration. Native paths stay in place only where Docker isn't compatible (Galaxy: MXAccess COM + Windows-only; TwinCAT: Beckhoff runtime vs Hyper-V; FOCAS: closed-source Fanuc Fwlib32.dll; AB Legacy: PCCC has no OSS simulator). Simplifies the fixture landscape + removes the "which path do I run" ambiguity; removes two full native-launcher directories + the AB CIP native-spawn path; removes the parallel profile-as-CLI-arg-builder code from AbServerFixture.
Modbus — deletes tests/.../Modbus.IntegrationTests/Pymodbus/ (serve.ps1, standard.json, dl205.json, mitsubishi.json, s7_1500.json, README.md). Profile JSONs live only under Docker/profiles/ now. Docker/README.md loses its "Native-Python fallback" section; docs/drivers/Modbus-Test-Fixture.md "What the fixture is" bullet flipped from "primary launcher is Docker, native fallback under Pymodbus/" to "Docker is the only supported launch path". S7 — deletes tests/.../S7.IntegrationTests/PythonSnap7/ (server.py, s7_1500.json, serve.ps1, README.md). Docker/README.md loses "Native-Python fallback"; docs/drivers/S7-Test-Fixture.md updated to match. AB CIP — the biggest simplification because the native-binary spawn had the most code. AbServerFixture.cs rewrites: drops Process management (no more Process _proc + Kill/WaitForExit), drops LocateBinary() PATH lookup, drops the IAsyncLifetime initialize-spawns-server behavior. Fixture is now a thin TCP probe against localhost:44818 (or AB_SERVER_ENDPOINT override) — same shape as Snap7ServerFixture / ModbusSimulatorFixture / OpcPlcFixture. IsServerAvailable() simplifies to a single 500 ms probe. AbServerProfile.cs drops AbServerPlcArg + SeedTags + BuildCliArgs + ToCliSpec + the entire AbServerSeedTag record — the compose file is the canonical source of truth for which tags + which --plc mode each family gets; the profile record now carries just Family + ComposeProfile (matches the docker-compose service key) + Notes. KnownProfiles.ForFamily + .All stay for tests that iterate families. AbServerProfileTests.cs rewrites to match: drops BuildCliArgs_* + ToCliSpec_* + SeedTags_* tests; keeps the family-coverage contract tests + verifies the ComposeProfile strings match compose-file service names (a typo in either surfaces as a unit-test failure, not a silent "wrong family booted" at runtime). Docker/README.md loses "Native-binary fallback" section; docs/drivers/AbServer-Test-Fixture.md "What the fixture is" flipped to Docker-only with clearer skip rules. dev-environment.md §Docker fixtures — the "Native fallbacks" subsection goes away; replaced with a one-line note that Docker is the only supported path for these four fixtures + a fresh clone needs Docker Desktop and nothing else. Verified: whole-solution build 0 errors, AB CIP profile unit tests 6/6, AB CIP Docker smoke 4/4 (all family theory rows), S7 Docker smoke 3/3. Container lifecycle clean. The deleted native code surface was already redundant — every fixture the native paths served is now covered by Docker; keeping them invited drift between the two paths (the original AB CIP native profile had three undetected bugs per the #162 commit message: case-sensitive --plc, bracket tag notation, --path=1,0 requirement — noise the Docker path now avoids by never running the buggy code). Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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6609141493 |
Dockerize Modbus + AB CIP + S7 test fixtures for reproducibility. Every driver integration simulator now has a pinned Docker image alongside the existing native launcher — Docker is the primary path, native fallbacks kept for contributors who prefer them. Matches the already-Dockerized OpcUaClient/opc-plc pattern from #215 so every fixture in the fleet presents the same compose-up/test/compose-down loop. Reproducibility gain: what used to require a local pip/Python install (Modbus pymodbus, S7 python-snap7) or a per-OS C build from source (AB CIP ab_server from libplctag) now collapses to a Dockerfile + docker compose up. Modbus — new tests/ZB.MOM.WW.OtOpcUa.Driver.Modbus.IntegrationTests/Docker/ with Dockerfile (python:3.12-slim-bookworm + pymodbus[simulator]==3.13.0) + docker-compose.yml with four compose profiles (standard / dl205 / mitsubishi / s7_1500) backed by the existing profile JSONs copied under Docker/profiles/ as canonical; native fallback in Pymodbus/ retained with the same JSON set (symlink-equivalent — manual re-sync when profiles change, noted in both READMEs). Port 5020 unchanged so MODBUS_SIM_ENDPOINT + ModbusSimulatorFixture work without code change. Dropped the --no_http CLI arg the old serve.ps1 + compose draft passed — pymodbus 3.13 doesn't recognize it; the simulator's http ui just binds inside the container where nothing maps it out and costs nothing. S7 — new tests/ZB.MOM.WW.OtOpcUa.Driver.S7.IntegrationTests/Docker/ with Dockerfile (python:3.12-slim-bookworm + python-snap7>=2.0) + docker-compose.yml with one s7_1500 compose profile; copies the existing server.py shim + s7_1500.json seed profile; runs python -u server.py ... --port 1102. Native fallback in PythonSnap7/ retained. Port 1102 unchanged. AB CIP — hardest because ab_server is a source-only C tool in libplctag's src/tools/ab_server/. New tests/ZB.MOM.WW.OtOpcUa.Driver.AbCip.IntegrationTests/Docker/ Dockerfile is multi-stage: build stage (debian:bookworm-slim + build-essential + cmake) clones libplctag at a pinned tag + cmake --build build --target ab_server; runtime stage (debian:bookworm-slim) copies just the binary from /src/build/bin_dist/ab_server. docker-compose.yml ships four compose profiles (controllogix / compactlogix / micro800 / guardlogix) with per-family ab_server CLI args matching AbServerProfile.cs. AbServerFixture updated: tries TCP probe on 127.0.0.1:44818 first (Docker path) + spawns the native binary only as fallback when no listener is there. AB_SERVER_ENDPOINT env var supported for pointing at a real PLC. AbServerFact/Theory attributes updated to IsServerAvailable() which accepts any of: live listener on 44818, AB_SERVER_ENDPOINT set, or binary on PATH. Required two CLI-compat fixes to ab_server's argument expectations that the existing native profile never caught because it was never actually run at CI: --plc is case-sensitive (ControlLogix not controllogix), CIP tags need [size] bracket notation (DINT[1] not bare DINT), ControlLogix also requires --path=1,0. Compose files carry the corrected flags; the existing native-path AbServerProfile.cs was never invoked in practice so we don't rewrite it here. Micro800 now uses the --plc=Micro800 mode rather than falling back to ControlLogix emulation — ab_server does have the dedicated mode, the old Notes saying otherwise were wrong. Updated docs: three fixture coverage docs (Modbus-Test-Fixture.md, S7-Test-Fixture.md, AbServer-Test-Fixture.md) flip their "What the fixture is" section from native-only to Docker-primary-with-native-fallback; dev-environment.md §Resource Inventory replaces the old ambiguous "Docker Desktop + ab_server native" mix with four per-driver rows (each listing the image, compose file, compose profiles, port, credentials) + a new Docker fixtures — quick reference subsection giving the one-line docker compose -f <…> --profile <…> up for each driver + the env-var override names + the native fallback install recipes. drivers/README.md coverage map table updated — Modbus/AB CIP/S7 entries now read "Dockerized …" consistent with OpcUaClient's line. Verified end-to-end against live containers: Modbus DL205 smoke 1/1, S7 3/3, AB CIP ControlLogix 4/4 (all family theory rows). Container lifecycle clean (up/test/down, no leaked state). Every fixture keeps its skip-when-absent probe + env-var endpoint override so dotnet test on a fresh clone without Docker running still gets a green run.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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c985c50a96 |
OpcUaClient integration fixture — opc-plc in Docker closes the wire-level gap (#215). Closes task #215. The OpcUaClient driver had the richest capability matrix in the fleet (reads/writes/subscribe/alarms/history across 11 unit-test classes) + zero wire-level coverage; every test mocked the Session surface. opc-plc is Microsoft Industrial IoT's OPC UA PLC simulator — already containerized, already on MCR, pinned to 2.14.10 here. Wins vs the loopback-against-our-own-server option we'd originally scoped: (a) independent cert chain + user-token handling catches interop bugs loopback can't because both endpoints would share our own cert store; (b) pinned image tag fixes the test surface in a way our evolving server wouldn't; (c) the --alm flag opens the door to real IAlarmSource coverage later without building a custom FakeAlarmDriver. Loss vs loopback: both use the OPCFoundation.NetStandard stack internally so bugs common to that stack don't surface — addressed by a follow-up to add open62541/open62541 as a second independent-stack image (tracked). Docker is the fixture launcher — no PowerShell/Python wrapper like Modbus/pymodbus or S7/python-snap7 because opc-plc ships containerized. Docker/docker-compose.yml pins 2.14.10 + maps port 50000 + command flags --pn=50000 --ut --aa --alm; the healthcheck TCP-probes 50000 so docker ps surfaces ready state. Fixture OpcPlcFixture follows the same shape as Snap7ServerFixture + ModbusSimulatorFixture: collection-scoped, parses OPCUA_SIM_ENDPOINT (default opc.tcp://localhost:50000) into host + port, 2-second TCP probe at init, SkipReason records the failure for Assert.Skip. Forced IPv4 on the probe socket for the same reason those two fixtures do — .NET's dual-stack "localhost" resolves IPv6 ::1 first + hangs the full connect timeout when the target binds 0.0.0.0 (IPv4). OpcPlcProfile holds well-known node identifiers opc-plc exposes (ns=3;s=StepUp, FastUInt1, RandomSignedInt32, AlternatingBoolean) + builds OpcUaClientDriverOptions with SecurityPolicy.None + AutoAcceptCertificates=true since opc-plc regenerates its server cert on every container spin-up + there's no meaningful chain to validate against in CI. Three smoke tests covering what the unit suite couldn't reach: (1) Client_connects_and_reads_StepUp_node_through_real_OPC_UA_stack — full Secure Channel + Session + Read on ns=3;s=StepUp (counter that ticks every 1 s); (2) Client_reads_batch_of_varied_types_from_live_simulator — batch Read of UInt32 / Int32 / Boolean to prove typed Variant decoding, with an explicit ShouldBeOfType<bool> assertion on AlternatingBoolean to catch the common "variant gets stringified" regression; (3) Client_subscribe_receives_StepUp_data_changes_from_live_server — real MonitoredItem subscription on FastUInt1 (100 ms cadence) with a SemaphoreSlim gate + 3 s deadline on the first OnDataChange fire, tolerating container warm-up. Driver ran end-to-end against a live 2.14.10 container: all 3 pass; unit suite 78/78 unchanged. Container lifecycle verified (compose up → tests → compose down) clean, no leaked state. Docker/README.md documents install (Docker Desktop already on the dev box per Phase 1 decision #134), run (compose up / compose up -d / compose down), endpoint override (OPCUA_SIM_ENDPOINT), what opc-plc advertises with the current command flags, what's tunable via compose-file tweaks (--daa for username auth tests; --fn/--fr/--ft for subscription-stress nodes), known limitation that opc-plc shares the OPCFoundation stack with our driver. OpcUaClient-Test-Fixture.md updated — TL;DR flipped from "there is no integration fixture" to the new reality; "What it actually covers" gains an Integration section listing the three smoke tests. Follow-up the doc flags: add open62541/open62541 as a second image for fully-independent-stack interop coverage; once #219 (server-side IAlarmSource/IHistoryProvider integration tests) lands, re-run the client-side suite against opc-plc's --alm nodes to close the alarm gap from the client side too.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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1d3544f18e |
S7 integration fixture — python-snap7 server closes the wire-level coverage gap (#216) + per-driver fixture coverage docs for every driver in the fleet. Closes #216. Two shipments in one PR because the docs landed as I surveyed each driver's fixture + the S7 work is the first wire-level-gap closer pulled from that survey.
S7 integration — AbCip/Modbus already have real-simulator integration suites; S7 had zero wire-level coverage despite being a Tier-A driver (all unit tests mocked IS7Client). Picked python-snap7's `snap7.server.Server` over raw Snap7 C library because `pip install` beats per-OS binary-pin maintenance, the package ships a Python __main__ shim that mirrors our existing pymodbus serve.ps1 + *.json pattern structurally, and the python-snap7 project is actively maintained. New project `tests/ZB.MOM.WW.OtOpcUa.Driver.S7.IntegrationTests/` with four moving parts: (a) `Snap7ServerFixture` — collection-scoped TCP probe on `localhost:1102` that sets `SkipReason` when the simulator's not running, matching the `ModbusSimulatorFixture` shape one directory over (same S7_SIM_ENDPOINT env var override convention for pointing at a real S7 CPU on port 102); (b) `PythonSnap7/` — `serve.ps1` wrapper + `server.py` shim + `s7_1500.json` seed profile + `README.md` documenting install / run / known limitations; (c) `S7_1500/S7_1500Profile.cs` — driver-side `S7DriverOptions` whose tag addresses map 1:1 to the JSON profile's seed offsets (DB1.DBW0 u16, DB1.DBW10 i16, DB1.DBD20 i32, DB1.DBD30 f32, DB1.DBX50.3 bool, DB1.DBW100 scratch); (d) `S7_1500SmokeTests` — three tests proving typed reads + write-then-read round-trip work through real S7netplus + real ISO-on-TCP + real snap7 server. Picked port 1102 default instead of S7-standard 102 because 102 is privileged on Linux + triggers Windows Firewall prompt; S7netplus 0.20 has a 5-arg `Plc(CpuType, host, port, rack, slot)` ctor that lets the driver honour `S7DriverOptions.Port`, but the existing driver code called the 4-arg overload + silently hardcoded 102. One-line driver fix (S7Driver.cs:87) threads `_options.Port` through — the S7 unit suite (58/58) still passes unchanged because every unit test uses a fake IS7Client that never sees the real ctor. Server seed-type matrix in `server.py` covers u8 / i8 / u16 / i16 / u32 / i32 / f32 / bool-with-bit / ascii (S7 STRING with max_len header). register_area takes the SrvArea enum value, not the string name — a 15-minute debug after the first test run caught that; documented inline. Per-driver test-fixture coverage docs — eight new files in `docs/drivers/` laying out what each driver's harness actually benchmarks vs. what's trusted from field deployments. Pattern mirrors the AbServer-Test-Fixture.md doc that shipped earlier in this arc: TL;DR → What the fixture is → What it actually covers → What it does NOT cover → When-to-trust table → Follow-up candidates → Key files. Ugly truth the survey made visible: Galaxy + Modbus + (now) S7 + AB CIP have real wire-level coverage; AB Legacy / TwinCAT / FOCAS / OpcUaClient are still contract-only because their libraries ship no fake + no open-source simulator exists (AB Legacy PCCC), no public simulator exists (FOCAS), the vendor SDK has no in-process fake (TwinCAT/ADS.NET), or the test wiring just hasn't happened yet (OpcUaClient could trivially loopback against this repo's own server — flagged as #215). Each doc names the specific follow-up route: Snap7 server for S7 (done), TwinCAT 3 developer-runtime auto-restart for TwinCAT, Tier-C out-of-process Host for FOCAS, lab rigs for AB Legacy + hardware-gated bits of the others. `docs/drivers/README.md` gains a coverage-map section linking all eight. Tracking tasks #215-#222 filed for each PR-able follow-up. Build clean (driver + integration project + docs); S7.Tests 58/58 (unchanged); S7.IntegrationTests 3/3 (new, verified end-to-end against a live python-snap7 server: `driver_reads_seeded_u16_through_real_S7comm`, `driver_reads_seeded_typed_batch`, `driver_write_then_read_round_trip_on_scratch_word`). Next fixture follow-up is #215 (OpcUaClient loopback against own server) — highest ROI of the remaining set, zero external deps. Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Joseph Doherty
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1ddc13b7fc | ADR-001 accepted — Option A (Config-primary walker); Option D (discovery-assist) deferred to v2.1. Spawning Task A + Task B. | ||
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Joseph Doherty
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97e1f55bbb |
Draft ADR-001 — Equipment node walker: how driver tags bind to the UNS address space. Frames the decision blocking task #195 (IdentificationFolderBuilder wire-in): the Equipment-namespace browse tree requires a Config-DB-driven walker that traverses UNS → Equipment → Tag + hangs Identification sub-folders + identifier properties, and the open question is how driver-discovered tags bind to the UNS Equipment nodes the walker materializes. Context section documents what already exists (IdentificationFolderBuilder unused; NodeScopeResolver at Phase-1 cluster-only stub; Equipment + UnsArea + UnsLine + Tag tables with decisions #110 #116 #117 #120 #121 already landed as the data-model contract) vs what's missing (the walker itself + the ITagDiscovery/Config-DB composition strategy). Four options laid out with trade-offs: Option A Config-primary (Tag rows are the sole source of truth; ITagDiscovery becomes enrichment; BadNotFound placeholder when driver can't address a declared tag); Option B Discovery-primary (driver output is authoritative; Config-DB Equipment rows select subsets); Option C Parallel namespaces (driver-native ns + UNS overlay ns cross-referencing via OPC UA Organizes); Option D Config-primary-with-discovery-assist (same as A at runtime, plus an Admin UI offline discovery panel that lets operators one-click-import discovered tags into the draft). Recommendation: Option A now, defer Option D to v2.1. Reasons: matches decision #110's framing straight-through, identical composition across every Equipment-kind driver, Phase 6.4 Admin UI already authors Tag rows, BadNotFound is a legible failure mode, and nothing in A blocks adding D later without changing the walker contract. If the ADR is accepted, spawns two tasks: Task A builds EquipmentNodeWalker in Core.OpcUa (cluster → namespace → area → line → equipment → tag traversal, IdentificationFolderBuilder per Equipment, 5 identifier properties, BadNotFound placeholders, integration tests); Task B extends NodeScopeResolver to join against Config DB + populate full NodeScope path (unblocks per-Equipment/per-UnsLine ACL granularity + closes task #195 with the ACL integration test from the builder's docstring cross-reference). Consequences-if-we-don't-decide section captures the status quo: Identification metadata ships in DB + Admin UI but never reaches the OPC UA endpoint, external consumers can't resolve equipment via OPC UA properties as decision #121 promises, and NodeScopeResolver stays cluster-level so finer ACL grants are effectively cluster-wide at dispatch (Phase 6.2 rollout limitation, not correctness bug). Draft status — seeking decision before spawning the two implementation tasks. If accepted I'll add the tasks + start on Task A.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |