feat: carry the Idempotency-Key and request id on every exception models.run raises by mattmillerai · Pull Request #97 · Comfy-Org/comfy-python-sdk

mattmillerai · 2026-08-27T03:13:56Z

ELI-5

When you call client.models.run(...), the SDK quietly makes up a one-time Idempotency-Key and sends it with the request. That key is your receipt: if the answer never comes back — the server gives up holding the connection and returns a 504, or your connection drops mid-generation — the generation may well have finished and been billed, and asking again under the same key is how you collect it. The problem: you never saw the key. It lived in a local variable inside run(), and when run() raised, it went away with the call. So the receipt was shredded at exactly the moment you needed it, and your paid-for generation was unreachable. Only people who had passed their own idempotency_key= and written it down somewhere could recover.

Now every exception run() raises hands you the receipt back, on exc.idempotency_key. Re-run with idempotency_key=exc.idempotency_key and you get your generation instead of paying for a second one.

What changed

comfy_sdk.exceptions.translating() takes an optional idempotency_key=, and stamps it onto whatever leaves the block. Both Models.run and AsyncModels.run pass the key they minted. That is the whole mechanism.

Stamping at the translation boundary rather than in each exception's constructor is the load-bearing choice, and it buys three things a per-subclass approach would miss:

an error_type this SDK version has never heard of falls through to the bare RouterError base — and still carries the key;
a transport failure has no response to translate at all (httpx.ConnectError, a read timeout on a run the server is probably still generating), and it is exactly the "lost the response" case the recovery contract is about — it carries the key too;
there is one place to read, not fifteen constructors to keep in step.

_STAMPABLE is (ComfyError, httpx.HTTPError, asyncio.CancelledError) — deliberately not "everything". A ZeroDivisionError escaping the block is a bug in the SDK or in caller code, not a failed call, and a key means nothing on it; the same reasoning models._CANDIDATE_FAILURES already documents for the retry classifier. It also means KeyboardInterrupt is never touched. Tested both ways.

asyncio.CancelledError is the one BaseException in that tuple, added in review: cancelling an in-flight AsyncModels.run — which is what the asyncio.wait_for a caller wraps a ten-minute call in does — abandons a generation that may already be dispatched and billed, and that is exactly the case the key exists to collect. It is re-raised bare like the rest of that branch, so nothing is swallowed and the cancellation still propagates.

request_id rides along for a closely related reason. X-Comfy-Request-Id was read off a router error response but dropped on the floor by the shared error envelope, so the id a user quotes in a support request was unreachable once the response object was gone. parse_or_raise now reads it, ApiError carries it beside retry_after (same pattern, same reason), and to_sdk_error passes it through. RouterError's existing request_id is untouched — the base now just declares the same attribute so it is uniform.

retry_after joined them in review. to_sdk_error had been dropping ApiError.retry_after for every code except queue_full, which left the flow this PR documents incoherent: the docs tell a caller to replay after the pace the server named, and a deadline_exceeded 504 carrying Retry-After: 2 had nowhere to surface it. ComfyError now carries it for every code. This does not touch the retry path — RetryPolicy.should_retry and client._retry_delay both read the protocol-level ApiError before translation, so what to_sdk_error produces has never fed a retry decision.

All three attributes are declared on ComfyError with a None default, and _stamp defaults the readable ones onto exceptions this SDK does not build (httpx's, CancelledError) without ever overwriting a real value — so exc.request_id on a dropped connection reads None rather than raising AttributeError, and no caller is forced into getattr(exc, ..., None).

Additive, verified as such

translating() with no key behaves exactly as it did before the parameter existed. The new except _STAMPABLE branch does a bare raise, which preserves the original traceback and exception identity; contextlib sees exc is value and does not suppress. Pinned by a test.
Nothing changes about what is retried — the retry policy is untouched.
Nothing changes on the wire — no new header, no changed header, no changed body. The existing wire assertions in tests/test_models_run.py and tests/test_models_run_retry.py still pass unchanged.
No public name was removed or repurposed. tests/test_error_contract.py now pins the base error's whole attribute surface as a written-out list, so adding one is a deliberate edit to a reviewable list and removing one is a failing test rather than a silent break of somebody's except block.

Tests

New coverage in tests/test_models_run.py (sync and async throughout):

a 504 deadline_exceeded from run() exposes the exact auto-minted key — compared against the key the stub server actually received, not merely asserted truthy, because a freshly minted key is precisely the value that cannot collect the generation;
a caller-supplied key round-trips onto the exception;
a transport-level failure (httpx.ConnectError, httpx.ReadTimeout) carries the key;
a real client-side timeout against the live stub server carries the key;
an unrecognised error_type lands on the base RouterError with the key, and a typed subclass does too;
when retries exhaust, the key on the exception is the one every attempt reused — not the first attempt's, not a fresh one;
end to end: the docstring's recovery idiom actually collects the generation against a stub configured as a key-replaying deployment;
request_id present when the response carried the header, None when it did not, independent of the key.

tests/conftest.py gains a model_run_request_id knob so the stub can emit X-Comfy-Request-Id on a failed run. No httpx mocking — server.state only, per the repo's convention.

tests/test_error_contract.py gains the attribute-surface pins described above, translating()'s stamp behaviour with and without a key, the not-stamped bug case, and a guard that comfy_low and comfy_sdk spell X-Comfy-Request-Id identically (each layer needs its own copy — comfy_low never imports comfy_sdk — so a drift would silently drop the id on one of the two surfaces).

Review round (`7c2b0bf`, `c4d757e`)

Ten findings from the review panel, all addressed. Eight in code, two answered:

The README recovery snippet caught only ComfyError — the high-severity one, and correct: a dropped connection or read timeout is one of the two headline cases the section exists for, and it arrives as an httpx error with no response to translate. A reader copying that snippet never reached the replay for exactly the failure it is about. Now except (ComfyError, httpx.HTTPError), and it checks the key for None before passing it back.
_stamp wrote only idempotency_key, so exc.request_id on an httpx failure was an AttributeError rather than the documented None — on precisely the no-response failures the pair matters most on. It now defaults the whole readable surface, pinned against the base's attribute list so a fourth attribute cannot be added without it.
to_sdk_error dropped Retry-After for every code but queue_full — described above.
The ok path called resp.json() unguarded, so a 200 with a non-JSON body (a proxy interstitial, a truncated response) escaped as json.JSONDecodeError from outside the translated surface, and so unstamped. On models.run that is a generation that ran and was billed with the result lost — the exact failure the key has to ride out on. It is now an ApiError(code="invalid_response") raised at the decode site, which also gives it a request_id.
asyncio.CancelledError passed unstamped — described above.
X-Comfy-Request-Id was stored verbatim from a server-controlled header, with no length bound and no filtering, and the docs tell users to display it and paste it into support tickets. Now bounded and filtered through a single clean_request_id in comfy_low.errors that both error surfaces call, so an id cannot be safe to display on one and not the other. It matches the leading run of allowed characters rather than deleting disallowed ones, which gives the right answer for the duplicate-header join httpx.Headers.get performs: "a1, a2" yields "a1", not a spliced "a1a2" that identifies no call at all.
The end-to-end replay test did not actually exercise replay. The old stub skipped claiming the key on the 5xx but stored no prior result, so the second same-key request re-ran the model and the payload comparison passed for a brand-new second generation — the double charge the feature prevents, indistinguishable from a real replay. The stub now models a lost response properly (records the result against the key, serves it back without re-running) behind a separate model_run_replays_lost_result knob, so the existing retry tests keep the old flag's narrower meaning. The assertion is now one generation across two requests, with the failure knob deliberately left set so the second call succeeds because the key collected the recording, not because the error was switched off.
The run docstring named a 409 "still in progress" refusal the mapping does not deliver: _CODE_BY_STATUS maps a body-less 409 to hash_mismatch, so a caller would read a bytes-integrity failure. The docstring no longer promises a class and points at exc.retry_after instead. Fixing the mapping is deferred — see Residual.

Answered rather than changed:

A sentinel default so an explicit idempotency_key=None is rejected. Declined: None is the documented default meaning "mint one", so run(m, a, idempotency_key=maybe_key) would start raising with no deprecation. The underlying footgun is real, so the idiom changed instead — the snippet and docstring both say to check for None first, and test_replaying_without_the_key_would_start_a_second_generation asserts the outcome directly so the guard is not silently dropped later.
Stamping submit()'s errors too. Out of scope here and filed separately — see Residual.

Every one of the ten threads has a reply explaining what was done and why, and is resolved.

CodeRabbit then raised one more against the changelog, and was right: "every exception" was literally overbroad. _STAMPABLE is deliberately not "everything" — a programming error escaping the call reaches the caller untouched, and KeyboardInterrupt is never touched either, both with tests asserting it. The entry now names the boundary as the failed call rather than the exception type, which is the property the design actually holds and the one that stays true if another call-failure type is added later. Fixed in c4d757e; thread resolved.

Judgment calls

"Every exception" is scoped to failures of the call. The acceptance wording says every exception, then enumerates router errors, ComfyError, and transport errors — which is what _STAMPABLE implements. A programming error propagates unstamped, on purpose, and there is a test asserting that. Flagging it because it is a readable-two-ways criterion, not because I think the other reading is right.
request_id was added at parse_or_raise, which every transport method shares — not just the model-run path. It is one line and purely additive (a new attribute defaulting to None), and scoping it to one route would have meant the same header meaning two different things on two surfaces.
The base-RouterError-carries-the-key assertion lives in tests/test_models_run.py and tests/test_error_contract.py, not in tests/test_router_exceptions.py which the issue also names. That file tests error_from_response in isolation, where no key exists yet; the property under test is about what run() produces, so it belongs where run() is driven.
_stamp uses setattr, which is the riskiest line in the diff. It is safe because BaseException does not define __slots__, so every exception instance — including httpx's, which this SDK does not construct — has a __dict__ and cannot raise AttributeError here. A raise inside that except handler would have masked the caller's real error, which is why it is worth stating.

Negative-claim falsification

Not applicable, checked deliberately: this diff denies no capability. It adds one, contains no not supported / unavailable / dead-end path, and flips no test to assert an absence. Every new test asserts a capability now works.

Provenance

Authored by: agent-work loop
Verified: at 7c2b0bf (c4d757e is changelog prose only, no code) — uv run --extra dev pytest: 598 passed, 4 skipped (integration suite skips without live credentials, as designed); ruff check .: all checks passed; ruff format --check .: 51 files already formatted; mypy src: no issues in 19 source files; scripts/check_public_repo_hygiene.py: OK. The 20 new tests are the review round's coverage: the request-id sanitiser (including the duplicate-header join and a terminal escape), both layers cleaning through the same function, retry_after forwarded for a non-throttled code, every stamped attribute reading None on a transport failure, the stamped-attribute list pinned against the base's readable surface, a cancelled call stamped and still cancelled, KeyboardInterrupt still untouched, the undecodable success body, and the rewritten replay test plus its negative.
Deviations: none against the stated acceptance criteria; the readable-two-ways one is judgment call 1 above. Two review findings were answered rather than implemented, both recorded in the Review round section with the reasoning — the sentinel default (declined as a breaking change to a documented default, mitigated in the idiom and pinned by a test) and stamping submit() (deferred to the filed follow-up). CodeRabbit's changelog finding was accepted and fixed in c4d757e.

Residual

Three of the five auto-minting sites are not covered by this change, and the same gap exists on them. I swept new_idempotency_key across src/ to size the fix: five call sites mint a key the caller never supplied. Two are Models.run / AsyncModels.run and are fixed here. The other three are not, and an exception from any of them still drops the key:

src/comfy_sdk/client.py — Comfy.submit() and AsyncComfy.submit() (two sites). These do not go through translating(); they hand-roll to_sdk_error inside their own 429 retry loop, so the one-line fix used here does not apply and it is a separate edit.
src/comfy_sdk/assets.py — the asset uploader mints one key per uploader instance.

I left them alone deliberately rather than by oversight: the recovery story differs. A submitted job is created and pollable by id, so the route back is jobs.get(...) rather than a same-key replay, and whether submit()'s exception surface should grow the attribute is a real API decision rather than a mechanical extension. It is worth its own issue, and the count above is the size of it. A follow-up has now been filed for the two submit() sites, raised again by the review panel from the other direction: because submit() mints and sends a key but reports .idempotency_key is None, a caller who reads None as "no key was sent, resend freely" duplicates the job. The docs half of that is fixed here — the attribute's docstring and the README now say plainly that None means "this SDK did not record a key for you", never "no key reached the server".

The server-side contract this change is written against was not exercised. The recovery idiom in the run() docstring and the README — a same-key resend returning the original result (200 plus an Idempotent-Replayed marker) or being refused while the original generation is still running, with a Retry-After — is the router idempotency middleware's behaviour as described in the source issue. That middleware lives in a private repository that is not reachable from this environment, so I read neither it nor its tests. What I verified is the SDK half: the key survives onto the exception, and the resend carries it verbatim. The end-to-end replay test drives the repo's own stub server configured as a key-replaying deployment, which asserts the SDK's side of the handshake, not the real server's. If the real middleware's replay semantics differ from that description, the prose in the docstring and README needs correcting — the attribute and the plumbing do not.

The 409 status fallback is left as it is, and a follow-up filed. _CODE_BY_STATUS maps a 409 carrying no error.code to hash_mismatch, so any body-less 409 — from the router, from an intermediary — surfaces as comfy_sdk.HashMismatch with the response's own detail discarded. It is reachable today. I did not change it here because it is a wire-contract decision rather than a mechanical fix: 409 genuinely is hash_mismatch on the assets path, so the entry is right for the surface it was written for and wrong for this one. The follow-up carries the three candidate approaches for a human to pick between.

Two named artifacts could not be read. The tracking issues linked from the source issue (the replay contract, the deadline-survival reservation, the release cutoff, the cross-SDK parity check, and the companion retry-default issue) are internal and I hold no access to them, so this change is built from the source issue's own quoted evidence rather than from those. Likewise the TypeScript SDK twin, which the source issue puts out of scope for this change and asks to be filed separately: I did not check Comfy-Org/comfy-typescript-sdk for the same gap, so whether it has one is still unestablished.

…els.run raises `models.run` mints an `Idempotency-Key` per call and sends it on every attempt, but the key was a local of that frame: when the call raised, the key went with it. That is the one value a caller needs to collect a generation they were already billed for after a lost response — a 504 where the server stopped holding the connection at its own deadline, a connection dropped mid-generation — since recovering it means asking again under the *same* key. Only callers who had chosen and stored their own `idempotency_key=` could do that; an auto-minted key left the paid-for generation uncollectable, and the server echoes the key on no response header, so there was nowhere else to read it from. `translating()` grows an optional `idempotency_key=` and stamps it onto whatever leaves the block, and both `run` loops pass their key. Stamping at that boundary rather than in each exception's constructor is what makes the base `RouterError` — what an `error_type` this version has never heard of falls through to — carry it too, along with a transport failure that has no response to translate. `request_id` comes along for the same reason: `X-Comfy-Request-Id` was read off a router error response but dropped from the shared error envelope, so the id a user quotes in a support request was unreachable once the response was gone. It is now on `ApiError` and on the `ComfyError` base, `None` where the response named none. Both attributes are declared on `ComfyError` with a `None` default, so `exc.idempotency_key` is always safe to read rather than a `getattr` dance, and `tests/test_error_contract.py` pins the base error's whole attribute surface as a written-out list so adding one is a deliberate edit and removing one is a failing test. Additive throughout: `translating()` with no key behaves exactly as before, nothing changes about what is retried, and nothing changes on the wire.

coderabbitai · 2026-08-27T03:14:09Z

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📝 Walkthrough

Walkthrough

models.run() exceptions now expose idempotency keys, request IDs, and retry delays. Transport errors sanitize request IDs and translate malformed JSON responses. Documentation and tests cover synchronous and asynchronous replay of completed generations.

Changes

Error metadata and model-run recovery

Layer / File(s)	Summary
Transport error metadata `src/comfy_low/errors.py`, `src/comfy_low/transport.py`, `src/comfy_sdk/router_exceptions.py`, `tests/test_error_contract.py`	Request IDs are sanitized and propagated through transport and router errors. Malformed successful JSON responses now become `ApiError` instances with `invalid_response` metadata.
Exception metadata translation `src/comfy_sdk/exceptions.py`, `tests/test_error_contract.py`	SDK exceptions expose idempotency keys, request IDs, and retry delays. Translation stamps missing metadata while preserving existing values, traceback behavior, and cancellation propagation.
Model-run propagation and replay `src/comfy_sdk/models.py`, `tests/conftest.py`, `tests/test_models_run.py`, `README.md`, `CHANGELOG.md`	Sync and async model runs pass idempotency keys into exception translation. Test server controls and tests cover replay, retries, cancellation, request metadata, retry timing, and undecodable responses. Documentation describes recovery using the original key and request body.

Estimated code review effort: 4 (Complex) | ~45 minutes

Merge Risk: ⚪ Minimal · up to 7c2b0

The change makes the idempotency key available on supported call-failure exceptions, but the changelog currently says every exception carries it. Correcting that wording is a small documentation follow-up; no actionable merge-blocking runtime risk remains.

Sequence Diagram(s)

sequenceDiagram
  participant models.run
  participant translating
  participant transport
  participant ServerState
  models.run->>translating: pass idempotency key
  translating->>transport: execute request
  transport->>ServerState: submit model run
  ServerState-->>transport: return result or error metadata
  transport-->>translating: return response or ApiError
  translating-->>models.run: raise stamped exception
  models.run->>ServerState: replay with the same idempotency key
  ServerState-->>models.run: return stored result

Suggested reviewers: wei-hai

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Title check	✅ Passed	The title clearly summarizes the main change: `models.run` exceptions now carry the idempotency key and request ID.

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Docstring coverage is 16.90% which is insufficient. The required threshold is 80.00%. Docstring coverage is scoped to functions touched by this diff. Analyzed 71 functions across 8 files. (2 skipped: 2 unsupported.)

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Triggered by @mattmillerai.

Found 10 finding(s).

Severity	Count
🟠 High	1
🟡 Medium	6
🟢 Low	3

Panel: 8/8 reviewers contributed findings.

robinjhuang

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Generated by Claude Code

Ten unresolved cursor-review findings on the replay contract this PR documents. The high-severity one is that the README's recovery snippet — the whole point of the feature — could not reach the replay for the failure it exists for. - The recovery example caught only `ComfyError`, but a dropped connection or read timeout never reaches a response to translate and arrives as the `httpx` error it was. Catch both, and check the key for `None` before passing it back: `idempotency_key=None` means "mint one", so replaying with a key that was never recorded starts a second billed generation instead of collecting the first. - `_stamp` wrote only `idempotency_key`, so `exc.request_id` on an httpx failure was an `AttributeError` rather than the documented `None` — on exactly the no-response failures the pair matters most on. Both it and the new `retry_after` are now defaulted onto the exceptions this SDK does not build, and a test pins that list against the base's readable attribute surface so a third one cannot be added without it. - `to_sdk_error` dropped `Retry-After` for every code but `queue_full`, so a `deadline_exceeded` 504 that named a pace reached a caller who had been told to wait with nothing to read the wait off. `ComfyError` now carries `retry_after` for every code. - `_Prepared.parse_or_raise` called `resp.json()` unguarded on the ok path, so a 200 with a non-JSON body escaped as `json.JSONDecodeError` — outside the translated surface, and so unstamped. On `models.run` that is a generation that ran and was billed with the result lost, which is precisely the failure the key has to ride out on. - `asyncio.CancelledError` is a `BaseException` and passed unstamped, so the `asyncio.wait_for` a caller wraps a ten-minute run in abandoned a possibly-dispatched generation and took the key with it. Stamped and re-raised bare, so the cancellation still propagates; `KeyboardInterrupt` stays untouched and has a test saying so. - `X-Comfy-Request-Id` was stored verbatim from a server-controlled header and is documented as something to display and paste into support tickets. Bounded and filtered through one function both error surfaces share, so it cannot be safe to display on one and not the other. - The replay test asserted only that the payloads matched, which holds just as well for a *second* generation returning an equal payload — the double charge the feature prevents. The stub now models a lost response properly (records the result against the key, serves it back without re-running) and the test asserts one generation across two requests, with the negative case alongside it. - The `models.run` docstring named a `409` "still in progress" refusal, but a body-less 409 maps to `hash_mismatch`; it now describes the refusal without promising a class the mapping does not deliver. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>

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Inline comments:
In `@CHANGELOG.md`:
- Around line 17-24: Revise the changelog entry for client.models.run() to
remove the universal “every exception” claim and describe only the supported
call-failure types stamped with .idempotency_key: translated ApiError variants,
ComfyError, httpx.HTTPError, and asyncio.CancelledError. Explicitly exclude
unrelated programming errors and KeyboardInterrupt from the claim.

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CHANGELOG.md
README.md
src/comfy_low/errors.py
src/comfy_low/transport.py
src/comfy_sdk/exceptions.py
src/comfy_sdk/models.py
src/comfy_sdk/router_exceptions.py
tests/conftest.py
tests/test_error_contract.py
tests/test_models_run.py

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…eption CodeRabbit is right that 'every exception' is literally overbroad: a programming error escaping the call, and KeyboardInterrupt, are deliberately left unstamped — a key means nothing on either, and there are tests asserting both. The enumeration that followed already said so implicitly; the leading claim now says it outright. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>

mattmillerai · 2026-08-27T04:20:37Z

🤖 The reviews loop filed Linear follow-up ticket(s) for review thread(s) deferred as out of scope for this PR:

BE-9920 — Stamp the Idempotency-Key onto errors from Comfy.submit()/AsyncComfy.submit() — filed as agent-spike (premise unverified)
BE-9921 — Decide what a 409 with no error.code should map to (currently hash_mismatch) — filed as agent-spike (premise unverified)

The following carry agent-spike instead of agent-ok because their reachability claim was not backed by evidence (BE-5378) — the claim is investigated before any code is written, and "the premise does not hold" is a valid, successful outcome:

Stamp the Idempotency-Key onto errors from Comfy.submit()/AsyncComfy.submit() — no reachability block in the proposal
Decide what a 409 with no error.code should map to (currently hash_mismatch) — no reachability block in the proposal

mattmillerai added agent-coded Authored by the agent-work loop full-autonomy Approved AI-brownfield: merges on machine gates alone, no human approver. Design doc + flag req'd. labels Aug 27, 2026

mattmillerai marked this pull request as ready for review August 27, 2026 03:14

mattmillerai requested review from a team as code owners August 27, 2026 03:14

mattmillerai added the cursor-review Request an automated Cursor review label Aug 27, 2026

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robinjhuang previously approved these changes Aug 27, 2026

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mattmillerai dismissed robinjhuang’s stale review via 7c2b0bf August 27, 2026 04:09

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feat: carry the Idempotency-Key and request id on every exception models.run raises - #97

feat: carry the Idempotency-Key and request id on every exception models.run raises#97
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ELI-5

What changed

Additive, verified as such

Tests

Review round (7c2b0bf, c4d757e)

Judgment calls

Negative-claim falsification

Provenance

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Approval pending

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❌ Failed checks (1 warning)

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🔍 Cursor Review — Consolidated panel

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mattmillerai commented Aug 27, 2026

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mattmillerai commented Aug 27, 2026 •

edited

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Review round (`7c2b0bf`, `c4d757e`)

coderabbitai Bot commented Aug 27, 2026 •

edited

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