Bun.serve: apply server.timeout(req, n) to a Bun.file response body by robobun · Pull Request #45788 · oven-sh/bun

robobun · 2026-10-17T20:41:16Z

Part of #44732: its file-body fix, which needs no decision.

Problem

server.timeout(req, n) in a handler is lost when the Response body is a Bun.file. The body runs under idleTimeout (since 1.3.13, serve: consolidate file streaming into FileResponseStream; Range support; fix aborted-stream hang #29202).
FileResponseStream called resp.timeout(idleTimeout) at start, per chunk and per writable event (src/runtime/server/FileResponseStream.rs:192, :316, :393). That call stores over the handler's value.

Fix

The stream only arms the timer, once, at start (resp.reset_timeout()). Its other timer calls, its idleTimeout copy and the same store in StaticRoute::on_writable are deleted.
Correct because the response already holds the value, and uWS arms the timer on each write, end and writable event.
Verified: test/js/bun/http/bun-serve-file.test.ts (4 new tests, plain TCP and TLS) and serve-http2-lifecycle.test.ts (1). All 5 fail on main.
Self-reviewed: 21 concerns raised, 20 addressed. Rejected: a sweep hook for the tests (Notes).

Background

resp.timeout(n) stores the idle budget of one response and arms the socket timer. resp.reset_timeout() only arms it.
usockets closes timed-out sockets from a sweep every 4 seconds.
Considered reset_timeout() at all three calls, as in Bun.serve: end a server.timeout(req, N) override with its response #44732: it keeps an arm per chunk that uWS repeats.

Downsides

server.timeout(req, 0) now stays on the kept HTTP/1 connection after a Bun.file response, as after every other body: open at 17 s, before closed at 4.5 s.
A GET with Sec-WebSocket-Key that fetch answers with a quiet Bun.file body now closes at 13 s under idleTimeout: 60, as every other body there.
server.timeout(req, 1) now ends a Bun.file download that still moves at the next sweep, like a Blob body.

Notes

History

There is no GitHub issue. A fuzz run found it. The notes of Bun.serve: keep idleTimeout armed after the request body completes #33612 record it ("Bun.file responses ignore server.timeout()").
Bun.serve: end a server.timeout(req, N) override with its response #44732 carries the same fix as a swap to reset_timeout(). It is part of a change of the override's lifetime, which waits for a maintainer's decision. This PR deletes two of those three calls. Bun.serve: end a server.timeout(req, N) override with its response #44732 needs a rebase on top of it.
A 1.3.12 server obeys the call. 1.3.13 and 1.3.14 do not (server on each release binary, client on a current build, 32 MiB file, 9 s stall). serve: consolidate file streaming into FileResponseStream; Range support; fix aborted-stream hang #29202 moved the stream code of static file routes, which run no handler, into the handler path.
A call made after the handler returned: on main it is lost at the next chunk or writable event where the file is read in chunks. That is measured over TLS, and read from the code for HTTP/2, macOS and Windows. Over Linux sendfile(2) it holds on main.
Scope: plain TCP, TLS and HTTP/2. HTTP/3 and unix-socket servers ignore server.timeout() before and after (Bun.serve: apply server.timeout() on a unix socket server #45360).

The report's script

It starts two servers (idleTimeout 4 and 0) with a 48 MiB body. A raw client reads nothing for 14 s, then reads to the end.

cell	main	this PR	test leg
control: `idleTimeout` 4, `Bun.file`, no pause	whole	whole
control: `idleTimeout` 4, `Bun.file`, no call	cut	cut	`noCall`
control: `idleTimeout` 4, `Uint8Array`, n = 120	whole	whole
control: `idleTimeout` 0, `Uint8Array`, n = 4	cut	cut
`idleTimeout` 4, `Bun.file`, n = 120	cut (wrong)	whole	`call30`
`idleTimeout` 4, `Bun.file`, n = 0	cut (wrong)	whole	`call0`
`idleTimeout` 0, `Bun.file`, n = 4	whole (wrong)	cut	`call`

The same shape over TLS (idleTimeout 1 and 0, n = 0 and 1): 2 of 5 cells wrong on main, 0 of 5 here.

Script (exit 1 on main, exit 0 here)

// usage: bun a-file-response-ignores-server-timeout.cjs      (about 20 s; loopback only; PAUSE=48 for the long run)
// exit 0 = server.timeout(req, n) is obeyed for a Bun.file body, 1 = it is ignored, 2 = a control failed
// The client lives in this process, the two servers in a child. A client asks, reads nothing for PAUSE seconds, then reads to the end.
const net = require("node:net"), fs = require("node:fs"), os = require("node:os"), path = require("node:path");
const { spawn } = require("node:child_process");
const SIZE = 48 * 1024 * 1024, PAUSE = Number(process.env.PAUSE || 14);
if (process.argv[2] === "server") {
  const file = process.argv[3], bytes = new Uint8Array(SIZE);
  const fetch = (req, server) => {
    const u = new URL(req.url), t = u.searchParams.get("t");
    if (t !== null) server.timeout(req, Number(t));
    return new Response(u.pathname === "/file" ? Bun.file(file) : bytes);
  };
  const a = Bun.serve({ port: 0, hostname: "127.0.0.1", idleTimeout: 4, fetch });
  const b = Bun.serve({ port: 0, hostname: "127.0.0.1", idleTimeout: 0, fetch });
  console.log(JSON.stringify({ short: a.port, off: b.port }));
} else {
  const dir = fs.mkdtempSync(path.join(os.tmpdir(), "srvto-")), file = path.join(dir, "big.bin");
  fs.writeFileSync(file, Buffer.alloc(SIZE, 97));
  const child = spawn(process.execPath, [__filename, "server", file], { stdio: ["ignore", "pipe", "inherit"] });
  const ask = (port, url, pause) => new Promise(done => {
    let got = 0, head = -1, buf = [];
    const s = net.connect({ port, host: "127.0.0.1" }, () => { s.write(`GET ${url} HTTP/1.1\r\nHost: localhost\r\nConnection: close\r\n\r\n`); });
    s.pause();
    setTimeout(() => s.resume(), pause * 1000);
    s.on("data", d => {
      if (head < 0) { buf.push(d); const all = Buffer.concat(buf), i = all.indexOf("\r\n\r\n"); if (i >= 0) { head = i + 4; got = all.length - head; } }
      else got += d.length;
      if (got >= SIZE) s.destroy();
    });
    s.on("error", () => {});
    s.on("close", () => done(got === SIZE ? "whole" : "cut"));
  });
  child.stdout.once("data", async d => {
    const p = JSON.parse(String(d));
    const cells = [
      ["control  idleTimeout 4, Bun.file, no pause                      ", p.short, "/file", 0, "whole"],
      ["control  idleTimeout 4, Bun.file, no server.timeout call        ", p.short, "/file", PAUSE, "cut"],
      ["control  idleTimeout 4, Uint8Array, server.timeout(req, 120)    ", p.short, "/bytes?t=120", PAUSE, "whole"],
      ["control  idleTimeout 0, Uint8Array, server.timeout(req, 4)      ", p.off, "/bytes?t=4", PAUSE, "cut"],
      ["subject  idleTimeout 4, Bun.file, server.timeout(req, 120)      ", p.short, "/file?t=120", PAUSE, "whole"],
      ["subject  idleTimeout 4, Bun.file, server.timeout(req, 0)        ", p.short, "/file?t=0", PAUSE, "whole"],
      ["subject  idleTimeout 0, Bun.file, server.timeout(req, 4)        ", p.off, "/file?t=4", PAUSE, "cut"],
    ];
    const res = await Promise.all(cells.map(c => ask(c[1], c[2], c[3])));
    let bad = 0, ctl = 0;
    cells.forEach((c, i) => {
      const ok = res[i] === c[4];
      if (!ok) c[0].startsWith("control") ? ctl++ : bad++;
      console.log(`${c[0]} client reads nothing for ${c[3]} s: expected ${c[4]}, got ${res[i]}${ok ? "" : "   <--"}`);
    });
    child.kill("SIGKILL");
    fs.rmSync(dir, { recursive: true, force: true });
    console.log(`RESULT: ${ctl ? "a control failed" : bad ? `server.timeout(req, n) is ignored for a Bun.file body in ${bad} of 3 cells` : "obeyed"}`);
    process.exit(ctl ? 2 : bad ? 1 : 0);
  });
}

Why each deletion is safe

Every caller of FileResponseStream::start stores the value first: the request entry (mod.rs:799, server_body.rs:2747), FileRoute::on and DirectoryRoute::on. The copy was the same value, or a stale one after server.timeout().
The per-chunk call came right before resp.write() or resp.end(). Both arm the timer in uWS (HttpResponse.h:303, :343, :850). The reader never delivers an empty chunk.
The per-writable call ran inside HttpContext::onWritable, which disarms the timer before the callback and arms it after (HttpContext.h:936, :1016).
StaticRoute::on_writable calls try_end next, which arms the timer. Its store always wrote the value that StaticRoute::on stored.
The arm at start stays, for every backend. The timer can be off there: uWS clears it at the last chunk of a request body (HttpContext.h:679), and sendfile(2) passes no uWS write. Without it, a POST that is answered with a large file is never timed out for a client that reads nothing.

Measurements (Linux x64, main 7f3bc6a against this PR)

Timer calls by the file stream per response (gdb hit counters on the uWS C shims, debug builds, 20 GETs each, idleTimeout: 30, no server.timeout call). On main each call stores and arms. Here the one call only arms.

response main PR

64 KiB, TLS 2 1

512 KiB, plain TCP 3 1

8 MiB, TLS 33 1

8 MiB, HTTP/2 64 1

4 MiB, plain TCP (sendfile) 1 1
Executed instructions per call (gdb stepi, release builds, callee only). Per chunk and per writable event: 22 to 0 on HTTP/1, 49 to 0 on HTTP/2 with one open stream. The call at start: 22 to 21 on HTTP/1, 49 to 26 on HTTP/2.
Release .text: 106,511,844 to 106,511,076 bytes (-768). data and bss do not change.
Socket timer state after each file-stream write and at each return of HttpContext::onWritable on this PR (gdb, debug build, idleTimeout: 8, slow curl --limit-rate readers): disarmed in 0 of 215 events. Runs: 8 and 32 MiB over TLS, 512 KiB over TCP, 8 and 32 MiB over TCP (sendfile). Also a 32 MiB static route over TCP and TLS.

Behaviour that moves for a server that exists today (raw node:net and raw HTTP/2 clients)

case	main	PR
`idleTimeout: 4`, `server.timeout(req, 0)`, 1 KiB `Bun.file`, then a silent kept connection	closed at 4.5 s	open at 17 s
the same with a string body	open at 17 s	open at 17 s
GET with `Sec-WebSocket-Key`, `fetch` answers with a quiet `Bun.file(fifo)`, `idleTimeout` 60 / 0 / 10	open at 17 s / open at 17 s / closed at 12.5 s	closed at 13.3 s / 13.0 s / 12.9 s
the same with a quiet `ReadableStream`	closed at 12.6 s / 12.6 s / 12.5 s	closed at 13.0 s / 12.9 s / 12.8 s
`idleTimeout: 0`, `server.timeout(req, 1)`, 256 MiB `Bun.file`, client reads about 16 MiB/s	whole at 16.5 s	cut at 4.5 s after 67 MiB
the same with a Blob body	cut at 4.5 s after 69 MiB	cut at 4.5 s after 71 MiB
the same `Bun.file` with `server.timeout(req, 5)`	whole	whole
HTTP/2, `idleTimeout: 8`, `Bun.file(fifo)`, stream window closed, first chunk at 5 s	closed at 12.8 s	closed at 13.0 s

Row 1: the override outlives its response on a kept HTTP/1 connection, for every body kind. Bun.serve: end a server.timeout(req, N) override with its response #44732 changes that.
Row 3: the WebSocket-handshake entry (on_web_socket_upgrade, the /* fallback) stores no idleTimeout, for any body kind. A Bun.file body got the server's value there only through the store that this PR removes. Bun.serve: end a server.timeout(req, N) override with its response #44732 makes every response start under the server's value, that entry included. node:http: apply the server's idleTimeout at accept so headersTimeout > ~13s is honored #35672 seeds the value only when a connection is accepted.
Row 5: a budget of 1 to 4 s is one sweep, so it cannot tell a stalled body from a moving one. Bun.serve: make idleTimeout a floor so it never fires early #33610 proposed a floor and was closed without review. Bun.serve: do not idle-time-out a response the peer is still reading #41602 extends the timer while the peer still takes bytes.
Last row: the design review expected this HTTP/2 cell to move to 8 s. It does not. The first write also sends the HEADERS frame, and the reader is paused while the window is closed.

What the tests pin

Each test waits one real timeout sweep. A request that is never answered is the clock: the sweep closes it. The four bun-serve-file tests are concurrent and take 4.5 to 6.5 s each on a debug build.
On main all four fail by assertion in about 4 s. The HTTP/2 test fails with connection closed before expected frame.
With only the per-chunk store put back, or only the per-writable store, the two TLS tests fail. Plain TCP on Linux is sendfile and reaches only the call at start.
With the arm at start removed, the plain TCP afterRequestBody leg reads whole.
With the entry store of FileRoute::on or DirectoryRoute::on removed, fileRoute or dirRoute reads whole.
The noCall, fileRoute, dirRoute and staticRoute legs pass on main too. They show that idleTimeout still closes a body that stalls after writable events.
The shorter n test has a noCall leg that expects whole. Under idleTimeout: 0 nothing closes a stalled body without the call.
The client pins SO_RCVBUF. Without that the stall depends on the host: Linux 6.16 and later let a receive buffer grow to 32 MiB. The tests pass in a network namespace with larger limits. The tcp_rmem and tcp_wmem maxima were 32 and 4 MiB, 32 and 16 MiB, 64 and 32 MiB.
macOS and Windows run in CI only. CI passed on every lane at the first head of this PR. The staticRoute leg is off for plain TCP on Windows, where Winsock takes the first send whole.
Bun.serve: do not idle-time-out a response the peer is still reading #41602 would give the cut legs one more period, by its description. Whichever lands second adjusts them.
Other suites on the debug build: bun-serve-static, serve-directory-routes, serve-direct-readable-stream, bun-server, serve-http2, and serve.test.ts. In serve.test.ts two tests fail here and on main in this container. One needs a non-root user. One runs 500 TLS requests under a 10 s limit.

Rejected from the self-review

A sweep hook in bun:internal-for-testing, so that the tests wait no wall time. Main has no such hook. usockets: store the socket timeout as a 32-bit due tick, so socket.timeout() above 240 s fires #45614 and Bun.serve: end a server.timeout(req, N) override with its response #44732 each add one. A hook added here makes the test files fail to load on main, so the fail-before proof becomes an import error. The tests switch in one line each when a hook lands.

Also in the diff

Two doc comments on AnyResponse::timeout and AnyResponse::reset_timeout state the rule: entries and server.timeout() store, body writers only arm. Both are no-ops on HTTP/3, and the comments say so.
server.upgrade(req) after a file response began (Bun.serve: server.upgrade() returns false once a response to the request has started #45376): the first use of the response in on_read_chunk is now write or end, where it was the timer call.

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/bun/http/bun-serve-file.test.ts

robobun · 2026-10-17T20:41:30Z

Status

Reproduced with the script in the PR body on bun 1.4.3-canary (367d939) and on a debug build of main (7f3bc6a): exit 1, 3 of 7 cells wrong.
On this branch the script exits 0.
PR: Bun.serve: apply server.timeout(req, n) to a Bun.file response body #45788

robobun · 2026-10-17T20:41:31Z

^{Updated 6:27 AM PT - Oct 22nd, 2026}

❌ @robobun, your commit 6adbcec has 1 failures in Build #130749 (All Failures):

test/js/node/http/node-http-uaf.test.ts - code 1 on 🍎 any x64

🧪 To try this PR locally:

bunx bun-pr 45788

That installs a local version of the PR into your bun-45788 executable, so you can run:

bun-45788 --bun

coderabbitai · 2026-10-17T20:46:28Z

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Reviewing files that changed from the base of the PR and between 1886a2a and 0f47c69.

📒 Files selected for processing: 5

src/runtime/server/FileRoute.rs
src/runtime/server/RequestContext.rs
src/runtime/server/StaticRoute.rs
src/uws_sys/Response.rs
test/js/bun/http/bun-serve-file.test.ts

💤 Files with no reviewable changes: 3

src/runtime/server/RequestContext.rs
src/runtime/server/StaticRoute.rs
src/runtime/server/FileRoute.rs

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Walkthrough

File response streams no longer receive the server idle timeout or reset the response timeout while reading or resuming writes. Tests cover request timeout overrides for stalled file responses over TCP, TLS, and HTTP/2.

Changes

File response timeout handling

Layer / File(s)	Summary
Use the response’s stored timeout budget `src/runtime/server/DirectoryRoute.rs`, `src/runtime/server/FileResponseStream.rs`, `src/runtime/server/FileRoute.rs`, `src/runtime/server/RequestContext.rs`, `src/runtime/server/StaticRoute.rs`, `src/uws_sys/Response.rs`	File response stream options no longer include the server idle timeout. Stream startup calls `reset_timeout()`, and reader and writable callbacks no longer reset the timeout. Response timeout documentation describes the stored idle budget.
Check timeout overrides over TCP and TLS `test/js/bun/http/bun-serve-file.test.ts`	Tests cover stalled `Bun.file` responses with timeout overrides and without overrides under different `idleTimeout` settings.
Check timeout behavior over HTTP/2 `test/js/bun/http/serve-http2-fixture.ts`, `test/js/bun/http/serve-http2-lifecycle.test.ts`	The fixture adds a file route that sets a request timeout. The lifecycle test compares its response with a regular file response while stream windows are stalled.

Suggested reviewers: jarred-sumner

Priority: ➖ Normal

Merge Risk: 🔵 Low · up to 0f47c

The file-response timeout behavior has no established blocking defect, but the new tests still violate the repository’s timeout rule. Resolve that conflict or explicitly accept it before merging.

Pre-merge checks: 4

Check name	Status	Explanation
Title check		The title clearly and concisely identifies the main change: applying server.timeout(req, n) to Bun.file response bodies.
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 explains the problem, fix, scope, trade-offs, and verification results in detail. It does not use the template headings exactly, but it provides the required information through the Pr…

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Actionable comments posted: 2

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Inline comments:
Review comments at @test/js/bun/http/bun-serve-file.test.ts:
- Line 2045: Remove the explicit 30_000 timeout arguments from both affected
test declarations, including the corresponding test that uses 30000, and leave
Bun to enforce the test timeouts.

Review comments at @test/js/bun/http/serve-http2-lifecycle.test.ts:
- Around line 261-287: Remove the explicit 30000 timeout argument from the test
callback containing the “server.timeout(req, 0) holds for a Bun.file body” case,
leaving the test to use Bun’s default timeout.

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📒 Files selected for processing: 9

src/runtime/server/DirectoryRoute.rs
src/runtime/server/FileResponseStream.rs
src/runtime/server/FileRoute.rs
src/runtime/server/RequestContext.rs
src/runtime/server/StaticRoute.rs
src/uws_sys/Response.rs
test/js/bun/http/bun-serve-file.test.ts
test/js/bun/http/serve-http2-fixture.ts
test/js/bun/http/serve-http2-lifecycle.test.ts

💤 Files with no reviewable changes: 4

src/runtime/server/DirectoryRoute.rs
src/runtime/server/StaticRoute.rs
src/runtime/server/FileRoute.rs
src/runtime/server/RequestContext.rs

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claude

Beyond the inline findings, I also checked the deleted StaticRoute::on_writable re-arm: StaticRoute::on (src/runtime/server/StaticRoute.rs:323) already stores server.config().idle_timeout on the response before the body streams and no handler runs in between, so the removed per-writable timeout() only ever rewrote the same value and try_end re-arms the timer after each writable event.

Extended reasoning...

The change removes the per-chunk and per-writable resp.timeout(idleTimeout) stores from FileResponseStream and StaticRoute and replaces the start-of-stream store with reset_timeout(), so a handler's server.timeout(req, n) survives into a Bun.file body. It touches no security-sensitive surface. The inline findings (WebSocket-upgrade fetch entry never storing a budget, server.timeout(req, 0) outliving the response on keep-alive, the H3 no-op, and two test-reliability issues) are what keep this from an approve; the StaticRoute deletion was independently checked and is behavior-preserving.

Findings marked 🟡 are optional suggestions and need no follow-up push.

claude

Code review found no issues

No high-confidence issues detected in this change.

FileResponseStream kept a copy of the server's idleTimeout and stored it on the response at start, on each chunk and on each writable event. That replaced the value a handler set with server.timeout(req, n), so a Bun.file body ran under the server-wide value. The stream now arms the timer once at start with the value the response already holds, and makes no other timer call. uWS arms the timer on each write, end and writable event. StaticRoute::on_writable made the same store and loses it too.

claude

Code review found no issues

No high-confidence issues detected in this change.

robobun assigned Jarred-Sumner Oct 17, 2026

github-actions Bot added the claude label Oct 17, 2026

This was referenced Oct 17, 2026

Bun.serve: end a server.timeout(req, N) override with its response #44732

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Bun.serve: keep idleTimeout armed after the request body completes #33612

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coderabbitai Bot reviewed Oct 17, 2026

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Comment thread test/js/bun/http/bun-serve-file.test.ts Resolved

Comment thread test/js/bun/http/serve-http2-lifecycle.test.ts Resolved

claude Bot reviewed Oct 17, 2026

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robobun force-pushed the robobun/681ad1c7/file-body-keeps-server-timeout branch from 1886a2a to 0f47c69 Compare October 20, 2026 23:24

claude Bot reviewed Oct 20, 2026

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robobun force-pushed the robobun/681ad1c7/file-body-keeps-server-timeout branch from 0f47c69 to 6adbcec Compare October 22, 2026 06:13

claude Bot reviewed Oct 22, 2026

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Jarred-Sumner mentioned this pull request Oct 22, 2026

http: consolidate the open fetch, Bun.serve, node:http, node:http2 and HTTP/3 pull requests #46528

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Bun.serve: apply server.timeout(req, n) to a Bun.file response body - #45788

Bun.serve: apply server.timeout(req, n) to a Bun.file response body#45788
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response	main	PR
64 KiB, TLS	2	1
512 KiB, plain TCP	3	1
8 MiB, TLS	33	1
8 MiB, HTTP/2	64	1
4 MiB, plain TCP (sendfile)	1	1

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