Script file access (design docs/plans/2026-09-28-script-file-access-design.md): Files.ReadTextAsync /
ReadLinesAsync / ExistsAsync on site ScriptGlobals (+ Instance.Files), backed by the site-singleton
ScriptFileReader. The one host-mediated exception to the System.IO ban - scripts still never name a
System.IO type. OFF by default: ScadaBridge:SiteRuntime:ScriptFileAccess:AllowedRoots (empty = every call
throws Disabled) + MaxFileBytes (1 MiB, validated 1..64 MiB, roots must be absolute). Guard: fully
qualified, no device paths / ADS, canonical path strictly inside a root (directory-boundary match), no
reparse point on the file or any directory below the root, size cap before and during the read.
Errors are one Commons type, ScriptFileAccessException(+ScriptFileAccessFailure); Commons.Types.Scripts
joins the default script imports on every surface so it binds by short name. Mirrored on
ScriptCompileSurface (CompileFiles, parity-pinned) and the Test Run sandbox (binds, refuses Disabled).
Inbound (central) scripts do not get it.
Rig: docker/recipes (sample RecipeValueName,RecipeValue files incl. an invalid one) bind-mounted
read-only at /app/recipes on both site-a nodes with AllowedRoots [/app/recipes]. The TestMesMachine
SimDelmiaRecipe simulator now reads + parses the downloaded file, converts each value to its recipe tag's
type and loads it all-or-nothing (14 new TestDelmiaReceiver attributes); verify-mes-test-machine.sh
group A covers accept / re-download / invalid lines / NotFound / OutsideAllowedRoots, VERIFY_GROUPS
selects groups (rig: AD).
A null resetValue encoded to null, which wrote an empty string and then handed the
waiter a null target (= any change), fast-pathing on the stale cache and reinstating
the race the overload exists to close. The context parameter is now non-nullable and
the accessor throws ArgumentException before any write. Also: additive-timeout note on
all surfaces, batch-failure message no longer names the bool overload, and the
error-message/batch-failure branches are pinned.
Claude-Session: https://claude.ai/code/session_01XPsuy2ZZ5Gbyfpt8PrK5BV
Second slice of the 2026-09-09 whole-system review remediation
(docs/plans/2026-09-09-arch-review.md §10), on top of the High slice 146a1323.
Runtime/devices: SR-2 alarm on-trigger integration scope; SR-3 correlated NativeAlarmActor
subscribe retry; SR-4 immutable audited DB target; SR-5 ordered InstanceActor stop/flush;
SR-12 rehydration fence; SR-13 S&F gate recheck per delivery; DC-4 no OPC UA security
downgrade; DC-5 alarm snapshot for every new subscriber; ORCH-1 sync-dispose joins the pump.
Management/UI: MG-2 site scope on audit tree + Flow Debugger Replay; MG-3 stale-probe memo
removed; MG-4 server-owned bulk-deploy deadline; UI-5 sandbox runs in a killable child
process (new CentralUI.SandboxWorker project); UI-14 bounded sandbox output/IPC.
Edge/audit: EI-1 relay audit ownership; EI-2 SkipBodyCapture suppresses error text; EI-3/EI-11
error-field redaction + caps; EI-4 single relay deadline, pre-execution-only retry; EI-5
authenticated relay provenance; EI-10 body cap before audit read.
Persistence/contracts: DL-1 global Instance.UniqueName unique index + conflict translation;
DL-2 DataConnection protocol config encrypted at rest (migration
20260909203046_EnforceGlobalInstanceNamesAndProtectProtocolConfiguration — coordinated
central upgrade, old binaries cannot read protected rows); DL-3 bounded Replay paging;
DL-6 cross-site Overwrite of a deployed instance rejected; XC-4 proto descriptor contract test.
Config/hygiene: XC-1 central listener isolation by local port; XC-2/XC-3 inert SMTP + cron
keys removed from rig settings; CM-2 env2 bootstrap guard enabled; DC-6 deploy site exit code;
DC-7 notifier retries only explicit standby rejection; XC-5 ClusterClient purged from docs.
Gates recorded in the report: build 0/0, 9 397 passed / 0 failed, rig redeployed on all
eight nodes with the migration applied. 46 Low findings remain open.
Task 5 code-review follow-ups:
- I1: ExternalSystemHelper gates its TraceStepScope on a new isTraced ctor arg
(default false for direct construction), not on `_traceSink is not null` — a
traced run without an inline collector still writes durable ScriptLog rows
that must name their step.
- I2 (design §5): an inline shared script now SHARES its caller's ScriptLogger
via the new `sharedLog` ctor param — one line cap, one anchor, one closing
row. Consequence documented on the Log property: a shared script's lines
carry the PARENT run's ExecutionId and land on the parent's ScriptRun node.
- M3: TraceCapturingLogger swallows a throwing formatter — most of what it
captures is best-effort "audit write failed" warnings logged from inside a
catch block, and a formatting exception must not escape that path.
- Tests: ApiCall step attribution, traced-without-collector, shared-script
logger sharing, nested batch/wait scope attribution + unwind, throwing
formatter; test (c) now also pins the anti-recursion property (EmitLog must
log through the undecorated logger).
CompileSurfaceParityTests stays red until Task 7 mirrors Log on ScriptCompileSurface.
A traced run refused before launch — by the per-script in-flight cap
(MaxConcurrentRunsPerScript) or by MinTimeBetweenRuns — emitted no ScriptTrace row at
all, so the Flow Debugger reported NO_TRIGGER_WITHIN_WINDOW ("no value-change trigger on
this attribute, or no device echo"), which is wrong in both cases and sends the operator
to check the wrong things.
Both guards now leave a Failed ScriptTrace/ScriptRun row naming the guard that refused
the run, parented to the writing execution and carrying the trigger detail. The new
ScriptRunLauncher.EmitSuppressedRun reuses EmitScriptRun with elapsedMs 0 and no
collector (a shed run has no reply to ride on — the row reaches the debugger via
PullTraceEvents / Replay), resolving the writer and identity providers from a fresh
scope because it runs on the actor thread. Best-effort, never throws, no-op untraced.
Claude-Session: https://claude.ai/code/session_01NcMG6xXdsJbmD2wYAgkK29
Every emit site hands FlowTraceCollector the same AuditEvent it hands the
writer, but redaction and payload capping lived inside the writers, which
return a NEW filtered record — so the inline copy that rides
ScriptCallResult.TraceEvents / RouteToCallResponse.TraceEvents was the RAW
event: no per-target SQL-parameter redaction, no header scrubbing, no 8 KB /
64 KB truncation. Live and Replay of the same execution could therefore show
different payloads, and the 500-event-only cap left the reply free to breach
the 4 MB gRPC receive limit — which would fail a real call, since the same
reply carries the script's return value.
The collector now applies the host IAuditRedactor itself (outside the lock;
the writers keep their own idempotent Apply) and enforces a byte budget
(DefaultMaxBytes = 1 MB over the redacted DetailsJson) alongside the event
cap, flagging Truncated when either trips. It moves to Commons
(Types/Debugging) so the central FlowDebugRunner can share it.
The redactor is a singleton, so ScriptRunLauncher resolves it from the ROOT
provider and keeps constructing the collector before the try — the traced
ScriptRun row is emitted from the catch blocks too, including the
shed-at-dequeue path that throws before the DI scope exists.
Claude-Session: https://claude.ai/code/session_01NcMG6xXdsJbmD2wYAgkK29
Review of Task 3: the sink invoke sat before WriteAsync/ForwardAsync inside the
best-effort try, so a throwing sink would have silently dropped the durable
row. GuardTraceSink wraps the delegate in every helper ctor (and Collect
guards EmitTrace); pinned by a throwing-sink test. ScriptRunLauncher no longer
allocates a collector for a traced run with no reply target (Nobody) — the
list would never be read. FlowTraceCollector.Complete pinned at unit level;
Snapshot documented as a non-closing peek.
Claude-Session: https://claude.ai/code/session_01NcMG6xXdsJbmD2wYAgkK29
ScriptRuntimeContext caches a trace sink (null on an untraced run, so the
production path is byte-identical) and threads it into the ExternalSystem /
Database / Notify helpers and AuditingDbConnection→AuditingDbCommand (onAudit).
All eight outbound emit sites hand the SAME AuditEvent instance to the sink
first, then to the writer/forwarder. FlowTraceCollector gains Completed +
Complete(): ScriptRunLauncher closes the collector where it builds the reply
snapshot, so un-awaited calls finishing after the run returned never mutate a
list the reply was built from. Cap (500) unchanged. Plan 2026-09-06 D5.
Claude-Session: https://claude.ai/code/session_01NcMG6xXdsJbmD2wYAgkK29
Flow Debugger (design 2026-09-05 §5.1/§5.4): ScriptRunLauncher emits one ScriptRun row per
traced run on every exit path (OccurredAtUtc = run start), replies with the run's
ExecutionId (always) and the collector snapshot (traced only). ScriptActor forwards
ScriptCallRequest.Trace and, for a value-change trigger fired by a traced stamped change,
parents the run to the writer with trigger detail in Extra; every other trigger stays a root.
Claude-Session: https://claude.ai/code/session_01GSLkkHKz9JrAtmJjmQK3cP
Flow Debugger (design 2026-09-05 §5.1/§5.2): the context is the single funnel for
SetAttribute / WriteBatchAndWait / WaitInternal, so it emits the write/wait rows (collector
first, then the best-effort IAuditWriter whose redactor applies the payload cap), stamps
Trace on SetStaticAttributeCommand and ScriptCallRequest, and hands the flag + sink to the
inline CallShared child context. Untraced contexts emit nothing (pinned).
Claude-Session: https://claude.ai/code/session_01GSLkkHKz9JrAtmJjmQK3cP
Alarm on-trigger runs (ScriptRunLauncher.RunAlarmScriptAsync) bypassed the
stuck-script watchdog, the script-error health counter, and
ScriptRunSummaryRecorder entirely, even though they run on the same bounded
ScriptExecutionScheduler pool as instance scripts. A wedged alarm body cost a
pool thread forever with no site event and no detach/replace, and a timed-out
or failed on-trigger run was invisible to health monitoring and the run
summary.
Bring the alarm path to parity with the instance-script path (RunScriptAsync):
capture the worker slot/run stamp in the first synchronous segment and arm
ArmStuckScriptWatchdog with the same detach-and-replace semantics and gauge;
resolve ScriptRunSummaryRecorder/ISiteEventLogger from the same DI provider and
thread RecordStarted/RecordCompleted/RecordFailed/RecordTimedOut; increment
ISiteHealthCollector.IncrementScriptError on both the timeout and general
failure catch blocks. LaunchAlarmScript/RunAlarmScriptAsync now take
healthCollector and serviceProvider parameters, passed from AlarmActor's
existing _healthCollector/_serviceProvider fields. No change to the
enqueue-anchored deadline, the shed cap, or "a stop does NOT cancel an
in-flight run" semantics.
Adds AlarmScriptWatchdogTests (previously zero coverage of LaunchAlarmScript):
wedged-worker detach + replacement, timeout-at-dequeue health counter
increment, and successful-completion summary recording. All three fail
against the pre-fix code (verified via stash) and pass after.
The compile cache was a `static` class, so its entry table and its Hits/Count
counters were one process-global blob every test class in the SiteRuntime
assembly wrote into. Row 91 last wave neutered the resulting flakes (per-test
GUID keys + one-sided counter bounds), but the shared mutable state itself
remained: any test calling Clear() evicted entries other parallel classes had
just inserted, and a Clear() from a class outside the serialized collection
would degrade the others to recompiles and re-open the row-91 flake class.
PREMISE CORRECTION: the register speculated production clears "per-instance or
per-deployment script entries" and offered ClearKeys(prefix) as the natural fit.
There are NO production callers of Clear() at all — grep of src/ finds only
GetOrAdd (ScriptCompilationService.CompileCore). Clear() existed solely so
tests could reset the global. A key-scoped API would therefore have been new
production surface built for nobody, so the instance-scoped seam is the fix and
Clear() is deleted outright rather than migrated.
- SiteScriptCompileCache: `internal static class` -> `internal sealed class`;
Cache/EvictionLock/_hits/_accessSequence become instance fields. LRU batch
eviction, the double-checked sweep and the ConcurrentDictionary.ToArray()
snapshot are byte-for-byte the same policy. Clear() removed.
- ScriptCompilationService owns one cache. Public ctor (the DI path) builds its
own; a new internal ctor takes one for tests. Production N4 sharing is
unchanged and now rests on the DI SINGLETON registration — the one service
instance is threaded to DeployCompileValidator and to every Instance Actor —
so that lifetime is load-bearing and is pinned by a new registration test.
- Tests: all three Clear() callers migrated off it. Each test now owns its cache,
which lets the assertions get STRONGER — the row-91 workarounds are retired:
Hits/Count are exact again (no >= baseline bounds), the per-test GUID key
token is gone, and ForeignEntrySlack (512 entries of allowance on the bound)
drops to the racing-thread count in the concurrency test. New test
SeparateCaches_DoNotShareEntriesOrCounters pins the scoping directly: filling
one cache past MaxEntries leaves another's entry, hit count and identity
intact. DeploymentWarmThenGateTests additionally asserts Count == 1 now that
its counter is private.
- The [Collection("SiteScriptCompileCache")] serialization from row 91 is
RELAXED (removed from all three classes) — they no longer touch any shared
state, so there is nothing left to serialize.
- Docs: Component-SiteRuntime.md gains the ownership/singleton note and drops
the Clear() reference; DeploymentManagerActor / DeployCompileValidator /
ServiceCollectionExtensions comments corrected to say where the cache lives.
Build: 0 warnings. SiteRuntime.Tests 643/643, three consecutive full-parallel
runs. AuditLog.Tests correlation classes (other ScriptCompilationService
consumers) green.
Implements WP3.2 stage (b) per docs/plans/2026-08-15-site-events-policy-design.md.
- Per-run instance-script Started/Completed Info site events are now off by
default (SiteRuntimeOptions.PerRunScriptEvents=false) instead of firing on
every run, closing the dominant site_events writer. Gated at the ScriptRunLauncher
call sites (moved there from ScriptExecutionActor by WP3.1). Error-level events
(timeout/failure/stuck-watchdog/recursion-limit) remain unconditional.
- ScriptRunSummaryRecorder accumulates per-(instance, script) run counters and a
new site-only ScriptRunSummaryFlushService emits one aggregate "script" Info
site event per ScriptRunSummaryIntervalSeconds (default 300s), top-50-script
breakdown with an "others" rollup, zero-activity intervals emit nothing.
- Per-script opt-in via PerRunScriptEventScripts ("Instance/Script" exact or
"Instance/*" wildcard), matched by the new pure ScriptRunEventPolicy. All three
options are read from IOptionsMonitor<SiteRuntimeOptions> per run, so the
policy is hot-togglable without a restart.
- Fixed the stale "event log is not replicated" comment at AkkaHostedService.cs
(~905): site_events IS registered in SiteLocalDbSetup.ReplicatedTables — the
singleton is what makes queries always hit the actively-written copy;
replication is what gives the singleton history to read after a failover
(memo Decision (b)). site_events replication itself is unchanged (still
registered) and already pinned by
tests/ZB.MOM.WW.ScadaBridge.Host.Tests/SiteLocalDbCdcRegistrationTests.cs.
- Updated Component-SiteEventLogging.md (Volume Policy section, corrected
Storage/replication rationale) and Component-SiteRuntime.md (Script Run
Launch + Error Handling sections).
ScriptOptions.WithReferences(Assembly[]) resolves each assembly through
MetadataReference.CreateFromFile, which does not cache: every call mints a
fresh AssemblyMetadata -> PEReader -> NativeHeapMemoryBlock holding an
unmanaged copy of the assembly metadata that nothing disposes. Building the
options per compile therefore leaked native memory permanently — invisible to
the GC, to gcdump and to the managed allocation counters, so the working set
grew while the GC heap did not.
Diagnosed from a live dump of a wonder-app-vd03 Site node: 2,885 MB working
set 78 min after a cold start, only 150 MB live GC heap, ~2,469 MB on the
default process heap across ~6,700 undisposed AssemblyMetadata instances
against 473 DLLs on disk.
Three sites, all hoisted to static readonly:
- SiteRuntime ScriptCompilationService (the dumped one)
- InboundAPI InboundScriptExecutor — same defect on the central node; method
compiles recur on every re-registration and revision change
- CentralUI ScriptAnalysisService — CreateFromFile per sandbox run
ScriptAnalysis RoslynScriptCompiler also builds options per call but draws
from the static ScriptTrustPolicy.DefaultReferences, so it mints no metadata
and is left alone.
Guarded by reference-equality on the artifact rather than by watching memory:
a bytes-watching test would be flaky, and the leak is native so the managed
counters cannot see it at all. The test is proven to fail before the fix.
This does NOT close the AddTemplateScript OOM — that path was shown twice not
to compile scripts. It explains how a long-running node reaches a native
memory state where a large allocation fails with gigabytes free, which is a
lead worth re-testing, not a closure.
MES alarm-status API §5.2 (docs/plans/2026-06-30-mes-alarm-status-api.md,
Phase 1 tasks 2-4). Site `Call` scripts had NO way to read alarm condition
state: the `Alarm` global exists only inside an on-trigger handler and
describes the one alarm that fired, and native mirrored conditions were
reachable only from the Debug View. That gap blocked the CvdReactor
SimpleAlarmStatus/AlarmStatus scripts entirely -- they cannot be written
without it. `Alarms.CurrentAsync()` closes it.
The data was already local: the script runs inside its own Instance Actor's
context, so this is a LOCAL Ask -- the same mechanism attribute reads use, no
cross-cluster hop. A dedicated GetAlarmSnapshotRequest/Response is used rather
than reusing DebugSnapshotRequest, which would materialise every attribute
value on every alarm poll; both are served from the same
BuildAlarmStatesSnapshot(), so the script view and the operator's Debug View
can never disagree.
Deliberate shape decisions:
- NOT scope-prefixed, unlike Attributes. Alarm identity is not a
scope-relative attribute name (computed alarms are keyed by configured
name, native conditions by a source-supplied reference), so prefixing
would hand a composed script a silently truncated list.
- Read-only. Native alarms are a read-only mirror of the source (no
ack-back), so no acknowledge/shelve operation is exposed.
- Placeholder rows are NOT pre-filtered: a caller must be able to tell
"binding configured and quiet" from "binding unknown". The documented
filter is `Active && !IsConfiguredPlaceholder`.
- ScriptAlarm lives in Commons so the runtime accessor and the compile-only
surface project to the SAME type -- a script binding at the design-time
gate binds identically at the site. Condition is the authority for
active/acked/severity, so one filter expression works across computed and
native alarms.
Mirrored on BOTH design-time surfaces. ScriptCompileSurface is covered by the
reflection parity guard (AlarmsAccessor added to its mirror pairs). The Central
UI Test-Run SandboxScriptHost is the third, hand-maintained mirror that the
parity test cannot reach (Central UI does not reference Site Runtime); without
it the design page would false-flag CS1061 on scripts the deploy gate accepts.
It throws a labelled ScriptSandboxException at run time -- there is no central
route to per-instance alarm state, and returning an empty list would read as
"nothing is in alarm", which is worse than an error.
ScriptTrustPolicy needs NO change, and the reason is structural rather than
incidental: the trust boundary is a deny-list over API roots, not an allow-list
of context members. A test pins that no ForbiddenScopes entry prefixes the
Commons script-surface namespace, so a future deny-list entry cannot silently
make ScriptAlarm untouchable.
Tests: 6 accessor cases (Ask contract, full native projection incl. AckTime,
unacked, computed-alarm derivation, placeholder visibility, scope-independence),
2 InstanceActor snapshot cases incl. equality with the Debug View row set, the
full MES script shape compiling against ScriptCompileSurface, 2 trust cases,
and a sandbox diagnose-clean case reading every projected ScriptAlarm field.
M5.4 T4 threaded a `parentExecutionId` parameter through
AlarmActor.SpawnAlarmExecution → AlarmExecutionActor → ScriptRuntimeContext,
but every call site passed null — so alarm on-trigger runs were silently always
execution-tree roots, contradicting the "tag-cascade coverage is complete"
claim in CLAUDE.md and Component-AuditLog.md.
Source the id where a spawner genuinely exists: a static attribute write issued
by a site script (`Instance.SetAttribute`) or by an inbound API request
(`Route.To(...).SetAttributes(...)`, whose ParentExecutionId was already carried
to the site and then dropped). The id rides site-locally through three additive,
nullable fields — no wire, proto or central schema change:
ScriptRuntimeContext.SetAttribute / RouteToSetAttributesRequest.ParentExecutionId
→ SetStaticAttributeCommand.SourceExecutionId
→ AttributeValueChanged.SourceExecutionId (InstanceActor static-write path)
→ AlarmActor.SpawnAlarmExecution → AlarmExecutionActor → ScriptRuntimeContext
All four computed trigger types participate. Expression triggers evaluate off
the dispatcher, so the writer of the newest value folded into the snapshot is
captured *with* the snapshot and echoed home on ExpressionEvalResult /
ExpressionEvalFailed — a change arriving mid-flight cannot mis-attribute the
raise.
Deliberately still roots (documented, not deferred): alarms fired by Data
Connection Layer values (external device data has no spawning execution — this
includes the device echo of a script write to a *data-sourced* attribute, so
only static writes cascade), and ScriptActor value-change/conditional/
expression/timer trigger runs (a timer tick has no spawner; a WhileTrue/interval
run has no single identifiable write).
Tests: new SiteRuntime.Tests/Actors/AlarmCascadeParentExecutionTests pins all
three hops — SetAttribute stamps the run's ExecutionId, InstanceActor publishes
it on the change (and publishes null when absent), and ValueMatch/HiLo/
Expression alarms parent the on-trigger run to the writer while a DCL-originated
change leaves it a root.
Docs: CLAUDE.md and Component-AuditLog.md corrected from "complete" to the true
behaviour; Component-SiteRuntime.md gains an "Audit correlation of an on-trigger
run" section with the hop table and the by-design root cases.
Phase 4 of the ClusterClient -> gRPC migration deleted the Akka transports
but left the naming behind: `ClusterClientSiteAuditClient` was transport-
agnostic and worked unchanged, so it survived the deletion under a name
that now describes a transport the repo no longer has. Same for a scatter
of doc-comments still framing gRPC as "the new transport" beside an Akka
one that is gone.
Renames it to `SiteCommunicationAuditClient` (and its test file) and
rewrites the stale comments to describe the single transport that exists.
Also tightens CLAUDE.md: drops the self-describing directory listing and
the 27-component enumeration in favour of the non-obvious parts only.
Behaviour-neutral: names and prose only. Recorded as the Phase 4
follow-up in docs/plans/2026-07-22-clusterclient-to-grpc-plan.md.
Gitea #18: the process-wide ScriptExecutionScheduler was reached via a static
singleton (Shared) directly inside ScriptActor, ScriptExecutionActor, AlarmActor,
AlarmExecutionActor, and ScriptSchedulerStatsReporter, so it could not be
substituted — a shared mutable global for anything running more than one logical
site in a process, most visibly the test assembly. Add an optional scheduler
injection seam to all five: the Host injects nothing and gets the shared pool
(byte-for-byte unchanged), while a test (or a future multi-site host) hands an
actor its own instance. Spawning actors thread their scheduler down to the
execution children they create. Shared() now also recreates a disposed cached
instance rather than returning it (new IsDisposed guard), so a disposed scheduler
can never silently poison every later script/alarm execution.
Gitea #16: ScriptActorTests now runs on its OWN scheduler (disposed at class
teardown), so the faulted-task test can no longer strand a worker on the
process-wide pool and starve unrelated test classes (one prior run failed 22
tests). EvalGate's wait is bounded to 30 s (was unbounded — the actual leak
mechanism) and reset per test; the teardown releases one permit per worker
instead of Release(Entries), which under-released in exactly the failure case.
Full SiteRuntime suite: 6/6 runs green (524/524); was 3/6 failing on clean main.
Fixes: #18Fixes: #16
Closes the operator parity gap the deferred-work register tracked as #12: native
alarm source overrides could only be set one-at-a-time, while attribute overrides
had a CSV bulk path. Adds an all-or-nothing CSV import for native sources.
- Commons: extract the RFC-4180 line splitter into a shared CsvLineSplitter
(refactor OverrideCsvParser onto it — no behavior change, pinned by its tests);
new NativeAlarmSourceOverrideCsvParser (header SourceName,Connection,
SourceReference,Filter; blank = inherited).
- Commons: NativeAlarmSourceOverrideEntry + bulk SetInstanceNativeAlarmSource-
OverridesCommand (auto-registered via the reflection command registry).
- ManagementService: Deployer-gated handler — flattens once, validates every
source resolves + is unlocked + no duplicates up front, then upserts the whole
batch under a single SaveChanges (true all-or-nothing txn). Added to the frozen
authorization matrix; dispatch-coverage guard passes.
- CLI: `instance native-alarm-source import --instance-id --file` (parity with
`instance import-overrides`) + README.
- Tests: native parser (Commons), CLI parse/entry mapping, 3 bulk-handler tests
(happy path single-commit, locked-source reject, unresolved-source reject).
Also corrects a stale XML-doc line in ScriptRuntimeContext (WaitForAttribute
quality-gated mode is shipped, not "planned") and updates the deferred-work
register: marks #7/#13/#15/#16/#20 verified-resolved, #12 as CLI/API-shipped with
only the Central UI upload affordance still pending.
Claude-Session: https://claude.ai/code/session_01MtdgwpEeCUn6cUA5f1LMPj
Remove project bookkeeping citations from shipped code comments across the
solution: hyphenated task IDs (WP-14, StoreAndForward-025), milestone/task/
issue refs (M3, Task 4, Audit Log #23, #21), Bundle X task-bundle labels,
and C/D/K/S/T phase labels.
Comment text only — no code logic, string/log literals, or XML-doc structure
changed. Genuine descriptions are preserved (only the citation is stripped),
and technical lookalikes are retained (UTF-8, SHA-256, T00:00:00, M365,
UTC-5, pre-C4/pre-C5 schema versions). Flagged by the new CommentChecker
TaskReferenceInComment / TrackingReferenceInComment checks plus targeted
grep passes; full solution builds clean, append-only guard tests pass.
- SiteCallAudit/ServiceCollectionExtensions.cs: drop "still deferred" note on relay; point to SiteCallAuditActor where it lives
- Transport/Import/BundleImporter.cs: update "Only LoadAsync implemented" to reflect all three phases shipped
- SiteRuntime/Scripts/AuditingDbCommand.cs: replace two M5-deferred redaction comments with accurate references to AuditLogOptions.PerTargetOverrides
- SiteRuntime/Scripts/ScriptRuntimeContext.cs: replace "M5 will layer redaction" note with accurate description of shipped redactor
- CentralUI/AuditLogPage.razor.cs: replace "Bundle C wires… no-op seam" with accurate description of HandleRowSelected implementation
- docs/plans/2026-05-24-transport-design.md §13: update from "CLI Deferred / not built in v1" to reflect shipped BundleCommands.cs; update Open Questions entry
- docs/plans/2026-05-24-transport.md: convert Out-of-Scope "Do NOT build CLI" reminder to a factual note that it shipped
- docs/plans/2026-05-24-transport.md.tasks.json: flip all 30 tasks from pending → done (entire Transport feature shipped)
Replace value?.ToString() with AttributeValueCodec.Encode(value) in
AttributeAccessor indexer set and SetAsync, so a List<string>{"a","b"}
encodes to ["a","b"] instead of the garbage ToString representation.
Add using ZB.MOM.WW.ScadaBridge.Commons.Types. Tests verify the codec
contract (list→JSON array, scalar passthrough, null); full round-trip
through the accessor is not viable without a live Akka ActorSystem —
noted in-test with explanation.
Joseph Doherty