47d6b8426550346f5804c63ad8115c7eb7f4468c
57
Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
 iris
|
47d6b84265 |
Report what a session last did and what it cost, not what this page holds
Three readings that were each a part presented as the whole.
**"just now", everywhere, after a restart.** A relaunched session took its
last-activity from the clock, so every session the backend brought back
claimed to have been active that instant. On the phone that is every row
reading "just now" and the list -- which sorts by it -- coming back in an
order that means nothing, with the conversation somebody was in the middle
of buried among sessions untouched for days. It comes from the transcript
now, in the pass `Transcript::open` already makes, which is the same
correction `last_status` got and for the same reason: a server that has just
started has been told nothing, and the file is the only thing it knows. The
test backdates a transcript by a day, so it cannot pass by the test being
fast; it fails on the old code with the clock's answer in the message.
**The token total was the newest page's.** The phone added up the
`UsageDelta`s it had received, and it opens a session on the newest page of
the transcript -- so a long conversation reported its last few turns as the
total, and a page with no turn in it reported nothing at all, since zero is
drawn as blank. That is the reading Bryan saw: no tokens, on sessions that
had certainly spent some.
The count belongs to the server, which is the only side that sees every
turn. `UsageDelta` now carries the running total beside the delta, filled in
by the pump rather than by each driver -- a driver knows what its own turn
cost and nothing else does, so a new one cannot get this wrong by leaving it
out -- and the session row reports it for a screen that has not opened the
stream yet. The phone takes the largest total it has seen instead of
accumulating, which also means paging older history cannot move it, and
leaves the seeded figure alone for transcripts recorded before the field
existed. Seeded by summing deltas at startup for exactly that reason.
**The header said the model twice and the machine backwards.** A session's
subtitle now reads `machine · provider`, in that order and with no "on"
joining them, matching the list and the usage dialog -- the "on" made it a
phrase, which works in one order and stops working the moment the same pair
is shown somewhere else. The model is gone from it: the footer's picker
already shows what the session is set to, and two places showing it meant
two things to keep in step, which disagreed for a moment on every switch
since one follows the request and the other the session's own answer.
Checked on the emulator against a twelve-turn session whose visible page
held the last six: the header reads "this machine · echo", the status row
reads "idle", and the total reads 42 tok, which is what `GET
/sessions/{id}` says rather than what the page adds up to.
|
||
|
iris
|
694535badc | Merge remote-tracking branch 'origin/main' | ||
|
iris
|
135950c8ed |
Say when a session wants you, and stop calling a stop an error
Three things Bryan asked for, and one the second of them exposed.
**Notifications.** A session that asks a question or finishes a turn now
says so on the phone, per session, switchable from its settings screen.
The switch is stored on the backend rather than the phone, because it is a
fact about the session: one that runs unattended overnight should be quiet
on every device, and answering that question again on each device is how two
of them come to disagree. It is on by default -- a notification nobody
wanted is turned off in one tap, where one that never arrived is not
diagnosable at all.
Which moments count is `notification_for`, and the asymmetry in it is the
point. *Waiting on a person* is worth saying however it was reached.
*Finished* is only worth saying when this server watched the work happen:
sessions settle into idle for several reasons that are not "your work
ended", including every one of them being adopted at startup, and announcing
those would put "finished" on the phone for the whole config on every
backend restart. That is the failure that makes somebody switch the feature
off, so it has a test naming every transition rather than the two that
work.
The stream is `GET /notifications`, live only and with no cursor -- the one
place this server does not offer to catch a client up. A notification is a
claim about now; replaying "your turn" from an hour ago sends somebody to a
session that may have been answered from another device since, and a
notification that is wrong costs the trip *and* the credibility of the next
one. What was missed is still on the session list, which says what is
waiting without claiming to be news.
On the phone it is a foreground service, because Android has had no
long-lived background service since 8.0 -- it is what Syncthing does, and
Discord is not a counter-example since it takes a push from Google, which
would mean this backend talking to Google about somebody's sessions. The
ongoing notification Android charges for it sits on an `IMPORTANCE_MIN`
channel: no sound, no status-bar icon, bottom of the shade. `specialUse`
rather than `dataSync`, which is what it looks like: Android 15 caps
dataSync at six hours a day, and a connection that stops listening after six
hours misses the overnight run it exists for.
**A stop is not an error.** The CLI reports an interrupted turn exactly as
it reports a broken one -- `is_error` on a `result` -- so pressing Stop
showed "the turn ended with an error" for doing what the button says. The
line cannot distinguish them; what does is that this side asked, so the
driver says so before the request goes out and the translator spends that on
the next result. The test's second half is the one that matters: the naive
fix passes the first half and silences every genuine failure after it.
**Every status says which one it is.** The session screen's status row named
only `exited` and left the rest blank, so idle and "nobody could read it"
looked identical -- and a just-stopped turn showed nothing, which reads as
the app having lost the session rather than as the stop having worked. The
words are the session list's own, so a state is not called two things
depending which screen you are on. Red on a quota bar now starts at 90%.
**`GET /sessions/{id}`**, which the notification switch found missing. A
screen opened from a list row carries the row the list last fetched: fine
for a title, wrong for a switch, which is *set to* something. Caught on the
emulator, where the switch read on against a backend that said off, with
nothing on screen to say which was true. The screen now reads the session
when it opens, and until that answers the switch is disabled and says so --
a two-position control cannot say "I do not know", so it does not pretend
to.
Verified on the emulator with the app backgrounded: the service holds the
stream (`isForeground=true types=0x40000000`), a finished turn posts
"Finished" and a question replaces it with "Waiting for you" on the same
tag, turning the switch off silences it with no restart, and turning it back
on from the phone reaches config.ron. The interrupt is a translator test
rather than a live turn, which is where that logic is anyway.
|
||
|
iris
|
2dc61c5780 |
Stop drawing one tool call twice where a page of history begins
A page boundary lands wherever it lands, and about half the time that is between a tool call and its result. The newer page then holds a `ToolEnd` whose start it never saw, which the fold draws as a row of its own -- correctly, since a call rendering as nothing is indistinguishable from one that never happened. But when the older page arrived it brought the real `ToolStart`, and the two lists were concatenated, so the call was left on screen twice: once as a proper card and once as a nameless placeholder. `joinPages` merges the two halves by the call's own id instead, which is the one thing a page boundary cannot destroy. The older half wins on what a start knows -- the tool's name, its input -- and the newer on what an end knows, its output and whether it finished. The miscount was the visible part; the moving was the point. The extra row sits exactly at the join, which is where the reader is looking when the page loads, so everything below it stepped down by a row at the moment they scrolled into it. Demonstrated both ways round on a rig of twelve `/tools 8` runs, whose groups are eight calls each and whose page boundary falls inside the second one: without this the transcript reads "Called 9 tools" there and eight everywhere else, with it every group reads eight. That rig is `/mixed N` in the echo driver, added here: N beats of paragraphs at three lengths, single tool calls, runs of adjacent ones, images and peer messages -- every row shape the app draws, in one session, from a command that costs nothing and produces the same transcript every time. The paragraphs are deliberately ragged, because a wall of identical lines looks the same at every offset and makes a scroll of one line indistinguishable from a scroll of ten, by eye or by comparing frames. |
||
|
iris
|
e37e90a579 |
Let the server say what is waiting, instead of the phone remembering
A message sent into a running turn was drawn as a pending bubble from
screen state, so leaving the session or restarting the app showed nothing
waiting while the queue was full. Nothing waiting is what "there is
nothing" looks like -- the reader had no way to tell it from a queue that
had already drained, and Bryan hit exactly that: a message he sent
arrived, and his phone stopped showing it after a restart.
The server now records the waiting. `MessageQueued { id, text }` goes into
the transcript when a driver takes a message it cannot deliver yet, and
is resolved by the `UserMessage` carrying the same id -- the same shape
`CommandQueued` and `CommandSent` already had, so this is one more
instance of a mechanism rather than a second one beside it.
The message itself still lands where the session read it, which is what
the last change was about; only the *waiting* is recorded early. The two
are different facts and now have different events.
Paired by id rather than by text. The old code removed the bubble whose
text matched, so sending the same thing twice cleared the wrong one and
left a message on screen that had already been read.
Both drivers that can queue do it: the echo driver too, because the phone
now draws pending bubbles from the stream and a rig that skipped the
event would exercise a state the real app never sees.
Checked on the emulator: two messages sent into a `/slow` turn, then the
app force-stopped and relaunched -- both still drawn as waiting, in the
pending style, and both resolved into ordinary bubbles when the turn
ended and the session read them.
Still outstanding, and worth knowing: an entry outlives a *server*
restart in the transcript but not in the driver's memory, so a backend
restarted mid-queue would leave the bubble drawn with nothing coming to
resolve it. Before this change that message vanished from the transcript
entirely, so the failure is now visible rather than silent -- but it is
not yet right.
|
||
|
iris
|
76ba24993c |
Make the permission mode the picker offers actually selectable
The session screen's mode picker listed `bypassPermissions`, and on any
session not born in it, choosing it failed:
Cannot set permission mode to bypassPermissions because the session
was not launched with --dangerously-skip-permissions
The CLI is asymmetric about that mode and it is not obvious. It will
launch straight into it on `--permission-mode` alone -- so spawning into
it from the phone has always worked -- but it refuses to switch into it
afterwards unless the process was started with the flag. So the picker
offered a state the session could not reach, and the failure arrived
after the fact as an error line in the transcript.
Sessions now launch with `--allow-dangerously-skip-permissions`, which
makes that mode reachable without selecting it: the session still starts
in whatever mode it was asked for and only moves when somebody moves it.
Deliberately the `--allow-` form; `--dangerously-skip-permissions` is the
one that turns bypassing on for everything, which would take the choice
away from whoever is holding the phone. Since the mode was already
reachable at spawn, this withholds nothing new -- it makes the two routes
to it agree.
Measured both ways round against 2.1.237, driving the control request
directly: without the flag the response is `subtype: error` with the
message above, with it `subtype: success, mode: bypassPermissions`. Then
through the app's own route on a session spawned `manual`, whose argv
reads `--permission-mode manual … --allow-dangerously-skip-permissions`
and which reported `permissionMode: bypassPermissions` when asked to
change.
|
||
|
iris
|
549e49bc10 |
Record a steer where the model read it, not where it was typed
A message sent while an answer was streaming was recorded in the middle of that answer and above the tool call it ended with. The model had committed to that call in the same message it was already writing, so it had read none of it -- and on screen the tool result underneath read as something the steer had asked for. The answer also split into two bubbles around a message that was not part of it. The driver announced a steer at "the next assistant text or tool call", on the reasoning that anything the CLI says next is proof it has been round the model again. With --include-partial-messages that is not true: the deltas and the tool_use block of a message already in flight keep arriving afterwards, and none of them saw the steer. `message_start` is what actually proves it. The CLI sends the previous call's tool results back before it opens the next assistant message, so that line is the first moment anything written since can have been read -- and it carries no events of its own, which is what makes it a place to put one. Verified against 2.1.237: message_start, the blocks, the tool_result, then the next message_start. The end of the turn stays as the other half, and is the case that must not be lost: a message typed after the final model call has no later message_start, and one that is only recorded when announced would otherwise vanish while a phone drew it as still waiting. Checked live on haiku, before and after. Before: the steer landed at seq 37 among the essay's deltas, with the tool call at 45 and its result at 46. After: essay whole, tool call 42, result 43, steer 44. Also checked the case this had no reason to touch -- a steer sent during a 30-second Bash call, which was already correct -- and it still records after the result. The two tests fail on the old rule; the failure prints the old order, which is the bug. |
||
 irisandClaude Opus 5
|
894180de77 |
Take the CLI's word for a clear instead of inferring it
Bryan reported no divider when clearing. It was not this code -- the backend serving him started at 17:06, three hours before `Event::Cleared` existed, so it has no such event to send and `/clear` reaches it as an unrecognised passthrough. Verified against a current build: the event is recorded. Probing the CLI to establish that turned up something better than what was here. `/clear` in stream-json mode emits a dedicated `conversation_reset` line and *then* a fresh `init` with the new session id -- so watching the id be replaced, which is what this did, was reading the event through one of its side effects. The announcement says it directly, and it arrives first, so the divider now lands above the new conversation rather than after its opening line. That also removes the reasoning the previous commit needed about which id changes count. There is one signal now instead of an inference with two exceptions, and the test that used to pin those exceptions became `an_init_alone_is_never_a_clear`, which covers all three ways an init arrives: a session's first, the one a compaction re-announces with the same id, and the one following a resume. The resume token still follows the id, unchanged -- one CLI event with two observable effects, and each half now reads the half it needs. Verified end to end against a real claude-cli session: message, /clear, message, and the transcript reads userMessage / assistantText / cleared / userMessage, in that order. 74 tests, clippy and rustfmt clean. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8 |
||
|
irisandClaude Opus 5
|
71067275e2 |
Stop claiming a terminal, and stop calling a recoverable delete final
Two bugs Bryan hit, with one shape between them: a claim stronger than the thing that was measured. **The delete warning branched on `imported`.** It told him deleting `ai-app` could be undone and deleting `manager` could not, when both are claude-cli sessions whose conversations survive equally. `imported` records how a session got into the app; what decides recoverability is whether the *driver* keeps its own record -- the Claude Code CLI does, under ~/.claude/projects, however the session started; echo and llama.cpp do not, and for those the app's transcript is the only copy. So the fact now sits on DriverKind and rides on SessionInfo, decided by the server from the provider's kind rather than by the phone from its name, which a person can change. The comment above the branch asserted "a session started here has no copy anywhere". That sentence was the bug written down and reasoned from, and it is gone. Neither branch promises a restore, which it should not: nothing here checks the file is still on disk, and re-importing was never a restore anyway -- this app's transcript holds images, peer messages and command events the CLI's record never had. So the recoverable text says what is known and names what goes either way. "Can't be undone" is now said only where it is true, which is the point of saying it at all. **"open in a terminal -- close it there first" named a place that need not exist.** The detection is right and worth keeping: something live holds that session, and importing it would reproduce the double-resume incident. But which something was never measured. The live descriptors here include two of this backend's own adopted sessions and a peer agent's; none is a terminal, so the instruction sent the reader looking for a window that was not there. **And this app did not recognise its own spawned sessions.** The import list filters out what the app is already driving, but it matched only the import cursor -- which exists solely for imported sessions. Every session the app spawned therefore stayed in the list, marked in use, telling the reader to go and close it somewhere: here. Matching the resume token too, which both kinds have, is the fix; `session_importing` is now `session_driving`, because that is what it was always being asked. Verified on the emulator against a scratch backend: a spawned claude-cli session reports keepsOwnTranscript true with imported false -- Bryan's `manager` case exactly -- and draws the recoverable warning; the echo session draws "can't be undone"; and once the CLI named itself, the spawned session's id was absent from the import list, where the old match would have listed it. 75 tests, clippy and rustfmt clean; ktfmt, compileDebugKotlin and lintDebug clean. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8 |
||
|
irisandClaude Opus 5
|
5f6fd34aba |
Record the clear that happened, not the one that was asked for
`ClaudeDriver::clear` emitted `Event::Cleared` beside the `/clear` it sent, so the divider recorded a request. A reader scrolling back takes that mark as a fact about the conversation -- the session no longer has what is above this -- and a request is a different claim from a result. Compaction already gets this right by taking its mark from the CLI's own `compact_boundary` rather than from somebody pressing Compact; this is the same rule, and it was the one place left applying it to the request. Caught in review by the session this was measured against, which also established that the CLI's `/clear` is declared `supportsNonInteractive` and returns empty text with no result line -- so a fresh `init` bearing a different `session_id` is the only trace it leaves. The reader already watches for exactly that in order to persist the resume token, so the mark now goes out there. It has to be a *replacement* rather than any change, and the tests pin both ways of getting that wrong. The first `init` sets the id from nothing, which would otherwise open every session with a divider announcing a clear that never happened. And a compaction re-announces `init` carrying the *same* id, which would otherwise draw a clear on top of the compaction's own mark -- that one was found by writing the test rather than by reasoning about the change. 73 tests, clippy clean, rustfmt clean. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8 |
||
|
irisandClaude Opus 5
|
1e3eec8cf0 |
Let a session drop its context without ending
Adds `Event::Cleared`, `SessionCommand::Clear`, and `Driver::clear`, so
`POST /sessions/{id}/command {"text": "/clear"}` does for a session what
the CLI's own `/clear` does for a terminal.
The marker is a divider, not a truncation: everything above it stays in
the transcript, because that is the only copy of the conversation the
phone has and a person scrolling back is a different question from what
the model is given. It also makes clearing mean one thing across
drivers -- `claude` sends `/clear` and the CLI answers with a fresh
`init` whose new session_id the reader already persists as the resume
token, so the next launch resumes the cleared conversation with nothing
to keep in step; `llama` needs no state at all, since `conversation()`
already folds the transcript and now folds from the last marker; `echo`
emits the marker alone, so the phone's divider and scroll behaviour can
be exercised without spending a real session's context.
That fold is why `Cleared` is documented as load-bearing rather than
decorative. For any driver that rebuilds its conversation from the
transcript, this marker decides what the model sees, and treating it as
something only the phone draws would silently put the cleared
conversation back in front of the model at full price.
Clear rides the existing boundary pump like any other SessionCommand, so
one arriving mid-turn waits exactly as a compaction does, and nothing
grows a second way to wait.
Removes `--autocompact` in the same change, because clearing is the
cheaper answer to the problem it was added for and Bryan would rather
manage context that way. Keeping the measurement here, since it was the
reason for the constant and is worth more than the constant was:
context returned to 70-85k within ten calls of a compaction; a
compaction took 104,346 to 147,671 ms; compaction cost that session
2,655,508 tokens across six boundaries, of which the single automatic
one at the 1M ceiling was 1,696,870. Clearing costs nothing, because
nothing is sent.
70 tests, clippy clean, rustfmt clean.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8
|
||
|
irisandClaude Opus 5
|
797513bb86 |
Raise the compaction window to 200k
100k is the cheapest window on tokens and the wrong one to sit in front of. Measured on the session this was written against: context returns to 70-85k within ten calls of a compaction, so a 100k window compacts about every thirteen calls, and a compaction takes roughly two minutes (durationMs 104,346 to 147,671 across the six recorded). A 130-call request would have spent some twenty minutes compacting -- optimising the number that was asked about while making the thing somebody actually waits for on a phone considerably worse. 200k keeps most of the saving against the 1M ceiling and halves the stalls. The comment now also says what the window does not do, because measuring this turned up the opposite of what the byte counts suggested. Images are 93% of the bytes that tool calls put into that transcript but only 8% of the context growth -- the adb wrapper's downscaling holds a screenshot to a median of 476 tokens, while text-only calls add a median of 740 and a mean of 1,139. So the file is large because of screenshots and the context is large because of ordinary tool output, and only the second one is what this constant governs. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8 |
||
|
irisandClaude Opus 5
|
4f586d6551 |
Attribute the drift to the CLI's ceiling, not to a manual compaction
The reasoning on AUTOCOMPACT_WINDOW cited 491,562 tokens as where "the CLI compacted it". That was a manual /compact somebody ran, not the CLI's own trigger, so the comment credited a person's intervention to the automatic behaviour it was arguing about. Caught in review by the session whose transcript it was measured from. Corrected from that transcript's compaction boundaries: the window left to `auto` was 1M, and the one automatic compaction fired at preTokens 1,000,184 with the API context peaking at 999,668. So the drift ceiling is twice what the comment said, and near it a single tool call bills about 100k tokens rather than 49k. The correction strengthens the case, but it also changes what the example is evidence *of*, which is why it was worth fixing rather than just raising the number: what held that session together was the person in it running /compact by hand four times, and the 4.2-million-token request happened at the merely-large contexts left between those. The constant is for the sessions where nobody is doing that. No behaviour change. 68 tests, clippy clean, rustfmt clean. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8 |
||
|
irisandClaude Opus 5
|
36984a9e1b |
Put the compaction window's reasoning on the compaction window
|
||
|
irisandClaude Opus 5
|
4a4057886d |
Compact at 100k rather than letting a phone session drift
Left at `auto` the CLI picks a very large window, which suits a terminal session somebody closes at the end of the day and does not suit this app at all: these run for hours, nobody closes them, and the transcript carries screenshots. One session here reached 491,562 tokens of context before the CLI compacted it. That matters because every API call re-reads the whole context, and one request is not one call. At half a million tokens a single tool call bills about 49k before it does anything, so "can you make it so you can rename a session?" cost 4.2 million tokens across the 130 calls it took. Measured over that session's life: 2,498 calls, 1.08 billion cache-read tokens. 100k is the smallest window the CLI accepts and roughly the cheapest. Per-call cost falls with the cap, while the compaction it forces costs about the same in total either way -- a smaller window compacts more often, but each pass is proportionally smaller. What it trades is how much detail survives a compaction, which is a real cost to the work and the reason this is one named constant with the reasoning written down rather than a computed value. Passed before the resume/name branch, so it applies to adopted and imported sessions too -- which are the large ones, and the ones this is for. Verified: the exact argument list the app now spawns starts, accepts an empty stream-json stdin and exits 0, so the flag combination is good without spending a token. 68 tests, clippy clean, rustfmt clean. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8 |
||
|
iris
|
749b2db287 |
Make a command a thing the app knows, and hold it until it can run
Typing "/" now suggests what this app understands -- `/compact` and `/rename <name>` -- with a line each about what they do, and anything else beginning with a slash is passed to whatever runs the session, because a dialect's own vocabulary grows without this list. None of them are messages, and that is the substance of the change. A line written into a running turn is read by the *model*, so a command sent mid-turn either does nothing or arrives as text somebody has to puzzle over. They now wait for the turn to end. The waiting is done once for every provider, in the pump that already watches every event for the boundary, rather than in each driver where a new provider could get it wrong by leaving it out. Waiting is a state, so it is on screen: the command sits at the reader's end of the conversation in blue, with a spinner and "waiting for this turn to end", and becomes an ordinary blue row when it goes. Blue because these are about the session rather than about the task -- the same blue a compaction already used, which is now one colour with one name rather than two. Renaming from the settings screen sends exactly this, so it waits and draws the same way. The name itself is not held: it is this server's own datum, so the list and the header change at once and only telling the session waits. Echo grew the same split, which is where the bug in it showed: its commands are its messages, so running one announced a `MessageTaken` as well, and the same line drew twice -- once blue, once purple. A command owes no announcement; the manager has already recorded that it was sent. Watched rather than reasoned about: `/compact` during a 25 second turn held with its bubble up, went out when the turn ended, and the compaction that followed reported what it recovered. |
||
|
iris
|
bebaae7a94 |
Carry a question in the event model, not in one provider's JSON
A question is now fully described by the event that reports it: the tag it was asked under, each option's label, what it means, and the sample of what picking it would produce, plus whether several may be picked at once. The app renders from that alone. It had been reading Claude Code's tool input to find the parts the event dropped -- that dialect's schema, written out a second time in Kotlin, where no other provider could reach it and where it would drift the first time the schema moved. Echo could not describe an option at all, and llama never will. Answers travel as a list for the same reason. A question that takes one answer sends a list of one rather than being a different shape, and the one place that flattens it is where the CLI is spoken to: its answers map holds a string, so several choices are joined there. That join was in the phone. Also here because it is the same rule: the permission ask reuses the question body rather than owning a second one, so Allow/Deny renders and resolves through exactly the code an AskUserQuestion does. Verified against both, since a refactor that only satisfies the case it was written for has been tried on the half that cannot fail: a two question `/ask` answered from the phone, one option and then two, and a real sonnet session's `rm -f` permission asked, allowed, and run. |
||
|
iris
|
fea8e7e92b |
Show every option a question offers, on the call that asked
Reported by Iris through the dev-updater session: a two-question AskUserQuestion arrived with only one option visible per question, so the answer she sent was the only one she had been offered. The cause was a `Row`. It hands out intrinsic widths in order and clips whatever runs past the edge, so the first option or two drew and the rest went off the side of the screen -- which does not read as a bug, it reads as those having been the only choices. The same Row was in the permission ask beside it; both wrap now. That pairing is the reason to look: a rule stated on one member of a set is usually missing from the others. The rest of what she asked for, and what each was: - It drew twice, as the tool call and again as loose question cards, because the backend marked these questions as belonging to no call. They belong to the call that asked, and now say so. - So it renders like any other tool: one card, its own heading, opened because a decision cannot be made from a closed row. - Each option shows its description and its `preview` block, which is the part a reader is deciding on and none of which was reaching them. - "Other" is a field on every question. The harness always offers it, so leaving it out narrowed a question that was never that narrow. - A multi-select sends the labels it collected as one string, which is the tool's own schema rather than a guess -- its answers map is string-valued. - No spinner while it waits. A spinner says the machine is working; here the machine is idle and the turn is stopped on the person, so the card says "your turn" in the colour this app already uses for that. Verified against a real session as well as the echo fixture: haiku asked two questions with three described options each, both were answered from the phone, and the model carried on with the answers. Echo grew `/ask` so the shape can be looked at without paying a model to produce one, and its option cards are outlined rather than tinted -- as one surface step up they were three paragraphs where three things to press should be. |
||
|
iris
|
d3fff3d229 |
Let a session be renamed, under the same name everywhere
A gear at the end of the session's own bar opens what can be changed about that session; the name is the first thing there. Compact is gone from that bar -- `/compact` typed into the message box is the CLI's own way to ask and it already worked, so the button was a second way to say one thing. Echo takes the typed word too now, since it is the rig the compaction display is checked against and losing the button would have taken that with it. The name is this server's, not a driver's: it is what the list shows, it exists before any process does, and every provider has one. So it is settled in the config and the driver is *told* -- which is the opposite of the model and the permission mode, and the difference is written down at `Driver::set_title`. A driver whose process has no notion of a name does nothing and says nothing, because there is no failure to report. Claude Code has one, so the name reaches it: `--name` for a session we create, and `/rename` afterwards, which is a local command rather than a control request -- `set_session_name` is not a subtype it knows, which I established by asking it. A resumed session is deliberately not renamed at launch: an import already has a name, quite possibly one the person typing in it chose, and taking that would be helping itself to something the app was only shown. Verified end to end rather than argued: renaming from the phone put "Session renamed to: paging and scroll" in the CLI's own session file, and the session now lists under that name to other agents. The gear is drawn rather than set in a font, for the reason Chevron gives. It was a sun on the first attempt -- thin teeth standing clear of a thin hub -- which no amount of reading the diff would have shown. |
||
|
iris
|
1629e0911e |
Say what the line splitter would do with a bare carriage return
`complete_lines` splits on `\n` only, which is right -- this stream is JSONL, and a record terminated by a bare `\r` would not be a record -- but the doc comment said why the remainder is held without saying what decides where a line ends. Worth the sentence because of what the failure would look like if the CLI ever wrote such a line: the session goes quiet, the process is healthy, nothing errors, and the cause is a line splitter. The dev-updater session hit exactly this shape today reading cargo's progress line, which is `\r`-terminated for redrawing in place, and lost a whole build's worth of output to it. |
||
|
iris
|
3eccf7e443 |
Show the model and mode the session has, not the ones it was asked for
Picking either from the phone wrote the choice straight into the session's state and then sent the request. Asking and having are different things, and the difference is not rare: `auto` is a permission mode the CLI accepts on the command line, silently resolves to `default`, and refuses outright over the control channel -- "auto mode unavailable for this model" -- so a session spawned in auto was in default and one switched to auto stayed where it was, with the phone reporting auto in both cases. So the drivers report what they are set to and the manager follows that. Measured, because the confirmations are not uniform: a model change answers success with no value, so what was asked is remembered until the answer arrives; a mode change echoes the mode it became, and that answer wins over the request; and `init` names both -- resolving `haiku` to claude-haiku-4-5-20251001 -- which also covers a session adopted from a terminal that set them outside this app. A driver that cannot change either already says so with an error, and now that error is the whole story rather than a note beside a display that changed anyway. The config keeps the requested value, deliberately: that answers a different question, which is what to launch this session with next time. Two things fall out. Control request ids are random rather than the clock, because two in the same second shared an id and something now looks them up. And the phone shortens a resolved name for the button -- `haiku-4-5` -- since the full one is what the CLI reports and roughly twice the room that row has once Stop is in it. |
||
|
iris
|
404066fa7d |
Say when a session is working, and what it was told
Three things a phone could not see, all of them the same shape: the session was doing something and nothing on screen said so. A turn nobody here started never reported itself. `Running` was sent where a message was *sent*, so a session picked up mid-turn, one compacting on its own, or one another agent wrote to sat there reading as idle until it finished. The driver now says it from what it observes -- output that could only come from a turn in flight -- which is the same set of events that already announced a steer, with the ends swapped. An imported session had it worse: nothing but replayed lines ever reaches it, and a status was not among them, so it was permanently whatever it was when it was adopted. Its file does not record a turn ending, but it does record why each assistant message stopped, and `tool_use` versus anything else answers it. A record that says nothing leaves the status alone rather than voting for idle. Messages from other agents were dropped outright: the CLI marks them meta, and this replayed everything except meta. They are now a row of their own, closed by default like a tool call, named for the session that sent it -- not the reader's own bubble, because they did not say it, and a session working on something this phone never asked for is exactly what one of these explains. Measured against a real session file rather than guessed: the peer record carries the sender's name and the message body in `origin`, beside a copy wrapped for the model to read. |
||
|
irisandClaude Opus 5
|
fc71cb4403 |
Say "unknown" for a session we are not driving but cannot bury
A session in the config with no live entry reported `Exited`, whatever the reason. That covers three different situations -- one that genuinely ended, one that failed to relaunch, and one whose process could not be checked -- and the wrong one is the expensive one. `Exited` reads as "this conversation is over", and what a reader does about it is start a fresh session. If the process is in fact still running, that is a second CLI against a conversation that already has one: the exact fault `session::process` exists to prevent, arriving through the status field instead of through a spawn. So it is said only when the process is known to be gone. A record that cannot be checked reports `Unknown`, and so does one that is still alive -- this server is not driving it, so it genuinely does not know what that process is doing, and the honest word is the one meaning "wait" rather than the one meaning "act". A session with no record at all is still `Exited`: an echo session, or one already stopped and cleaned up, and known to be. The distinction was available all along -- `process::recorded` returns the liveness -- which makes this the same mistake as the other five today: reporting what was convenient to compute rather than what was measured. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8 |
||
|
iris
|
5396da76c7 |
Show a compaction happening, and what it recovered
The Compacting status had been declared, rendered in four places, and never once emitted: no driver produced it, and the app had no control to ask for a compaction in the first place. Pressing nothing for two minutes and then quietly having less context was the whole experience. The CLI turns out to announce all of it, which was worth measuring rather than guessing at. Driven through /compact against 2.1.237 it emits a `status: "compacting"` line at the start, a `status: null` carrying `compact_result` at the end -- `"failed"` with a sentence saying why, when it does -- and then a `compact_boundary` with the token counts. The same records appear in the CLI's own transcript file with camelCase keys, which is the obvious place to read the shape off and gets every field name wrong. So none of it is inferred here. The driver writes the line and says nothing; the translator reports what the CLI reports. A failed compaction surfaces the CLI's own sentence, which is specific enough to act on. The counts are the part worth keeping afterwards, so they land in the transcript rather than only in a status that vanishes: a session that went from 128,402 tokens to 9,617 has just been given its context back. They are optional throughout, because a compaction whose size nobody reported has to be able to say so -- a zero would read as "recovered nothing". Also here, all found on the way: - `rename_all` renames variants; fields need `rename_all_fields`. Every field in Event was a single word until `pre_tokens`, which went out as snake_case, was not found by the app, and rendered as the "no counts reported" case -- a state it is allowed to be in, so nothing looked wrong. There is now a test on the wire names. - The unparseable-line warning sliced bytes, not chars, on output that is full of em dashes. A panic there kills the task reading the session's stdout, and the session goes deaf with nothing on screen. The other three truncations in the tree already did this correctly. - Echo compacts too, with invented numbers and a real shape, so this screen can be looked at without spending two minutes of somebody's account to reach the state. |
||
|
irisandClaude Opus 5
|
42131c75d6 |
Send a steer into the running turn, and put an image under its call
**The queue was holding messages the CLI would have taken.** Two claims in this file contradicted each other: the module header said a mid-turn message is injected at the next tool boundary -- "the behavior this app exists for" -- and `Queue`'s own doc said a line written mid-turn simply becomes the next turn. The code followed the second, parking every message until `Status::Idle`, which is the end of the whole turn. Measured rather than argued, twice. Writing a line straight into a live session's stdin fifo mid-turn produced one `result` for the whole thing, so it was consumed inside that turn, not as a new one. The header was right and the queue was built on the wrong claim. The cost was exactly what Bryan reported: he steered after the second tool call and it sat unread until every remaining call had finished. Measured before and after on the same three-step turn -- steer sent at +13s, recorded at +24.7s before this change and at +14.1s after, which is the next tool boundary. So the line goes out immediately. What stays behind is the *announcement*: the CLI says nothing on stdout about having read a message, so `MessageTaken` now waits for the next assistant text or tool call, which is proof another model call happened and the steer was in it. That keeps a held message drawn below the working indicator until the session has actually taken it -- the thing that mattered when this was last changed -- without delaying the message to get it. Idle counts too, and is the case that must not be missed: a message written after a turn's last model call has no later output to prove anything. `closed` is untouched, and `Queue::close` still reports held messages by name rather than dropping them. **An image now names the call that produced it.** `Event::Image` gains `about`, the `tool_use_id` from the tool result it came out of, so a screenshot is drawn inside that call's card instead of floating beside it -- pairing them by position is what a page boundary breaks. `None` for a person's own attachment, which belongs to no call. The import path threads it through as well, so replayed history reads the same as live. Images show whether the card is open or closed: a call whose result *is* a picture says less closed than the one line it replaced. Verified on the emulator against a real haiku turn: the checkerboard sits inside `Read /tmp/tiny.png`, and the steer sits between that call and the next, where it was taken. 53 tests, clippy, rustfmt, lint and ktfmt clean. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> |
||
|
irisandClaude Opus 5
|
011ed0d0e1 |
Hold an image's place, open it full screen, and fold a run of calls
Five changes to how a transcript reads. **Images no longer move the page.** The row was as tall as whatever had loaded, so it grew when the bytes arrived and pushed everything below it -- and in a bottom-anchored list, an image loading above the viewport moved the text under the reader's eyes. The height is now decided before the fetch and never changes: four lines of the body style, measured from the type so it stays four lines when the reader has scaled their fonts. Nothing to see when loading finishes, which is the point. **A small image is enlarged with nearest neighbour**, a large one shrunk smoothly -- decided per image from its actual size rather than set once, since blowing a 16px sprite up with interpolation turns it into a blur of exactly the thing being looked at. **Tapping one opens it full screen**, fitted so the whole image is visible first, with two-finger zoom to 8x and pan once zoomed. A dialog rather than a screen, so back returns to the transcript. **A tool call is one line closed**: the tool's name and what the call is for. The command is not on it, because a wrapped command turns one row into four. Open, it shows the command, the rest of the input and the output, with the timeout at the top right -- a limit on the call rather than part of what it does, worth seeing beside the command it constrains. A call waiting on permission is shown open regardless, since the command is the thing being decided. **Adjacent calls fold into "Called n tools"**, closed by default, and it closes again from either end -- a long group's heading scrolls away while its last call is still on screen, and the reader who wants it shut is looking at the bottom. The calls keep their full width; what says they belong together is the surface behind them, one cue rather than two half-cues. Grouping happens at display time, not in the fold: the transcript's own order is what paging and the stream depend on. Echo gains `/tools [n]` so a run of calls can be produced without paying for one. Verified on the emulator: four calls folded and expanded, one opened inside the group showing `timeout 5000` top right, a 16px checkerboard enlarged with hard pixel edges beside a shrunk screenshot at the same height, the screen byte-identical between one second and six after opening, full screen fitted, and back returning to the same scroll position. Pinch itself is the one thing not verified here -- `adb input` cannot inject a two-finger gesture. 53 tests, clippy, rustfmt, Android lint and ktfmt clean. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> |
||
|
irisandClaude Opus 5
|
c5dbd1535d |
Ask for permission on the call it is about, and read the input
A bash permission request arrived as a second card repeating the tool
call's input verbatim, so the same command appeared twice and the reader
had to work out it was one event. `Event::Question` now carries `about`:
the `tool_use_id` the CLI's `can_use_tool` request already names. That
makes the pairing a measured fact rather than a match on input text --
and it stays `Option`, because AskUserQuestion is not permission for
anything and an echo session's question is about no tool at all. Those
still draw as their own card, which is what every question did before.
The card also reads the input instead of dumping it. Every tool's input
is JSON, and showing it raw makes the reader parse `{"command":"…",
"timeout":5000}` to find the line they care about. A small table says
which field is the subject of which tool -- Bash's `command`, Read's
`file_path` -- and the rest is still listed, since dropping a field
would claim the tool had no other input when it might. The subject is
syntax-highlighted with dev.snipme:highlights, for the reason the
markdown renderer is a library: lexical rules are somebody else's
specification. Its theme is Catppuccin, mapped in Theme.kt beside the
rest of the palette rather than taken from the library's defaults.
The input shows whether or not the card is expanded. A row that says
only "Bash" says nothing anyone can act on, least of all when it is
asking to run something.
Verified on the emulator against a real haiku session: one card, the
description, `grep -rn "needle" /tmp | head -3` highlighted, `timeout:
5000` pulled out, and "Allow Bash?" with its buttons inside the card --
then Allow, which resolved in place and ran.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
|
||
|
irisandClaude Opus 5
|
9f403cddab |
Render markdown, and stop wiping messages still waiting to be read
Two things, both about the transcript telling the truth about itself. Markdown is rendered rather than shown as its source. The parsing is mikepenz/multiplatform-markdown-renderer, not something written here: markdown is somebody else's specification, and a hand-written subset of one disagrees with it at the edges, which is where the bug reports come from. `Markdown.kt` is only the mapping onto this app's palette, so code, links and rules take the Catppuccin values the rest of the app uses rather than the renderer's defaults. The queued-message list was cleared wholesale whenever a turn ended. But the backend holds a queue of its own and takes one message per turn, so a turn ending is precisely the moment the *rest* are still waiting -- the bubbles vanished while the messages were on their way, which reads as everything after the first having been dropped. Now a held message leaves the list exactly two ways: the session reads it, which arrives as a UserMessage, or its send failed and there is nothing to wait for. Measured first, because the report was that the backend dropped them: three messages sent behind one long turn were all delivered in order (ONE, TWO, THREE) against current main, so the loss was in the display. Verified on the emulator: headings, emphasis, inline code, nested lists, a quote bar, a fenced block, a rule and a link all render, and the three queued messages sit through their turn. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> |
||
|
irisandClaude Opus 5
|
19e3525131 |
Say what continuing a session will cost, not just how big it is
The import list reported a file size, which predicts the wrong thing. Most
of a large transcript is history from before a compaction, and the model is
not given it again: of the 133 MB session behind the 2026-08-29 incident,
99% of the bytes sat before its last compaction summary.
So each row now carries the tokens the model was actually holding at the
last turn -- the input side of the most recent assistant message's usage,
prompt plus both cache figures, which the CLI records itself rather than
anything inferred from the file. The two disagree in exactly the way that
makes the size misleading. Measured on this machine: `ai-app` is an 80 MB
file with 150k of context, while `ai-app-backup` is 3 MB with 481k. The
smaller file is the more expensive one to continue.
Absent rather than zero when no turn has recorded usage, since a session
with no turns has no figure rather than a figure of none.
The row is three lines instead of one run of separators:
path cut at the head, keeping the tail, and the only thing here that
is cut -- one long value with no natural break, where the lines
below it are short enough to wrap
stats named, context, lines, size
warning only when there is one, in the warning colour
The warning gets its own line and its own colour because it differs in kind
from the stats rather than in degree: those describe the session, it says
whether taking it is safe at all. Colour makes it findable, the words make
it actionable -- "open somewhere else" and "we could not check" are not
distinguishable by shade.
Titles no longer ellipse either; they wrap.
Looked at on the emulator rather than reasoned about, including the states
that are not the default: a long path truncating, a row with no warning,
and a row with no context figure.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8
|
||
|
irisandClaude Opus 5
|
c1a468432d |
Read a session's transcript once at launch, not twice
Reading the last status back from the transcript -- added so a restart stops claiming an exited session is idle -- walked the whole file a second time, after `Transcript::open` had just walked it for the sequence number. Both answers are wanted at the same moment by the same caller, so the cost was paid per session at exactly the point a restart is trying to be quick. `Transcript::open` now finds both in its one pass and reports the status it saw. The free function goes; a transcript knowing what it last recorded is where that belongs anyway. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8 |
||
|
irisandClaude Opus 5
|
3a74bd9c35 |
Make the process record survive a crash mid-write
Reviewing the reattach code found the fault it exists to prevent, sitting in its own save point. `process::write` used `fs::write`, which truncates before it fills. A crash inside that window leaves no readable record -- and a missing record reads as "nothing is running", which is the single answer that makes the next launch start a *second* CLI against a conversation that already has one. The window is not rare: the record is rewritten on every read that makes progress, so many times a second while a turn is producing output. Written to a neighbouring file and renamed over the real name now. The rename is atomic, so a reader sees the whole old record or the whole new one. That also makes the fixed-size padding pointless -- a rename replaces the file rather than overwriting part of it -- so it goes. Two more from the same pass: - A failed read of the stdout log was logged and nothing else. The session then went deaf with nothing on screen: no more output, no error, a status that stayed wherever it was. It now says so, closes the queue rather than stranding messages in it, and reports `Unknown` -- not `Exited`, because the process may well still be running; what failed is this server's ability to hear it. - Sizing the stderr log by reading it. `read_from` with a large offset answers "how long is it" by allocating the whole file first, which on a chatty process is a large pointless read on every reattach. `size_of` asks the filesystem. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8 |
||
|
irisandClaude Opus 5
|
d7c692a4ec |
Show a replayed session's images instead of dropping them
An imported session showed no screenshots. `text_of` kept only `text` blocks, so every image in the replayed tail was silently discarded -- while the *live* translator has always saved them into the session's `files/` and referenced them. Two readings of the same records, and the one used for history was the lesser. `save_image` moves out of `Translator` to a free function both paths call, since the naming scheme for that directory should exist once. `events_from` now takes the session directory to write into, which means the conversion has to happen where that directory exists -- so `Seed` carries the raw JSONL and `launch` turns it into events, rather than `routes` doing it before the session is created. Costs nothing in tokens, which is the point worth recording: this writes into ai-app's own session directory and the phone fetches a reference only when it draws one. Nothing here is ever written to the CLI's stdin -- it reads its own session file, and the only things this app sends it are typed messages, control requests and `/compact`. Verified against the 133 MB session behind the 2026-08-29 incident: 45 images in the replayed tail, written as real PNGs and served over the files route, with the transcript itself staying at 756 KB of references. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8 |
||
|
irisandClaude Opus 5
|
d96bc041a7 |
Say how big a session is before it is imported
The import list reported a line count, which is the wrong axis: these transcripts embed screenshots as base64, so one line can be a megabyte. On this machine a 69 MB session has 3,427 lines while a 44 MB one has 6,792 — the number on the row said nothing about what continuing the session would cost, and size is the only thing there that predicts it. The session behind the 2026-08-29 incident was 65 MB across 13,000 lines, a line count that looks unremarkable. Shown beside the line count rather than instead of it, since a short file of long lines is exactly the expensive case. Not warned about and not marked: importing a large session is a choice somebody is entitled to make, and flagging it would be the interface nagging about a decision already taken. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8 |
||
|
irisandClaude Opus 5
|
362d436d4f |
Let sessions outlive the backend, and never resume one twice
Three `claude` processes ended up running against this checkout on 2026-08-29, and the account hit its session limit. One cause, several ways in. An agent imported the Claude Code session it was *itself* running in. That is an ordinary import, and importing runs `--resume` -- so a second CLI attached to a file the first was still writing. The whole 65 MB conversation, 154 embedded screenshots included, was re-appended to the transcript under a new prompt id; both copies then read each other's writes as work done elsewhere, and the adopted one was billed for re-reading all of it. Meanwhile `shutdown_all` asked each session to stop and the process exited immediately, so the SIGKILL timer died with the runtime, the stop was unreliable, and whatever survived was orphaned with nothing written down to find it by. The processes leaked either way. So leak them on purpose, and be able to pick them back up. A session's process now outlives the backend and is adopted again on the way up, which is worth having for its own sake: restarting the server no longer ends a turn somebody is waiting on. Its stdio lives in the session directory -- a fifo opened read-write so the process is its own last writer and never reads EOF, plus stdout/stderr logs read from a byte offset. `session::process` records the pid *and* the kernel's start time for it, because a pid alone is reused and adopting a stranger's would mean never resuming the real conversation. That makes the fix structural rather than a check: everything goes through `ClaudeDriver::launch`, which adopts if it can and starts if it cannot, and `--resume` is reachable only on the second path. `Driver` gains two ways out where it had one -- `detach` (coming back) and `stop` (the session is being deleted, so the process must not survive). Importing a session that is open is now refused outright. Claude Code keeps `~/.claude/sessions/<pid>.json` for every live session, so this is a measurement rather than a guess; it reports no/yes/unknown, because a machine that keeps no such record cannot answer and "could not check" is not "nobody is using it". `SessionStatus` gains `Unknown` for the same reason. Also here, found on the way: - A reconnecting phone was sent the entire backlog. Opening a session was bounded to a page but reconnecting was not, so a long disconnect delivered thousands of events one frame at a time. Past `CATCH_UP_LIMIT` the stream sends a `reset` frame and the newest window, and the client rebuilds from it as it does on open -- without the reset the window is spliced onto rows no longer adjacent to it. - A session's status was assumed idle at launch. Read from the transcript instead, so a restart stops claiming an exited session is waiting for you. - `llama-server`'s stdout was piped and never drained, so a chatty one blocked on a full pipe buffer mid-load. It goes to a log now. - A turn that exited or errored never emitted `Idle`, so the queue stayed "running" for good: every later message was held forever and, since a message is only recorded when taken, vanished with nothing on screen. - Two doc comments had drifted onto the wrong functions. Verified by killing the server mid-turn: the process survived, finished its turn unattended (12.8 KB of output nothing was reading), and the restarted server adopted it -- one process, all 700 lines in the transcript, no hole, and it still took a new message afterwards. Deleting a session stops its process; a 266-event backlog resets while a 16-event one streams. 46 tests, clippy and rustfmt clean, app compiles and lints. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01VETa8afmpWaYezLCqJhDB8 |
||
|
iris
|
dcb158ee44 |
Fetch the transcript instead of replaying it one event at a time
**The five seconds of loading top-down.** Opening a session subscribed to the event stream from sequence zero, so the backlog arrived as one SSE frame per event -- 864 of them for an imported conversation, rendered as they landed. That is not a slow list; it is a conversation being replayed at network speed, and it looks like loading from the top because it is. The newest page now comes as one request, and the stream starts from where that page ended, carrying live events only -- which is what a stream is good at. Scrolling back fetches the page before it, so history costs something only when somebody actually reads it. 80 events instead of 864, and the first frame is already the end of the conversation. I had called this fixed after anchoring the list at the bottom, on the strength of an emulator on the same machine as the server. That test could not have shown the problem: the whole backlog arrived in one frame's worth of time over loopback. Iris's phone, over a tunnel, took five seconds. **Send disappearing while running.** It was never conditional -- the row simply ran out of width. A Row hands out intrinsic widths in order and clips the overflow, so when Stop appeared the pickers I had added pushed Send off the screen: the app's central control, gone at exactly the moment the app is most in use. The settings now share what is left after the actions have taken what they need. While a turn is in flight the button says **Queue**, because that is what sending then does -- the message is injected at the next tool boundary rather than starting a turn of its own. The backend has always done this; the button was describing something else. **And the model picker no longer dismisses the keyboard**, which it did by taking focus. Changing the model mid-sentence is an aside, not a departure from what you were typing. Verified on the 864-event import: at the newest message within a second, history paging back continuously past the first page, and Stop beside Queue while running. |
||
|
iris
|
3f8805a610 |
Say which kind of delete this is, and stop offering what is already open
**Deleting was one word for two different acts.** An imported session's real transcript belongs to Claude Code and outlives anything this app does, so removing it here undoes a view. A session started here has no copy anywhere, and removing it ends the conversation. The dialog warned "this can't be undone" of both, which makes the warning worthless on the one where it is true -- and frightening on the one where it is not, since what it actually deletes is a cache of a conversation still sitting on the machine. Sessions now report whether they were imported, and the dialog says which act this is. No new mechanism: the soft delete already existed, it was just indistinguishable from the hard one. **And a session already open here is no longer offered for import.** Importing one twice would leave two `--resume` processes appending to the same transcript, each seeing the other's writes as work done elsewhere and replaying them -- both sessions then showing a conversation neither is having. The route refuses it as well, so the rule holds for anything not going through the app. Left out of the list rather than shown and disabled. The usual argument says absence is ambiguous, and it is wrong here: an imported session has not disappeared, it has moved to the session list, which is where it now belongs. Absence means "already somewhere you can reach it". Deleting the app's copy puts it straight back -- verified: 68 offered, 67 after importing one, 68 again after the soft delete, which is also the clearest demonstration that a soft delete keeps the conversation. |
||
|
iris
|
a9ea84c96c |
Stop choosing a model, and keep an imported session up to date
**Why the model became fable.** `spawn_session` fell back to the
provider's first listed model when none was given. That list is a shortcut
for the spawn screen, written in whatever order somebody typed it, and its
first entry is `fable` -- so every session spawned without a model, which
is every import, silently became a fable session. It looked like a default
and was an artefact of list order. Absent now means absent: no `--model`
flag, and the CLI uses whatever the person configured for themselves.
**Model and permission mode are now visible and changeable** from the
session, as buttons that read as their current value rather than labels
beside one. The mode was spawn-only; the CLI turns out to accept
`control_request{subtype:set_permission_mode}` and echo the mode back,
probed against 2.1.237 the same way the rest of the protocol record was.
Both default to `auto` -- on a phone every ask is a round trip to a
question card, which is how "allow Bash?" became the most-answered
question in the app.
The mode is reported by the API so the picker shows what the session is
actually set to, and it is kept in the live session beside the model for
the reason the model already was: `meta` is the shape a session was
*launched* with, so reporting from it shows the value a change replaced.
**And an imported session keeps itself level with its source file**, so
work done at a terminal arrives without a button. `--resume` appends to
the same transcript rather than forking -- measured, not assumed -- so the
only hard question is which new lines came from here.
Answered by counting the events this session has recorded. Status is the
obvious signal and is wrong, which cost a round trip to find: a turn that
starts and finishes between two polls reads as idle at both, so its output
is replayed on top of itself. It showed up on screen as `donedone`, and
only because the reply was one word -- with a longer answer it would have
looked like the model repeating itself.
Verified against both halves: text appended to the source file the way a
terminal writes it appears within one interval, and a message sent through
the app appears exactly once, before and after a turn.
|
||
|
iris
|
233689ced6 |
Name a session in the import list, and let one be deleted
Three things about finding a session in a list of seventy, and one about getting rid of it. **A name beats anything inferred.** `/rename` appends a `custom-title` record, so if somebody has said what a session is, that is the row. Eleven of the seventy here turned out to be named already and none of it showed. **Otherwise the last thing said, not the first.** The question this list answers is "which one was I just in", and a session's opening line is the least distinctive thing about it -- several of these begin with the same slash command. Finding that last message took three tries, and the two wrong ones are worth recording because they failed in opposite directions. Grepping the user record type caught tool results, which are *also* user records -- so a session that ended mid-tool showed a tail of empty records and a row saying nothing was said, when plenty had been. Narrowing to a string `content` fixed those two and broke twenty others, because a message carrying an attachment stores its text in a list. Excluding `tool_use_id` keeps both shapes of a real message and drops the one that is not: seven rows still have nothing to show, and those are sessions that really are empty. **Sorted by when it was last used**, and the time is on the row. Naming was tried as the first sort key and is a worse list -- it buries what somebody was just doing under everything they ever named. A name is for recognising a row, not for ordering it, so it stays as the title and as a word beside it. **And a session can be deleted**, which is asked before it is done. The transcript *is* the session, so this ends any chance of resuming that conversation, and the dialog says exactly that rather than "are you sure?". Deletion resolves the id against what the machine reported, like importing, so no path crosses the wire in either direction. Looked at on the emulator, including the dialog -- which is where the delete button turned out to be missing entirely after a patch that compiled fine, and where the row layout got its second look. |
||
|
iris
|
6bbc829a3e |
Import a Claude Code session the machine already has
Claude Code keeps every session as JSONL under `~/.claude/projects/`, and the CLI continues one with `--resume <id>`. `claude.rs` already resumes whenever it finds a resume token in the session directory, for crash recovery -- so importing is that same path with the token written before the driver starts, and there is deliberately no second way to begin a session. The seed goes through `launch` with the ordinary spawn, so the driver never learns which kind it got. Two things the machine answers and the phone does not. **Which sessions exist.** One command per setup rather than one per file, for the reason discovery already gives: over ssh each would be its own connection. Titles come from the first few user records rather than the first, because a session opens with records the CLI injected -- slash commands, caveats around local command output -- which are stored as ordinary user records without the meta flag, so titling by "first user record" produced a list where most rows read `<command-name>/clear`. **Which file an id names.** The phone sends an id and never a path; the server looks it up again among the sessions it enumerated. An enrolled token must not be able to turn a spawn into "read me this file", which is the same rule that keeps a provider's command out of `POST /setups`. Only the tail is replayed. The imported conversation is for reading -- continuing it is the CLI's job, and it reads the whole file itself -- so this is a display budget, and it has to be one: the session this was written in is 39 MB, and all of it would otherwise cross a tunnel to a phone. A recorded working directory can outlive itself, which this found immediately: every session from before the checkouts moved to `~/repos` still records `~/host/repos/...`. Resuming into one fails at `cd` before the CLI starts -- a confusing way to meet a feature whose promise is "carry on where you left off" -- so the directory is checked, and a missing one is dropped with a log line naming it rather than being passed on to fail. Verified against this very session: 905 events replayed from the tail (351 tool calls, 350 results, 185 assistant messages, 19 mine), the resume token pointing at its id, and the stale directory reported and dropped. The list was read on the emulator, where the top row is that session under its opening sentence. |
||
|
iris
|
2a1bc84c1e |
Expand a leading ~, and say what the failing command said
Three things, two of which are the same failure seen from opposite ends. **A working directory of `~/repos/ai-app` never worked.** Everything crossing to the remote side is single-quoted, which is right for paths, model names and prompts alike -- unquoted they would be shell syntax rather than data. It is wrong for exactly one character: `~` means "expand me", and quoting is what stops expansion. So the remote shell was handed the literal four-character directory `~` and correctly said it did not exist, which reads as the path being wrong rather than the quoting. Paths now go through `quote_path`, which emits `"$HOME"` for a leading `~/` and single-quotes the rest. The variable expands, the expansion is not re-split or globbed because it is double-quoted, and nothing after it gains a meaning -- there is a test that pushes a quote-and-semicolon injection through the tilde branch and gets back one absurd path rather than three commands. `$HOME` is set by every shell this can land in, so this does not depend on the remote side being POSIX; verified by running the generated script under both sh and fish, which is what the dev VM actually uses. **The phone could not have told you any of that.** The exit report kept the last line of stderr, and a shell's error message ends with a blank line -- so the last line was empty, the report was a bare exit status, and the seven lines of fish complaining sat in the server's log where nobody holding a phone is looking. It now keeps the last 50 lines in a ring and reports them with blank lines trimmed from both ends. The tests use the real fish `cd` failure as their fixture. **The status bar was unreadable.** `isAppearanceLightStatusBars` was hardcoded to `true` -- dark icons -- which was right against the default light surface and wrong the moment the app wore Mocha. It now asks the scheme's own background for its luminance, so changing the palette cannot reintroduce it. **And the address field takes `user@host:port`.** One field rather than two, because that is how an address is written everywhere else and a port that is nearly always 22 does not deserve its own box on a phone keyboard. Absent means absent rather than 22: the backend already decides that default, and writing it here would be a second answer in a second place. A colon only means "port" when it can -- brackets for IPv6 as ssh writes them, otherwise exactly one colon followed by digits. Looked at on the emulator: the status bar, and the form, whose label I then shortened because it wrapped onto a second line and made that field taller than the two beside it. |
||
|
iris
|
4370c467ca |
Discover this machine's providers instead of asserting them
A fresh install wrote a `claude-cli` provider into the local setup unconditionally. Nothing looked for `claude`; the list was hardcoded in `Config::seed`, so on any machine without it -- which is every machine but the dev VM -- the phone was offered a provider that cannot spawn, stated with exactly the confidence of one that had been checked. Discovery already existed and was already right: `setups::discover` probes with `command -v` over the transport, includes echo for the local one because it runs in-process, and records the resolved path rather than the bare name. Only the local setup skipped it, which is the one place the answer felt obvious enough not to ask. So `seed` now takes the providers it is given, and seeding asks this machine the same question it asks any other. It moved out of `SessionManager::new` into an awaited step in main, because asking is I/O and a constructor that quietly spawns a subprocess surprises every caller. A discovery that fails seeds `echo` alone and says so, since echo is true wherever this server runs -- falling back to the hardcoded list would be the same bug with an extra step. The test that covered this agreed with the bug, because both were written from the same assumption: it asserted the seed contains `claude-cli`. It now asserts the opposite -- that the seed invents nothing -- and the session tests seed echo explicitly rather than relying on a constructor that would make them pass or fail on whether `claude` happens to be installed on whoever runs them. Verified by running a server on a PATH holding only `sh`: it seeds `echo` alone. With claude and llama-server present it finds both. 34 tests. |
||
|
iris
|
aa05ff9336 |
Take the link from wg-app-link instead of keeping a second copy
The five modules underneath this backend that were never about AI sessions -- the pinned CA and leaf, QR enrollment and the bearer token, wg0 binding and the certificate's SANs, owner-only files, and the RON house rules -- were written twice, once here and once in dev-updater, and had drifted. They now come from the submodule, as a path dependency so both projects stay locked to one commit. What stayed is what makes this project itself: the routes, the drivers, the config schema, and the auth middleware, which is generic over this server's state. Sharing a transport is worth doing; sharing an API would mean inventing a vocabulary neither project wants. Four dependencies go with the code -- rcgen, qrcode, subtle and if-addrs are no longer named here at all -- and the three that remain are now described by what still uses them rather than by what used to. Verified by running it, not only by building: a fresh server generates its CA, prints an `aiapp://enroll` QR with the scheme now passed as a parameter, covers 127.0.0.1, 10.0.2.2 and wg0's 10.66.0.1 in the leaf, answers an enrolled token and returns 401 without one, and writes config.ron in the house rules with every file owner-only. 36 tests pass, clippy is silent, rustfmt is clean. |
||
|
irisandClaude Opus 5
|
6187958de3 |
Let a llama session actually be started from the phone
The driver worked and the models could be downloaded, but the spawn screen had no idea llama.cpp existed: the model field and every extra setting were gated behind `isClaude`, so a llama provider offered nothing, `model` arrived null, and the driver refused with "a llama.cpp session needs a model". The feature was reachable only by curl, which is not what was asked for. A llama provider now gets the models this backend has downloaded, as a picker rather than free text -- there is nothing sensible to type, and a name that is not on disk is a session that cannot start. Context size and temperature are there too, blank meaning llama.cpp's own default rather than a zero. Spawn stays disabled until a model is chosen, because without one the button could only fail. **Two bugs that only appeared by pressing the button**, both mine, both from changing the server without re-driving the app: - The app sent the setup's *label* where the server had started resolving by *id*. The failure was almost self-diagnosing -- `no setup named "this machine" -- configured: this machine` -- and that message now says "no setup with id" and lists ids, since listing labels was what made it read as a contradiction. - The session header showed `on local`, the id, because the app read `setup` where the server had begun sending both `setup` (id) and `setupName` (label). The app now carries only the label: nothing in it addresses a setup, and holding both is what let it show the wrong one. Verified by doing it: rediscovered the local machine from the phone so `local-llama` appeared, spawned a session on Qwen3-0.6B-Q8_0 with a 4096 context, sent "Reply with exactly one word: ready", and it replied "ready" with 125 tokens counted. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_017xn8nHw1tw1R6PtiY1eEtw |
||
|
irisandClaude Opus 5
|
19e3531c5d |
Add, rename and remove machines from the phone -- without letting it name commands
The gap PLAN.md recorded: setups were readable but only hand-editable, so
adding a machine meant a shell on the backend.
**The design decision, made with Bryan, is that the phone never composes a
command.** A setup carries providers, and a provider carries something to
run -- so a route that accepted a command from the request body would make
the enrolled token arbitrary code execution on every machine a setup names,
and the transport already reaches those over ssh. Instead the phone sends
connection details, and the server asks the machine itself what it has:
one `command -v` round trip per setup, matched against a table of the
drivers this server knows. The phone's authority is "add this machine",
never "run this".
Worth recording that this was a narrower change than it first appeared: the
token could already run anything on the backend, because the spawn screen
offers `bypassPermissions` with a free-text working directory. Discovery
does not close that door. What it does is keep the *list of what can run*
out of the phone's reach, and make adding a machine a thing you cannot get
wrong by typing.
It is also simply better to use. Nobody wants to type an absolute path on a
phone keyboard, and a machine whose binaries have moved answers correctly
on the next probe. The cost is that a program somewhere unusual is
invisible -- `command -v` follows PATH under a non-interactive ssh session,
which is not the PATH a person sees when they log in. That is the trade,
and the escape hatch is editing config.ron on the backend, which is exactly
the authority the phone is not being given.
Setups now have an **id separate from their label**, so renaming a machine
does not orphan the sessions that name it; a session stores the id, and
every row resolves the current label when it is built. `POST /setups/probe`
tries a machine without saving anything, so a wrong address or an
unauthorised key is caught while the form that caused it is still on
screen. Deleting is refused while sessions still run there, and says which
ones rather than cascading.
Every mutation goes through one `update`: clone, apply, save, then commit,
so a failed write leaves the previous state intact and reports why.
Verified against a running server, including a real ssh machine (this VM,
via a throwaway loopback key since removed): probing here found echo and
claude-cli; probing over ssh found claude-cli and correctly no echo, which
runs in-process and exists only where this server does; an unreachable
machine came back with ssh's own words ("connect to host ... Connection
timed out"); adding derived the id `loopback-vm` from "loopback vm";
renaming kept the id; deleting was refused while a session used it, naming
it, and succeeded once nothing did.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017xn8nHw1tw1R6PtiY1eEtw
|
||
|
irisandClaude Opus 5
|
ecac404fd4 |
A setup is a machine, and it carries what that machine can run
Providers and hosts were two independent lists, and a session named one of each. They were never independent: a provider only exists on a machine where that program is installed, so the spawn screen offered the whole cross-product, including "the Claude CLI on the box that hasn't got it". The picker could not know, because nothing in the model said. Now a setup is a machine -- optional ssh, plus the providers it has -- and spawning is two choices in order: pick a setup, then one of its providers. The impossible pairs stop being expressible rather than being validated against. Provider names are unique within a setup and only within one, so two machines can each have a `claude-cli`, which was previously either a name collision or two entries called things like "claude" and "claude on the vm". It also settles the "Run on" problem properly. That control was offered for every provider but honoured only by the Claude driver -- an echo session sent to a host ran locally and said otherwise. There is no such control now: the machine is chosen first, and echo is a provider of the setup with no ssh, where it belongs, since it runs in-process and has no transport to cross. The built-in echo provider is gone as a concept. It used to be conjured at read time and never written to the file, which meant a provider nobody could see or edit; it is now seeded into the config on first run alongside claude-cli. What the file says is what there is, and deleting it is a choice rather than a state to be repaired. A config in the old shape is refused with instructions rather than loaded. `Config` defaults unknown fields away, so `providers:` and `hosts:` would otherwise have vanished into an empty config that was then seeded over -- a migration nobody would notice until their setups were gone. Verified against a running server and on the emulator: a fresh install seeds "this machine" with echo and claude-cli and the file reads cleanly; a two-setup config lists both with their own providers; spawning on a setup works and the session row names it; asking for a provider a setup lacks says which it offers, and an unknown setup says which exist. On the phone, selecting "dev vm" narrows the provider chips to that machine's one and shows its address. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_017xn8nHw1tw1R6PtiY1eEtw |
||
|
irisandClaude Opus 5
|
3deeffd1e7 |
Run GGUF models through llama-server, and stop orphaning them
The second half of the llama.cpp work: a session can now name a downloaded model and talk to it. `llama-server` is spawned through the same transport as any other driver, polled until the model is loaded, then driven over its OpenAI-compatible streaming endpoint and translated into the same events the Claude driver emits -- so the transcript, the SSE stream and the phone need to know nothing new. **The conversation is rebuilt from the transcript, not held in the driver.** llama-server is stateless between requests, so the whole history goes with every one, and the obvious place to keep it is a Vec in the driver. That fails the requirement: memory in a driver is invisible to a second device and gone on restart, and this app is meant to work across devices. Reading it back also means the model is prompted with exactly what the phone was shown -- including a reply that was interrupted half way, which is in the transcript because the deltas were already emitted. That leaves the Claude driver as the odd one out rather than this one: the CLI's memory of a conversation is a cache in front of the same transcript, not a second truth. Said so at the top of llama.rs, because it is the sort of inconsistency that gets "fixed" in the wrong direction. Session settings arrive as a driver-interpreted `params` map rather than new typed fields, so the shared schema does not grow one dialect's vocabulary. Context size, gpu layers and threads become server flags; temperature and the rest ride on each request, so changing them need not reload a model. **Also fixes an orphan this feature would have created.** Drivers set kill_on_drop, which covers a session being deleted -- but nothing drops on the way out of a SIGTERM, so signalling the server left its children running. For the Claude CLI that is untidy; for a llama-server holding a model it is gigabytes belonging to nobody. The server now stops its sessions on SIGTERM and SIGINT. Found by killing a test server and noticing two 600 MB processes still resident. Remote llama sessions are refused rather than half-working: the model is reached over HTTP, and forwarding that port to an ssh host is the "reach this port" operation the transport does not have yet. Verified end to end against a real model: downloaded Qwen3-0.6B Q8_0 through the app's own download route, spawned a session on it, and held a two-turn conversation -- "my favourite colour is teal" then "what is my favourite colour?", answered "teal", which is the transcript replay doing its job. Token counts arrive. An earlier attempt with the IQ2_XXS quant produced fluent nonsense, which turned out to be the quantisation rather than the pipeline: llama-cli produces the same from that file directly. Four unit tests cover the fold and the path guard. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_017xn8nHw1tw1R6PtiY1eEtw |
||
|
irisandClaude Opus 5
|
4cdcbd204a |
Put the transport above the drivers instead of inside one
ClaudeDriver::spawn called ssh::command itself, so a translator whose job is a wire format also knew how sessions reach other machines, and every future driver would have had to remember the same. It now emits a `Launch` -- program, arguments, working directory -- and hands it to a `Transport` the manager chose from the session's host. This is the inversion Bryan asked for, and it pays for itself immediately in a place I had reported as a UI bug: "Run on" is offered for every provider but only the Claude driver honoured it, so choosing a host for an echo session silently ran it locally. With the transport above the driver that cannot be written -- EchoDriver builds no Launch, so there is nothing to wrap and nothing to misreport. The picker still needs to stop offering it, but the code no longer lies underneath. crate::ssh keeps the quoting, the forced options and the remote script, with its tests; transport.rs only decides which of the two it is. The two failure messages move with it, since they are transport-specific -- a missing ssh client here is a different thing to check than a program missing from a remote PATH. Noted in transport.rs rather than built, because nothing needs it yet: a remote llama-server is spawned as a process but spoken to over HTTP, so a transport eventually needs "reach this port" as well as "run this". Verified: cargo test (35), clippy, fmt. Nothing outside transport.rs mentions ssh now. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_017xn8nHw1tw1R6PtiY1eEtw |
||
|
irisandClaude Opus 5
|
4e760a4a72 |
Separate the Claude dialect from the Claude process
claude.rs held two things that change for unrelated reasons. One spawns the CLI, resumes it with --resume after a crash, writes lines to it and shuts it down; the other turns a stream-json line into common events. A CLI wire format change touches only the second, a change to how sessions are launched only the first, and at 830 lines a reader had to work out which half they were in. So the translator, the pending-request bookkeeping and the answer outcome move to session/claude/translate.rs, and all twelve tests go with them -- every one was already a translation test, replaying recorded lines with no process involved, which is the clearest evidence the seam was already there. 366 lines and 628, from 830 plus tests in one file. Pure code motion: no behaviour, no renames, and the only edits are the visibility the split makes necessary. The probing record stays in the driver file, since it is the provenance for both halves -- the flags are that file's, the message catalogue is what translate implements. Verified: 35 tests pass (the same 35), clippy clean, fmt clean, and cargo doc resolves with broken_intra_doc_links denied. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_017xn8nHw1tw1R6PtiY1eEtw |
||
|
irisandClaude Opus 5
|
c12ab7f098 |
Take rustfmt's defaults
The code was hand-formatted -- close to rustfmt's output but not it, mostly in keeping chains and call arguments on one line where the formatter would break them. That is a per-line decision every future change has to make again, and reproducing it would mean a config whose only job is to preserve how the code already looks. So this is `cargo fmt` at its defaults, with no rustfmt.toml, which is where the sibling dev-updater checkout already sits: it is clean at the defaults today, so the two repos now agree on layout without either of them configuring it. Formatting only -- no behaviour, no renames, nothing reordered. Verified after: cargo test (35 pass), cargo clippy --all-targets clean, cargo fmt --check clean. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_017xn8nHw1tw1R6PtiY1eEtw |
||
|
irisandClaude Opus 5
|
19de699bfa |
Follow dev-updater's own config to RON
The same move, for the same reason: this file is written and read by hand, and JSON has no comments to say why a host is configured the way it is. Both house rules come across with it, in config.rs's `format` module and nowhere else -- a file is the *body* of the config, so no outer parentheses and nothing indented for them, and `Some` is implicit, which is what makes `skip_serializing_if` on every optional field load-bearing rather than tidiness. The switch is outright: there is no reader for the old format. That is invisible everywhere except here, because this file holds the enrolled token hashes -- starting empty leaves the phone unable to talk to the server and looks, from the phone, like the config having been lost. So a config.json left beside the new file is named in the log and left alone, rather than read or deleted. One wart, documented at DriverKind: the kebab-case spelling is the string the phone compares against, so it stays, and the file pays for it with `kind: r#claude-cli` -- a hyphen is not a RON identifier. Renaming the variant would change what an already-installed build is talking to. Verified: cargo test, cargo clippy --all-targets, and a real start against a scratch state directory -- a hand-typed config with comments and a bare `port: 2222` loads, and what the server writes back sits at column 0 with no Some(...) in it. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_017xn8nHw1tw1R6PtiY1eEtw |