fix(cli): check again that the app is free when a polled turn starts by Thanatos9404 · Pull Request #657 · EvoScientist/EvoScientist

Thanatos9404 · 2026-10-18T11:19:29Z

Description

The TUI's queue poll starts two kinds of turns on its own: channel messages and the notifications for finished background work. It checks that the app is free when it schedules the turn, but the turn starts later, as a callback on the app's message pump, and it did not check again. Input handled in between (Enter, a slash command) could take the app first, and the polled turn then ran next to it.

This adds the check at the step where each of these turns takes the app, along the lines the issue suggests:

_process_channel_message: if the app is taken, the app holds the message and the turn returns before it claims the request; a later poll starts it before anything on the queue. Otherwise it takes the app in the same step: there is no await between the check and self._busy = True.
_consume_notifications_tui: returns at once when the app is taken, before it drains anything, so the notifications stay queued.
_inject_notification_tui: unchanged. The poll starts the notifier through a callback that Textual awaits, so the notifier holds the message pump from the check above until _own_app, and no input can take the app in between. If the pump hold goes away (the first "related" item in the issue), it needs a check of its own again, with a test that schedules the notifier the way the poll does.

Nothing changes on the release side: a turn that finds the app taken never took it, so it has nothing to give back, and a turn that took it releases it in the same finally as before. Order is kept: a held channel message starts before the queue, and the poll leaves the queue alone while the app is taken and takes nothing more until a turn it scheduled has started.

For three of the four cases in the issue: a channel message no longer starts next to a notifier turn that took the app during its batch wait; a notifier scheduled before Enter returns without touching the typed turn's handle, so Ctrl+C stops the typed turn and the notification runs after it; and a channel turn no longer starts under a slash command, so its end cannot clear the busy flag the command holds. The third case (Ctrl+C during the batch wait drops the notification) is unchanged: the key waits on the pump hold, then stops the notifier turn before it starts, so it belongs with the first related item.

I left the two "related" items as they are (keys held during a channel turn because Textual awaits the callback, and input typed during a channel turn waiting for the next foreground turn): they change how channel turns run on the pump, so they seem better as a separate change.

Part of #631

Tests

New tests/test_tui_poll_turns.py, on the real TUI with Textual's pilot. A fake gateway holds each run until the test ends it and records the most runs going at once. The tests call _poll_channel_queue themselves, as its timer would.

Enter handled after the poll scheduled a channel turn: the typed turn runs alone and keeps its handle; the message runs after it.
A slash command typed after the poll scheduled a channel turn: no channel run while the command holds the app, and the app stays taken. On main the channel turn ran and its end cleared the busy flag under the command.
Enter handled after the poll scheduled the notifier: the typed turn keeps its handle, Ctrl+C stops the typed turn, and the notification still gets its turn afterwards.
A channel message that arrives during the notifier's batch wait runs after the notifier turn, not next to it.
The poll has taken a channel message and a second one is queued when Enter takes the app: the first still runs before the second.
Two channel messages wait while the app is taken: a poll in between leaves them in order.
The poll ticks again before the channel turn it scheduled starts: it takes nothing more, so no message is overwritten or overtaken.
A randomised sequence (6 fixed seeds, 60 steps of up to three actions each): typed input and Ctrl+C go through the message pump as keys do, and poll ticks, channel messages, notifications and run ends come at random. It checks that no two runs go at once and that the channel messages run in the order they arrived. Locally I also ran it with 80 seeds with this change, and none had an overlap.

Results (Windows 11, Python 3.13):

On main, the four targeted tests fail, and 4 to 5 of the 6 seeds fail across runs (the random one depends on timing). The three ordering tests fail on the commit before the ordering fix (9aeaa49). With this change all 13 pass, in repeated runs. The test that acts during the notifier's batch wait widens it to 1 s, so a slow runner still lands inside it.
The TUI, CLI, channel and notifier test files (tests/test_tui_*.py, tests/test_goal_tui.py, tests/test_async_notifier.py, tests/test_cli_*.py, tests/test_channel_*.py): 821 tests, 820 passed; the one failure is test_cli_workspace_resolution.py::test_symlinked_start_folder_gives_one_spelling, which fails the same way on main on this machine (OSError: [WinError 1314] when the test creates a symlink).
uv run ruff check . and uv run ruff format --check .: passed.

Type of change

Checklist

I have read the Contributing Guidelines
This targets core functionality used by the majority of users (niche features belong in EvoSkills)
I have added/updated tests where applicable
uv run ruff check . passes
uv run pytest passes (the files above; the one failure is the symlink-permission one, which fails on main too)

Summary by CodeRabbit

Bug Fixes
- Channel messages and notifications now wait for the current interaction to finish instead of interrupting it.
- Notifications remain queued if the app becomes busy before they can be handled.
- Queued channel messages are processed in arrival order, preventing messages from being skipped or handled out of sequence.
- Repeated polling no longer pulls additional channel messages while a turn is waiting to start.

The queue poll checks that the app is free when it schedules a channel turn or the notifier, but the turn starts later, as a callback on the message pump. Input handled in between could take the app first, and the polled turn then ran next to it. Check again in the step where each of these turns takes the app. A channel message that finds the app taken goes back on the queue before its request is claimed; otherwise the turn takes the app in that same step. The notifier returns at once when the app is taken, and checks again right before it starts its turn, putting the batch back if the app was taken during its batch wait. Fixes EvoScientist#631

coderabbitai · 2026-10-18T11:19:50Z

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EvoScientist/cli/tui_interactive.py

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📝 Walkthrough

The TUI now tracks one scheduled channel turn and one held channel message. Polling pauses while a turn is scheduled, preserves message order, and defers channel or notification processing when another interaction makes the app busy. Tests cover these cases and randomized interleavings.

Changes: TUI poll turn serialization

Layer / File(s)	Summary
Defer poll-scheduled turns `EvoScientist/cli/tui_interactive.py`	The poller tracks scheduled turns, prioritizes a held channel message, and avoids overlapping dispatch. Channel processing holds a message if the app becomes busy before the turn starts. Notification processing leaves notifications queued when the app becomes busy.
Verify deferred turns `tests/test_tui_poll_turns.py`	Tests cover foreground-turn precedence, notification and channel-message ordering, repeated polls, randomized interleavings, and a maximum concurrent run count of one.

Priority: ➖ Normal

Estimated code review effort: 3 (Moderate) | ~20 minutes

Change: Bug fix

Sequence Diagram(s)

sequenceDiagram
  participant Poll as TUI poll
  participant App as TUI app
  participant Channel as Channel processing
  participant Notifier as Notification processing
  Poll->>Channel: Schedule one channel turn
  Poll->>Notifier: Schedule notification consumption
  App->>App: Start foreground interaction
  Channel->>App: Recheck busy state
  Channel->>Poll: Hold channel message if busy
  Notifier->>Poll: Leave notifications queued if busy
  App->>Channel: Start held channel turn after becoming idle

Suggested reviewers: jfilipiuk, x-izhang

Merge Risk: ⚪ Minimal · up to ed408

No actionable risk from this change is established. It is mergeable after normal checks; the separately identified notifier-interruption and channel-turn input issues remain outside this change.

Pre-merge checks: 4 · 1

Failed checks: 1 warning

Check name	Status	Explanation	Resolution
Docstring Coverage		Docstring coverage is 48.28% which is insufficient. The required threshold is 80.00%. Docstring coverage is scoped to functions touched by this diff. Analyzed 29 functions across 2 files.	Write docstrings for the functions missing them to satisfy the coverage threshold.

Passed checks: 4 passed

Check name	Status	Explanation
Description Check		Check skipped - CodeRabbit’s high-level summary is enabled.
Title check		The title clearly and concisely describes the main change: rechecking app availability when a polled turn starts.
Linked Issues check		Check skipped because no linked issues were found for this pull request.
Out of Scope Changes check		Check skipped because no linked issues were found for this pull request.

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Actionable comments posted: 2

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Inline comments:
Review comments at @EvoScientist/cli/tui_interactive.py:
- Line 3252: Update the deferral path using _message_queue so a deferred message
stays ahead of later arrivals and channel messages retain their original order;
add a test that queues two messages and verifies the first is processed first
after typed input interrupts polling.
- Around line 1372-1377: Update the busy-path restoration in
`_inject_notification_tui` to preserve FIFO order when notifications arrive
after the batch is drained: drain the pending notifications for the same target
thread, then restore the original batch followed by those newly pending
notifications. Use `drain_notifications` and the existing thread ID fallback so
newer notifications are not delivered ahead of the batch.

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EvoScientist/cli/tui_interactive.py
tests/test_tui_poll_turns.py

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A channel message whose turn found the app taken went back to the end of the queue, behind any message that arrived since, and a poll that found the app taken did the same with the message it took, so waiting messages swapped places on every such poll. If the first was /new, the next one ran in the old thread. The app now holds such a message and starts it before anything on the queue, the poll leaves the queue alone while the app is taken, and at most one message is off the queue and not started at a time, so the held one cannot be overtaken or lost. A notification batch that goes back because the app was taken before its turn started now goes back ahead of the notifications queued after the notifier's last drain, so the next notifier turn lists them in order.

din0s · 2026-10-19T14:36:22Z

Thanks for the PR @Thanatos9404!

The code looks good, but there are a few leftovers open from #631:

Ctrl+C during the notifier's batch wait cancels it before it reaches the model, and the notification is lost.
Keys are not handled during a channel turn: the poll starts it through a callback that Textual awaits, so the message pump is held for the whole turn.
Input typed during a channel turn is not sent when that turn ends; it waits for the end of the next foreground turn.

I'm fine with merging this as-is, since as you said these change how channel turns run and fit better in a separate PR. In that case, please change "Fixes #631" to "Part of #631" in the description, so #631 stays open for them. Or you could include these fixes here and merge when they fully cover #631. Up to you.

X-iZhang

Thanks for this, and for the randomised test that sends keys through the message pump. One change suggested inline in EvoScientist/cli/tui_interactive.py (_inject_notification_tui), with its follow-ups in tests/test_tui_poll_turns.py and a docstring fix there. If you take it, please also update the _inject_notification_tui bullet in the PR description.

X-iZhang · 2026-10-19T14:39:36Z

    consume_notifications,
+    drain_notifications,


Unused once the branch in _inject_notification_tui goes.

Suggested change

consume_notifications,

drain_notifications,

consume_notifications,

X-iZhang · 2026-10-19T14:39:37Z

    enqueue_completions_from_state_throttled,
+    enqueue_task_notification,


Unused once the branch in _inject_notification_tui goes.

Suggested change

enqueue_completions_from_state_throttled,

enqueue_task_notification,

enqueue_completions_from_state_throttled,

X-iZhang · 2026-10-19T14:39:37Z

            """
+            if self._busy:
+                # Taken during the batch wait: put the batch back for a later
+                # poll instead of running a second turn next to that one, ahead
+                # of what arrived after the last drain, so it keeps its place.
+                for notif in [*notifs, *drain_notifications(target_thread_id)]:
+                    enqueue_task_notification(notif)
+                return


This branch cannot run today. The poll starts the notifier with call_later(lambda: asyncio.ensure_future(...)), and Textual awaits the task the callback returns, so the app's message pump is held from the first drain, through the batch wait and the state read, until _own_app. Enter, slash commands and Ctrl+C are all handled on that pump, and every other place that takes the app runs inside an owner that already held it when the check at the top of _consume_notifications_tui ran. With the real schedule (poll, then call_later) and the batch wait widened to 1 s, an Enter posted through the pump during the wait was handled only after the notifier turn had started, so it went to the typed queue and this branch was never entered. The two tests that cover it reach it only by running the consumer off the pump themselves.

It also hides a gap: with this branch in place, all 15 tests still pass when the check at the top of _consume_notifications_tui is removed, because this branch puts the batch back afterwards. Without it, test_a_notifier_turn_waits_for_input_typed_before_it_starts fails whenever that check goes.

Suggestion: drop the branch, the two imports it alone uses and the two tests that start the consumer off the pump (suggested next to each). If you take on the pump-hold item from #631 in this PR, as din0s offered, the check becomes reachable; it would then need a test that schedules the notifier the way the poll does.

Suggested change

"""

if self._busy:

# Taken during the batch wait: put the batch back for a later

# poll instead of running a second turn next to that one, ahead

# of what arrived after the last drain, so it keeps its place.

for notif in [*notifs, *drain_notifications(target_thread_id)]:

enqueue_task_notification(notif)

return

"""

Thanks, applied in c2c6c46: the branch, the two imports only it used and the two tests that started the consumer off the pump are gone, and the _poll_until docstring now says it runs the poll in place of its timer. Without the branch, test_a_notifier_turn_waits_for_input_typed_before_it_starts fails whenever the check at the top of _consume_notifications_tui is removed (4 runs out of 4), and the 13 tests in the file and ruff pass.

I also updated the _inject_notification_tui bullet in the description, along with the test list and counts that changed with it.

X-iZhang · 2026-10-19T14:39:37Z

+
+
+async def _poll_until(app, condition, *, seconds: float = 10.0) -> None:
+    """Run the poll every 50 ms, as its timer does, until *condition* holds."""


The poll's timer ticks every 100 ms (set_interval(0.1, ...)); this helper runs it every 50 ms.

Suggested change

"""Run the poll every 50 ms, as its timer does, until *condition* holds."""

"""Run the poll in place of its timer, every 50 ms, until *condition* holds."""

X-iZhang · 2026-10-19T14:39:37Z

+            runs.finish_all()
+
+
+async def test_notifications_go_back_when_the_app_is_taken_during_the_batch_wait(
+    monkeypatch, workspace
+):
+    """Started off the message pump, the notifier lets Enter be handled during
+    its batch wait. The typed turn keeps the app, and the notifications get a
+    turn after it."""
+    # A wide batch wait, so a slow runner still acts inside it.
+    monkeypatch.setattr(async_notifier, "NOTIFICATION_BATCH_GRACE_SECONDS", 1.0)
+    runs = _Runs()
+    app = await _app(monkeypatch, workspace)
+    async with app.run_test(size=(100, 40)) as pilot:
+        try:
+            await pilot.pause()
+            _wire(app, workspace, runs)
+            tid = app._conversation_tid
+            _notification(app, "task-1")
+            app._notification_consuming = True  # as the poll sets it
+            consume = asyncio.ensure_future(app._consume_notifications_tui())
+            await _until(lambda: not has_pending_notifications(tid))
+            await _submit(app, "typed")  # taken during the batch wait
+            typed = app._run_task
+            await asyncio.wait_for(consume, timeout=10)
+            await asyncio.sleep(0.2)
+            assert runs.started == ["typed"]
+            assert app._run_task is typed
+            assert has_pending_notifications(tid)
+            assert not app._notification_consuming
+            runs.finish("typed")
+            await _poll_until(app, lambda: len(runs.started) == 2)
+            assert runs.started == ["typed", NOTICE]
+            runs.finish_all()
+            await _poll_until(app, lambda: _idle(app, runs))
+            assert runs.peak == 1
+        finally:
+            runs.finish_all()
+
+


Reaches the branch in _inject_notification_tui only by starting the consumer off the pump; it goes with that branch.

Suggested change

runs.finish_all()

async def test_notifications_go_back_when_the_app_is_taken_during_the_batch_wait(

monkeypatch, workspace

):

"""Started off the message pump, the notifier lets Enter be handled during

its batch wait. The typed turn keeps the app, and the notifications get a

turn after it."""

# A wide batch wait, so a slow runner still acts inside it.

monkeypatch.setattr(async_notifier, "NOTIFICATION_BATCH_GRACE_SECONDS", 1.0)

runs = _Runs()

app = await _app(monkeypatch, workspace)

async with app.run_test(size=(100, 40)) as pilot:

try:

await pilot.pause()

_wire(app, workspace, runs)

tid = app._conversation_tid

_notification(app, "task-1")

app._notification_consuming = True # as the poll sets it

consume = asyncio.ensure_future(app._consume_notifications_tui())

await _until(lambda: not has_pending_notifications(tid))

await _submit(app, "typed") # taken during the batch wait

typed = app._run_task

await asyncio.wait_for(consume, timeout=10)

await asyncio.sleep(0.2)

assert runs.started == ["typed"]

assert app._run_task is typed

assert has_pending_notifications(tid)

assert not app._notification_consuming

runs.finish("typed")

await _poll_until(app, lambda: len(runs.started) == 2)

assert runs.started == ["typed", NOTICE]

runs.finish_all()

await _poll_until(app, lambda: _idle(app, runs))

assert runs.peak == 1

finally:

runs.finish_all()

runs.finish_all()

X-iZhang · 2026-10-19T14:39:37Z

+            runs.finish_all()
+
+
+async def test_a_notification_batch_that_goes_back_stays_ahead_of_later_ones(
+    monkeypatch, workspace
+):
+    """A notification arrives after the notifier's last drain, and Enter takes
+    the app before the notifier turn starts. The batch goes back ahead of the
+    newer notification, so the next notifier turn lists them in order."""
+    runs = _Runs()
+    app = await _app(monkeypatch, workspace)
+    async with app.run_test(size=(100, 40)) as pilot:
+        try:
+            await pilot.pause()
+            _wire(app, workspace, runs)
+            tid = app._conversation_tid
+            read_state = app._read_async_tasks_tui
+            first_read = True
+
+            async def _read_while_more_arrive(target_thread_id):
+                nonlocal first_read
+                if first_read:
+                    # The state read follows the last drain.
+                    first_read = False
+                    _notification(app, "task-2")
+                    await _submit(app, "typed")
+                return await read_state(target_thread_id)
+
+            app._read_async_tasks_tui = _read_while_more_arrive
+            _notification(app, "task-1")
+            app._notification_consuming = True  # as the poll sets it
+            await asyncio.wait_for(app._consume_notifications_tui(), timeout=10)
+            await _until(lambda: runs.started)
+            assert runs.started == ["typed"]
+            assert has_pending_notifications(tid)
+            runs.finish("typed")
+            await _until(lambda: not app._busy and app._run_task is None)
+            await _poll_until(app, lambda: len(runs.started) == 2)
+            assert runs.started == ["typed", NOTICE]
+            notice = str(runs.gateway.requests[-1].message)
+            assert notice.index('"task-1"') < notice.index('"task-2"')
+            runs.finish_all()
+            await _poll_until(app, lambda: _idle(app, runs))
+            assert runs.peak == 1
+        finally:
+            runs.finish_all()
+
+


Same here: the consumer is awaited from the test task, which production never does.

Suggested change

runs.finish_all()

async def test_a_notification_batch_that_goes_back_stays_ahead_of_later_ones(

monkeypatch, workspace

):

"""A notification arrives after the notifier's last drain, and Enter takes

the app before the notifier turn starts. The batch goes back ahead of the

newer notification, so the next notifier turn lists them in order."""

runs = _Runs()

app = await _app(monkeypatch, workspace)

async with app.run_test(size=(100, 40)) as pilot:

try:

await pilot.pause()

_wire(app, workspace, runs)

tid = app._conversation_tid

read_state = app._read_async_tasks_tui

first_read = True

async def _read_while_more_arrive(target_thread_id):

nonlocal first_read

if first_read:

# The state read follows the last drain.

first_read = False

_notification(app, "task-2")

await _submit(app, "typed")

return await read_state(target_thread_id)

app._read_async_tasks_tui = _read_while_more_arrive

_notification(app, "task-1")

app._notification_consuming = True # as the poll sets it

await asyncio.wait_for(app._consume_notifications_tui(), timeout=10)

await _until(lambda: runs.started)

assert runs.started == ["typed"]

assert has_pending_notifications(tid)

runs.finish("typed")

await _until(lambda: not app._busy and app._run_task is None)

await _poll_until(app, lambda: len(runs.started) == 2)

assert runs.started == ["typed", NOTICE]

notice = str(runs.gateway.requests[-1].message)

assert notice.index('"task-1"') < notice.index('"task-2"')

runs.finish_all()

await _poll_until(app, lambda: _idle(app, runs))

assert runs.peak == 1

finally:

runs.finish_all()

runs.finish_all()

The poll starts the notifier through a callback that Textual awaits, so the message pump is held from the first drain until _own_app, and no input that takes the app is handled in between: the check could not be reached. It also hid a gap, since putting the batch back afterwards let the tests pass without the check at the top of _consume_notifications_tui. Remove the check, the two imports only it used and the two tests that reached it by starting the consumer off the pump. Without them, test_a_notifier_turn_waits_for_input_typed_before_it_starts fails when the check at the top of _consume_notifications_tui is removed. Also say in the _poll_until docstring that it runs the poll every 50 ms in place of its timer.

Thanatos9404 · 2026-10-19T15:37:46Z

@din0s Changed to "Part of #631" in the description, leaving the remaining items for a separate PR. The first commit's message (9aeaa49) still says "Fixes #631", so that line may need to come out of the squash message when merging, or #631 will close anyway.

din0s

lgtm!

coderabbitai Bot reviewed Oct 18, 2026

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Comment thread EvoScientist/cli/tui_interactive.py Resolved

Comment thread EvoScientist/cli/tui_interactive.py Resolved

din0s added bug Something isn't working external contribution Implementation from an external contributor labels Oct 19, 2026

X-iZhang requested review from X-iZhang and din0s October 19, 2026 13:26

X-iZhang reviewed Oct 19, 2026

View reviewed changes

X-iZhang approved these changes Oct 19, 2026

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din0s approved these changes Oct 20, 2026

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Merge branch 'main' into fix/631-reserve-app-before-polled-turns

ed40864

din0s merged commit 952ed56 into EvoScientist:main Oct 20, 2026
17 checks passed

This was referenced Oct 20, 2026

TUI: a turn started by the poll does not check again that the app is free #631

Closed

test: end slow tests on events, close leaks, and gather the shared fakes #672

Merged

X-iZhang mentioned this pull request Oct 24, 2026

release: v0.3.8 #685

Merged

9 of 10 tasks

jfilipiuk mentioned this pull request Oct 26, 2026

fix(tui): retain notification turns interrupted before gateway send #688

Merged

X-iZhang mentioned this pull request Nov 11, 2026

TUI: keys are not handled during a channel turn, and its cleanup does not send queued input #786

Open

	consume_notifications,
	drain_notifications,
	consume_notifications,

		enqueue_completions_from_state_throttled,
		enqueue_task_notification,



		async def _poll_until(app, condition, *, seconds: float = 10.0) -> None:
		"""Run the poll every 50 ms, as its timer does, until condition holds."""

	"""Run the poll every 50 ms, as its timer does, until condition holds."""
	"""Run the poll in place of its timer, every 50 ms, until condition holds."""

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Description

Tests

Type of change

Checklist

Summary by CodeRabbit

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din0s commented Oct 19, 2026

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Thanatos9404 commented Oct 19, 2026

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Thanatos9404 commented Oct 18, 2026 •

edited by coderabbitai Bot

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coderabbitai Bot commented Oct 18, 2026 •

edited

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