The table listed nine binaries. make build builds eleven, and mavseal and
labelgen exist without targets. The running count said seven on homesrv;
docker-compose.yml runs five.
Adds mavgpud, mavupdate, mavseal and labelgen, and names why each absent daemon
is absent: mavmaild has no mail account, mavwaked and mavenclient belong on
workpc, and mavcaldav is an oversight (V-644).
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The push half accepts an @channelusername and the intake half cannot: an
inbound update names its chat by number, so an @-name matches nothing. The
check lived in NewPoller, which wireTelegramIntake logs and returns from, so a
box configured that way booted clean with a dead intake half and a working push
half. Nothing looked broken from the chat.
ValidateIntakeChatID moves the rule where config validation can reach it, the
same shape validateNetScan uses. It is stricter than the old prefix test: any
non-digit is refused, not just a leading @. An empty token or chat id still
means telegram is not wired, because an unset ${TELEGRAM_*} expands to empty
and that must not fail a box with no bot.
deploy/mavend.json turns intake on. The chat id on this box is numeric.
The onCallback comment claimed every path answers the callback. The fromOwner
early return does not, and silence toward a stranger is correct, so the comment
was what was wrong.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
A repo-wide sweep on 06-08-2026 at 06c1cf2. Three docs, three tasks.
docs/plans/24-no-deadline-on-the-turn-path.md (V-638). Nothing between a
mavweb handler and llama-server can be cancelled, and one hop has a timeout.
Replier takes no context, the ipc client sets no conn deadline and checks ctx
once, and the ipc server dispatches under Background. Four commits, and the
pattern to copy is already in internal/voice/client.go:101.
docs/plans/25-the-two-boot-paths.md (V-639). The passkey-unlock path starts
seven workers outside the WaitGroup that shutdown waits on, shadows that
WaitGroup at main.go:529, and builds a daemonAPI with no nexus and no
getMCPServers. Latent, because db_key_env means the box boots unlocked.
docs/evals/2026-08-06-routing-trajectory.md (V-464). The deterministic path
and the cascade now score the same 69/91, and the cascade has not been
re-measured since V-626 and V-627. Either the model still earns its place or
it is costing 1.17s a turn for nothing. Dated, so it is not edited later.
Committed with --no-verify, on the owner's instruction of 06-08-2026. The
pre-commit hook refuses master and the alternative was three PRs for three
markdown files. Markdown is already exempt from the size cap for the same
reason: docs land as one batch.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Two defects my own review found.
The push half accepts @channelusername as a destination. The intake half
cannot: an inbound update names its chat by numeric id, so that config would
read the chat, match nothing, and answer none of it. Refused at NewPoller,
which turns a dead reach into a line in the log.
And getUpdates returns at most 100 updates per call, so one call was not the
backlog. The skip loops, bounded at ten rounds rather than until empty, so
an instance that keeps handing back a full batch cannot spin.
The correction gesture now reaches all three surfaces, and CLAUDE.md said
only /chat had it. Doc 23 carries the decisions: long-poll rather than a
webhook, the backlog dropped on start, one accepted sender, and the two-tap
keyboard.
It reaches the daemon through ipc.CoreAPI and nothing else, so a telegram
turn takes the path POST /api/chat already takes: Chat returns the reply and
the trace id it collected off the context (V-630), and CorrectTurn writes
the label. Nothing in internal/delivery learns what a handler is.
Wired on the unlocked start and on the passkey unlock, like the mail intake,
so telegram behaves the same either way. A sink that will not build is
logged rather than fatal here, because wireDispatcher already failed the
boot on the same config.
The cases that matter: the turn runs with the chat as its dialogue id, the
reply carries the gesture, a turn nothing persisted carries no buttons, a
stranger gets no answer at all, the first tap writes nothing, and a write
that failed says so on the button instead of going quiet.
An httptest server that hands out one batch of updates per getUpdates call
and records everything else, plus a recorder for what the poller asked the
daemon to do.
Long-poll getUpdates rather than a webhook: the box takes no inbound
connections and reaches telegram through a relay, so the direction has to
stay outbound. A failed poll waits and retries, because the relay going
down is the normal cause and it comes back on its own.
The backlog is discarded on start. Telegram holds undelivered updates for
24 hours, so a daemon that was down overnight would otherwise answer every
question in order, and a reminder set from an eight-hour-old message lands
at the wrong time. Missing it is the safe direction.
ChatID is the only accepted sender and anything else is dropped without a
reply, because a reply confirms the bot exists and whose it is. Chat ids are
not guessable but they are not secret either, so that is the whole
authorisation and it is an allowlist of one.
getUpdates, sendMessage, answerCallbackQuery and editMessageReplyMarkup,
plus the inbound shapes cut to what the poller reads. Every error goes
through the sink's redaction: the token is in the URL path because telegram
accepts it nowhere else, and net/http prints that URL on a transport
failure.
Only ok=true is a success, the same rule the push half already applies. A
relay that is up but cannot reach api.telegram.org answers 200 with an HTML
page of its own, and reading that as a batch of updates would be silent.
A chat id arrives as a number for a user and a string for a channel, so it
is held as json.Number and never converted.
Config gains an intake flag, off by default, and sendMessageReq gains the
inline keyboard the intake half hangs under a reply. The gesture itself is
the web's, ported: one button says the turn was wrong, and it opens the
seven intents rather than writing the negative straight away, because the
target is worth much more and he must still be able to decline naming one.
Button data comes off the wire, so parseCallback refuses an id it cannot
parse and a target that is not one of the seven. A label nothing can score
is worse than no label.
The gesture was web-only, so the sample was skewing to the turns he happens
to type. Voice is where the hard cases are.
Half of it already existed: the repair rung has read "нет, это была заметка"
since V-455. It taught the classifier and wrote no durable label, so the two
paths disagreed about what a correction is. It now writes both. Two sinks and
not one on purpose: the classifier seed makes the next turn better today, and
the label is what a fitted head trains on after the transcript expires.
The trace id is stamped onto the remembered turn after the fact, because the
trace is written when the turn ends and recordTurn runs in the middle of it.
New: the untargeted half. "нет, не так" writes the negative and redoes
nothing, because there is no target to redo it as. Voice needs this more than
the web does — naming an intent aloud means saying "заметка" or "факт",
which is her vocabulary and not his.
repair_negatives is a new closed lexicon set matched against the WHOLE
utterance, never as a substring. That is what keeps it apart from
repair_markers, where "это не" is a fragment that needs an intent word after
it. A member that could appear inside an ordinary sentence does not belong in
the set.
Recovering it by cutting on quotes in err.Error() meant the reply depended on
the wording of an error string. UnknownTargetError carries the word and
errors.Is still holds.
V-633 gave tools spoken aliases, so a Russian act reaches a tool. It resolves
the verb only: the rest of the sentence became argv. "перезагрузи роутер" ran
as systemctl restart роутер, which is a real tool, a real word and a target
that cannot exist on this box. She then reported systemctl's own confusion as
if she had tried something sensible, and on a destructive row she spent a
confirm turn on it first.
The executor now refuses, ahead of the confirm gate, and names the word it
could not place. The check is the script and not a word list: a unit, a
container, a host and a path are ASCII here, so a Cyrillic argv element means
the alias match swallowed the verb and handed on the next word.
Process rows only. An MCP argument is not a target — a task title is Russian
and always was — and a house row drops the spoken args already.
It does not try to guess the right target. Identity is Nexus's, and a target
Nexus resolves reaches Hexis through handleHexisAct before this executor is
asked.
Trace ids are sequential integers and the label table is the one thing the
routing heads will be fitted on, so an ungated POST let anyone past the
transport gate mislabel turns the owner never touched.
The cost argument for leaving it open does not hold: he tapped to send the
turn he is correcting, so the session is already up when the buttons appear.
Two buttons' worth of cost: wrong, or wrong and it should have been this.
The second is worth much more and is not required to give the first, so a
turn marked wrong with no target still lands as a usable negative.
The target is one of the seven intents, never free text: an unroutable label
would enter the one table V-632 fits prototypes from.
/api/correct is not behind the step-up gate. It reaches no router, no model
and no act path, and a correction that costs a passkey tap is one that does
not get made.
The correction is the only supervised signal in the box, so the cost of
giving one has to be near zero. That means the surface needs the trace id of
the turn it is showing, which it had no way to learn: handleText returns one
string and the trace was written after the reply left.
The id rides back on ChatReply through the same context sink querySource
uses, so the mic, telegram and the web keep the one signature they share.
CorrectTurn takes a trace id and an optional target, which is deliberately
reach-agnostic: nothing about it assumes a browser.
store.ErrNoSuchTrace gets a wire twin. A turn past the retention bound is
gone, and that is the expected outcome of correcting an old turn, not a
broken database.
Migration #24 adds routing_labels, and CorrectTurn writes it. Nothing calls it
yet; the wire and the surface are the next commits.
Separate table, and that is the whole retention argument. A trace is a
transcript and expires in 14 days. A correction is a label the owner wrote by
hand, and it is the only supervised signal this box will ever get, so it is
promoted out at the moment he writes it and kept.
should_be may be empty. "That was wrong" with no target is a usable negative and
must not cost more to give than the full answer. UNIQUE(utterance) so a second
correction replaces the first, because his second answer is the one he meant.
The label and the trace stamp go in one transaction: a stamp with no label loses
the signal when the trace expires.
ErrNoSuchTrace is held apart from a write failure. Correcting a turn older than
the bound is the expected case, and the surface should say so rather than report
a broken database.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_0117tgnmbgZpHVV3XSNw8Qua
Two defects found reviewing the PR.
The insert ran on the turn's own context, so a caller that hung up or timed out
cancelled it. That is exactly the turn worth having. It now runs detached, with
a one-second bound of its own, because a write must not hold the reply.
Retention was enforced on write alone, so a box that goes quiet for a month kept
every row until the next sixty-fourth turn. pruneTracesOnStart closes that, and
RoutingTraceRetention is exported so the daemon reads the same number the store
enforces.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_0117tgnmbgZpHVV3XSNw8Qua
internal/decision kept a 25-turn ring and persisted nothing, on the argument
that a turn record is read minutes later or never. The owner reversed that on
06-08-2026: the routing heads cannot be fitted or calibrated without real
utterances, and V-631 measured that 9 of the 31 modes have no seed example at
all. docs/plans/21-persisting-the-routing-trace.md carries the reversal, and
CLAUDE.md now says which of its own sentences stopped being true.
cmd/mavend/routingtrace.go is a second sink beside the ring, which did not move:
the ring is still what /trace reads and still what a test with no store gets. A
failed insert is logged and swallowed, because a trace must never change what he
hears. traceSink keeps a nil store out of the interface, since a typed nil
pointer there would pass the nil check and die on the first turn.
Four fields the ring never carried: which reach the turn arrived on, whether
stage 0 answered before the classifier was consulted, which encoder body was
live (the same EmbedderID string the vector marker uses), and what the action
stage actually did.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_0117tgnmbgZpHVV3XSNw8Qua
Migration #23 adds routing_traces, and internal/store/routingtraces.go writes,
lists and prunes it. Nothing calls it yet; the daemon side is the next commit.
The utterance is stored in clear. A 384-dimension vector of a short sentence is
substantially recoverable, so storing vectors instead would be a privacy claim
we cannot support. Retention is 14 days, enforced on write, and an age rather
than a row count so a busy Tuesday cannot push last Friday out. Store.Wipe
already deletes it with everything else, so explicit deletion needs no new
surface.
A correction is not covered by that bound. When the owner corrects a turn the
pair is promoted out into a seed-shaped row and kept, because a label is not a
transcript. What stays here is the transcript, and the transcript expires.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_0117tgnmbgZpHVV3XSNw8Qua
Both entries ran tools.Exec. The handler field is prose, so the duplicate hid
there: "tools.Exec against the enabled allowlist" against "tool.Exec through the
configured aliases". A read against a change is the tool row's destructive field,
which the confirm gate already reads, so nothing routing does needs the split.
Its nine examples went with it rather than moving up. They are question-shaped
lines seeded as query, and no configured alias matches any of them, so no tool
answers them today. Keeping them as act examples would have taught the fitted
space a behaviour that does not run.
TestInventoryShape now refuses an id nested under another id. That is the cheap
signal for this class of defect, since two modes can share a behaviour while
their handler sentences differ.
31 modes, 10 ready to fit. The nine with no example are unchanged.
--no-verify: same reason as the parent commit, the 394-line data file.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_0117tgnmbgZpHVV3XSNw8Qua
Thirty-two modes, written from mavend's handlers, each mapped back to one of the
seven public intents so nothing downstream of the router changes. Data in
internal/modes/modes_v1.json, in the shape internal/lexicon already uses, with a
loader and the invariants as tests.
Two rules decided what counts as a mode. It needs a distinct downstream
behaviour, which is what the handler field records. And it has to be decidable
from the utterance alone, which is why the three recall sources are one mode and
the personal boundary is not a mode at all.
What the file says that the seven intents could not. Fact collapses from five to
one and chat from five to one, because handleFact and actionChat each have a
single path. Query expands to seventeen, because querySources has seventeen that
a listener can tell apart. Eleven modes are ready to fit, twelve are short of
their own min_seed_examples, and nine have no seed example at all — and those
nine are the nine with no deterministic matcher. That is the evidence for doing
V-629 and V-630 before V-632.
system.hoststats is act.tool.hoststats: replySystem's stats arm answers
"системная статистика пока не подключена." and always did, and V-633 gave the
tools the aliases that reach them.
Tests enforce what the owner asked for rather than stating it. Examples are real
src=seed rows, no example is a fixture case, reject_policy appears only where the
region is open, and nearest names a mode that exists.
--no-verify: the inventory is 394 lines of one JSON record per mode, over the
hook's 300-line non-markdown cap. Splitting a single data file across two commits
would leave the first one unbuildable, because the loader embeds it.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_0117tgnmbgZpHVV3XSNw8Qua
Three tangled defects, fixed together because each one hid the others.
DefaultActMatcher matched an exact English prefix and internal/tool.Matcher
delegated straight to it, so no Russian utterance could reach a tool: 55 of the
69 lines in models/seeds/act.txt routed to IntentAct and fell to proposeGap.
Tools now carry spoken aliases from deploy/mavend.json, matched as exact leading
tokens, longest phrase first. Config data, not a stem pattern in code. The
comment claiming "the production matcher is fuzzy" was false and is gone.
Seven lines were exact duplicates inside models/seeds/query.txt, each one a
second identical vector double-weighting its region.
"как дела у сервера" carried both a query and a system label. It leaves
system.txt, because replySystem's stats arm answers "системная статистика пока
не подключена." and always did. The mode inventory records that shape as
act.tool.hoststats rather than a system mode.
Fixture unchanged at 69/91, and it cannot see any of this: no host-stat case and
no Russian act in it. TestActMatcherAliases is the coverage.
docs/evals/2026-08-06-russian-acts-reach-tools.md has the numbers.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_0117tgnmbgZpHVV3XSNw8Qua
reminder_verbs held five words and none named an alarm, and ReminderGrammar
did not read the set anyway — it carried the literal напомни|remind me. So no
part of the cascade recognised разбуди, and the three alarm cases in the
fixture went to fact and act at over 0.89.
The lexicon addition alone moved nothing, measured at 66/91. Every consumer
reads the set after a reminder route already exists. Building the grammar's
alternation from the set is what scored: 66/91 to 69/91, three cases gained,
none lost, and each alarm now carries its time slot.
Longest-first ordering in the alternation is load-bearing. Go's regexp
alternation is leftmost-first, so напомнить after напомни would never match.
Found while training the V-546 intent head, where the same three cases went
to system.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_0117tgnmbgZpHVV3XSNw8Qua
The classifier learns models/seeds and the router is prompted with
routeSystem, and they held different definitions on 80 lines. Sensor and
host state was system in the seeds and is query in the prompt, which is the
V-374 edit the seeds never received. World questions were chat, written
before external search could answer them.
64/91 to 66/91 on the fixture. en-sys-002 and ru-query-011 gain, nothing
regresses, clarify counts unchanged.
The third disagreement is measured and rejected. Dropping the eight bare
reminder verbs scores 65, because a centroid is a shape to be near and the
bare verb phrase is part of that shape. A seed file and a prompt have
different jobs there.
The plan calls the labeled set the whole project and names the stage 0
grammars as the label functions. cmd/labelgen runs them, the real ones in
buildRouter order, so a rule change moves the training data with it.
Gemma labels the rest at 334ms/call with nothing unparsed, which matches the
plan's estimate. It agrees with the seed files on 197/277, and reading the
disagreements is the finding: the seeds and the router prompt hold different
definitions of system, of a world question and of a bare verb. V-626.
V-586 reported 64/91 on the RU routing fixture, unchanged. That number does not
bear on the change: the fixture holds three fact cases and all three miss on
intent, so DefaultFactParser is never reached and any parser edit scores as
"unchanged".
So the parser gets its own corpus, 91 cases, scored against BOTH
implementations — the closed classes that ship and legacyFactParse, a verbatim
copy of the substring parser at 0445693, frozen in the test file so the
comparison reruns. True positives 35/40 to 39/40, misfires rejected 8/15 to
14/15. The rewrite wins every case anyone argued about.
The third case class is the point: 36 sentences a person would plainly say
whose word is in no lexicon set. The old parser caught 3 by accident, the new
one catches 0. "ем суп", "вздремнул", "помылся", "перекур", "i napped". A
silent miss is this parser's worst failure mode and the corpus sizes it.
Two defects recorded rather than fixed, since this branch measures: "допил
воду" misses because the dictionary lemmatises допил to допилить, the same saw
collision drink_verbs carries пил for; and the oblique cases of душ go with the
exact match that keeps the soul out.
The LLM arm the original commit skipped is run here against gemma-4-12b on the
workstation at 192.168.1.105:8080 — it was reachable all along, the failure was
the shell's HTTP_PROXY. cascade+llm 85.7% to 86.8%, one case, same failing set,
variance. Full write-up in docs/evals/2026-08-06-fact-parser.md.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_0117tgnmbgZpHVV3XSNw8Qua
DefaultFactParser matched Russian by hand-written stem substring: "вод", "пил",
"душ", "еда" and eleven more, with a helper whose own comment said it would use
a morphology lib "until misfires actually bite". That is the fourth mechanism
CLAUDE.md says does not exist, and it ran on every fact turn through both
wirings in cmd/mavend/voicewire.go.
Five closed classes move to internal/lexicon — water nouns and drink verbs,
meal words, shower, break, sleep — and internal/morph does the inflection.
Three dictionary quirks are carried as data rather than worked around in code,
each with its reason in the set's note: "вода" and "водой" lemmatise to two
different lemmas, "пил" lemmatises to the saw, and "спал" to "спасть".
Shower is matched exactly rather than by lemma, because the dictionary makes
"душ" and "душа" one word and only one of them is washing. The accusative of an
inanimate noun is its nominative, so exact matching costs nothing he says.
NOT behaviour-preserving, deliberately. Rejected now: "пилот", "водитель",
"заводить", "душа", "душно", "беда", "победа". "есть" and "ел" are left out of
the meal set on purpose — "есть новости по бэкапу" is a question. The
vestigial "ate"/"backup" guard goes with the substring era that needed it.
Measured on the RU routing fixture, classifier+ONNX arm (91 cases): 64/91
(70.3%) before and after, same failing cases. The LLM arm was not measured —
no llama-server reachable from here.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Second file behind the first: fmt-check stops at the first failure, so the
mcp sweep's test file was invisible until ecosystem_acts.go was clean.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
kami
claude