fs.promises.watch: settle an aborted next() on Node's tick and in listener order by robobun · Pull Request #46218 · oven-sh/bun

robobun · 2026-10-20T16:58:08Z

Problem

Promise.race([once(signal, "abort"), watch(dir, { signal })[Symbol.asyncIterator]().next()]) rejects with AbortError since Bun 1.4.0. Node and Bun 1.3.14 fulfil. No user reported it.
next() settles 2 ticks after the abort, and before the promises of abort listeners that were added earlier (src/js/node/fs.promises.ts:100). Since events: once() rejects instead of throwing for bad signal/options #30984, events.once() settles later than that.

Fix

The abort listener of watch() now wakes next(), and watch() adds it at the first next(), as Node. Before, the callback of the native watcher woke next(), and it runs before every abort listener.
An aborted next() waits one tick, as the yield* of Node's fsPromises.watch() does. Node's JS watcher for recursive (not on macOS or Windows) is the exception.
Verified: one new test in test/js/node/watch/fs.watch.test.ts (36 values from Node v26.12.0, main differs in 19), test/js/node/watch/, 11 Node tests.
Self-reviewed: 32 concerns raised, 26 addressed. Rejected: a generator in this PR (that is fs.promises.watch: implement as a real async generator #34718), and two more under Notes.

Background

A tick is one pass of the microtask queue.
Node's fsPromises.watch() is a generator that delegates to the generator that watches, on every platform since v26.4.0.
Considered no signal for the native watcher: an abort then does not close a watcher that nothing iterates.

Downsides

fs.promises.watch: implement as a real async generator #34718 replaces this iterator with an async generator. The two PRs conflict, and a maintainer decides which lands first.
An aborted next() pays 1 more microtask job and about 810 instructions. A delivered event pays under 25 bytecode instructions.
next() still drops unread events after an abort. Node yields them first. That order needs fs.watch: run nextTicks and microtasks between the events of one batch #43715 (Notes).

Notes

Repro

import { once } from "node:events";
import { watch } from "node:fs/promises";

const ac = new AbortController();
const race = Promise.race([once(ac.signal, "abort"), watch(".", { signal: ac.signal })[Symbol.asyncIterator]().next()]);
setImmediate(() => ac.abort());
race.then(
  () => console.log("fulfilled: once() settled first"),
  error => console.log(`rejected with ${error.name}: next() settled first`),
);

runtime	result
Node v26.3.0, v26.12.0	fulfilled
Bun 1.3.6, 1.3.13, 1.3.14	fulfilled
Bun 1.4.0, 1.4.2, main (`91e7e3b`)	rejected with AbortError
this PR	fulfilled

In 1.3.x events.once() was a plain function and settled on tick 1. #30984 made it an async function, as in Node, and it settles on tick 2 or 3 now.

Ticks of the rejection of next()

case	Node	main	this PR
`next()` waits, then `abort()`	3	2	3
`abort()`, then the first `next()`	2	1	2
`watch()` with an aborted signal	2	1	2
`recursive: true` on Linux, `next()` waits, then `abort()`	2	2	2
`recursive: true` on Linux, the other two cases	2	1	2

Node v26.3.0 and v26.12.0 give the same values on Linux.
A next() of the same turn as the one that took the AbortError waits behind it, so the two settle in call order. A later next() returns { done: true } on tick 1, as in Node and on main.
The tick comes from the delegation: yield* watch(filename, options). Node v26.3.x exports the inner generator on macOS and Windows. Since v26.4.0 it exports the delegating one on every platform. This PR follows the current Node: the tick has no platform condition.
Off macOS and Windows, Node watches recursive with a JS watcher. It rejects a next() that waits inside its abort listener, one tick before the generator does. Bun wakes next() and then throws, which already takes that tick, so that path gets no extra tick. This is the one platform condition. It mirrors a watcher that Node means to remove (TODO(anonrig): Remove non-native watcher when/if libuv supports recursive). Without it, 8 of the 36 values of the test differ from Node on Linux, all with recursive. A maintainer can prefer one rule for all modes: then the condition, the waited flag and the recursive rows of the test go.

Order

On main, the native watcher tells the JS callback about the abort (error, then close) before any abort listener runs, and the callback wakes next(). So next() is first among the promises that settle on its tick, whatever the order of the listeners.
Node has no native part in this: an abort listener closes the handle and wakes the generator. Node adds that listener when the generator starts, at the first next(), with kResistStopPropagation.
This PR: the callback ignores the error and close that follow an abort. The abort listener wakes next(). watch() adds it at the first next(), with resistStopPropagation.
The native watcher keeps the signal. It closes a watcher that nothing iterates, as on main.

The test

test/js/node/watch/fs-promises-watch-abort-fixture.ts prints 36 values: ticks, the winner of Promise.race([once(signal, "abort"), next()]), and the order of once() and next() for several call orders. It uses only Node APIs: node fs-promises-watch-abort-fixture.ts <dir> prints the expected values. main differs in 19.
The test runs the fixture in a child process. A test callback can run with the event loop not entered, and then promise reactions run before abort() returns (bun test: run test callbacks with the event loop entered #43356).
I removed each part of the change in turn (10 variants of the built module). Each variant changes at least one value. The order part changes one value in the default mode (two watchers on one signal) and more with recursive.
macOS and Windows: Bun gives the expected values on the macOS and Windows lanes of CI. I did not run Node there. The expected values are the same for recursive as for the default mode, because Node has no JS watcher there. On Linux I ran the fixture with Node v26.12.0 and a delegate around the inner generator for both modes, and with this PR's module with the platform constant off: 36 of 36 values are equal.

Races against other signal APIs, Linux x64

once(signal, "abort") against watch().next() and against for await (... of watch()), both call orders, 5 abort timings (20 races): 0 differ from Node (main 10).
16 signal APIs pairwise (480 races): main differs from Node in 52. This PR alone: 60. It moves the 8 events.once() against watch().next() cells to Node's result. 16 watch().next() against timers/promises cells settle the timer's AbortError first until timers/promises: reject an aborted timer on the same tick as Node #46120 lands, because the timer still rejects on tick 2. The race rejects with an AbortError in both cases. With timers/promises: reject an aborted timer on the same tick as Node #46120: 38. With timers/promises: reject an aborted timer on the same tick as Node #46120 and node:util: make aborted() an async function, like Node #46130: 16, the timers/promises against pipeTo() cells that timers/promises: reject an aborted timer on the same tick as Node #46120 names.
AbortSignal.timeout(), AbortSignal.any(), and the first turn of an ESM or a CommonJS entry point give the same winners as Node (10 of 10, main 0).

What stays different from Node

Unread events. After an abort, next() rejects at once and drops the events that were not read, as on main. Node yields them first, then rejects. With recursive on Linux, Node rejects at once too.
- A queue read before the abort check gives Node's sequence. Alone it is a regression. On POSIX the native watcher calls the listener for every event of a batch in one task (FSWatchTaskPosix::run), so the queue holds events that Node does not have yet. A for await body that aborts on an event then runs again: in 5 to 11 of 20 rounds on Linux (one new file, one rename, or three mkdir in a round). Node v26.12.1 and this PR: 0 of 20.
- fs.watch: run nextTicks and microtasks between the events of one batch #43715 adds a microtask checkpoint between the events of a batch. I applied the checkpoint of its first commit to this PR on main 179664e, with the queue read first. The body then runs again in 0 of 100 rounds, and the 36 values of the test stay equal to Node's. So that order is a follow-up to fs.watch: run nextTicks and microtasks between the events of one batch #43715. It must leave recursive on Linux as it is.
- Node also caps the queue (maxQueue, default 2,048). Bun has no cap. fs.promises.watch: implement maxQueue and overflow options #35878 had it, and the stale sweep closed that PR.
Two calls that overlap. A next() that waits loses the AbortError to a next() or a return() that is called in the abort turn, as on main. Node queues the calls. fs.promises.watch: implement as a real async generator #34718 has that queue.
recursive on Linux. Node adds its abort listener again at each next(). Bun adds it once, at the first. After one event was taken, a listener that was added between two next() calls settles after next() in Bun and before it in Node (3 of 34 lines of a probe for this). Rejected: a listener that moves at each next() costs two native calls for each event.
Promise.race([it.next(), it.return()]) in one turn after an abort fulfils now. return() is synchronous in Bun. fs.promises.watch: implement as a real async generator #34718 makes it a promise.
Where Bun runs microtasks inside abort() (the first callbacks of a bun test file, bun test: run test callbacks with the event loop entered #43356, process: run beforeExit, exit and error listeners with the event loop entered #43741), one recursive race differs from Node.
Rejected: a run of the fixture under the Node of each CI machine. That Node is v26.3.0, which has the old export on macOS and Windows.

#34718

fs.promises.watch: implement as a real async generator #34718 makes watch() an async function*. It deletes the iterator that this PR changes: 4 conflict blocks.
If fs.promises.watch: implement as a real async generator #34718 lands first, this PR becomes Node's delegating generator (the tick), the abort listener (the order) and a decision about the recursive rows.
If this PR lands first, fs.promises.watch: implement as a real async generator #34718 needs the same three things to keep the new test green.

Costs, this PR against main, linux x64

Microtask jobs for an aborted next(): +1 for a next() that waits (2 to 3) and for a watch() with an aborted signal (1 to 2). +0 with recursive: true. Debug build, JIT off.
Cells for watch(), next(), abort(): 42 (before 44: the two events of the abort are not queued). A next() that waits and is never aborted: 30 (before 30). A watch() with an aborted signal and its next(): 27 (before 24).
Bytecode: next() 160 instructions (before 98), the watcher callback 49 (before 40). A delivered event runs 2 more in the callback and 5 to 20 more in next().
Instructions on the JS thread for each delivered event, release builds, 20,000 events, 3 runs: the callback 2,374 to 2,524 (before 2,339 to 2,455), next() on a queued event 1,005 to 1,021 (before 975 to 993).
Instructions with the interpreter only (BUN_JSC_useJIT=0, 9 interleaved runs, spread 0.2%): watch(), next(), abort() 50,590 (before 49,776). watch() with an aborted signal and next() 22,592 (before 19,436).
Binary size: +960 bytes, the growth of the bundled JS.

perf is not installed in the container. The counts come from perf_event_open (instructions:u) and from a hardware breakpoint on JSC::MicrotaskQueue::enqueue.

Suites run

test/js/node/watch/fs.watch.test.ts: 46 pass, 7 skip, on the debug build and on a release build. The other files of test/js/node/watch/: pass.
test/js/node/fs/promises.test.js: 30 pass, 5 skip.
11 Node tests (test-fs-promises-watch*, test-fs-watch-abort-signal.js, test-fs-watch-recursive-promise.js, test-fs-watch-stop-async.js, test-fs-watch.js): pass.

no test proof · iteration 0 · platform-specific test(s) that do not run on this machine, deferring to CI, which covers all platforms: test/js/node/watch/fs.watch.test.ts

…he same order as Node Promise.race([once(signal, "abort"), watch(dir, { signal }).next()]) fulfils on Node and on Bun 1.3.14. It rejects with AbortError since Bun 1.4.0, where events.once() became an async function (#30984): next() settled one tick after the abort, and before the promises of abort listeners that were added earlier. Order: an abort woke a next() that waits from the callback of the native watcher, which runs before every abort listener. Node wakes its generator from an abort listener that it adds at the first next(). The abort listener of watch() now does the same, with resistStopPropagation, and the callback ignores the `error` and `close` events that the native watcher sends for the abort. Tick: Node's fsPromises.watch() delegates to the watching generator with `yield*` (on every platform since v26.4.0), so an aborted next() settles one tick later: 3 ticks after the abort for a next() that waits, 2 for a next() that is called after the abort. next() now waits one tick before it throws. Node's JS watcher for `recursive` (not on macOS or Windows) rejects a next() that waits inside its abort listener, so that path gets no tick. The AbortError is built before the tick, so its stack still names the caller. A next() that follows in the same turn waits too, so two calls still settle in call order.

robobun · 2026-10-20T16:58:25Z

^{Updated 3:04 PM PT - Oct 20th, 2026}

✅ @robobun, your commit 0de6ab66c1960f7d98fd35b5d8d4dfd99e4d57e3 passed in Build #129590! 🎉

🧪 To try this PR locally:

bunx bun-pr 46218

That installs a local version of the PR into your bun-46218 executable, so you can run:

bun-46218 --bun

coderabbitai · 2026-10-20T17:10:41Z

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📒 Files selected for processing: 3

src/js/node/fs.promises.ts
test/js/node/watch/fs-promises-watch-abort-fixture.ts
test/js/node/watch/fs.watch.test.ts

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Walkthrough

fs.promises.watch() now adjusts abort listener registration and iterator settlement timing for platform-specific watcher behavior. A Node.js fixture records abort timing and ordering, and a subprocess test checks those results.

Changes

Watcher abort ordering

Layer / File(s)	Summary
Abort listener and iterator settlement `src/js/node/fs.promises.ts`	Abort handling tracks platform-specific timing, registers the listener on the first `next()` call, and ignores native error or close events after abortion.
Abort timing compatibility checks `test/js/node/watch/fs-promises-watch-abort-fixture.ts`, `test/js/node/watch/fs.watch.test.ts`	The fixture records settlement timing and ordering across watcher scenarios. The subprocess test checks timing, races, listener ordering, errors, stderr, and exit status.

Suggested reviewers: dylan-conway

Priority: Normal

Merge Risk: Minimal · up to a7ffd

No actionable issue remains; the change is mergeable after normal checks.

Pre-merge checks: 4

Check name	Status	Explanation
Title check		The title clearly and concisely describes the primary change: aligning aborted fs.promises.watch() next() settlement timing and listener order with Node.
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.
Description check		The description is complete and relevant. It explains the problem, fix, platform-specific behavior, known limitations, performance costs, and verification results. The required sections are covered by…

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Actionable comments posted: 2

🪄 Fix comments: Fix CodeRabbit comments on this PR

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Inline comments:
Review comments at @src/js/node/fs.promises.ts:
- Line 96: Update the async iterator next-call handling around kDelegateTick so
the delegated wait occurs only while the aborting next() call is settling, not
for every subsequent call while the signal remains aborted. Apply the same
condition to pre-aborted iterators, preserving the existing delay for concurrent
next() calls in the same turn and allowing completed delegation to return done:
true immediately.

Review comments at @test/js/node/watch/fs-promises-watch-abort-fixture.ts:
- Line 76: Update the stack probe around iterator.next() to settle for both
outcomes: return a JSON-comparable marker when next() fulfills and preserve the
existing error-stack string when it rejects. Replace the one-sided Promise catch
handling so the fixture cannot hang when a file event arrives.

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src/js/node/fs.promises.ts
test/js/node/watch/fs-promises-watch-abort-fixture.ts
test/js/node/watch/fs.watch.test.ts

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claude

I reviewed this PR and did not find any bugs, but since it encodes exact microtask-tick and abort-listener ordering against Node (with a Linux-only recursive branch the author notes has not yet run on macOS/Windows) and it conflicts with #34718, a maintainer look is still worthwhile to settle the platform rule and landing order.

What was reviewed:

Traced the native abort path (emit_abort → close() in src/runtime/node/node_fs_watcher.rs): it fires before the JS abort event, so dropping those error/close callbacks and letting onAbort wake next() cannot leave a waiting next() unwoken; listening is set before any wait and removeAbortListener() still covers the close/error/return exits.
Checked a second iterator from the same watch() result after the first exits: the queued close or the signal.aborted check settles it, no hang.
Checked the new test: pipes drained concurrently, await using, exact expected values; the watched test/js/node/watch/fixtures dir exists and nothing in the suite writes to it; existing abort tests in fs.watch.test.ts still hold under the new timing.

Extended reasoning...

The change rewrites abort settlement in the fs.promises.watch() async iterator in src/js/node/fs.promises.ts (lazy abort listener with resistStopPropagation, a delegate-tick await, a waited flag gated by a darwin/win32 platform constant, and dropping native error/close callbacks after abort), and adds a child-process fixture plus one test asserting 32 Node v26.12.0 tick and ordering values. It touches no security-sensitive surface and no CODEOWNERS-owned path. The native and JS paths line up and the test is well constructed, but the correctness claim rests on exact microtask-tick parity that has only been validated on Linux, and the PR openly conflicts with #34718, so a maintainer should weigh the platform rule and landing order rather than this being auto-approved.

robobun · 2026-10-20T17:17:16Z

Reproduced with the script under Notes in the description: a Promise.race() of events.once(signal, "abort") and fs.promises.watch(dir, { signal })[Symbol.asyncIterator]().next().

Node v26.3.0 and v26.12.0 print fulfilled: once() settled first. Bun 1.3.14 prints the same.
Bun 1.4.0, 1.4.2 and main (91e7e3b) print rejected with AbortError: next() settled first.
USE_SYSTEM_BUN=1 bun test test/js/node/watch/fs.watch.test.ts -t "an abort settles next" fails on main: 19 of 36 values differ.
bun bd test test/js/node/watch/fs.watch.test.ts passes on this branch: 46 pass, 7 skip.

#46130 needs this PR and #46120.

PR: #46218

…s pending A next() that was called after the AbortError of an earlier next() settled waited one tick before it returned `{ done: true }`. Node and main return it on tick 1. The tick now applies only while the call that took the AbortError is in its own tick, which is what keeps two next() calls of one turn in call order. The fixture prints the tick of that second next(). Its stack probe now settles when next() fulfils too, so an event in the watched directory gives a value and not a timeout.

claude

Nothing blocking. The comments below are optional suggestions. There is no need to push a fix for them before merging.

Beyond the inline finding, I also checked whether the new early return in the native watcher callback (src/js/node/fs.promises.ts:117, dropping "error"/"close" once signal.aborted) can leave a waiting next() unsettled: whenever nextEventResolve is set, listening is already true, so onAbort (registered with resistStopPropagation, so a user stopImmediatePropagation() cannot skip it) wakes it synchronously inside abort(); with no next() in flight there is nothing to wake and the next call takes the signal.aborted branch. The lazy registration also leaves removeAbortListener() a harmless no-op on the close/error/return paths before the first next().

Extended reasoning...

The change rewires abort timing in the built-in fs.promises.watch async iterator (lazy, stop-propagation-resistant abort listener; a one-microtask delay before the AbortError; dropping native error/close events after abort; a Linux-only recursive exception) and adds a spawned fixture plus a 32-value Node v26.12.0 expectation test. No security-sensitive surface is touched. The ruled-out note records that the dropped-event path cannot strand a pending next().

The fixture watched test/js/node/watch/fixtures, a directory of the checkout. A write there while the test runs gives next() an event. The test now passes abort.txt of the temporary directory of this file, which the other abort tests watch too. The file exists since the module was loaded, so the watcher does not see its creation.

claude

I reviewed the latest push and didn't find any bugs; the earlier concern about watching a source-tree directory is addressed (the fixture now watches abort.txt in the test's tempdir). Because this emulates Node's microtask tick count and abort-listener ordering, with a platform-gated branch for Node's JS recursive watcher whose macOS/Windows expectations have not yet been run outside CI, a human look is still worthwhile.

What was reviewed:

The lazy abort listener in watch(): the native watcher still closes itself on abort (emit_abort in node_fs_watcher.rs), so a watcher that nothing iterates is not leaked, and resistStopPropagation keeps a pending next() from hanging when an earlier listener calls stopImmediatePropagation() (the callback now drops the native "error"/"close" after an abort, so the JS listener is the only wake-up).
The rejecting/kDelegateTick handshake in both the pre-aborted fast path and the main iterator: a concurrent next() that returns {done: true} queues its tick after the rejecting one, so settlement order is preserved.
The new test drains stdout/stderr/exit concurrently and asserts exact values; a stuck next() fails via the fixture's 100-tick bound rather than hanging.

Extended reasoning...

The change touches only the AbortSignal handling of fs.promises.watch()'s async iterator in src/js/node/fs.promises.ts (lazy abort listener, one extra microtask tick on abort rejection, a Linux-only skip of that tick for recursive watchers, and ignoring the native watcher's post-abort error/close events), plus a spawned fixture and one test that compares 36 values against Node v26.12.0. No security-sensitive surface is involved. The prior-run nit (watching a directory inside the checkout) was fixed in the latest commit, and no CODEOWNERS entry covers these files. Deferring rather than approving because the tick/ordering emulation is subtle, the recursive-watcher platform gate mirrors a Node implementation detail Node itself plans to remove, and the macOS/Windows expectations are first exercised by CI.

github-actions Bot added the claude label Oct 20, 2026

coderabbitai Bot reviewed Oct 20, 2026

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Comment thread src/js/node/fs.promises.ts Resolved

Comment thread test/js/node/watch/fs-promises-watch-abort-fixture.ts Resolved

claude Bot reviewed Oct 20, 2026

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Comment thread test/js/node/watch/fs.watch.test.ts Resolved

claude Bot reviewed Oct 20, 2026

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This was referenced Oct 20, 2026

fs.promises.watch: implement as a real async generator #34718

Open

node:util: make aborted() an async function, like Node #46130

Open

fs.promises.watch: bound the event queue when maxQueue or overflow is passed #46937

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robobun mentioned this pull request Oct 29, 2026

node:child_process: kill the child on abort after another listener called stopImmediatePropagation() #47404

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fs.promises.watch: settle an aborted next() on Node's tick and in listener order - #46218

fs.promises.watch: settle an aborted next() on Node's tick and in listener order#46218
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