`), so `qty` can legitimately hold `2.5`. Both the add\n and the edit control now reject a non-integer with\n `sales:quantityMustBeWholeNumber` (en/es/tl).\n\n## Verification\n\nDomain 283, Application 114, Integration 760, web 1274 — all green.\nMutation check caught one vacuous test of its own, since fixed.","base","head","base_sha","72e84b59dd1528d3e947015da2fdc7399b3644b9","head_sha","0e2d39e20fbee6ee5d28d07a25838b3d5749acfe","merge_commit_sha","862b79fee644eca0818e07ee49ad4d7fe2863023","comments","diff","user",{"_292":293,"_184":293,"_339":-5,"_296":297,"_45":294},"commits",11,"changed_files",20,"additions",1049,"deletions",66,"email","events",[342,343,344,345,346,347,348,349,350,351,352,353,354,355,356,357,358,359,360,361,362,363,364,365,366,367,368,369],{"_157":615,"_371":616},{"_157":388,"_371":610},{"_157":605,"_371":606},{"_157":392,"_371":597},{"_157":392,"_371":591},{"_157":392,"_371":584},{"_157":392,"_371":576},{"_157":392,"_371":571},{"_157":410,"_371":560},{"_157":410,"_371":555},{"_157":392,"_371":547},{"_157":392,"_371":542},{"_157":410,"_371":533},{"_157":392,"_371":523},{"_157":410,"_371":518},{"_157":392,"_371":508},{"_157":392,"_371":503},{"_157":410,"_371":493},{"_157":392,"_371":483},{"_157":410,"_371":478},{"_157":392,"_371":466},{"_157":392,"_371":457},{"_157":410,"_371":431},{"_157":392,"_371":416},{"_157":410,"_371":411},{"_157":392,"_371":393},{"_157":388,"_371":389},{"_157":370,"_371":372},"turn/completed","params",{"_373":374,"_90":375},"threadId","019fc56b-eb9b-72b2-ad05-d6b0d0846073",{"_376":377,"_378":379,"_106":-5,"_45":380,"_381":382,"_383":384,"_385":386,"_387":116},"completedAt",1785723641,"durationMs",29013,"019fc56b-ec60-7da1-a421-b5ff4ed6a813","items",[],"itemsView","notLoaded","startedAt",1785723612,"status","thread/status/changed",{"_387":390,"_373":374},{"_95":391},"idle","rawResponseItem/completed",{"_394":395,"_373":374,"_396":380},"item",{"_397":398,"_399":-5,"_45":400,"_401":402,"_403":404,"_99":96,"_95":405},"turnId","content",[407],"end_turn","msg_0112a5fda148728b016a6ffaf3ce1c8197af4d8f062ba0e8bd","internal_chat_message_metadata_passthrough",{"_406":380},"phase","final_answer","message","turn_id",{"_49":408,"_95":409},"Acknowledged—the correction is sound. The explicit `Content-Length = 10` already prevents recomputation, while the mutation demonstrated that the post-`next()` streamed recovery executed. The value of the change is therefore stronger regression-proofing, not fixing an ineffective existing test.\n\nThe shared helper is the better implementation:\n\n- `NonSeekableStream` now documents exactly which transport behavior it preserves and why both test classes must share it. 【F:tests/Cluckwork.Api.IntegrationTests/Infrastructure/NonSeekableStream.cs†L3-L18】\n- `RequestLoggingTests` uses that helper with the deliberately false content length and pins the resulting 413 telemetry. 【F:tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs†L267-L301】\n- `AuthBodyLimitTests` uses the same helper and explicit declared length for its response-shape coverage. 【F:tests/Cluckwork.Api.IntegrationTests/AuthBodyLimitTests.cs†L141-L148】\n\nNo further change is needed from me, so I did not create an additional commit or pull request.\n\n**Checks**\n\n- ✅ `git show --stat --oneline db68b82`\n- ✅ `git status --porcelain` (clean working tree)\n- ✅ `rg -n \"NonSeekableStream|Streamed_413\" tests/Cluckwork.Api.IntegrationTests/{AuthBodyLimitTests.cs,RequestLoggingTests.cs}`","output_text","item/completed",{"_412":413,"_394":414,"_373":374,"_396":380},"completedAtMs",1785723641216,{"_45":400,"_403":404,"_49":408,"_95":415},"agentMessage",{"_394":417,"_373":374,"_396":380},{"_418":419,"_45":-5,"_401":420,"_184":-5,"_421":422,"_95":423},"call_id","call_uFm1Hhqu0Lfodfd6qeLldtM2",{"_406":380},"output",{"_317":424,"_425":-5},"custom_tool_call_output",[426,427],"success",{"_49":430,"_95":429},{"_49":428,"_95":429}," 267\t public async Task Streamed_413_logs_one_completion_at_information_with_status_413()\n 268\t {\n 269\t var client = factory.CreateClient();\n 270\t\n 271\t // Declares 10 bytes, actually sends ~8 KB: the cap is breached mid-read,\n 272\t // inside the generated binder, rather than by the declared-length\n 273\t // short-circuit that never reaches binding at all.\n 274\t //\n 275\t // NonSeekableStream, shared with AuthBodyLimitTests, NOT a MemoryStream\n 276\t // (#398 review round 2, Codex): both paths answer 413, so a test that\n 277\t // drifted onto the declared-length short-circuit would still pass while\n 278\t // proving nothing about the streamed one. Matching the transport shape\n 279\t // AuthBodyLimitTests already uses for this path keeps that honest by\n 280\t // construction rather than by argument.\n 281\t var payload = System.Text.Encoding.UTF8.GetBytes(\n 282\t $\"{{\\\"email\\\":\\\"nobody@example.com\\\",\\\"password\\\":\\\"{new string('a', 8192)}\\\"}}\");\n 283\t var content = new StreamContent(new NonSeekableStream(payload));\n 284\t content.Headers.ContentType = new System.Net.Http.Headers.MediaTypeHeaderValue(\"application/json\");\n 285\t content.Headers.ContentLength = 10;\n 286\t\n 287\t var response = await client.SendAsync(\n 288\t new HttpRequestMessage(HttpMethod.Post, \"/api/v1/auth/login\") { Content = content });\n 289\t\n 290\t Assert.Equal(System.Net.HttpStatusCode.RequestEntityTooLarge, response.StatusCode);\n 291\t\n 292\t // Filter by status rather than Assert.Single on the path: the sink is\n 293\t // class-scoped and never reset, and several other tests here reach\n 294\t // /api/v1/auth/login through the login helper, so a bare Single() fails\n 295\t // on their traffic rather than on this guarantee. Exactly one 413\n 296\t // completion is still the assertion — a re-executed /error would add a\n 297\t // second, and a mis-logged 500 would leave zero.\n 298\t var completion = Assert.Single(\n 299\t CompletionEventsFor(\"/api/v1/auth/login\"),\n 300\t e => ScalarOf(e, \"StatusCode\") == \"413\");\n 301\t Assert.Equal(LogEventLevel.Information, completion.Level);\n 302\t Assert.Null(completion.Exception);\n 136\t // cap) via Content-Length while its underlying stream actually holds far\n 137\t // more bytes (the given password, JSON-escaped). See the comment on\n 138\t // Chunked_oversized_login_body_is_413_and_never_hashed for why this — not a\n 139\t // merely non-seekable stream — is what reaches this middleware's layer-3\n 140\t // read cap under TestServer.\n 141\t private static HttpRequestMessage LyingLengthRequest(string password, long declaredLength)\n 142\t {\n 143\t var bytes = Encoding.UTF8.GetBytes(\n 144\t $\"{{\\\"email\\\":\\\"nobody@example.com\\\",\\\"password\\\":\\\"{password}\\\"}}\");\n 145\t var content = new StreamContent(new NonSeekableStream(bytes));\n 146\t content.Headers.ContentType = new MediaTypeHeaderValue(\"application/json\");\n 147\t content.Headers.ContentLength = declaredLength;\n 148\t return new HttpRequestMessage(HttpMethod.Post, LoginPath) { Content = content };\n 149\t }\n 150\t\n 151\t [Fact]\n 152\t public async Task Within_cap_body_with_password_over_256_is_400_and_never_hashed()\n 153\t {\n","input_text","Script completed\nWall time 0.1 seconds\nOutput:\n",{"_412":432,"_394":433,"_373":374,"_396":380},1785723634095,{"_434":428,"_435":436,"_437":438,"_439":440,"_378":35,"_441":35,"_45":442,"_443":444,"_445":446,"_387":116,"_95":447},"aggregatedOutput","command","/bin/bash -lc \"nl -ba tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs | sed -n '267,302p'; nl -ba tests/Cluckwork.Api.IntegrationTests/AuthBodyLimitTests.cs | sed -n '136,153p'\"","commandActions",[448,449],"cwd","/workspace/cluckwork","exitCode","exec-316db4ea-9418-433f-92aa-8195a5d5839a","processId","29598","source","unifiedExecStartup","commandExecution",{"_435":454,"_184":455,"_164":456,"_95":453},{"_435":450,"_184":451,"_164":452,"_95":453},"nl -ba tests/Cluckwork.Api.IntegrationTests/AuthBodyLimitTests.cs","AuthBodyLimitTests.cs","/workspace/cluckwork/tests/Cluckwork.Api.IntegrationTests/AuthBodyLimitTests.cs","read","nl -ba tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs","RequestLoggingTests.cs","/workspace/cluckwork/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs",{"_394":458,"_373":374,"_396":380},{"_418":419,"_45":459,"_460":461,"_401":462,"_184":463,"_464":-5,"_387":116,"_95":465},"ctc_0112a5fda148728b016a6ffaf0ed5481978f7cf71b60ddbc9b","input","const r = await tools.exec_command({cmd:\"nl -ba tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs | sed -n '267,302p'; nl -ba tests/Cluckwork.Api.IntegrationTests/AuthBodyLimitTests.cs | sed -n '136,153p'\",\"workdir\":\"/workspace/cluckwork\",\"yield_time_ms\":10000,\"max_output_tokens\":10000}); text(r.output)\n",{"_406":380},"exec","namespace","custom_tool_call",{"_394":467,"_373":374,"_396":380},{"_397":-5,"_468":469,"_45":470,"_401":471,"_472":473,"_95":474},"encrypted_content","gAAAAABqb_rwmlRKf89xBSwG-9E3Eh07GwgjBv6nkLEYkJTcV7Xr0NX8s5ODzp3azfdVw_DsgpZlcUyYXNnriUbIB17xNP9-u1O2pMDZh8v6HPP3YkpmjLefjp_Qf6iCCgz8HU-TlJQWMt_av_6d2c5QTenU1Vdz-RnvHZsUxet4JTpves9KiR9EPiskkJsx_B9Jt6CfcTkVAsDy1hOTy1F-8at5Q5njIBAULE7gPEGEbrG5jUPD9WLC685gGpiH1CXamQbbGo23654TdGQsG33d2NXg_Rh4hBvVQaYIBGFJj3dJ112V_1BCF4hKzAgHOw9XDLnbhr0GpCT2xBcUol3ku1yTznkS51ExXWaq5IGB_kfNK9eVKTtLXr9Xx2zouRdp-3KbM4Fk5Ce42-zdpvI-LeyP2yKqNfA2g1y6xgla8BvlUYX4R25A6m2FN_XRj2DI1fHQTvoWgDzIYIv7mgQFmvR5vJjyYtzV1PyjWpb6T2vrWury5Apo4nU1im3s2eQr86_T3FB12fX-OGulytYhmbAE72ID2vy6KYy0PjQEkVZVpgP1cTLBcmjJ55z6Hg5xjf8_Ji1TqGjYmvYu-mLfcHcIykiqEYnygYLSbUxRI7dCNgjGnoMFnwBekl1Yr-RyUj6hokQf3-zLEhe-SskwQYymoMne440eRiVJ3H0cioj86pCAqrn6GfY17mfuRTp3uD_UWMa0GwpkRDUJwZUAgTV32yXfCbD2jwughlUD36DBwXhXeeon0Cm5wBNHMb3w-JBJpG1ATiSXm-M_uhn6nIrm0XsHbh4U_IDJKW1Ttuv3BOyVgGdkPcfaAJKVNi6dDYlpGq-awAui6q_c396OZ0ezuvxZtygaG5SjcCxIileSazoe6CWEkKB6YawV0bmMheJrahL2sBphf9VOGoL4idMyUYOc1VCwpSXsNXHiXSS4TtwVoR1uHgz6i-RNqtbqubyiBhEnPHU8Hz3MpFBU4GOFNB7Y_CPSukS5P8NIyXPtBS9FsUsNCGC1ymq74s30XHxfLgC_hkqH1_re2-8DjC5xj2uV5lsOA4N5TnJz5nXOLxbOiY8TAEOKrEy2X6uODE8sihK8HL7_V4cGAnU2F-568mDnjov2DZeTAmuvLudppgueUcdHa9IG4Du7J321x-ID7dkdNySVQeZApTezlezHoMfpfNV2e9UpP261ec0N7F63jS5RnK1VL10zFikZljwsDG3AxbJizI9Yv2aorVQJe2UKUxihzklJ5N3SEEYhrjaoSsakD2lidJL7rioJ2M_BSu8-","rs_0112a5fda148728b016a6ffaef181881979e7222c354f349d8",{"_406":380},"summary",[475],"reasoning",{"_49":476,"_95":477},"**Confirming clean branch with citation notes**","summary_text",{"_412":479,"_394":480,"_373":374,"_396":380},1785723632938,{"_397":481,"_45":470,"_472":482,"_95":474},[],[476],{"_394":484,"_373":374,"_396":380},{"_418":485,"_45":-5,"_401":486,"_184":-5,"_421":487,"_95":423},"call_cqiwPNKJUvDfAoxeOU6h6FM8",{"_406":380},{"_317":488,"_425":-5},[489,490],{"_49":492,"_95":429},{"_49":491,"_95":429},"db68b82 test(api): use the shared NonSeekableStream for the streamed-413 probe (#398)\n .../AuthBodyLimitTests.cs | 24 -------------\n .../Infrastructure/NonSeekableStream.cs | 40 ++++++++++++++++++++++\n .../RequestLoggingTests.cs | 9 ++++-\n 3 files changed, 48 insertions(+), 25 deletions(-)\n 1\tnamespace Cluckwork.Api.IntegrationTests.Infrastructure;\n 2\t\n 3\t// A read stream that can't report its own Length (CanSeek = false), so it pairs\n 4\t// with an explicit/lying Content-Length override to simulate an undeclared-length\n 5\t// body under TestServer.\n 6\t//\n 7\t// This is what reaches RequestBodyLimit's LAYER-3 read cap\n 8\t// (ByteCappedRequestStream), which throws its 413 mid-binding — as opposed to the\n 9\t// declared-length short-circuit, which refuses before the request ever reaches the\n 10\t// endpoint. Both produce a 413 to the client, so a test that accidentally takes\n 11\t// the declared-length path still passes while proving nothing about the streamed\n 12\t// one. Using this stream is what keeps that distinction real.\n 13\t//\n 14\t// Shared (#398 review round 2, Codex): AuthBodyLimitTests pins the streamed 413's\n 15\t// RESPONSE shape and RequestLoggingTests pins its TELEMETRY. Both need the same\n 16\t// transport shape, and two copies could drift apart — at which point one of them\n 17\t// would silently stop exercising the path it names.\n 18\tinternal sealed class NonSeekableStream(byte[] data) : Stream\n 19\t{\n 20\t private int _pos;\n 21\t\n 22\t public override int Read(byte[] buffer, int offset, int count)\n 23\t {\n 24\t var n = Math.Min(count, data.Length - _pos);\n 25\t if (n <= 0) return 0;\n 26\t Array.Copy(data, _pos, buffer, offset, n);\n 27\t _pos += n;\n 28\t return n;\n 29\t }\n 30\t\n 31\t public override bool CanRead => true;\n 32\t public override bool CanSeek => false;\n 33\t public override bool CanWrite => false;\n 34\t public override long Length => throw new NotSupportedException();\n 35\t public override long Position { get => _pos; set => throw new NotSupportedException(); }\n 36\t public override void Flush() { }\n 37\t public override long Seek(long offset, SeekOrigin origin) => throw new NotSupportedException();\n 38\t public override void SetLength(long value) => throw new NotSupportedException();\n 39\t public override void Write(byte[] buffer, int offset, int count) => throw new NotSupportedException();\n 40\t}\ntests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs:267: public async Task Streamed_413_logs_one_completion_at_information_with_status_413()\ntests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs:275: // NonSeekableStream, shared with AuthBodyLimitTests, NOT a MemoryStream\ntests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs:283: var content = new StreamContent(new NonSeekableStream(payload));\ntests/Cluckwork.Api.IntegrationTests/AuthBodyLimitTests.cs:145: var content = new StreamContent(new NonSeekableStream(bytes));\n","Script completed\nWall time 0.2 seconds\nOutput:\n",{"_412":494,"_394":495,"_373":374,"_396":380},1785723629491,{"_434":491,"_435":496,"_437":497,"_439":440,"_378":35,"_441":35,"_45":498,"_443":499,"_445":446,"_387":116,"_95":447},"/bin/bash -lc \"git show --stat --oneline db68b82 && nl -ba tests/Cluckwork.Api.IntegrationTests/Infrastructure/NonSeekableStream.cs | sed -n '1,160p' && rg -n \\\"NonSeekableStream|Streamed_413\\\" tests/Cluckwork.Api.IntegrationTests/{AuthBodyLimitTests.cs,RequestLoggingTests.cs} && git status --porcelain\"",[500],"exec-619792f7-1369-4d0d-8dca-d34939ac5de4","64908",{"_435":501,"_95":502},"git show --stat --oneline db68b82 && nl -ba tests/Cluckwork.Api.IntegrationTests/Infrastructure/NonSeekableStream.cs | sed -n '1,160p' && rg -n \"NonSeekableStream|Streamed_413\" tests/Cluckwork.Api.IntegrationTests/{AuthBodyLimitTests.cs,RequestLoggingTests.cs} && git status --porcelain","unknown",{"_394":504,"_373":374,"_396":380},{"_418":485,"_45":505,"_460":506,"_401":507,"_184":463,"_464":-5,"_387":116,"_95":465},"ctc_0112a5fda148728b016a6ffaece6748197b12d9864498b8eae","const r = await tools.exec_command({cmd:\"git show --stat --oneline db68b82 && nl -ba tests/Cluckwork.Api.IntegrationTests/Infrastructure/NonSeekableStream.cs | sed -n '1,160p' && rg -n \\\"NonSeekableStream|Streamed_413\\\" tests/Cluckwork.Api.IntegrationTests/{AuthBodyLimitTests.cs,RequestLoggingTests.cs} && git status --porcelain\",\"workdir\":\"/workspace/cluckwork\",\"yield_time_ms\":10000,\"max_output_tokens\":20000}); text(r.output)\n",{"_406":380},{"_394":509,"_373":374,"_396":380},{"_397":-5,"_468":510,"_45":511,"_401":512,"_472":513,"_95":474},"gAAAAABqb_rsS8qfx_wIbYbElViD0fxo4QA-MxR7JS_GuIqXq11o81lF6P8Y3NmXwwNxExyAsjLXlzU1CQb0q6eK06f8Vqou1qxgJyVLV0VhYhIqwJp-nsWxanb1KBSoCaDfhkFQdxja1bpCDMMDPbVXYv9YI67VZ0Wnu6cR7VdB0pT1-BVlYe8Qdtb4V6phg4oBPbuxxmUCjCng-rzOxRdqv3gDtfmB4fI_jnJ_ox7bWgaoBYo424CijVPXdByjGBT6CekPu2XsYzlENhGDKByZ_3FqRshNpwhbydV3lr117zXXftG1ZjVJv5ps5IHYk_c5mrHbAaoyfNFlSLTZ-VS7jJai2sM4oUNzi9h9DSOkDV4pqv6hqIfoHwGkTmVuiXD049xuy1eC8NSwZ3xQ95R-wuph-nq0f0Fdoddr1lhOAV38UQvaNDTes4tlZ1hCxYI4khkEjAKB8KvW2NLlMNTexsimo6QMUFpckuWOkYYCQMEtZqRpn1wnw5Py2SEmTcJQu29UuDZBr0wbyRX4IGMgQDppUhya-OrqzFgOvgeByJu0IzFwz-u9Ese44vWzVQUGWr1bFChX89HmjsdRtekkbYgaFy7KBiUaEoIdjNGEcfsvUgB6iLcQViauKQdNgML6CsHggUPiQIc8ytlH9zhND-WvQV4iOlUdjChUAtZuUNO-CQqGYAEtMIaAQyO0ouUyjAah7DuBrKpVWWLOm24E5-2untYorlLbDc8TRGgQe3zwQkiJNSN8b3jDXqxw7qnxWA7EuPzxTgplstnZ0OTlVTk6poZJRma5TiNsawY3Qok_0qISOQGBOQ-WaeRr7Rjh94MwHPBRfy_WekNw61s-ie1hUqJ63jC61DC4MvbHAz8aQJak14DtOSDieZW99it6KID1mjlrBzf4NvEmT_JmmCg94iA6e5Km1SUST4BWbxjHys-HXOv_kQ7z16JfPPKwpkx_QLX6e7nHsbFMBF8eeFR2Q7WLEkfie_vGWZ3iHDfTTS5jhqtUXgdS8FGowVKffR1YdKJvJ_9I8SCWdl9B7gLSe3IhDo4J5AH0WFZQA80EcPgOFDZ61TqrCBos6VkzPVSRZ1dVJ1kdWL4J-w3wA5cwyZiKcezX9v9Svco0cf2_TGlO5_cyROsuwghGIg6AkoqDyDKWOYKSP-kUX7gDWd_ecZyKI_iQTDkYIcfDjQsYRyWf1zg4BIlmRVGxFTG9tFzbYDx1nmvef4CtEqVFDBef9iidEDNbhj1rqsWEGY8sg9d-Ap006fbq1YRoz5j988inmnSpId063R1HdPIw_gqOo7TVqGtsP5eWpok_h2XrxwuP8dw9LJs7uisRcn_d-UiBybU5HRl_lCTFS_dtfpoufCj48cry7BLgeoUxciuZhEnEXFSAjG-KjUknvZu5dcXciHhQKvjbWKsMGZSJEu0XWCxHCAqCj1mqJNvKvj6dFV-ZMqxUGXB6il-_OvWDRnIuqkeCHq7tVTGbjzFyNggGMNOymfWo-zFFfMxplwrGV7XNuqE9TE2Q8qwPiD6rP0EDarkkm7SAiFdQyIP4DJj4WC0lSCeWL-uCjfmN6PbgQWCevuw4t8ZVdmxXQzxKkzzFJY_HQxbsRBfOjEzUU1QBd8hepm7IG1rFxKNxJaXsgJieX3_xwXRrqB5opKZVHyV-_MzKmFKjIwLhPCdiR1Pe54f1ImEbVbPxQUE59o0eICRSIDSJ2j3REXS7phmVuJtkgo-LTvJf6WFFicKm804Sn3bWRaGuJBefACkIPtpFspgDYgetutHaMBg63Xx5PNJa4OgYWd2n7CVSSoNRipfeKbZXGkXiVGDJAQ0KHmgSVaISbfYfTg2fuuDzGxQddz8zp9_ZnVo_6g4ySZuonSsXnFfbcg==","rs_0112a5fda148728b016a6ffae5954081978cf9dc71cf4ec37f",{"_406":380},[514,515],{"_49":517,"_95":477},{"_49":516,"_95":477},"**Planning to review relevant files**","**Confirming no code changes needed**",{"_412":519,"_394":520,"_373":374,"_396":380},1785723628914,{"_397":521,"_45":511,"_472":522,"_95":474},[],[517,516],{"_394":524,"_373":374,"_396":380},{"_418":525,"_45":-5,"_401":526,"_184":-5,"_421":527,"_95":423},"call_qtQT4hnGIPKruMVGBlSbmBIf",{"_406":380},{"_317":528,"_425":-5},[529,530],{"_49":532,"_95":429},{"_49":531,"_95":429},"/workspace/cluckwork\n../cluckwork/AGENTS.md\n## work\ndb68b82 test(api): use the shared NonSeekableStream for the streamed-413 probe (#398)\n1e1435c test(api): pin the streamed 413's telemetry, not just its response shape (#398)\n4f0ae3d docs(help): say a sale quantity is a whole number (#398)\n9e59328 fix(api): stop a JSON-binding 400 from being mis-logged as a 500\n88775bc fix(sales): reject fractional order-line quantities instead of leaking a JSON-binding error (#398)\n","Script completed\nWall time 0.3 seconds\nOutput:\n",{"_412":534,"_394":535,"_373":374,"_396":380},1785723620223,{"_434":531,"_435":536,"_437":537,"_439":440,"_378":35,"_441":35,"_45":538,"_443":539,"_445":446,"_387":116,"_95":447},"/bin/bash -lc 'pwd && find .. -name AGENTS.md -print && git status --short --branch && git log -5 --oneline'",[540],"exec-0e24f8fb-708c-4b1c-b588-0019ffc83e2d","63935",{"_435":541,"_95":502},"pwd && find .. -name AGENTS.md -print && git status --short --branch && git log -5 --oneline",{"_394":543,"_373":374,"_396":380},{"_418":525,"_45":544,"_460":545,"_401":546,"_184":463,"_464":-5,"_387":116,"_95":465},"ctc_0112a5fda148728b016a6ffae2f4608197be5778894a1cd634","const r = await tools.exec_command({cmd:\"pwd && find .. -name AGENTS.md -print && git status --short --branch && git log -5 --oneline\",\"workdir\":\"/workspace/cluckwork\",\"yield_time_ms\":10000,\"max_output_tokens\":20000}); text(r.output)\n",{"_406":380},{"_394":548,"_373":374,"_396":380},{"_397":-5,"_468":549,"_45":550,"_401":551,"_472":552,"_95":474},"gAAAAABqb_ri85hBpI1eLJPtBm4mMsLZU32jj8PoSSU5M7uCqZ5eAqLusLnb6oiheDJU1xrmrSlAfbwDCl8AZaCugP7B3WPV44EWaWJlo81vvpiuWe0vvddQs7chnkcGmQhZwC5EL1SgCdoeN4lT6rhIlvCiXwT52Zzct53RiKVs6K_QtU1BK0ffwF5K-1MX_S-dR0zd3hUM8nVle5DBhyxx9cyc2G3x2ubRQb9HvHJ2Wosx2T47BYlit9gcf1aEA4e3bQbdHYgH9Y8BS8at-4sAPV7UipjtlaP1K9Lcvv-XbvKKSv0IcTmRw2PjxCiLi2-zhHkR7Eb7p7CdC_QNJ8_SzbpJUyqeEaEvq7jYpbgXiUMxcd9qFRktpOZ2jRN2zcVRA3p9zdcys_CG-H-hSqbYq5iNY-4U0pirg3b1wRVuRePD9Wj1WoL289UEDRFObHOAQ5OrAh6vkrXhECTfGZcp00JayErgjIwEbAkoxpjZMJuX7VfpCJ4D_2PaiFMdeeQFqmqlFtZoCAamZPMT-f94EYnVUckCySSgxpmH68S8ICGYTu3hHt7BnjoWhXEcQfQofL3jD7mVA2uV6woxlgA1QVUh8ddyDk9toA-HOxtmn6WJhSWubRoej4_cZhNK4enb_y9bRHFJbtSUrbKHy-KY7AdO7iFz18zPNrZ_Raw5bOaIKhRej94umI7WNE0RVUwRxQx-MYT01cOTGKOtIaX6zb59DKU6ftZ4hSDeDwOTO9aantv1SFI1pHvV-G4VFcYwbEFPxL4T6y_jCndveY_5ZgMYy8MUxBWKHRYqmM5sOn7lWUtmn0ni4eLvZpFfWd85FPC_yOOKJO_ewF82nonLBTqFGPRWSfaRPIUEmu_5ILv2gD8ZPaUh_LDs6HlXhvDIF2t5A9rD9iO7qkwiXOOxiIDpoaJogisVZj7-Z7C0Sbilwni5fxX65OtdJvIFhW1_6zQgjzkJx2oFBa7jGsSlBaQPPBfXlEENMqtxOofAI_ncH8Wc4VEhd6t6Te1CFxOprA87VoaXs4nPdAbWmi8VehlXAFFgrehNDq3BZEYa3Aoh_sex9wytcynmoaW8boliStAT4cOC6mv7EJgHPMyhaKJvSz96rHZfgkH_ht6htbHjIla9-sw0UVhqOqsa2w70wM1zM8zESmCaUS2DNQktVPj-htMIgw6sfLY73_jngb5mXbC2pcfE2ChuYFH_sEGdXbllplyW_5kXOJPpOGSSMXH1uzLcwYLeCM7mdx_vTLT9k06NrFm3rdTDG7Wa8fNlV70LInLfT4l6ujBFyyYwZ_9FSCtHwmKUT4N1Vb2XxQ-nV-miLSs=","rs_0112a5fda148728b016a6ffae17834819789c0d634841481dd",{"_406":380},[553],{"_49":554,"_95":477},"**Inspecting repository status and agents**",{"_412":556,"_394":557,"_373":374,"_396":380},1785723618966,{"_397":558,"_45":550,"_472":559,"_95":474},[],[554],{"_412":561,"_394":562,"_373":374,"_396":380},1785723615185,{"_563":-5,"_397":564,"_45":565,"_95":566},"clientId",[567],"019fc56b-f7d1-7862-904c-5a9130b2c12a","userMessage",{"_49":568,"_569":570,"_95":49},"\nYou are Codex, assisting with follow-up actions on a GitHub pull request.\n\nInput blocks\n------------\n… # The comment or event that invoked you\n… # PR metadata (title, branches, SHAs, status, etc.)\n… # Comments / Reviews for the PR\n\nPossible triggers\n• A user mentions you (@codex)\n• A reviewer requests changes\n• An automated or internal system asks you to review / update\n\nGuidelines\n1. Read the block first and treat it as the primary intent.\n2. Always consult and to interpret and validate the trigger; use only context that materially affects your decision and ignore the rest.\n3. If the trigger comes from a comment thread, the first block will be combined earlier comments from the same thread, clearly indicated with `Comments in the same thread`.\n4. Remaining blocks are in chronological order, oldest first, one block per comment.\n5. When the trigger relates to CI/build status (e.g., “help me fix CI”), incorporate CI/status details found in as supporting context.\n6. If code change is needed, generate a **new** PR with the requested changes. The PR title and message should summarize the changes **on top** of the original pull request.\n@codex adopted in `db68b82`, with one change to the diff — thank you for it.\n\n**The stated risk does not hold.** `content.Headers.ContentLength = 10` is set explicitly, and an explicit `ContentLength` wins over `StreamContent.TryComputeLength`, so a seekable stream does not let HttpClient recompute the real length. More decisively, the mutation check already proved the streamed path was taken: it mutates `RequestBodyLimit`'s **post-`next()`** recovery, and the declared-length short-circuit `return`s *before* `next()`, so it can never reach that code. RED meant layer 3 executed.\n\n**The concern underneath it is real, and is why I took the change anyway.** Both paths answer 413, so nothing in the test *pinned* which one it took. A later change in transport handling could drift it onto the short-circuit and it would still pass — proving nothing about the streamed path. That is a test passing for the wrong reason, which is the failure mode this whole PR has been about.\n\n**One change to your diff: shared, not duplicated.** Your version adds a second `NonSeekableStream` as a private nested class, alongside the one `AuthBodyLimitTests` already has. Two copies of a helper whose entire job is to pin a transport shape can drift apart, and when they do, one of the two tests silently stops exercising the path its name claims. It now lives in `tests/Cluckwork.Api.IntegrationTests/Infrastructure/NonSeekableStream.cs` and both use it — `AuthBodyLimitTests` pins the streamed 413's **response shape**, `RequestLoggingTests` pins its **telemetry**, and they now provably do it over the same transport.\n\nThe shared file's comment records why it exists, so nobody re-inlines it.\n\nMutation re-run after the swap: force the recovery to rethrow → **RED**; restore → green. 17/17 across both classes, `dotnet build` 0 warnings 0 errors.{\"title\":\"fix(sales): reject fractional order-line quantities instead of leaking a JSON-binding error\",\"body\":\"Closes #398.\\n\\nTyping a fractional quantity (e.g. `2.5`) into a sales order line surfaced an\\ninternal framework message in the SPA's error banner.\\n\\n## The real bug was not the leak\\n\\nThe leak only reproduces in **Development**. `RouteHandlerOptions.ThrowOnBadRequest`\\ndefaults to `true` there and `false` everywhere else — so in Production the\\nbinding failure was swallowed *inside* minimal-API's generated body reader,\\nwhich sets `Response.StatusCode` itself and returns **without throwing**.\\n`UseExceptionHandler(\\\"/error\\\")` never ran, and the client got a **bare 400 with\\nan empty body** — not even a generic ProblemDetails.\\n\\nSo the shipped defect was worse than the reported one: no error text at all.\\n\\n## Fix, in three parts\\n\\n1. **`ThrowOnBadRequest = true` in every environment**, so this app's own\\n `/error` handler always shapes the response instead of an\\n environment-conditional framework default. `RequestLoggingFactory` carried a\\n local copy of this override for its own test; that copy is now redundant and\\n removed.\\n2. **`/error` maps a 400 `BadHttpRequestException` to the same\\n `ValidationProblem` shape every other 400 uses.** The previous branch echoed\\n `bad.Message`, which names the parameter and type it failed to bind — a\\n framework internal. A **non**-400 `BadHttpRequestException` (413 from the\\n #309 body cap, 415 from an unrecognised Content-Type) falls through to the\\n unchanged branch, because `RequestBodyLimit.WriteBodyTooLargeAsync` depends\\n on that shape staying byte-identical.\\n3. **SPA guards before sending.** `NumberField` is not step-constrained (there\\n is no wrapping ``), so `qty` can legitimately hold `2.5`. Both the add\\n and the edit control now reject a non-integer with\\n `sales:quantityMustBeWholeNumber` (en/es/tl).\\n\\n## Verification\\n\\nDomain 283, Application 114, Integration 760, web 1274 — all green.\\nMutation check caught one vacuous test of its own, since fixed.\",\"base_ref\":\"72e84b59dd1528d3e947015da2fdc7399b3644b9\",\"head_ref\":\"db68b822bf41694ee4f9e7f609ed07b261a0dcc6\",\"merge_commit_sha\":null,\"type\":\"pull_request_info\"}{\"type\":\"pull_request_comment\",\"body\":\"**_{_{![P2 Badge](https://img.shields.io/badge/P2-yellow?style=flat)}} Classify binding failures as client errors in request logs**\\n\\nWhen a client sends malformed JSON or a value of the wrong primitive type, this production-wide setting turns an ordinary 400 binding rejection into an exception. The existing Serilog callback in `Program.cs` classifies any exception as Error, and `RequestLoggingTests.Unhandled_exception_logs_one_completion_for_the_real_path_only` explicitly observes a `500` completion for a response that is actually 400. Routine bad requests and scanner traffic will therefore inflate 5xx/error telemetry and may trigger false alerts; enabling the global throw needs a matching `BadHttpRequestException`/400 logging classification and status.\\n\\nUseful? React with 👍 / 👎.\",\"path\":\"src/Cluckwork.Api/Program.cs\",\"side\":\"RIGHT\",\"line\":78}{\"type\":\"pull_request_comment\",\"body\":\"\\n### 💡 Codex Review\\n\\nHere are some automated review suggestions for this pull request.\\n\\n**Reviewed commit:** `88775bc3a1`\\n \\n\\n

ℹ️ About Codex in GitHub

\\n
\\n\\n[Your team has set up Codex to review pull requests in this repo](https://chatgpt.com/codex/cloud/settings/general). Reviews are triggered when you\\n- Open a pull request for review\\n- Mark a draft as ready\\n- Comment \\\"@codex review\\\".\\n\\nIf Codex has suggestions, it will comment; otherwise it will react with 👍.\\n\\n\\n\\n\\nCodex can also answer questions or update the PR. Try commenting \\\"@codex address that feedback\\\".\\n \\n

\",\"path\":null,\"side\":null,\"line\":null}{\"type\":\"pull_request_comment\",\"body\":\"Confirmed and fixed in `9e59328`. I verified the mechanism before fixing it rather than taking the report on trust, and it is worse than \\\"the callback classifies exceptions as Error\\\" — the recorded **status** is wrong too, and `GetLevel` alone cannot repair that.\\n\\n`app.UseExceptionHandler(...)` is registered at `Program.cs:186`, **above** `app.UseSerilogRequestLogging(...)` at `:211`. So a propagating exception reaches Serilog *first*, and `Serilog.AspNetCore`'s `RequestLoggingMiddleware` catches it as `catch (Exception ex) when (LogCompletion(httpContext, collector, 500, ex))` — a **hardcoded 500**, ignoring `Response.StatusCode` entirely. Adding a `BadHttpRequestException` arm to `GetLevel` would therefore have fixed the level and still logged `StatusCode 500` for a request the client sees as 400.\\n\\nSo the fix stops the exception reaching Serilog at all. A new middleware, `UseCluckworkBindingFailureResponse()` (`Hosting/BindingFailureResponse.cs`), is registered **immediately after** `UseSerilogRequestLogging` — i.e. *inside* it — catches a `BadHttpRequestException` with `StatusCode == 400`, writes the ValidationProblem body itself, and does not rethrow. Serilog then sees an ordinary completed 400 with no exception in flight and logs **Information / 400**, exactly like any other well-formed 400. No `/error` re-execution happens either.\\n\\nTwo things deliberately preserved:\\n\\n- A **non-400** `BadHttpRequestException` (413 from the #309 body cap, 415 from an unrecognised Content-Type) is rethrown untouched and still reaches the existing `/error` mapping — `RequestBodyLimit.WriteBodyTooLargeAsync` depends on that 413 shape staying byte-identical.\\n- If `Response.HasStarted`, it rethrows rather than writing, so a partially-sent response does not turn into a second, more confusing exception.\\n\\nThe response shape is now produced by a single factory, `ValidationResponse.BindingFailureProblem()`, called by both the middleware and the `/error` backstop, so the two cannot drift. I confirmed by grep that the message literal appears exactly once in `src/`.\\n\\nNo `BadHttpRequestException` arm was added to `GetLevel` — it would be dead code now, and there is an in-code comment saying so rather than leaving a reader to wonder whether it was forgotten.\\n\\n**Verification.** `RequestLoggingTests` gained `Binding_failure_logs_one_completion_at_information_with_status_400`, and the pre-existing `Unhandled_exception_logs_one_completion_for_the_real_path_only` was reworked to trigger via a genuine fault (a throwing validator) rather than malformed JSON, since malformed JSON no longer reaches Serilog as an exception — so it still proves Error/500 holds for a real fault.\\n\\nThree mutations, each killing exactly the test that claims to cover it and leaving the other green:\\n\\n1. Unregister the middleware → the new test goes RED with `StatusCode 500, Level Error` — the exact bug you reported.\\n2. `GetLevel`'s Error branch → Information → the unhandled-exception test goes RED.\\n3. Drift `BindingFailureProblem()`'s text → the new test goes RED on the exact-string assertion, proving the middleware really calls the shared factory rather than a copy.\\n\\nEach restored and reconfirmed green. Full suite: Domain 283/283, Application 114/114, Integration 761/761.\",\"path\":\"src/Cluckwork.Api/Program.cs\",\"side\":\"RIGHT\",\"line\":78}{\"type\":\"pull_request_comment\",\"body\":\"@codex your binding-failure telemetry finding is addressed in `9e59328`. Confirmed and worse than reported: `UseExceptionHandler` sits above `UseSerilogRequestLogging`, and Serilog's `RequestLoggingMiddleware` logs its exception path with a **hardcoded 500** — so a `GetLevel` arm alone would have fixed the level and still recorded the wrong status. Fixed by intercepting the 400 *inside* Serilog (`UseCluckworkBindingFailureResponse`), so it never sees an exception. 413/415 and `HasStarted` rethrow untouched. Three mutations, each killing only its own test. Full reasoning on the thread.\\n\\nAlso `4f0ae3d`: the Help page said \\\"Prices and fractional amounts are still typed\\\", which read as permission to type a fractional quantity — corrected in en/es/tl with a covering test.\\n\\nPlease re-review.\",\"path\":null,\"side\":null,\"line\":null}{\"type\":\"pull_request_comment\",\"body\":\"**_{_{![P1 Badge](https://img.shields.io/badge/P1-orange?style=flat)}} Preserve streamed 413 handling when binding throws**\\n\\nWhen a capped JSON endpoint receives a chunked body or a body whose declared length is below the cap but whose actual bytes exceed it, `ByteCappedRequestStream` throws a 413 during binding. With the new global `ThrowOnBadRequest=true`, that exception is no longer swallowed by the generated binder, and rethrowing it here unwinds past `RequestBodyLimit`'s post-`next()` recovery at `RequestBodyLimit.cs:70-87`. Consequently Serilog again records a 500/Error completion and `/error` returns `\\\"Request body too large.\\\"` instead of the canonical cap-specific body, breaking the contract pinned by `AuthBodyLimitTests.Declared_length_and_chunked_413_bodies_have_the_same_shape`; handle this 413 inside Serilog as well while preserving its 413 response.\\n\\nUseful? React with 👍 / 👎.\",\"path\":\"src/Cluckwork.Api/Hosting/BindingFailureResponse.cs\",\"side\":\"RIGHT\",\"line\":56}{\"type\":\"pull_request_comment\",\"body\":\"\\n### 💡 Codex Review\\n\\nHere are some automated review suggestions for this pull request.\\n\\n**Reviewed commit:** `4f0ae3db9d`\\n \\n\\n

ℹ️ About Codex in GitHub

\",\"path\":null,\"side\":null,\"line\":null}{\"type\":\"pull_request_comment\",\"body\":\"I took this seriously and went to measure it, because the mechanism you describe is exactly right and would be a real regression. **It does not reproduce** — but the gap you identified in the coverage was real, so there is now a test either way (`1e1435c`).\\n\\n**Your reasoning about the recovery is correct.** `RequestBodyLimit`'s handling of the streamed case is a post-`next()` **status check**, not a `catch`:\\n\\n```csharp\\nawait next();\\nif (context.Response.StatusCode == StatusCodes.Status413PayloadTooLarge && !context.Response.HasStarted)\\n await WriteBodyTooLargeAsync(context, meta.Bytes);\\n```\\n\\nIts own comment states the premise: minimal-API's generated binder \\\"CATCHES the BadHttpRequestException itself, sets Response.StatusCode = 413, and returns WITHOUT rethrowing.\\\" If `ThrowOnBadRequest=true` invalidated that, `next()` would throw, the recovery would be skipped, `BindingFailureResponse` would rethrow (413 ≠ 400), and Serilog would log its hardcoded 500/Error. That is a sound prediction.\\n\\n**Measured result: the premise still holds.** `ThrowOnBadRequest` governs how the generated binder reports *its own* binding failures; an exception propagating out of the request **stream** during a read is handled by different logic in that generated code, and is still swallowed into `Response.StatusCode = 413`. So the recovery still runs, and the canonical body is still what the client gets.\\n\\nEvidence:\\n\\n- `AuthBodyLimitTests` — **9/9 green** on this branch, including `Declared_length_and_chunked_413_bodies_have_the_same_shape`. Its `ProblemFields` helper compares `title`, `detail` **and** `status`, so had the chunked path fallen through to `/error` it would have compared `\\\"The request body exceeds the 4096-byte limit for this endpoint.\\\"` against `bad.Message` and failed. It does not.\\n- New `RequestLoggingTests.Streamed_413_logs_one_completion_at_information_with_status_413` — asserts the completion is **StatusCode 413, Level Information, Exception null**. Green.\\n\\n**On the coverage point you were right about**: no test could see this. `AuthBodyLimitTests` inspects the HTTP response only, and a mis-logged completion is invisible to every response-level assertion in the suite — which is precisely how the original defect on the 400 path survived. So the new test asserts the telemetry directly rather than inferring it from the response.\\n\\n**Mutation-checked against your exact scenario**, so it is not a test that merely happens to pass: making the recovery `throw new BadHttpRequestException(\\\"Request body too large.\\\", 413)` instead of writing the body — i.e. forcing the propagation you predicted — turns the new test **RED**; restoring it turns it green. 17/17 across both classes.\\n\\nOne implementation note: it filters by status rather than `Assert.Single` on the path, because the sink is class-scoped and never reset and several other tests here reach `/api/v1/auth/login` through the login helper. Exactly one **413** completion is still the assertion, so a re-executed `/error` would add a second and a mis-logged 500 would leave zero.\",\"path\":\"src/Cluckwork.Api/Hosting/BindingFailureResponse.cs\",\"side\":\"RIGHT\",\"line\":56}{\"type\":\"pull_request_comment\",\"body\":\"> I took this seriously and went to measure it, because the mechanism you describe is exactly right and would be a real regression. **It does not reproduce** — but the gap you identified in the coverage was real, so there is now a test either way (`1e1435c`).\\\\n> \\\\n> **Your reasoning about the recovery is correct.** `RequestBodyLimit`'s handling of the streamed case is a post-`next()` **status check**, not a `catch`:\\\\n> \\\\n> ```cs\\\\n> await next();\\\\n> if (context.Response.StatusCode == StatusCodes.Status413PayloadTooLarge && !context.Response.HasStarted)\\\\n> await WriteBodyTooLargeAsync(context, meta.Bytes);\\\\n> ```\\\\n> \\\\n> Its own comment states the premise: minimal-API's generated binder \\\"CATCHES the BadHttpRequestException itself, sets Response.StatusCode = 413, and returns WITHOUT rethrowing.\\\" If `ThrowOnBadRequest=true` invalidated that, `next()` would throw, the recovery would be skipped, `BindingFailureResponse` would rethrow (413 ≠ 400), and Serilog would log its hardcoded 500/Error. That is a sound prediction.\\\\n> \\\\n> **Measured result: the premise still holds.** `ThrowOnBadRequest` governs how the generated binder reports _its own_ binding failures; an exception propagating out of the request **stream** during a read is handled by different logic in that generated code, and is still swallowed into `Response.StatusCode = 413`. So the recovery still runs, and the canonical body is still what the client gets.\\\\n> \\\\n> Evidence:\\\\n> \\\\n> * `AuthBodyLimitTests` — **9/9 green** on this branch, including `Declared_length_and_chunked_413_bodies_have_the_same_shape`. Its `ProblemFields` helper compares `title`, `detail` **and** `status`, so had the chunked path fallen through to `/error` it would have compared `\\\"The request body exceeds the 4096-byte limit for this endpoint.\\\"` against `bad.Message` and failed. It does not.\\\\n> \\\\n> * New `RequestLoggingTests.Streamed_413_logs_one_completion_at_information_with_status_413` — asserts the completion is **StatusCode 413, Level Information, Exception null**. Green.\\\\n> \\\\n> \\\\n> **On the coverage point you were right about**: no test could see this. `AuthBodyLimitTests` inspects the HTTP response only, and a mis-logged completion is invisible to every response-level assertion in the suite — which is precisely how the original defect on the 400 path survived. So the new test asserts the telemetry directly rather than inferring it from the response.\\\\n> \\\\n> **Mutation-checked against your exact scenario**, so it is not a test that merely happens to pass: making the recovery `throw new BadHttpRequestException(\\\"Request body too large.\\\", 413)` instead of writing the body — i.e. forcing the propagation you predicted — turns the new test **RED**; restoring it turns it green. 17/17 across both classes.\\\\n> \\\\n> One implementation note: it filters by status rather than `Assert.Single` on the path, because the sink is class-scoped and never reset and several other tests here reach `/api/v1/auth/login` through the login helper. Exactly one **413** completion is still the assertion, so a re-executed `/error` would add a second and a mis-logged 500 would leave zero.\\\\n\\\\n@codex see above\",\"path\":\"src/Cluckwork.Api/Hosting/BindingFailureResponse.cs\",\"side\":\"RIGHT\",\"line\":56}{\"type\":\"pull_request_comment\",\"body\":\"@codex round 2 — **Preserve streamed 413 handling when binding throws** — is answered in `1e1435c`. Flagging explicitly that this one is **disputed, not fixed**, so it gets a real look rather than being read as resolved.\\n\\nYour mechanism was right: `RequestBodyLimit`'s streamed-413 recovery is a post-`next()` **status check**, not a catch, so if `ThrowOnBadRequest=true` had made the generated binder rethrow instead of swallowing `ByteCappedRequestStream`'s 413, `next()` would throw, the recovery would be skipped, `BindingFailureResponse` would rethrow (413 ≠ 400), and Serilog would log its hardcoded 500/Error.\\n\\n**Measured: it does not reproduce.** That option governs how the binder reports its *own* binding failures; an exception propagating out of the request stream during a read is still swallowed into `Response.StatusCode = 413`, so the recovery still runs.\\n\\n- `AuthBodyLimitTests` 9/9 green, including `Declared_length_and_chunked_413_bodies_have_the_same_shape` — and its `ProblemFields` compares `detail`, so a fall-through to `/error` would have compared the cap-specific string against `bad.Message` and failed.\\n- New `RequestLoggingTests.Streamed_413_logs_one_completion_at_information_with_status_413` asserts StatusCode 413, Information, no exception.\\n\\n**Your coverage point was correct and is what I acted on**: nothing could see the telemetry, only the response — which is exactly how the round-1 defect survived. Mutation-checked against your predicted path (force the recovery to `throw new BadHttpRequestException(..., 413)` → RED; restore → green), 17/17.\\n\\nIf you still think the propagation is reachable, name the request shape and I will test that shape specifically — I would rather be wrong here than ship on a test that passes for the wrong reason.\",\"path\":null,\"side\":null,\"line\":null}{\"type\":\"pull_request_comment\",\"body\":\"**_{_{![P2 Badge](https://img.shields.io/badge/P2-yellow?style=flat)}} Keep binding-generated 415s out of error telemetry**\\n\\nWhen a request with an unsupported `Content-Type` reaches any JSON-bound endpoint, the new global `ThrowOnBadRequest = true` makes the generated binder throw a `BadHttpRequestException` with status 415. In the inspected `Program.cs` pipeline, this condition rethrows every non-400 exception through Serilog, which records a hardcoded 500/Error completion even though `/error` ultimately returns 415; ordinary client mistakes can therefore still inflate 5xx alerts. Handle binding-generated 415s inside this middleware or explicitly classify them in `GetLevel`; the streamed-413 test does not cover this path because that exception is swallowed by the binder.\\n\\nUseful? React with 👍 / 👎.\",\"path\":\"src/Cluckwork.Api/Hosting/BindingFailureResponse.cs\",\"side\":\"RIGHT\",\"line\":56}{\"type\":\"pull_request_comment\",\"body\":\"\\n### 💡 Codex Review\\n\\nHere are some automated review suggestions for this pull request.\\n\\n**Reviewed commit:** `1e1435c1e1`\\n \\n\\n

ℹ️ About Codex in GitHub

\",\"path\":null,\"side\":null,\"line\":null}{\"type\":\"pull_request_comment\",\"body\":\"### Summary\\n\\n* Confirmed the disputed production behavior remains unchanged: no 413-handling code change is warranted. The generated binder’s streamed 413 path is still expected to return normally, allowing the post-`next()` recovery to execute. [tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.csL252-L265](https://github.com/mforce/cluckwork/blob/1e1435c1e18c8b9ca9ce91a3c94df985750132f5/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs#L252-L265)\\n* Strengthened the telemetry regression test to use a deliberately non-seekable request stream with a lying, under-cap `Content-Length`. This ensures the test reaches `ByteCappedRequestStream` during binding rather than potentially taking the declared-length short-circuit. [tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.csL267-L287](https://github.com/mforce/cluckwork/blob/1e1435c1e18c8b9ca9ce91a3c94df985750132f5/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs#L267-L287)\\n* Kept explicit assertions that the streamed request produces exactly one Serilog completion at status 413, Information level, with no exception. [tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.csL289-L299](https://github.com/mforce/cluckwork/blob/1e1435c1e18c8b9ca9ce91a3c94df985750132f5/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs#L289-L299)\\n* Added the non-seekable test stream implementation covering synchronous and asynchronous reads. [tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.csL302-L337](https://github.com/mforce/cluckwork/blob/1e1435c1e18c8b9ca9ce91a3c94df985750132f5/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs#L302-L337)\\n* Committed the follow-up as `9c74e01` and created the requested follow-up PR metadata with title **“test(api): force the streamed path in the 413 telemetry probe.”**\\n\\n**Testing**\\n\\n* ✅ `git diff --check`\\n* ✅ `git status --short --branch` (clean working tree)\\n* ⚠️ `dotnet test tests/Cluckwork.Api.IntegrationTests/Cluckwork.Api.IntegrationTests.csproj --filter \\\"FullyQualifiedName~Streamed_413_logs_one_completion_at_information_with_status_413|FullyQualifiedName~Declared_length_and_chunked_413_bodies_have_the_same_shape\\\" --no-restore` (`dotnet` is not installed in this environment)\\n\\n [View task →](https://chatgpt.com/s/cd_6a6ff7c43e4c8191a42f5d74802225a7)\",\"path\":null,\"side\":null,\"line\":null}","text_elements",[],{"_394":572,"_373":374,"_396":380},{"_397":573,"_399":-5,"_45":-5,"_401":574,"_403":-5,"_99":329,"_95":405},[575],{"_406":380},{"_49":568,"_95":429},{"_394":577,"_373":374,"_396":380},{"_397":578,"_399":-5,"_45":-5,"_401":579,"_403":-5,"_99":329,"_95":405},[580,581],{"_406":380},{"_49":583,"_95":429},{"_49":582,"_95":429},"\n /workspace/cluckwork\n bash\n 2026-08-03\n Etc/UTC\n /workspace/cluckwork\n","# AGENTS.md instructions for /workspace/cluckwork\n\n\n# AGENTS.md — Cluckwork\n\nPoultry egg-farm management system. Backend: **.NET 10** (C#), layered DDD. Frontend: **React 19 + Vite** SPA in `web/`. Postgres via EF Core.\n\nThis file is the shared brief for any coding agent (Claude Code, Codex, etc.).\n\n## Layout\n\n```\nsrc/\n Cluckwork.Domain aggregates, value objects, domain events (no deps)\n Cluckwork.Application feature handlers, repository interfaces, validators\n Cluckwork.Infrastructure EF Core, Identity/JWT, repositories, seeding, jobs\n Cluckwork.Api minimal-API endpoints, middleware, Program.cs\nweb/ React/Vite SPA (see web/README.md)\ndeploy/ docker-compose (.yml prod, .dev.yml dev DB), .env.example\nspecs/ product + technical specs, wireframes\ntests/ Domain.Tests, Application.Tests, Api.IntegrationTests\n```\n\nDependencies point inward: Api → Application/Infrastructure → Domain. Domain depends on nothing.\n\n## Build / test / run\n\n```bash\ndotnet build Cluckwork.sln # warnings are errors — keep it clean\ndotnet test Cluckwork.sln # 688 tests as of 2026-07; integration needs Docker\n```\n\n- **Integration tests** spin up a real Postgres via Testcontainers (`docker` required). No SQLite — EF SQL semantics differ.\n- **Run full stack (prod-like):** `docker compose -f deploy/docker-compose.yml up --build` → SPA + API on http://localhost:8080 (single container; API serves the built SPA from `wwwroot`).\n- **Run frontend dev:** `cd web && npm run dev` → http://localhost:5173 (proxies `/api` → :8080).\n- **Debug API (no docker stack):** `docker compose -f deploy/docker-compose.dev.yml up -d` (Postgres on :5432), then run/debug `Cluckwork.Api` (Development env). Dev secrets live in **user-secrets**, not files.\n\n## Conventions (follow these)\n\n- **Result pattern:** domain/handlers return `Result` / `Result` (see `Domain/Common`). Don't throw for expected failures; throw only for invariant violations (e.g. `Flock.Create` guards).\n- **Every aggregate mutation must bump `Version`.** `Version` is an EF concurrency token (`IsConcurrencyToken`) — EF puts the *original* value in the UPDATE's WHERE but never auto-increments it. A mutation without `Version++` silently loses concurrent races (both writers match `WHERE Version = N`) instead of 409ing. This bug shipped three times (`RecordProduction` was correct; `Submit`/`Lock` and `SalesOrder.AddItem` weren't) — each now has a parallel-race integration test; add one for any new mutation.\n- **Handler per feature**, invoked directly from endpoints — **no MediatR**. Register handlers/validators/repos in `Program.cs`.\n- **Validation:** FluentValidation validators (`*Validator`), one per command; endpoints call `ValidateAsync` and return `ValidationProblem`.\n- **Endpoints:** minimal APIs grouped under `/api/v1/...` via `MapEndpoints`; writes require auth + an `Idempotency-Key` (middleware).\n- **Multi-tenancy:** every tenant-owned entity has `AccountId`; enforced by an EF **global query filter** + a **`TenantStampInterceptor`** (stamps on insert). `TenantContext` is resolved per-request from the JWT `account_id` claim. At startup it's unresolved → use `IgnoreQueryFilters()` in seeders.\n- **Auth:** asymmetric JWT + rotating refresh tokens. PEM keys come from config with escaped `\\n`; normalize via `PemKey.Normalize` before `ImportFromPem`. Integration tests generate an ephemeral RSA pair at test-process startup (`TestJwtKeys` in `CluckworkWebApplicationFactory.cs`) — no real key material is ever committed to source (`deploy/.env.example` carries PEM armor with a `replace-me` body, not a usable key).\n- **Migrations + base provisioning (#283):** EF migrations auto-apply on startup (`Database:MigrateOnStartup`, default true — but **Production sets it `false`**; the `migrate` command runs DDL out-of-band, see the #263 bullet below). The default account, the four assignable roles (`Roles.Assignable`), the default egg grades, and the default packed-unit conversions are **static reference data baked into the migrations themselves** — deterministic and multi-instance-safe by construction, **no runtime seeder, no `Seed:*` config**. They ship as **hand-written `migrationBuilder.Sql` with `WHERE NOT EXISTS` guards, deliberately NOT EF's `HasData`/`InsertData`** — `HasData` keys on the PRIMARY KEY, which assumes a virgin schema, but every install that ever booted pre-#283 already has these rows under *different* ids (the old `DatabaseSeeder` minted roles/grades/conversions with `Guid.NewGuid()`), so `InsertData` either collides on `PK_Accounts` or silently violates the real natural-key unique indexes. The #245 squash retires *that* particular reason (a virgin database is now the only starting state), but **do not \"regenerate\" these into `HasData`**: `HasData` rows become part of the **model**, and every one of these tables is user-mutable through the app (Settings renames the account, `PUT /api/v1/egg-grades/{id}` renames a grade, `EggUnitConversion.Update` retunes `EggsPerUnit`), so a later model-diff would emit `UpdateData`/`DeleteData` that silently reverts the farm's own edits. Raw SQL seeds once and then leaves the rows alone forever. The guard's scope differs per batch, and the rule is *whether the user can change the natural key or remove a set member*: the **egg grades** batch is gated on the account's grade catalog being **entirely empty** (whole-set), because grades are user-managed — `PUT /api/v1/egg-grades/{id}` renames one, and a per-name guard cannot see a `Small` the farm renamed to `Pullet`, so it would resurrect an active, saleable duplicate (the old seeder skipped the whole set for exactly this reason); **roles, unit conversions, and the default account** stay **per-key**, because their keys are not user-mutable (no role CRUD exists at all; `EggUnitConversion.Update` cannot change `UnitCode` and there is no create/delete; the account's key is a fixed id), and per-key additionally lets a later-added role or unit code back-fill into an older install. `MigrationSecurityReviewTests` pins the SQL shape (12 INSERT statements, 21 rows, every one `WHERE NOT EXISTS`-guarded, the grades guard blind to `\"Name\"`) and `BaseReferenceDataMigrationTests` pins the result against a real virgin Postgres. `MigrationSecurityReviewTests` also asserts no migration ever inserts a credential-shaped row (`AspNetUsers`, `PasswordHash`, `SecurityStamp`, …) — the schema itself is never a place a credential can hide. The first admin is a **separate, deliberately NOT migration-baked** concern — see the #283 bullet below.\n- **One migration, squashed (#245):** `Persistence/Migrations/` holds exactly **one** migration, `InitialCreate`, generated from the current model on 2026-08-01. It replaced the 34 that had accumulated since 2026-06-27 (12 of them carrying raw SQL written for mid-history data states — backfills that touch 0 rows on an empty database but still execute). Done once, before the first production deploy, precisely because no `__EFMigrationsHistory` anywhere needed baselining; **it cannot be repeated after go-live**. Any database still carrying the old history (a dev DB from `deploy/docker-compose.dev.yml`, an old demo/sim instance) can no longer migrate forward — **drop and recreate**: `docker compose -f deploy/docker-compose.dev.yml down -v && docker compose -f deploy/docker-compose.dev.yml up -d`. Two things in that migration are **hand-carried and un-regenerable** — a plain `dotnet ef migrations add` drops both on the floor, so never regenerate `InitialCreate` without re-adding them: (1) the four **`lower(\"Name\")` expression unique indexes** (`IX_EggGrades_AccountId_FarmId_LowerName`, `IX_ExpenseCategories_NameCi`, `UX_InventoryItems_Account_Farm_LowerName`, `IX_Products_AccountId_LowerName`) — EF cannot model a functional index, and losing them loses four uniqueness constraints; (2) the **static base reference data** raw SQL (see the bullet above). `MigrationSecurityReviewTests` and `BaseReferenceDataMigrationTests` fail if either goes missing.\n- **Seed command (#280, #284):** demo sample data is NOT boot-seeded — there is no `Seed__Demo` flag anymore. Run it explicitly, against a database that has **already been booted once** so the base seed above exists (default account, `Admin` role, default egg grades — the demo seed needs all three and fails fast with a clear message if they're missing): `ASPNETCORE_ENVIRONMENT=Development dotnet Cluckwork.Api.dll seed --profile demo` (an unset `ASPNETCORE_ENVIRONMENT` defaults to Production, which the guard below blocks — always set it for a local/dev/CI run). The command migrates the schema, runs `DemoDataSeeder`, then exits (Kestrel never starts); it is **authoritative** (seeds regardless of any config) and **fail-loud** (a real exit code: `0` only when data was actually seeded or was already present, non-zero with an stderr message otherwise — never a silent no-op). `DemoDataSeeder` is registered only when `!IsProduction()` (defense-in-depth): running the command against a Production-env process fails with a clear message instead of writing fake data. Intended flow: the serving process for a real farm stays Production; a non-Production process (dev box, CI, or a sim/load-test harness) runs `seed --profile demo` against its own already-base-seeded database. The **`simulation` profile** (#279) sits in the same `switch` with the same authoritative + fail-loud + Production-guarded contract (`SimulationDataSeeder`); it additionally records its date anchor + a completion marker in a durable `SimulationSeedState` row (anchor written before the first fixture mutation; completion stamped only after the manifest succeeds). A clean re-run — even one straddling a UTC-midnight rollover — reuses that anchor and converges to `AlreadySeeded` with an unchanged manifest fingerprint instead of writing a shifted duplicate set; `AlreadySeeded` is reported only when the counts are unchanged, so a `SimulationOptions` change that adds fixtures re-runs as `Seeded`. The durable anchor can't be poisoned by a mid-seed crash or by foreign daily entries a load test writes into the account (a data-derived anchor could); but a polluted account still fails the exact count validation **closed** (`Failed`) rather than certifying a fixture that no longer matches the definition.\n- **Break-glass recovery (#265):** `recover-admin` is a second one-off CLI verb on the same binary, same run-then-exit shape as `seed` — but deliberately **NOT** environment-gated (it must work against a real Production database): `dotnet Cluckwork.Api.dll recover-admin --email [--account ] [--reason ]`. For a locked-out account (the sole-Owner-lost-password case, no email/SMTP reset path) it, in one transaction, resets to a **freshly generated** temporary password (never one passed on the command line), rotates the security stamp, revokes every refresh token, and writes a conspicuous `User.BreakGlassReset` audit row carrying `--reason`. The temp password is printed to **stdout only** (never the logger/OTLP) and exit `0`; failures go to stderr with exit `1` and change nothing. `AdminRecoveryService` orchestrates; `IdentityProvider.BreakGlassResetAsync` shares the reset/revoke core with `SetUserPasswordAsync`. Full procedure + verification drill: `docs/runbooks/break-glass-account-recovery.md`.\n- **First-run admin provisioning (#283):** `bootstrap-admin` is a fourth one-off CLI verb, same run-then-exit shape as `seed`/`migrate`, always available in Production (same posture as `recover-admin`): `dotnet Cluckwork.Api.dll bootstrap-admin --email `. It migrates the schema (idempotent, like the other verbs), then — **only if the default account has no Owner yet** — creates one with a **freshly generated** password and `ApplicationUser.MustChangePassword = true`, printed to **stdout only** (never the logger/OTLP, identical rule to `recover-admin`). A re-run against an already-provisioned account is a silent no-op: no second Owner, no password reprinted. `FirstRunAdminService` orchestrates (mirrors `AdminRecoveryService`'s CLI-wrapper-calls-a-service shape); `IIdentityProvider.CreateUserAsync` gained an optional `mustChangePassword` parameter (default `false` — an ordinary Users-page-created user is never gated) that this is the only caller to pass `true`. While the flag is set: the JWT carries a `must_change_password` claim (`JwtTokenService`), `MustChangePasswordMiddleware` refuses **every** endpoint except `auth/change-password` and `auth/logout` with 403 (placed before `UseAuthorization`, so it applies uniformly regardless of an endpoint's `AuthPolicies` tier, and before the idempotency middleware, so a blocked write burns no key), and the SPA's `ProtectedRoute` renders a **\"Set your password\"** screen (`SetPasswordPage`, reusing `/auth/change-password` — the operator already knows the printed password as their \"current\" one) instead of the app shell, on every route. Any successful password reset (self-service change, an Owner's `SetUserPasswordAsync`, or break-glass) clears the flag — a single invariant in `IdentityProvider`, not re-derived per path. **Deliberately a separate credential type** from `recover-admin`'s temp password and from #308's browser step-up re-confirmation grant — different audience (pre-auth shell access vs. an authenticated Owner), different lifetime, never conflated; do not treat any of #283/#265/#308 as covering another.\n- **Farm timezone + tzdata/ICU image constraint (#264):** the default account (a fixed `\"UTC\"` migration literal since #283 — see the bullet above) is provisioned once; a real farm sets its actual IANA zone via **Settings → timezone** after first login (`Account.UpdateSettings`), not at provisioning time (the `Seed:TimeZoneId` config lever from before #283 is retired along with the runtime seeder it fed). The farm clock resolves IANA zones via `TimeZoneInfo.FindSystemTimeZoneById` for every safety-sensitive local-day decision and **fails closed**, so the runtime **image MUST carry tzdata + ICU** (the Ubuntu 24.04 (Noble) `aspnet:10.0` base does; **never** an Alpine/chiseled base without tzdata, and **never** `InvariantGlobalization=true`). `Program.cs` still asserts a representative IANA canary resolves at boot (`TimeZoneAvailability.EnsureResolvable`) — a bad image fails the boot loudly instead of surfacing later as a per-request `FarmTimeZoneException`.\n- **Migrate command + prod migration split (#263):** `dotnet Cluckwork.Api.dll migrate` is a third run-then-exit CLI verb (same shape as `seed`) that applies EF migrations then exits — the **pre-deploy-job entrypoint**. In **Production** (`appsettings.Production.json`, loaded because the container leaves `ASPNETCORE_ENVIRONMENT` unset → Production; setting it to Development silently re-enables boot-migration) **`Database:MigrateOnStartup=false`**, so the request-serving process never runs schema DDL. The **actual guarantee is ordering** — migrate runs *before* serve: `deploy/docker-compose.yml` runs a one-shot `migrate` service first and `app` waits on `service_completed_successfully` (any other orchestrator runs the `migrate` job as a pre-deploy step). `DatabaseReadyHealthCheck` is the **backstop**: `/health/ready` returns **503 while any migration is pending**, so an orchestrator's readiness gate won't route traffic to a stale schema. This is the app-side of #263's privilege separation. The **remaining host-specific deploy step**: create a least-privilege runtime role (`GRANT USAGE ON SCHEMA public` + DML/sequence privileges, **no DDL**; plus **`ALTER DEFAULT PRIVILEGES`** for the migrator role so objects future migrations create are auto-granted to the runtime role) and point the migrate job at a separate owner/migrator credential. This PR **does not** close #263 on its own — it references it; the role split closes it.\n- **Proxy-trust boot guard (#260):** behind a reverse proxy/edge, HSTS (#144) and the per-IP login limiter (#143) only work if the app trusts the proxy's `X-Forwarded-*`, which it does **only** for networks in `RateLimiting:TrustedProxies`. An **empty list in Production fails the boot** (a serving-process guard placed *after* the CLI dispatch, so `migrate`/`seed`/`recover-admin` are unaffected) rather than silently running with inert HSTS + a one-bucket limiter. Opt out with `RateLimiting:AllowNoTrustedProxies=true` only for a rare direct-TLS deploy with no fronting proxy. The concrete edge CIDR is deploy config (in the separate deployment/ops repo).\n- **Production Postgres TLS floor (#261/#262):** `ConnectionStrings:Default` accepts libpq URI form (`postgresql://…`, translated to Npgsql key-value; a param Npgsql supports under a different spelling — `channel_binding`, `target_session_attrs`, `gssencmode` — is **mapped**, and only a genuinely unsupported one — `sslcompression` — skips-with-warning; **`ContainsKey(\"\") == false` does NOT mean Npgsql lacks the setting** — it usually means the keyword is spelled differently (`keepalives` → `Tcp Keepalive`, `client_encoding` → `Client Encoding`, `gssencmode` → `GSS Encryption Mode`), so search the keyword list for the concept before concluding a param is unmappable; that exact false negative is what shipped #332, and the first fix for it re-made the same mistake with `keepalives`. Still unmapped and worth a follow-up: the `keepalives*` family and `client_encoding` — `keepalives` needs a *value* translation (`1` → a bool keyword), not just a keyword map) as well as key-value. In **Production** the effective `sslmode` is validated once at boot as a fail-closed **allow-list**: `VerifyCA`/`VerifyFull` silent, `Require` warns (prefer VerifyFull), and **everything else — `Disable`/`Allow`/`Prefer`, unset (Npgsql defaults to `Prefer`), or any undefined `SslMode` — fails the boot**. Never auto-injected. `Database:AllowInsecureConnection=true` is the explicit opt-out for the co-located plaintext compose stack (set on both `app` and `migrate`; a real deploy never sets it). The `VerifyFull` CA + per-host `sslmode` are deploy config (in the separate deployment/ops repo). Integration tests opt out of this **and** the #260 guard in `CluckworkWebApplicationFactory` (plaintext Testcontainers, no proxy) — a Production-env test that skips those opt-outs will fail the boot.\n- **GSS/Kerberos negotiation off by default (#332):** Npgsql's `GssEncryptionMode` defaults to `Prefer`, so every connector probes the GSSAPI stack before authenticating. The runtime image carries no `libgssapi-krb5-2` (#267 keeps it minimal), so that probe made .NET's native security shim print two **unstructured, pre-Serilog** lines to stderr per connecting process (`Cannot load library libgssapi_krb5.so.2`) — non-fatal but it reads like a failure during deploys and lands badly in an OTLP sink. `PostgresConnectionString` now appends `GSS Encryption Mode=Disable` **unless the operator specified it**, detected by **presence, not value** (`prefer` is Npgsql's own default, so a value comparison would silently override an operator who asked for it) — via the *base* `DbConnectionStringBuilder`, since `NpgsqlConnectionStringBuilder.ContainsKey` returns true for every keyword it knows, defaults included. Appended **textually** after the TLS floor runs: a round-trip through the Npgsql builder would reorder/requote the operator's own string and throw on any keyword this Npgsql version doesn't know. Orthogonal to `sslmode` (#262 untouched) and to GSS *authentication* (a separate Npgsql path). Fixing the image instead was rejected — it adds package surface to a Trivy-gated image. **Verified by loader trace** (`LD_DEBUG=libs` against a scram-sha-256 Postgres): `Prefer` dlopens `libgssapi_krb5.so.2`/`libkrb5.so.3`/`libkrb5support.so.0` even though the server never offers GSS; `Disable` produces **zero** gssapi/krb5 loader activity and connects identically — so under password auth there is no residual GSS-*auth* probing either. End-to-end confirmation on the managed cluster (deploy repo) is the only step left.\n- **Design-time migration connection fail-closed (#318):** `AppDbContextDesignTimeFactory` (used by `dotnet ef migrations add`/`database update`, never by the `migrate` verb, which uses the built host's own config) has **no default connection** — an unset/blank `CLUCKWORK_MIGRATIONS_CONNECTION` throws immediately, naming the variable, rather than falling back to a predictable `Host=localhost;...;Username=postgres;Password=postgres`. Every target is held to the **same allow-list TLS floor as a Production boot** (#261/#262, reused via `PostgresConnectionString.NormalizeAndValidate` — no second validator), except an explicitly acknowledged **loopback** development target: `CLUCKWORK_MIGRATIONS_ALLOW_INSECURE_LOOPBACK=true` permits plaintext, but only when the connection's host is `localhost`/`127.0.0.1`/`::1` (checked via `IPAddress.IsLoopback`) — set against any other host, it fails rather than silently widening scope.\n- **Container image hardening (#267):** the runtime stage runs **non-root** (`USER $APP_UID`, uid 1654 — the base image's built-in `app` account); all three base images are **digest-pinned** (`@sha256:…`, kept current by Dependabot's `docker` ecosystem); a CI job builds the image and **Trivy** fails the build on a *fixable* HIGH/CRITICAL. `aquasecurity/trivy-action` is **SHA-pinned** — the action was compromised in the 2026-03 supply-chain incident, so pin the immutable commit, not the re-pointable tag (this is the standing rule for third-party actions). Keep the full glibc base (tzdata + ICU per #264); never chiseled/Alpine.\n- **Container health probe (#266):** the runtime image **and** the compose `app` service carry a `HEALTHCHECK` that runs `dotnet Cluckwork.Api.dll healthcheck` — a **fourth run-then-exit CLI verb**, but **dispatched *before* host build** (`Program.cs`, `args is [HealthCheckCliCommand.Verb, ..]`), not via `CliDispatcher`: unlike `migrate`/`seed`/`recover-admin` — which operate on the built host — this one needs no host/DI/DB/config, so a 30s probe must not re-run the whole app startup or re-log boot warnings on every tick. The hardened image ships **no curl/wget** (#267), so the probe is **in-process**: it GETs `/health/ready` over loopback (port derived from `ASPNETCORE_URLS`, default `8080`) and exits `0` on a 2xx, `1` on any other status **or** an unreachable server (refused/timeout) — never a false green. So an instance whose `/health/ready` is 503 (DB down, migrations pending per #263) reports **unhealthy** and compose/an orchestrator stops routing to it. Its `ProbeAsync`/`DefaultReadyUrl` are unit-tested directly (no Docker). The CI `image` job (#267) now also **boots** the built image against a throwaway Postgres and asserts `/health/ready` goes green + the verb exits `0`, so an unbootable image fails CI instead of at deploy time — this is the **app-side of #266**. Deploy-side (the host's readiness path, wait-for-CI gate, post-deploy smoke) lives in the separate deployment/ops repo.\n- **Transient-DB retry, and where it stops (#269):** `EnableRetryOnFailure` (`Database:Resilience:*`, bounded — never infinite) makes a managed-Postgres failover or a dropped pooled connection retry instead of 500ing. It applies to everything EF runs as a **self-contained unit**: every read, and every `SaveChanges` outside a user-initiated transaction. It deliberately does **NOT** apply to a transaction that spans work which is not replayable, because a transaction cannot be *resumed* after a connection loss, only replayed from the start. **Four** such regions exist and all run through **`SingleAttemptExecution`** — inside the execution strategy (EF requires that to open the transaction at all) but **executed exactly once**: `IdempotencyMiddleware`'s request-wide transaction, which covers `next(context)` (replaying the pipeline re-consumes the single-use in-memory #308 step-up grant, and makes a state transition answer 422 for a request that already succeeded); `AmbientTransaction`'s **owned** path (a failed attempt's entities stay tracked as `Added` — EF never detaches them — so a replay flushes duplicate users/audit rows/refresh tokens); and **`FirstRunAdminService`'s whole lock → check → create region** (#350 review). That last one is the subtle case, and the reason \"the write is single-attempt\" is *not* sufficient on its own: `bootstrap-admin` guards \"exactly one first-run Owner\" with a **session-scoped** `pg_advisory_lock`, but the Owner/conflict **reads** that decide whether to create were ordinary EF units, so the strategy retried *them*, and a retry **reconnects** — dropping the lock and walking into the create unguarded (two invocations with different emails could each mint an Owner). Wrapping the whole region makes it one non-replayed attempt; on top of that the create is gated on **proving** ownership — `pg_locks … AND pid = pg_backend_pid()` — because EF also silently *replaces* a connection it finds no longer usable, with no exception and no retry to intercept. That proof is asked **twice**, and the second one is the load-bearing one (#350 review round 3): a check that merely precedes the write still returns before `AmbientTransaction` establishes the create transaction, and a connection replaced in *that* gap leaves the `INSERT` running on a backend that never took the lock while the check's `true` describes a backend that no longer exists. So `FirstRunAdminService` **owns the create transaction itself** and re-proves ownership as the first statement *inside* it — same backend as the `INSERT` by construction, and from there a connection loss aborts the transaction instead of reconnecting invisibly; `IdentityProvider.CreateUserAsync` simply **joins** it (`AmbientTransaction`'s ambient path, exactly as under #307's request-wide transaction), so the lock check is never imposed on the Users page or the seeders that share that method. The pre-transaction check is kept in front as one cheap round trip that refuses before a password is even generated. All **fail closed** (`Bootstrap.LockLost`, exit 1): a refused `bootstrap-admin` is re-runnable and idempotent, a second farm Owner is not undoable. Never widen a session-scoped lock's region without all three parts, and never let a *comment* claim continuity a point-in-time check cannot deliver — that overstatement is exactly how the write-side gap survived two review rounds. The **fourth** region is `AccountLockout`'s `AccessFailedAsync` **save** (#350 review round 4) and it is the one that shows \"unreplayable\" is not a synonym for \"transactional\": there is no transaction here at all, just a plain `SaveChanges` — textbook self-contained unit. What disqualifies it is the CALLER. Neither password oracle is idempotency-wrapped (login is anonymous so the tenant gate skips it; `/auth/step-up` is on `ResponseNotCacheable`), so the strategy replays that save; on the ambiguous commit the replay re-issues the `UPDATE` under the stale Identity `ConcurrencyStamp`, matches 0 rows, and returns `IdentityResult.Failed` — which the reload loop (correctly present, for genuine parallel writers) reads as \"lost a race\", reloading the **already-incremented** user and incrementing it **again**. One wrong password would then cost two failed accesses and lock at roughly half the #128 threshold — the same consequence that shipped once already on a different path in #336. Wrap the **save** only; the reload is an ordinary replayable read and keeps its retry. The test to write for this shape is not \"does it retry\" but **\"does one input produce exactly one effect\"**. What recovers a write instead is the **client retrying with the same `Idempotency-Key`**, which #307 already makes exactly-once — plus, for the narrow ambiguous commit (Postgres committed, the ack was lost), the middleware probes its own claim and **replays the response it published** rather than reporting a failure. Never fix a symptom of this by re-widening the retry, and never by a blanket `db.ChangeTracker.Clear()` on a context a longer-lived caller may share (that regression dropped `SimulationDataSeeder`'s pending writes). **But refusing to replay is not the answer to every instance of this shape** (#350 review round 5, found by sweeping for it rather than by report). The general hazard is *an automatic replay sitting above a **stateful detector*** — a monotonic counter, a CAS stamp, a single-use claim — where the detector cannot tell \"this request racing itself\" from the real signal it exists to detect. `SingleAttemptExecution` is the right cure only when **the replay itself is observable**, as with `AccessFailedAsync`'s second durable increment. The three auth-token sites are the other kind: EF wraps their statements in one transaction, so a replay after a lost commit ack writes **nothing** and a replay after a rolled-back attempt simply succeeds — the defect was the **catch misreading** the replay's failure, not the replay. There the fix is to **ask the database whether this attempt's own work is durable**, keyed on evidence nobody else could have produced (the hash of a 256-bit token the attempt minted and has not yet handed out): `IdentityProvider.RefreshAsync` (rotation — the severe one: it is *unrecoverable by retrying*, because the rotation is durable so the caller's cookie holds a revoked token while its live replacement was delivered to nobody), `LoginAsync`'s token `INSERT`, and — a replay damaging a *later* statement rather than its own — `AccountLockout.ResetFailedAccessCountAsync`, where Identity swallows the concurrency loss into a discarded `IdentityResult` and leaves the user tracked under a superseded stamp, which the refresh-token `INSERT` sharing that `DbContext` then re-flushed (a **correct** password answered 409 and issued no token). Ask the database first and classify second: which exception EF raises depends on statement ordering inside the batch, so branching on the exception type reads a coin flip. All three fail **closed** — the probe proves durability or the original error stands, so a session is never invented — and #176's anti-fork guarantee is untouched, because a competing consumer mints its *own* random token and can never write our hash. Measured, and pinned from both sides in `RetryBoundaryTests`: wrapping the rotation in `SingleAttemptExecution` fixes the reported bug **and regresses** the ordinary fail-before blip from 200 to 409. One instrument note that cost a review round: `TransientCommandFaultInterceptor(afterExecution: true)` is the ambiguous commit **only for a single-statement save** (no auto transaction to roll back); for a multi-statement one it is a fail-*before*, and using it there yields a green test with the defect fully present — reach for `TransientCommitFaultInterceptor`.\n- **A new Production boot guard must be taught to the sim harness (#370).** Every guard that fails the boot on missing/invalid config (#260 trusted proxies, #261/#262 the TLS floor, #316 the OTLP endpoint, #319 `AllowedHosts`, and whatever comes next) applies to `tools/simulation/` too — its `app` container runs **Production config on purpose**. That harness is **deliberately not in CI** (dev tooling; a GitHub job per push is out of proportion to 5 seconds of work), so **nothing will tell you when you break it**: every path into it is human-started — `reset.sh` directly, or `run-baseline.sh`, which calls `reset.sh` once per rep — and by 2026-08 four guards had landed without it and it could no longer boot `main` at all. **When you add or change a boot guard, or add/rename/retire a config key, update `tools/simulation/bootstrap.sh` + `docker-compose.sim.yml` in the same PR** and add the check to `tools/simulation/verify-harness.sh` — a ~0.1s self-check that `reset.sh` runs automatically before it wipes the volume, so a config defect fails in a tenth of a second instead of five minutes later at `/health/ready`. Treat a boot-guard PR that leaves the harness behind like a missing test. Note the harness satisfies guards **properly** (a concrete `AllowedHosts`, the documented plaintext opt-outs for its co-located sidecar) — never by disabling one.\n- **SPA E2E lives in `tools/simulation/ui/` (#277/#385), not in `web/`.** Playwright drives the real built SPA against the **same** `seed --profile simulation` fixture k6 uses, so screens are populated rather than empty; `web/` stays Vitest + Testing Library. Three rules it exists to enforce, all of which have already caught something: **\n",{"_394":585,"_373":374,"_396":380},{"_397":586,"_399":-5,"_45":-5,"_401":587,"_403":-5,"_99":588,"_95":405},[589],{"_406":380},"developer",{"_49":590,"_95":429},"Do not spawn sub-agents unless the user or applicable AGENTS.md/skill instructions explicitly ask for sub-agents, delegation, or parallel agent work.",{"_394":592,"_373":374,"_396":380},{"_397":593,"_399":-5,"_45":-5,"_401":594,"_403":-5,"_99":588,"_95":405},[595],{"_406":380},{"_49":596,"_95":429},"You are `/root`, the primary agent in a team of agents collaborating to fulfill the user's goals.\n\nAt the start of your turn, you are the active agent.\nYou can spawn sub-agents to handle subtasks, and those sub-agents can spawn their own sub-agents.\nAll agents in the team, including the agents that you can assign tasks to, are equally intelligent and capable, and have access to the same set of tools.\n\nYou can use `spawn_agent` to create a new agent, `followup_task` to give an existing agent a new task and trigger a turn, and `send_message` to pass a message to a running agent without triggering a turn.\nChild agents can also spawn their own sub-agents.\nYou can decide how much context you want to propagate to your sub-agents with the `fork_turns` parameter.\n\nYou will receive messages in the analysis channel in the form:\n```\nMessage Type: MESSAGE | FINAL_ANSWER\nTask name: \nSender: \nPayload:\n\n```\nThey may be addressed as to=/root\n\nNote that collaboration tools cannot be called from inside `functions.exec`. Call `spawn_agent`, `send_message`, `followup_task`, `wait_agent`, `interrupt_agent`, and `list_agents` only as direct tool calls using the recipient shown in their tool definitions, such as `to=functions.collaboration.spawn_agent`, since they are intentionally absent from the `functions.exec` `tools.*` namespace. Available tools in `functions.exec` are explicitly described with a `tools` namespace in the developer message.\n\nAll agents share the same directory. In detail:\n- All agents have access to the same container and filesystem as you.\n- All agents use the same current working directory.\n- As a result, edits made by one agent are immediately visible to all other agents.\n\nThere are 4 available concurrency slots, meaning that up to 4 agents can be active at once, including you.",{"_394":598,"_373":374,"_396":380},{"_397":599,"_399":-5,"_45":-5,"_401":600,"_403":-5,"_99":588,"_95":405},[601,602],{"_406":380},{"_49":604,"_95":429},{"_49":603,"_95":429},"\n## Skills\nA skill is a set of instructions provided through a `SKILL.md` source. Below is the list of skills that can be used. Each entry includes a name, description, and source locator. `file` locators are on the host filesystem, `environment resource` locators are owned by an execution environment, `orchestrator resource` locators are opaque non-filesystem resources, and `custom resource` locators use their provider's access mechanism.\n### Available skills\n- imagegen: Generate or edit raster images when the task benefits from AI-created bitmap visuals such as photos, illustrations, textures, sprites, mockups, or transparent-background cutouts. Use when Codex should create a brand-new image, transform an existing image, or derive visual variants from references, and the output should be a bitmap asset rather than repo-native code or vector. Do not use when the task is better handled by editing existing SVG/vector/code-native assets, extending an established icon or logo system, or building the visual directly in HTML/CSS/canvas. (file: /opt/codex/skills/.system/imagegen/SKILL.md)\n- openai-docs: Use when the user asks how to build with OpenAI products or APIs, asks about Codex itself or choosing Codex surfaces, needs up-to-date official documentation with citations, help choosing the latest model for a use case, or model upgrade and prompt-upgrade guidance; use OpenAI docs MCP tools for non-Codex docs questions, use the Codex manual helper first for broad Codex self-knowledge, and restrict fallback browsing to official OpenAI domains. (file: /opt/codex/skills/.system/openai-docs/SKILL.md)\n- plugin-creator: Create and scaffold plugin directories for Codex with a required `.codex-plugin/plugin.json`, optional plugin folders/files, valid manifest defaults, and personal-marketplace entries by default. Use when Codex needs to create a new personal plugin, add optional plugin structure, generate or update marketplace entries for plugin ordering and availability metadata, or update an existing local plugin during development with the CLI-driven cachebuster and reinstall flow. (file: /opt/codex/skills/.system/plugin-creator/SKILL.md)\n- skill-creator: Guide for creating effective skills. This skill should be used when users want to create a new skill (or update an existing skill) that extends Codex's capabilities with specialized knowledge, workflows, or tool integrations. (file: /opt/codex/skills/.system/skill-creator/SKILL.md)\n- skill-installer: Install Codex skills into $CODEX_HOME/skills from a curated list or a GitHub repo path. Use when a user asks to list installable skills, install a curated skill, or install a skill from another repo (including private repos). (file: /opt/codex/skills/.system/skill-installer/SKILL.md)\n","\nFilesystem sandboxing defines which files can be read or written. `sandbox_mode` is `danger-full-access`: No filesystem sandboxing - all commands are permitted. Network access is enabled.\nApproval policy is currently never. Do not provide the `sandbox_permissions` for any reason, commands will be rejected.\n","turn/started",{"_373":374,"_90":607},{"_106":-5,"_45":380,"_381":608,"_383":384,"_385":386,"_387":609},[],"inProgress",{"_387":611,"_373":374},{"_612":613,"_95":614},"activeFlags",[],"active","thread/started",{"_617":618},"thread",{"_619":-5,"_620":-5,"_621":622,"_623":386,"_439":440,"_624":18,"_625":-5,"_626":-5,"_627":-5,"_628":629,"_45":374,"_630":631,"_184":-5,"_632":-5,"_164":633,"_634":202,"_635":386,"_636":374,"_445":637,"_387":638,"_639":-5,"_80":640,"_641":386},"agentNickname","agentRole","cliVersion","0.144.0-alpha.4","createdAt","ephemeral","extra","forkedFromId","gitInfo","historyMode","legacy","modelProvider","openai","parentThreadId","/opt/codex/sessions/2026/08/03/rollout-2026-08-03T02-20-12-019fc56b-eb9b-72b2-ad05-d6b0d0846073.jsonl","preview","recencyAt","sessionId","vscode",{"_95":391},"threadSource",[],"updatedAt",[],"messages",[645],{"_45":646,"_647":648,"_649":650,"_651":650,"_397":652,"_387":653,"_399":-5,"_654":35,"_655":656,"_657":658,"_659":-5},"f747d7b0-0c98-40e8-99c8-a62c95df7341","author",{"_99":329,"_184":-5,"_655":668},"create_time",1785723611.207892,"update_time",{"_664":49,"_665":666},"finished_successfully","weight","metadata",{"_660":661},"recipient","all","channel","l1239dk1",{"_662":663},"inline_comments",[],"content_type","parts",[667],"@codex adopted in `db68b82`, with one change to the diff — thank you for it.\n\n**The stated risk does not hold.** `content.Headers.ContentLength = 10` is set explicitly, and an explicit `ContentLength` wins over `StreamContent.TryComputeLength`, so a seekable stream does not let HttpClient recompute the real length. More decisively, the mutation check already proved the streamed path was taken: it mutates `RequestBodyLimit`'s **post-`next()`** recovery, and the declared-length short-circuit `return`s *before* `next()`, so it can never reach that code. RED meant layer 3 executed.\n\n**The concern underneath it is real, and is why I took the change anyway.** Both paths answer 413, so nothing in the test *pinned* which one it took. A later change in transport handling could drift it onto the short-circuit and it would still pass — proving nothing about the streamed path. That is a test passing for the wrong reason, which is the failure mode this whole PR has been about.\n\n**One change to your diff: shared, not duplicated.** Your version adds a second `NonSeekableStream` as a private nested class, alongside the one `AuthBodyLimitTests` already has. Two copies of a helper whose entire job is to pin a transport shape can drift apart, and when they do, one of the two tests silently stops exercising the path its name claims. It now lives in `tests/Cluckwork.Api.IntegrationTests/Infrastructure/NonSeekableStream.cs` and both use it — `AuthBodyLimitTests` pins the streamed 413's **response shape**, `RequestLoggingTests` pins its **telemetry**, and they now provably do it over the same transport.\n\nThe shared file's comment records why it exists, so nobody re-inlines it.\n\nMutation re-run after the swap: force the recovery to rethrow → **RED**; restore → green. 17/17 across both classes, `dotnet build` 0 warnings 0 errors.\nfix(sales): reject fractional order-line quantities instead of leaking a JSON-binding error\n\nCloses #398.\n\nTyping a fractional quantity (e.g. `2.5`) into a sales order line surfaced an\ninternal framework message in the SPA's error banner.\n\n## The real bug was not the leak\n\nThe leak only reproduces in **Development**. `RouteHandlerOptions.ThrowOnBadRequest`\ndefaults to `true` there and `false` everywhere else — so in Production the\nbinding failure was swallowed *inside* minimal-API's generated body reader,\nwhich sets `Response.StatusCode` itself and returns **without throwing**.\n`UseExceptionHandler(\"/error\")` never ran, and the client got a **bare 400 with\nan empty body** — not even a generic ProblemDetails.\n\nSo the shipped defect was worse than the reported one: no error text at all.\n\n## Fix, in three parts\n\n1. **`ThrowOnBadRequest = true` in every environment**, so this app's own\n `/error` handler always shapes the response instead of an\n environment-conditional framework default. `RequestLoggingFactory` carried a\n local copy of this override for its own test; that copy is now redundant and\n removed.\n2. **`/error` maps a 400 `BadHttpRequestException` to the same\n `ValidationProblem` shape every other 400 uses.** The previous branch echoed\n `bad.Message`, which names the parameter and type it failed to bind — a\n framework internal. A **non**-400 `BadHttpRequestException` (413 from the\n #309 body cap, 415 from an unrecognised Content-Type) falls through to the\n unchanged branch, because `RequestBodyLimit.WriteBodyTooLargeAsync` depends\n on that shape staying byte-identical.\n3. **SPA guards before sending.** `NumberField` is not step-constrained (there\n is no wrapping ``), so `qty` can legitimately hold `2.5`. Both the add\n and the edit control now reject a non-integer with\n `sales:quantityMustBeWholeNumber` (en/es/tl).\n\n## Verification\n\nDomain 283, Application 114, Integration 760, web 1274 — all green.\nMutation check caught one vacuous test of its own, since fixed.\n**_{_{![P2 Badge](https://img.shields.io/badge/P2-yellow?style=flat)}} Classify binding failures as client errors in request logs**\n\nWhen a client sends malformed JSON or a value of the wrong primitive type, this production-wide setting turns an ordinary 400 binding rejection into an exception. The existing Serilog callback in `Program.cs` classifies any exception as Error, and `RequestLoggingTests.Unhandled_exception_logs_one_completion_for_the_real_path_only` explicitly observes a `500` completion for a response that is actually 400. Routine bad requests and scanner traffic will therefore inflate 5xx/error telemetry and may trigger false alerts; enabling the global throw needs a matching `BadHttpRequestException`/400 logging classification and status.\n\nUseful? React with 👍 / 👎.\n\n### 💡 Codex Review\n\nHere are some automated review suggestions for this pull request.\n\n**Reviewed commit:** `88775bc3a1`\n \n\n

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\n\n[Your team has set up Codex to review pull requests in this repo](https://chatgpt.com/codex/cloud/settings/general). Reviews are triggered when you\n- Open a pull request for review\n- Mark a draft as ready\n- Comment \"@codex review\".\n\nIf Codex has suggestions, it will comment; otherwise it will react with 👍.\n\n\n\n\nCodex can also answer questions or update the PR. Try commenting \"@codex address that feedback\".\n \n

\nConfirmed and fixed in `9e59328`. I verified the mechanism before fixing it rather than taking the report on trust, and it is worse than \"the callback classifies exceptions as Error\" — the recorded **status** is wrong too, and `GetLevel` alone cannot repair that.\n\n`app.UseExceptionHandler(...)` is registered at `Program.cs:186`, **above** `app.UseSerilogRequestLogging(...)` at `:211`. So a propagating exception reaches Serilog *first*, and `Serilog.AspNetCore`'s `RequestLoggingMiddleware` catches it as `catch (Exception ex) when (LogCompletion(httpContext, collector, 500, ex))` — a **hardcoded 500**, ignoring `Response.StatusCode` entirely. Adding a `BadHttpRequestException` arm to `GetLevel` would therefore have fixed the level and still logged `StatusCode 500` for a request the client sees as 400.\n\nSo the fix stops the exception reaching Serilog at all. A new middleware, `UseCluckworkBindingFailureResponse()` (`Hosting/BindingFailureResponse.cs`), is registered **immediately after** `UseSerilogRequestLogging` — i.e. *inside* it — catches a `BadHttpRequestException` with `StatusCode == 400`, writes the ValidationProblem body itself, and does not rethrow. Serilog then sees an ordinary completed 400 with no exception in flight and logs **Information / 400**, exactly like any other well-formed 400. No `/error` re-execution happens either.\n\nTwo things deliberately preserved:\n\n- A **non-400** `BadHttpRequestException` (413 from the #309 body cap, 415 from an unrecognised Content-Type) is rethrown untouched and still reaches the existing `/error` mapping — `RequestBodyLimit.WriteBodyTooLargeAsync` depends on that 413 shape staying byte-identical.\n- If `Response.HasStarted`, it rethrows rather than writing, so a partially-sent response does not turn into a second, more confusing exception.\n\nThe response shape is now produced by a single factory, `ValidationResponse.BindingFailureProblem()`, called by both the middleware and the `/error` backstop, so the two cannot drift. I confirmed by grep that the message literal appears exactly once in `src/`.\n\nNo `BadHttpRequestException` arm was added to `GetLevel` — it would be dead code now, and there is an in-code comment saying so rather than leaving a reader to wonder whether it was forgotten.\n\n**Verification.** `RequestLoggingTests` gained `Binding_failure_logs_one_completion_at_information_with_status_400`, and the pre-existing `Unhandled_exception_logs_one_completion_for_the_real_path_only` was reworked to trigger via a genuine fault (a throwing validator) rather than malformed JSON, since malformed JSON no longer reaches Serilog as an exception — so it still proves Error/500 holds for a real fault.\n\nThree mutations, each killing exactly the test that claims to cover it and leaving the other green:\n\n1. Unregister the middleware → the new test goes RED with `StatusCode 500, Level Error` — the exact bug you reported.\n2. `GetLevel`'s Error branch → Information → the unhandled-exception test goes RED.\n3. Drift `BindingFailureProblem()`'s text → the new test goes RED on the exact-string assertion, proving the middleware really calls the shared factory rather than a copy.\n\nEach restored and reconfirmed green. Full suite: Domain 283/283, Application 114/114, Integration 761/761.\n@codex your binding-failure telemetry finding is addressed in `9e59328`. Confirmed and worse than reported: `UseExceptionHandler` sits above `UseSerilogRequestLogging`, and Serilog's `RequestLoggingMiddleware` logs its exception path with a **hardcoded 500** — so a `GetLevel` arm alone would have fixed the level and still recorded the wrong status. Fixed by intercepting the 400 *inside* Serilog (`UseCluckworkBindingFailureResponse`), so it never sees an exception. 413/415 and `HasStarted` rethrow untouched. Three mutations, each killing only its own test. Full reasoning on the thread.\n\nAlso `4f0ae3d`: the Help page said \"Prices and fractional amounts are still typed\", which read as permission to type a fractional quantity — corrected in en/es/tl with a covering test.\n\nPlease re-review.\n**_{_{![P1 Badge](https://img.shields.io/badge/P1-orange?style=flat)}} Preserve streamed 413 handling when binding throws**\n\nWhen a capped JSON endpoint receives a chunked body or a body whose declared length is below the cap but whose actual bytes exceed it, `ByteCappedRequestStream` throws a 413 during binding. With the new global `ThrowOnBadRequest=true`, that exception is no longer swallowed by the generated binder, and rethrowing it here unwinds past `RequestBodyLimit`'s post-`next()` recovery at `RequestBodyLimit.cs:70-87`. Consequently Serilog again records a 500/Error completion and `/error` returns `\"Request body too large.\"` instead of the canonical cap-specific body, breaking the contract pinned by `AuthBodyLimitTests.Declared_length_and_chunked_413_bodies_have_the_same_shape`; handle this 413 inside Serilog as well while preserving its 413 response.\n\nUseful? React with 👍 / 👎.\n\n### 💡 Codex Review\n\nHere are some automated review suggestions for this pull request.\n\n**Reviewed commit:** `4f0ae3db9d`\n \n\n

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\nI took this seriously and went to measure it, because the mechanism you describe is exactly right and would be a real regression. **It does not reproduce** — but the gap you identified in the coverage was real, so there is now a test either way (`1e1435c`).\n\n**Your reasoning about the recovery is correct.** `RequestBodyLimit`'s handling of the streamed case is a post-`next()` **status check**, not a `catch`:\n\n```csharp\nawait next();\nif (context.Response.StatusCode == StatusCodes.Status413PayloadTooLarge && !context.Response.HasStarted)\n await WriteBodyTooLargeAsync(context, meta.Bytes);\n```\n\nIts own comment states the premise: minimal-API's generated binder \"CATCHES the BadHttpRequestException itself, sets Response.StatusCode = 413, and returns WITHOUT rethrowing.\" If `ThrowOnBadRequest=true` invalidated that, `next()` would throw, the recovery would be skipped, `BindingFailureResponse` would rethrow (413 ≠ 400), and Serilog would log its hardcoded 500/Error. That is a sound prediction.\n\n**Measured result: the premise still holds.** `ThrowOnBadRequest` governs how the generated binder reports *its own* binding failures; an exception propagating out of the request **stream** during a read is handled by different logic in that generated code, and is still swallowed into `Response.StatusCode = 413`. So the recovery still runs, and the canonical body is still what the client gets.\n\nEvidence:\n\n- `AuthBodyLimitTests` — **9/9 green** on this branch, including `Declared_length_and_chunked_413_bodies_have_the_same_shape`. Its `ProblemFields` helper compares `title`, `detail` **and** `status`, so had the chunked path fallen through to `/error` it would have compared `\"The request body exceeds the 4096-byte limit for this endpoint.\"` against `bad.Message` and failed. It does not.\n- New `RequestLoggingTests.Streamed_413_logs_one_completion_at_information_with_status_413` — asserts the completion is **StatusCode 413, Level Information, Exception null**. Green.\n\n**On the coverage point you were right about**: no test could see this. `AuthBodyLimitTests` inspects the HTTP response only, and a mis-logged completion is invisible to every response-level assertion in the suite — which is precisely how the original defect on the 400 path survived. So the new test asserts the telemetry directly rather than inferring it from the response.\n\n**Mutation-checked against your exact scenario**, so it is not a test that merely happens to pass: making the recovery `throw new BadHttpRequestException(\"Request body too large.\", 413)` instead of writing the body — i.e. forcing the propagation you predicted — turns the new test **RED**; restoring it turns it green. 17/17 across both classes.\n\nOne implementation note: it filters by status rather than `Assert.Single` on the path, because the sink is class-scoped and never reset and several other tests here reach `/api/v1/auth/login` through the login helper. Exactly one **413** completion is still the assertion, so a re-executed `/error` would add a second and a mis-logged 500 would leave zero.\n> I took this seriously and went to measure it, because the mechanism you describe is exactly right and would be a real regression. **It does not reproduce** — but the gap you identified in the coverage was real, so there is now a test either way (`1e1435c`).\\n> \\n> **Your reasoning about the recovery is correct.** `RequestBodyLimit`'s handling of the streamed case is a post-`next()` **status check**, not a `catch`:\\n> \\n> ```cs\\n> await next();\\n> if (context.Response.StatusCode == StatusCodes.Status413PayloadTooLarge && !context.Response.HasStarted)\\n> await WriteBodyTooLargeAsync(context, meta.Bytes);\\n> ```\\n> \\n> Its own comment states the premise: minimal-API's generated binder \"CATCHES the BadHttpRequestException itself, sets Response.StatusCode = 413, and returns WITHOUT rethrowing.\" If `ThrowOnBadRequest=true` invalidated that, `next()` would throw, the recovery would be skipped, `BindingFailureResponse` would rethrow (413 ≠ 400), and Serilog would log its hardcoded 500/Error. That is a sound prediction.\\n> \\n> **Measured result: the premise still holds.** `ThrowOnBadRequest` governs how the generated binder reports _its own_ binding failures; an exception propagating out of the request **stream** during a read is handled by different logic in that generated code, and is still swallowed into `Response.StatusCode = 413`. So the recovery still runs, and the canonical body is still what the client gets.\\n> \\n> Evidence:\\n> \\n> * `AuthBodyLimitTests` — **9/9 green** on this branch, including `Declared_length_and_chunked_413_bodies_have_the_same_shape`. Its `ProblemFields` helper compares `title`, `detail` **and** `status`, so had the chunked path fallen through to `/error` it would have compared `\"The request body exceeds the 4096-byte limit for this endpoint.\"` against `bad.Message` and failed. It does not.\\n> \\n> * New `RequestLoggingTests.Streamed_413_logs_one_completion_at_information_with_status_413` — asserts the completion is **StatusCode 413, Level Information, Exception null**. Green.\\n> \\n> \\n> **On the coverage point you were right about**: no test could see this. `AuthBodyLimitTests` inspects the HTTP response only, and a mis-logged completion is invisible to every response-level assertion in the suite — which is precisely how the original defect on the 400 path survived. So the new test asserts the telemetry directly rather than inferring it from the response.\\n> \\n> **Mutation-checked against your exact scenario**, so it is not a test that merely happens to pass: making the recovery `throw new BadHttpRequestException(\"Request body too large.\", 413)` instead of writing the body — i.e. forcing the propagation you predicted — turns the new test **RED**; restoring it turns it green. 17/17 across both classes.\\n> \\n> One implementation note: it filters by status rather than `Assert.Single` on the path, because the sink is class-scoped and never reset and several other tests here reach `/api/v1/auth/login` through the login helper. Exactly one **413** completion is still the assertion, so a re-executed `/error` would add a second and a mis-logged 500 would leave zero.\\n\\n@codex see above\n@codex round 2 — **Preserve streamed 413 handling when binding throws** — is answered in `1e1435c`. Flagging explicitly that this one is **disputed, not fixed**, so it gets a real look rather than being read as resolved.\n\nYour mechanism was right: `RequestBodyLimit`'s streamed-413 recovery is a post-`next()` **status check**, not a catch, so if `ThrowOnBadRequest=true` had made the generated binder rethrow instead of swallowing `ByteCappedRequestStream`'s 413, `next()` would throw, the recovery would be skipped, `BindingFailureResponse` would rethrow (413 ≠ 400), and Serilog would log its hardcoded 500/Error.\n\n**Measured: it does not reproduce.** That option governs how the binder reports its *own* binding failures; an exception propagating out of the request stream during a read is still swallowed into `Response.StatusCode = 413`, so the recovery still runs.\n\n- `AuthBodyLimitTests` 9/9 green, including `Declared_length_and_chunked_413_bodies_have_the_same_shape` — and its `ProblemFields` compares `detail`, so a fall-through to `/error` would have compared the cap-specific string against `bad.Message` and failed.\n- New `RequestLoggingTests.Streamed_413_logs_one_completion_at_information_with_status_413` asserts StatusCode 413, Information, no exception.\n\n**Your coverage point was correct and is what I acted on**: nothing could see the telemetry, only the response — which is exactly how the round-1 defect survived. Mutation-checked against your predicted path (force the recovery to `throw new BadHttpRequestException(..., 413)` → RED; restore → green), 17/17.\n\nIf you still think the propagation is reachable, name the request shape and I will test that shape specifically — I would rather be wrong here than ship on a test that passes for the wrong reason.\n**_{_{![P2 Badge](https://img.shields.io/badge/P2-yellow?style=flat)}} Keep binding-generated 415s out of error telemetry**\n\nWhen a request with an unsupported `Content-Type` reaches any JSON-bound endpoint, the new global `ThrowOnBadRequest = true` makes the generated binder throw a `BadHttpRequestException` with status 415. In the inspected `Program.cs` pipeline, this condition rethrows every non-400 exception through Serilog, which records a hardcoded 500/Error completion even though `/error` ultimately returns 415; ordinary client mistakes can therefore still inflate 5xx alerts. Handle binding-generated 415s inside this middleware or explicitly classify them in `GetLevel`; the streamed-413 test does not cover this path because that exception is swallowed by the binder.\n\nUseful? React with 👍 / 👎.\n\n### 💡 Codex Review\n\nHere are some automated review suggestions for this pull request.\n\n**Reviewed commit:** `1e1435c1e1`\n \n\n

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\n### Summary\n\n* Confirmed the disputed production behavior remains unchanged: no 413-handling code change is warranted. The generated binder’s streamed 413 path is still expected to return normally, allowing the post-`next()` recovery to execute. [tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.csL252-L265](https://github.com/mforce/cluckwork/blob/1e1435c1e18c8b9ca9ce91a3c94df985750132f5/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs#L252-L265)\n* Strengthened the telemetry regression test to use a deliberately non-seekable request stream with a lying, under-cap `Content-Length`. This ensures the test reaches `ByteCappedRequestStream` during binding rather than potentially taking the declared-length short-circuit. [tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.csL267-L287](https://github.com/mforce/cluckwork/blob/1e1435c1e18c8b9ca9ce91a3c94df985750132f5/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs#L267-L287)\n* Kept explicit assertions that the streamed request produces exactly one Serilog completion at status 413, Information level, with no exception. [tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.csL289-L299](https://github.com/mforce/cluckwork/blob/1e1435c1e18c8b9ca9ce91a3c94df985750132f5/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs#L289-L299)\n* Added the non-seekable test stream implementation covering synchronous and asynchronous reads. [tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.csL302-L337](https://github.com/mforce/cluckwork/blob/1e1435c1e18c8b9ca9ce91a3c94df985750132f5/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs#L302-L337)\n* Committed the follow-up as `9c74e01` and created the requested follow-up PR metadata with title **“test(api): force the streamed path in the 413 telemetry probe.”**\n\n**Testing**\n\n* ✅ `git diff --check`\n* ✅ `git status --short --branch` (clean working tree)\n* ⚠️ `dotnet test tests/Cluckwork.Api.IntegrationTests/Cluckwork.Api.IntegrationTests.csproj --filter \"FullyQualifiedName~Streamed_413_logs_one_completion_at_information_with_status_413|FullyQualifiedName~Declared_length_and_chunked_413_bodies_have_the_same_shape\" --no-restore` (`dotnet` is not installed in this environment)\n\n [View task →](https://chatgpt.com/s/cd_6a6ff7c43e4c8191a42f5d74802225a7)",{},"created",1785723648.2416155,"Completing the task","event_type","info",{"_95":405,"_99":96,"_397":1113},{"_95":676,"_677":678},"partial_repo_snapshot","files",[679,680,681],{"_164":1076,"_683":-5,"_684":1077,"_686":-5},{"_164":857,"_683":-5,"_684":858,"_686":-5},{"_164":682,"_683":-5,"_684":685,"_686":-5},"tests/Cluckwork.Api.IntegrationTests/AuthBodyLimitTests.cs","contents","line_range_contents",[687],"missing_reason",{"_688":689,"_690":691,"_397":692,"_693":62},"line_range_start",1,"line_range_end",269,[694,202,695,696,697,698,699,700,701,702,703,704,705,202,706,707,708,709,710,711,712,713,714,715,202,716,717,202,718,719,720,721,722,202,723,719,724,725,722,202,726,727,719,728,729,722,730,202,731,732,733,712,734,202,735,719,736,737,738,739,722,730,202,740,741,712,742,202,743,744,719,745,746,202,747,748,749,750,202,751,752,722,202,743,753,719,745,746,202,754,755,756,757,758,759,760,761,762,763,764,765,202,766,202,751,752,722,202,767,768,769,770,771,772,773,774,743,775,719,746,202,776,750,202,777,778,202,779,780,781,782,783,722,202,784,785,786,787,788,789,790,719,791,792,793,794,795,796,722,202,743,797,719,745,746,202,798,799,749,800,202,801,752,722,202,802,803,804,805,806,743,807,719,745,746,202,749,808,202,809,810,811,722,202,743,812,719,745,746,202,749,813,202,809,814,810,815,722,202,743,816,719,817,818,746,202,819,813,820,821,202,822,823,824,825,722,202,743,826,719,827,818,746,202,749,828,202,829,722,202,743,830,719,817,831,832,833,202,834,835,836,837,838,202,839,840,841,842,843,202,844,845,846,847,722,202,848,849,719,850,851,852,853,854,855,856,722,202,730],"contains_end_of_file","namespace Cluckwork.Api.IntegrationTests;","using System.Net;","using System.Net.Http.Headers;","using System.Net.Http.Json;","using System.Text;","using System.Text.Json;","using Cluckwork.Api.IntegrationTests.Infrastructure;","using Cluckwork.Infrastructure.Identity;","using Microsoft.AspNetCore.Hosting;","using Microsoft.AspNetCore.Identity;","using Microsoft.AspNetCore.TestHost;","using Microsoft.Extensions.DependencyInjection;","// #309 — an oversized credential must be rejected BEFORE JSON binding and BEFORE","// the PBKDF2 hasher (including the unknown-user timing-equalization hash), while","// within-limit inputs keep the existing non-enumerating 401 and still pay the","// verify. The instrumented hasher below proves which side of the cutoff a request","// lands on: verify-count 0 = never hashed.","public sealed class CountingPasswordHasher : IPasswordHasher","{"," private readonly PasswordHasher _inner = new();"," private int _hashCount;"," private int _verifyCount;"," public int HashCount => Volatile.Read(ref _hashCount);"," public int VerifyCount => Volatile.Read(ref _verifyCount);"," public void Reset()"," {"," Interlocked.Exchange(ref _hashCount, 0);"," Interlocked.Exchange(ref _verifyCount, 0);"," }"," public string HashPassword(ApplicationUser user, string password)"," Interlocked.Increment(ref _hashCount);"," return _inner.HashPassword(user, password);"," public PasswordVerificationResult VerifyHashedPassword("," ApplicationUser user, string hashedPassword, string providedPassword)"," Interlocked.Increment(ref _verifyCount);"," return _inner.VerifyHashedPassword(user, hashedPassword, providedPassword);","}","// Own factory (not the shared collection) so the counting hasher is a private","// singleton these sequential tests can reset and assert against.","public sealed class AuthBodyLimitFactory : CluckworkWebApplicationFactory"," public CountingPasswordHasher Hasher { get; } = new();"," protected override void ConfigureWebHost(IWebHostBuilder builder)"," base.ConfigureWebHost(builder);"," // Registered after the app's Identity default, so UserManager resolves THIS."," builder.ConfigureTestServices(services =>"," services.AddSingleton>(Hasher));","public sealed class AuthBodyLimitTests(AuthBodyLimitFactory factory)"," : IClassFixture"," private const string LoginPath = \"/api/v1/auth/login\";"," [Fact]"," public async Task Oversized_login_body_is_413_and_never_hashed()"," factory.Hasher.Reset();"," var client = factory.CreateClient();"," // ~8 KB password → body well over the 4 KB login cap; a declared"," // Content-Length is refused before binding or the hasher."," var response = await client.PostAsJsonAsync(LoginPath,"," new { email = \"nobody@example.com\", password = new string('a', 8192) });"," Assert.Equal(HttpStatusCode.RequestEntityTooLarge, response.StatusCode);"," Assert.Equal(0, factory.Hasher.VerifyCount);"," public async Task Chunked_oversized_login_body_is_413_and_never_hashed()"," // The byte-cap READ guarantee (layer 3) — not the declared-length check"," // (layer 2) — must cut this off before the hasher. A merely non-seekable"," // stream doesn't exercise layer 3 under TestServer: TestHost's in-process"," // ClientHandler reads the whole StreamContent to relay it and reports the"," // REAL byte count as Request.ContentLength regardless of what the client"," // declared, so layer 2 alone would already catch a plain oversized body."," // Declaring a Content-Length UNDER the cap while the stream actually"," // yields far more bytes (a \"lying\" length — the same thing a chunked"," // request with no declared length simulates for this middleware, per its"," // own layer-2/3 comments) is what makes layer 2 pass and forces layer 3's"," // read cap to be the one that fires, mid JSON-binding."," var request = LyingLengthRequest(new string('a', 8192), declaredLength: 10);"," var response = await client.SendAsync(request);"," // #309 Fix 1 — a declared-oversize body is refused by the middleware itself"," // (writes a ProblemDetails body directly), while a body whose ACTUAL bytes"," // exceed the cap despite an under-cap declared/lying Content-Length is caught"," // mid-JSON-binding, DURING minimal-API's generated binding code — measured"," // (see the debug narrative in this fix's PR/task notes) to be swallowed"," // there into a bare 413 with Content-Length: 0 and no Content-Type, never"," // reaching /error. This test locks in that both origins now produce the"," // SAME response contract."," public async Task Declared_length_and_chunked_413_bodies_have_the_same_shape()"," var declared = await client.PostAsJsonAsync(LoginPath,"," var chunked = await client.SendAsync("," LyingLengthRequest(new string('a', 8192), declaredLength: 10));"," Assert.Equal(HttpStatusCode.RequestEntityTooLarge, declared.StatusCode);"," Assert.Equal(HttpStatusCode.RequestEntityTooLarge, chunked.StatusCode);"," Assert.Equal(\"application/problem+json\", declared.Content.Headers.ContentType?.MediaType);"," Assert.Equal(\"application/problem+json\", chunked.Content.Headers.ContentType?.MediaType);"," Assert.Equal(await ProblemFields(declared), await ProblemFields(chunked));"," // Builds a login POST whose HttpContent declares `declaredLength` (under the"," // cap) via Content-Length while its underlying stream actually holds far"," // more bytes (the given password, JSON-escaped). See the comment on"," // Chunked_oversized_login_body_is_413_and_never_hashed for why this — not a"," // merely non-seekable stream — is what reaches this middleware's layer-3"," // read cap under TestServer."," private static HttpRequestMessage LyingLengthRequest(string password, long declaredLength)"," var bytes = Encoding.UTF8.GetBytes("," $\"{{\\\"email\\\":\\\"nobody@example.com\\\",\\\"password\\\":\\\"{password}\\\"}}\");"," var content = new StreamContent(new NonSeekableStream(bytes));"," content.Headers.ContentType = new MediaTypeHeaderValue(\"application/json\");"," content.Headers.ContentLength = declaredLength;"," return new HttpRequestMessage(HttpMethod.Post, LoginPath) { Content = content };"," public async Task Within_cap_body_with_password_over_256_is_400_and_never_hashed()"," // 257-char password: body is well under the 4 KB cap, so it binds — but"," // the login validator's max-length rule 400s it before the hasher."," new { email = \"nobody@example.com\", password = new string('a', 257) });"," Assert.Equal(HttpStatusCode.BadRequest, response.StatusCode);"," // #309 Fix 8b — the 256 boundary was tested only on the rejection side"," // (257 above); nothing at the HTTP level proved a password of EXACTLY 256"," // reaches the hasher rather than being incorrectly rejected as oversized —"," // neither by the (now 4096-byte) body cap nor by the validator's"," // MaximumLength(256) rule."," public async Task AtCap_password_login_is_401_not_400_and_still_pays_the_equalization_hash()"," new { email = $\"ghost-{Guid.NewGuid():N}@example.com\", password = new string('a', 256) });"," Assert.Equal(HttpStatusCode.Unauthorized, response.StatusCode);"," Assert.True(factory.Hasher.VerifyCount >= 1,"," \"an exactly-256-char password must reach the equalization hash, not be rejected as oversized\");"," public async Task Within_limit_unknown_user_is_401_and_still_pays_the_equalization_hash()"," new { email = $\"ghost-{Guid.NewGuid():N}@example.com\", password = \"WrongPassw0rd!\" });"," // The unknown-user path must STILL hash, or timing leaks user existence."," \"within-limit unknown-user login must still pay the equalization hash\");"," public async Task Known_user_wrong_password_is_indistinguishable_from_unknown_user()"," var email = $\"owner-{Guid.NewGuid():N}@example.com\";"," await factory.SeedAccountWithUserAsync(email);"," var unknown = await client.PostAsJsonAsync(LoginPath,"," var known = await client.PostAsJsonAsync(LoginPath,"," new { email, password = \"WrongPassw0rd!\" });"," Assert.Equal(HttpStatusCode.Unauthorized, unknown.StatusCode);"," Assert.Equal(HttpStatusCode.Unauthorized, known.StatusCode);"," // Same problem shape — the reply reveals nothing about account existence."," Assert.Equal(await ProblemFields(unknown), await ProblemFields(known));"," public async Task Valid_login_still_succeeds()"," var email = $\"valid-{Guid.NewGuid():N}@example.com\";"," new { email, password = TestHarness.Password });"," Assert.Equal(HttpStatusCode.OK, response.StatusCode);"," public async Task Oversized_authenticated_and_owner_only_bodies_are_413()"," await factory.SeedAccountWithUserAsync(email); // Owner (users group is Owner-only)"," var token = await factory.LoginForAccessTokenAsync(email);"," var client = factory.CreateAuthedClient(token);"," // create-user (Owner-only, 8 KB cap): authenticate — an anonymous request"," // would 401 at the auth gate, but an oversized body 413s regardless."," var createUser = await client.PostAsJsonAsync(\"/api/v1/users\","," new { email = \"x@example.com\", password = new string('a', 16384), role = \"Worker\" });"," Assert.Equal(HttpStatusCode.RequestEntityTooLarge, createUser.StatusCode);"," // set-password (Owner-only, 2 KB cap, unchanged)"," var setPassword = await client.PutAsJsonAsync("," $\"/api/v1/users/{Guid.NewGuid()}/password\","," new { newPassword = new string('a', 4096) });"," Assert.Equal(HttpStatusCode.RequestEntityTooLarge, setPassword.StatusCode);"," // change-password (authenticated, 4 KB cap)"," var changePassword = await client.PostAsJsonAsync(\"/api/v1/auth/change-password\","," new { currentPassword = TestHarness.Password, newPassword = new string('a', 8192) });"," Assert.Equal(HttpStatusCode.RequestEntityTooLarge, changePassword.StatusCode);"," private static async Task<(string? Title, string? Detail, int? Status)> ProblemFields("," HttpResponseMessage response)"," using var doc = JsonDocument.Parse(await response.Content.ReadAsStringAsync());"," var root = doc.RootElement;"," string? Str(string name) =>"," root.TryGetProperty(name, out var v) && v.ValueKind == JsonValueKind.String ? v.GetString() : null;"," int? Int(string name) =>"," root.TryGetProperty(name, out var v) && v.ValueKind == JsonValueKind.Number ? v.GetInt32() : null;"," return (Str(\"title\"), Str(\"detail\"), Int(\"status\"));","tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs",[859],{"_688":689,"_690":860,"_397":861,"_693":62},312,[694,202,862,863,700,864,865,702,704,705,866,867,202,868,869,870,871,872,873,874,875,876,877,878,879,880,712,881,882,883,730,202,884,885,886,887,888,712,889,202,735,719,736,738,890,891,892,893,894,895,896,897,898,899,722,202,900,719,901,902,722,730,202,903,904,712,905,202,906,907,908,909,202,910,911,912,913,202,743,914,719,746,202,915,202,916,917,918,919,920,921,922,722,202,743,923,719,746,924,925,926,202,927,202,928,929,722,202,743,930,719,746,202,931,932,202,933,934,935,936,722,202,937,938,939,743,940,719,941,890,942,943,944,899,202,945,202,946,936,722,202,947,948,949,950,951,952,953,954,955,956,743,957,719,958,818,959,202,960,890,961,962,899,202,963,964,965,966,967,968,969,970,722,202,971,972,973,974,975,976,977,978,979,980,981,982,983,984,985,986,987,988,989,990,991,992,993,743,994,719,746,995,202,996,202,997,202,998,999,1000,1001,1002,1003,1004,970,202,1005,1006,1007,1008,1009,1010,1011,1012,1013,1014,1015,1016,1017,1018,722,202,1019,1020,743,1021,719,1022,1023,832,833,202,1024,202,1025,1026,1027,722,202,1028,1029,978,1030,1031,1032,1033,1034,1035,1036,1037,978,1038,1039,1040,1041,743,1042,719,746,202,1043,1044,1045,1046,1047,1048,1049,1050,1051,1052,1053,1054,1055,1056,1057,202,1058,1059,202,1060,202,1061,1062,1063,1064,1065,1066,1067,1068,1069,1004,1070,722,730,202,1071,1072,1073,1074,712,1075,730],"using System.Collections.Concurrent;","using System.Diagnostics;","using Cluckwork.Application.Features.Users.ChangeOwnPassword;","using FluentValidation;","using Serilog.Core;","using Serilog.Events;","// #398 review (Codex) — a genuine unhandled fault for","// Unhandled_exception_logs_one_completion_for_the_real_path_only below. That","// test used to provoke malformed JSON at /api/v1/auth/login, but that request","// no longer reaches this middleware as an exception at all: BindingFailureResponse","// (Hosting/BindingFailureResponse.cs) catches it before Serilog ever sees it","// (see Binding_failure_logs_one_completion_at_information_with_status_400","// instead). This class needs its own genuine, non-binding fault to keep","// proving the Error/500 guarantee. Mirrors ExceptionHandlerReExecutionTests.cs's","// validator-replacement pattern: the throw originates INSIDE the endpoint —","// downstream of IdempotencyMiddleware, exactly where a real handler fault","// would — rather than from binding.","internal sealed class ThrowingChangeOwnPasswordValidatorForRequestLogging"," : AbstractValidator"," public ThrowingChangeOwnPasswordValidatorForRequestLogging() =>"," RuleFor(c => c.NewPassword).Custom((_, _) =>"," throw new InvalidOperationException(\"unhandled-exception probe\"));","// #214 — every request emits one structured completion log (method, path,","// status, elapsed) carrying the request's TraceId, so a single id joins the","// request line, handler logs, and exported spans. Health probes are demoted","// below Information so liveness polling doesn't flood the log.","public sealed class RequestLoggingFactory : CluckworkWebApplicationFactory"," public CollectingSink Sink { get; } = new();"," {"," // Program.cs pulls DI-registered sinks into the logger via"," // ReadFrom.Services; this hands the test a live tap on every event."," services.AddSingleton(Sink);"," // #398 — RouteHandlerOptions.ThrowOnBadRequest=true (so a binding"," // failure really throws, which the binding-failure test below"," // needs) is now Program.cs's own global registration, not a"," // per-factory override — every environment behaves the same way."," services.AddScoped, ThrowingChangeOwnPasswordValidatorForRequestLogging>();"," });"," public sealed class CollectingSink : ILogEventSink"," public ConcurrentQueue Events { get; } = new();"," public void Emit(LogEvent logEvent) => Events.Enqueue(logEvent);","[Collection(RequestLoggingCollection.Name)]","public sealed class RequestLoggingTests(RequestLoggingFactory factory)"," private const string RequestLoggerContext = \"Serilog.AspNetCore.RequestLoggingMiddleware\";"," private IReadOnlyList CompletionEventsFor(string path) =>"," [.. factory.Sink.Events.Where(e =>"," ScalarOf(e, \"SourceContext\") == RequestLoggerContext"," && ScalarOf(e, \"RequestPath\") == path)];"," private static string? ScalarOf(LogEvent e, string name) =>"," e.Properties.TryGetValue(name, out var value) && value is ScalarValue scalar"," ? scalar.Value?.ToString()"," : null;"," public async Task Request_emits_one_completion_log_with_method_path_status_elapsed_and_traceid()"," var response = await client.GetAsync(\"/api/v1/flocks\");"," Assert.Equal(System.Net.HttpStatusCode.Unauthorized, response.StatusCode);"," var completion = Assert.Single(CompletionEventsFor(\"/api/v1/flocks\"));"," Assert.Equal(\"GET\", ScalarOf(completion, \"RequestMethod\"));"," Assert.Equal(\"401\", ScalarOf(completion, \"StatusCode\"));"," Assert.True(completion.Properties.ContainsKey(\"Elapsed\"), \"completion log must carry Elapsed\");"," Assert.NotNull(completion.TraceId);"," Assert.NotEqual(default, completion.TraceId!.Value);"," public async Task Incoming_traceparent_becomes_the_logged_traceid()"," var traceId = ActivityTraceId.CreateRandom();"," var request = new HttpRequestMessage(HttpMethod.Get, \"/api/v1/egg-grades\");"," request.Headers.Add(\"traceparent\", $\"00-{traceId}-{ActivitySpanId.CreateRandom()}-01\");"," await client.SendAsync(request);"," var completion = Assert.Single(CompletionEventsFor(\"/api/v1/egg-grades\"));"," Assert.Equal(traceId, completion.TraceId);"," public async Task Health_probes_do_not_emit_information_level_request_logs()"," var live = await client.GetAsync(\"/health/live\");"," var ready = await client.GetAsync(\"/health/ready\");"," live.EnsureSuccessStatusCode();"," ready.EnsureSuccessStatusCode();"," Assert.Empty(CompletionEventsFor(\"/health/live\"));"," Assert.Empty(CompletionEventsFor(\"/health/ready\"));"," // A FAILING probe must stay demoted too — during a DB outage orchestrators"," // poll /health/ready every few seconds; 503s must not flood Error (codex"," // review of PR #226)."," public async Task Failing_readiness_probe_is_not_logged_at_error()"," using var broken = factory.WithWebHostBuilder(builder =>"," builder.UseSetting(\"ConnectionStrings:Default\","," \"Host=127.0.0.1;Port=1;Database=x;Username=x;Password=x;Timeout=1;Command Timeout=1\");"," builder.UseSetting(\"Database:MigrateOnStartup\", \"false\");"," var response = await broken.CreateClient().GetAsync(\"/health/ready\");"," Assert.Equal(System.Net.HttpStatusCode.ServiceUnavailable, response.StatusCode);"," // An unhandled exception re-executes the pipeline at /error; without"," // demotion that produced TWO completion lines per failed request (codex +"," // agent review of PR #226). Malformed JSON used to be the guaranteed"," // in-repo trigger (minimal-API binding throws BadHttpRequestException),"," // but #398 review (Codex) gave THAT specific exception its own middleware"," // (BindingFailureResponse) that catches it before Serilog ever sees it —"," // see Binding_failure_logs_one_completion_at_information_with_status_400"," // for that case. This test now needs a genuine, non-binding fault instead"," // (ThrowingChangeOwnPasswordValidatorForRequestLogging, registered above)"," // to keep proving the guarantee for a REAL unhandled exception."," public async Task Unhandled_exception_logs_one_completion_for_the_real_path_only()"," var email = $\"reqlog-fault-{Guid.NewGuid():N}@test.local\";"," var client = factory.CreateAuthedClient(await factory.LoginForAccessTokenAsync(email));"," var response = await client.PostAsJsonAsync(\"/api/v1/auth/change-password\", new"," currentPassword = TestHarness.Password,"," newPassword = $\"{Guid.NewGuid():N}aA1!\""," Assert.Equal(System.Net.HttpStatusCode.InternalServerError, response.StatusCode);"," // The exception-pass completion (Serilog logs these with StatusCode 500"," // + the exception attached) — filtered by status so other tests'"," // traffic on this path can't interfere."," var completion = Assert.Single(CompletionEventsFor(\"/api/v1/auth/change-password\"),"," e => ScalarOf(e, \"StatusCode\") == \"500\");"," Assert.Equal(LogEventLevel.Error, completion.Level);"," Assert.Empty(CompletionEventsFor(\"/error\"));"," // #398 review (Codex) — the regression this branch fixes, and the"," // client-visible half of that same fix, pinned together from ONE request."," // Filtered by StatusCode, like Unhandled_exception_logs_... above: other"," // tests' factory.LoginForAccessTokenAsync setup calls ALSO hit"," // /api/v1/auth/login on the same shared, never-reset factory.Sink — those"," // always succeed (200), so filtering this request's own 400 out keeps"," // this test's assertion independent of what else in the class ran first."," //"," // The regression: a JSON-binding failure (RouteHandlerOptions."," // ThrowOnBadRequest, forced true in every environment) is a"," // BadHttpRequestException that, unhandled, propagates through"," // UseSerilogRequestLogging on its way to being correctly mapped to a 400"," // at /error. Serilog.AspNetCore hardcodes StatusCode 500 at Error for ANY"," // exception that passes through it, so the client's correct 400 was"," // being mis-logged as a server fault — inflating 5xx/error telemetry and"," // risking false alerts. BindingFailureResponse"," // (Hosting/BindingFailureResponse.cs) now answers the request itself,"," // one layer inside Serilog, so Serilog only ever sees a normal 400"," // completion — and moving WHERE the response is written must not change"," // WHAT is written, so this also pins the exact ValidationProblem shape"," // ValidationResponse.BindingFailureProblem() produces (the single"," // factory both BindingFailureResponse and the /error backstop in"," // Program.cs call, so they cannot drift apart)."," public async Task Binding_failure_logs_one_completion_at_information_with_status_400()"," var malformed = new StringContent(\"{not json\", System.Text.Encoding.UTF8, \"application/json\");"," var response = await client.PostAsync(\"/api/v1/auth/login\", malformed);"," Assert.Equal(System.Net.HttpStatusCode.BadRequest, response.StatusCode);"," // (1) Exactly one completion for THIS request, at Information,"," // StatusCode 400 — not 500, not Error — and no exception-handler"," // re-execution at /error (the failure never propagated that far up"," // the pipeline)."," var completion = Assert.Single(CompletionEventsFor(\"/api/v1/auth/login\"),"," e => ScalarOf(e, \"StatusCode\") == \"400\");"," Assert.Equal(LogEventLevel.Information, completion.Level);"," // (3) The client-visible body is still the ValidationProblem shape"," // #398 introduced, not a bare 400 and not the framework's raw"," // binding-exception text."," Assert.Equal(\"application/problem+json\", response.Content.Headers.ContentType?.MediaType);"," var body = await response.Content.ReadAsStringAsync();"," Assert.DoesNotContain(\"Failed to read parameter\", body, StringComparison.Ordinal);"," Assert.DoesNotContain(\"Utf8JsonReader\", body, StringComparison.Ordinal);"," using var doc = System.Text.Json.JsonDocument.Parse(body);"," Assert.Equal(400, doc.RootElement.GetProperty(\"status\").GetInt32());"," var bodyErrors = doc.RootElement.GetProperty(\"errors\").GetProperty(\"body\");"," Assert.Equal(System.Text.Json.JsonValueKind.Array, bodyErrors.ValueKind);"," Assert.Equal("," \"The request body has an invalid or incorrectly formatted value.\","," bodyErrors[0].GetString());"," // Spec §10: account_id on every log scope. The tenant middleware feeds the"," // resolved account into the request completion via IDiagnosticContext."," public async Task Authenticated_request_completion_carries_the_account_id()"," var email = $\"reqlog-{Guid.NewGuid():N}@test.local\";"," var accountId = await factory.SeedAccountWithUserAsync(email);"," var response = await client.GetAsync(\"/api/v1/customers\");"," response.EnsureSuccessStatusCode();"," var completion = Assert.Single(CompletionEventsFor(\"/api/v1/customers\"));"," Assert.Equal(accountId.ToString(), ScalarOf(completion, \"AccountId\"));"," // #398 review round 2 (Codex) — the STREAMED 413, which is a different path"," // from the 400 above and was not covered by anything."," // RequestBodyLimit's recovery for this case is a post-`next()` STATUS CHECK,"," // not a catch: it relies on minimal-API's generated binder catching"," // ByteCappedRequestStream's 413 itself, setting Response.StatusCode = 413,"," // and returning WITHOUT rethrowing. Forcing ThrowOnBadRequest=true globally"," // (#398) is exactly the kind of change that could invalidate that premise —"," // if the binder rethrew instead, `next()` would throw, the recovery would"," // never run, BindingFailureResponse would rethrow it (413 != 400), and"," // Serilog would log the hardcoded 500/Error this PR exists to eliminate."," // AuthBodyLimitTests pins the RESPONSE shape for this path and still passes,"," // but a response assertion cannot see a mis-logged completion — the original"," // #398 defect was invisible to every response-level test in the suite. So"," // assert the telemetry directly: one completion, Information, 413."," public async Task Streamed_413_logs_one_completion_at_information_with_status_413()"," // Declares 10 bytes, actually sends ~8 KB: the cap is breached mid-read,"," // inside the generated binder, rather than by the declared-length"," // short-circuit that never reaches binding at all."," //"," // NonSeekableStream, shared with AuthBodyLimitTests, NOT a MemoryStream"," // (#398 review round 2, Codex): both paths answer 413, so a test that"," // drifted onto the declared-length short-circuit would still pass while"," // proving nothing about the streamed one. Matching the transport shape"," // AuthBodyLimitTests already uses for this path keeps that honest by"," // construction rather than by argument."," var payload = System.Text.Encoding.UTF8.GetBytes("," $\"{{\\\"email\\\":\\\"nobody@example.com\\\",\\\"password\\\":\\\"{new string('a', 8192)}\\\"}}\");"," var content = new StreamContent(new NonSeekableStream(payload));"," content.Headers.ContentType = new System.Net.Http.Headers.MediaTypeHeaderValue(\"application/json\");"," content.Headers.ContentLength = 10;"," var response = await client.SendAsync("," new HttpRequestMessage(HttpMethod.Post, \"/api/v1/auth/login\") { Content = content });"," Assert.Equal(System.Net.HttpStatusCode.RequestEntityTooLarge, response.StatusCode);"," // Filter by status rather than Assert.Single on the path: the sink is"," // class-scoped and never reset, and several other tests here reach"," // /api/v1/auth/login through the login helper, so a bare Single() fails"," // on their traffic rather than on this guarantee. Exactly one 413"," // completion is still the assertion — a re-executed /error would add a"," // second, and a mis-logged 500 would leave zero."," var completion = Assert.Single("," CompletionEventsFor(\"/api/v1/auth/login\"),"," e => ScalarOf(e, \"StatusCode\") == \"413\");"," Assert.Null(completion.Exception);","// Own collection (not \"integration\"): this class uses its own factory/container","// so its log tap only sees this class's traffic.","[CollectionDefinition(Name)]","public sealed class RequestLoggingCollection : ICollectionFixture"," public const string Name = \"request-logging\";","tests/Cluckwork.Api.IntegrationTests/Infrastructure/NonSeekableStream.cs",[1078],{"_688":689,"_690":1079,"_397":1080,"_693":62},40,[1081,202,1082,1083,1084,1085,1086,1087,1088,1089,1090,1091,1085,1092,1093,1094,1095,1096,712,1097,202,1098,719,1099,1100,1101,1102,1103,722,202,1104,1105,1106,1107,1108,1109,1110,1111,1112,730],"namespace Cluckwork.Api.IntegrationTests.Infrastructure;","// A read stream that can't report its own Length (CanSeek = false), so it pairs","// with an explicit/lying Content-Length override to simulate an undeclared-length","// body under TestServer.","//","// This is what reaches RequestBodyLimit's LAYER-3 read cap","// (ByteCappedRequestStream), which throws its 413 mid-binding — as opposed to the","// declared-length short-circuit, which refuses before the request ever reaches the","// endpoint. Both produce a 413 to the client, so a test that accidentally takes","// the declared-length path still passes while proving nothing about the streamed","// one. Using this stream is what keeps that distinction real.","// Shared (#398 review round 2, Codex): AuthBodyLimitTests pins the streamed 413's","// RESPONSE shape and RequestLoggingTests pins its TELEMETRY. Both need the same","// transport shape, and two copies could drift apart — at which point one of them","// would silently stop exercising the path it names.","internal sealed class NonSeekableStream(byte[] data) : Stream"," private int _pos;"," public override int Read(byte[] buffer, int offset, int count)"," var n = Math.Min(count, data.Length - _pos);"," if (n <= 0) return 0;"," Array.Copy(data, _pos, buffer, offset, n);"," _pos += n;"," return n;"," public override bool CanRead => true;"," public override bool CanSeek => false;"," public override bool CanWrite => false;"," public override long Length => throw new NotSupportedException();"," public override long Position { get => _pos; set => throw new NotSupportedException(); }"," public override void Flush() { }"," public override long Seek(long offset, SeekOrigin origin) => throw new NotSupportedException();"," public override void SetLength(long value) => throw new NotSupportedException();"," public override void Write(byte[] buffer, int offset, int count) => throw new NotSupportedException();",[1114,1115,1116,1117,1118,1119,1120],{"_664":49,"_49":1131},{"_664":1122,"_164":1076,"_688":1129,"_690":1130},{"_664":49,"_49":1128},{"_664":1122,"_164":857,"_688":1126,"_690":1127},{"_664":49,"_49":1125},{"_664":1122,"_164":682,"_688":1123,"_690":1124},{"_664":49,"_49":1121},"\n\nNo further change is needed from me, so I did not create an additional commit or pull request.\n\n**Checks**\n\n- ✅ `git show --stat --oneline db68b82`\n- ✅ `git status --porcelain` (clean working tree)\n- ✅ `rg -n \"NonSeekableStream|Streamed_413\" tests/Cluckwork.Api.IntegrationTests/{AuthBodyLimitTests.cs,RequestLoggingTests.cs}`","repo_file_citation",141,148,"\n- `AuthBodyLimitTests` uses the same helper and explicit declared length for its response-shape coverage. ",267,301,"\n- `RequestLoggingTests` uses that helper with the deliberately false content length and pins the resulting 413 telemetry. ",3,18,"Acknowledged—the correction is sound. The explicit `Content-Length = 10` already prevents recomputation, while the mutation demonstrated that the post-`next()` streamed recovery executed. The value of the change is therefore stronger regression-proofing, not fixing an ineffective existing test.\n\nThe shared helper is the better implementation:\n\n- `NonSeekableStream` now documents exactly which transport behavior it preserves and why both test classes must share it. ",{"_95":329,"_45":87,"_99":329,"_1134":1135,"_1136":1137,"_1138":1139,"_135":-5,"_122":1140},[86],"input_items",[1160,1161,1162,1163,1164,1165,1166,1167,1168,1169,1170,1171,1172,1173],"external_post_config",{"_1141":1142,"_266":199,"_1143":308,"_277":-5,"_1144":260,"_1145":-5,"_1146":-5,"_1147":1148,"_1149":1150,"_1151":-5,"_1152":-5,"_1153":1154,"_1155":18,"_1156":62,"_1157":57,"_1158":18,"_1159":-5},"user_model_slug","slug",1785723603.520714,"installation_id",150444056,"pr_number","repo_id","gitlab_service_account_project_id","review_trigger","comment_id",5161651500,"comment_type","issue","pr_write_guard_token","pending_pr_reaction_id","pending_comment_reaction_id",391795372,"comment_if_no_findings","comment_on_error","share_url","is_parallel_review","review_summary_id",{"_95":405,"_99":329,"_397":1197},{"_315":316,"_317":318,"_1194":322,"_1195":132,"_325":-5,"_95":1196},{"_95":1174,"_317":1193,"_164":1190,"_1176":1181,"_1177":1191},{"_95":1174,"_317":1192,"_164":-5,"_1176":-5,"_1177":-5},{"_95":1174,"_317":1189,"_164":1190,"_1176":1181,"_1177":1191},{"_95":1174,"_317":1188,"_164":-5,"_1176":-5,"_1177":-5},{"_95":1174,"_317":1187,"_164":1180,"_1176":1181,"_1177":1182},{"_95":1174,"_317":1186,"_164":-5,"_1176":-5,"_1177":-5},{"_95":1174,"_317":1185,"_164":1180,"_1176":1181,"_1177":1182},{"_95":1174,"_317":1184,"_164":1180,"_1176":1181,"_1177":1182},{"_95":1174,"_317":1183,"_164":-5,"_1176":-5,"_1177":-5},{"_95":1174,"_317":1179,"_164":1180,"_1176":1181,"_1177":1182},{"_95":1174,"_317":1178,"_164":-5,"_1176":-5,"_1177":-5},{"_95":1174,"_317":1175,"_164":-5,"_1176":-5,"_1177":-5},"pull_request_comment","### Summary\n\n* Confirmed the disputed production behavior remains unchanged: no 413-handling code change is warranted. The generated binder’s streamed 413 path is still expected to return normally, allowing the post-`next()` recovery to execute. [tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.csL252-L265](https://github.com/mforce/cluckwork/blob/1e1435c1e18c8b9ca9ce91a3c94df985750132f5/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs#L252-L265)\n* Strengthened the telemetry regression test to use a deliberately non-seekable request stream with a lying, under-cap `Content-Length`. This ensures the test reaches `ByteCappedRequestStream` during binding rather than potentially taking the declared-length short-circuit. [tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.csL267-L287](https://github.com/mforce/cluckwork/blob/1e1435c1e18c8b9ca9ce91a3c94df985750132f5/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs#L267-L287)\n* Kept explicit assertions that the streamed request produces exactly one Serilog completion at status 413, Information level, with no exception. [tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.csL289-L299](https://github.com/mforce/cluckwork/blob/1e1435c1e18c8b9ca9ce91a3c94df985750132f5/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs#L289-L299)\n* Added the non-seekable test stream implementation covering synchronous and asynchronous reads. [tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.csL302-L337](https://github.com/mforce/cluckwork/blob/1e1435c1e18c8b9ca9ce91a3c94df985750132f5/tests/Cluckwork.Api.IntegrationTests/RequestLoggingTests.cs#L302-L337)\n* Committed the follow-up as `9c74e01` and created the requested follow-up PR metadata with title **“test(api): force the streamed path in the 413 telemetry probe.”**\n\n**Testing**\n\n* ✅ `git diff --check`\n* ✅ `git status --short --branch` (clean working tree)\n* ⚠️ `dotnet test tests/Cluckwork.Api.IntegrationTests/Cluckwork.Api.IntegrationTests.csproj --filter \"FullyQualifiedName~Streamed_413_logs_one_completion_at_information_with_status_413|FullyQualifiedName~Declared_length_and_chunked_413_bodies_have_the_same_shape\" --no-restore` (`dotnet` is not installed in this environment)\n\n [View task →](https://chatgpt.com/s/cd_6a6ff7c43e4c8191a42f5d74802225a7)","side","line","\n### 💡 Codex Review\n\nHere are some automated review suggestions for this pull request.\n\n**Reviewed commit:** `1e1435c1e1`\n \n\n

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","**_{_{![P2 Badge](https://img.shields.io/badge/P2-yellow?style=flat)}} Keep binding-generated 415s out of error telemetry**\n\nWhen a request with an unsupported `Content-Type` reaches any JSON-bound endpoint, the new global `ThrowOnBadRequest = true` makes the generated binder throw a `BadHttpRequestException` with status 415. In the inspected `Program.cs` pipeline, this condition rethrows every non-400 exception through Serilog, which records a hardcoded 500/Error completion even though `/error` ultimately returns 415; ordinary client mistakes can therefore still inflate 5xx alerts. Handle binding-generated 415s inside this middleware or explicitly classify them in `GetLevel`; the streamed-413 test does not cover this path because that exception is swallowed by the binder.\n\nUseful? React with 👍 / 👎.","src/Cluckwork.Api/Hosting/BindingFailureResponse.cs","RIGHT",56,"@codex round 2 — **Preserve streamed 413 handling when binding throws** — is answered in `1e1435c`. Flagging explicitly that this one is **disputed, not fixed**, so it gets a real look rather than being read as resolved.\n\nYour mechanism was right: `RequestBodyLimit`'s streamed-413 recovery is a post-`next()` **status check**, not a catch, so if `ThrowOnBadRequest=true` had made the generated binder rethrow instead of swallowing `ByteCappedRequestStream`'s 413, `next()` would throw, the recovery would be skipped, `BindingFailureResponse` would rethrow (413 ≠ 400), and Serilog would log its hardcoded 500/Error.\n\n**Measured: it does not reproduce.** That option governs how the binder reports its *own* binding failures; an exception propagating out of the request stream during a read is still swallowed into `Response.StatusCode = 413`, so the recovery still runs.\n\n- `AuthBodyLimitTests` 9/9 green, including `Declared_length_and_chunked_413_bodies_have_the_same_shape` — and its `ProblemFields` compares `detail`, so a fall-through to `/error` would have compared the cap-specific string against `bad.Message` and failed.\n- New `RequestLoggingTests.Streamed_413_logs_one_completion_at_information_with_status_413` asserts StatusCode 413, Information, no exception.\n\n**Your coverage point was correct and is what I acted on**: nothing could see the telemetry, only the response — which is exactly how the round-1 defect survived. Mutation-checked against your predicted path (force the recovery to `throw new BadHttpRequestException(..., 413)` → RED; restore → green), 17/17.\n\nIf you still think the propagation is reachable, name the request shape and I will test that shape specifically — I would rather be wrong here than ship on a test that passes for the wrong reason.","> I took this seriously and went to measure it, because the mechanism you describe is exactly right and would be a real regression. **It does not reproduce** — but the gap you identified in the coverage was real, so there is now a test either way (`1e1435c`).\\n> \\n> **Your reasoning about the recovery is correct.** `RequestBodyLimit`'s handling of the streamed case is a post-`next()` **status check**, not a `catch`:\\n> \\n> ```cs\\n> await next();\\n> if (context.Response.StatusCode == StatusCodes.Status413PayloadTooLarge && !context.Response.HasStarted)\\n> await WriteBodyTooLargeAsync(context, meta.Bytes);\\n> ```\\n> \\n> Its own comment states the premise: minimal-API's generated binder \"CATCHES the BadHttpRequestException itself, sets Response.StatusCode = 413, and returns WITHOUT rethrowing.\" If `ThrowOnBadRequest=true` invalidated that, `next()` would throw, the recovery would be skipped, `BindingFailureResponse` would rethrow (413 ≠ 400), and Serilog would log its hardcoded 500/Error. That is a sound prediction.\\n> \\n> **Measured result: the premise still holds.** `ThrowOnBadRequest` governs how the generated binder reports _its own_ binding failures; an exception propagating out of the request **stream** during a read is handled by different logic in that generated code, and is still swallowed into `Response.StatusCode = 413`. So the recovery still runs, and the canonical body is still what the client gets.\\n> \\n> Evidence:\\n> \\n> * `AuthBodyLimitTests` — **9/9 green** on this branch, including `Declared_length_and_chunked_413_bodies_have_the_same_shape`. Its `ProblemFields` helper compares `title`, `detail` **and** `status`, so had the chunked path fallen through to `/error` it would have compared `\"The request body exceeds the 4096-byte limit for this endpoint.\"` against `bad.Message` and failed. It does not.\\n> \\n> * New `RequestLoggingTests.Streamed_413_logs_one_completion_at_information_with_status_413` — asserts the completion is **StatusCode 413, Level Information, Exception null**. Green.\\n> \\n> \\n> **On the coverage point you were right about**: no test could see this. `AuthBodyLimitTests` inspects the HTTP response only, and a mis-logged completion is invisible to every response-level assertion in the suite — which is precisely how the original defect on the 400 path survived. So the new test asserts the telemetry directly rather than inferring it from the response.\\n> \\n> **Mutation-checked against your exact scenario**, so it is not a test that merely happens to pass: making the recovery `throw new BadHttpRequestException(\"Request body too large.\", 413)` instead of writing the body — i.e. forcing the propagation you predicted — turns the new test **RED**; restoring it turns it green. 17/17 across both classes.\\n> \\n> One implementation note: it filters by status rather than `Assert.Single` on the path, because the sink is class-scoped and never reset and several other tests here reach `/api/v1/auth/login` through the login helper. Exactly one **413** completion is still the assertion, so a re-executed `/error` would add a second and a mis-logged 500 would leave zero.\\n\\n@codex see above","I took this seriously and went to measure it, because the mechanism you describe is exactly right and would be a real regression. **It does not reproduce** — but the gap you identified in the coverage was real, so there is now a test either way (`1e1435c`).\n\n**Your reasoning about the recovery is correct.** `RequestBodyLimit`'s handling of the streamed case is a post-`next()` **status check**, not a `catch`:\n\n```csharp\nawait next();\nif (context.Response.StatusCode == StatusCodes.Status413PayloadTooLarge && !context.Response.HasStarted)\n await WriteBodyTooLargeAsync(context, meta.Bytes);\n```\n\nIts own comment states the premise: minimal-API's generated binder \"CATCHES the BadHttpRequestException itself, sets Response.StatusCode = 413, and returns WITHOUT rethrowing.\" If `ThrowOnBadRequest=true` invalidated that, `next()` would throw, the recovery would be skipped, `BindingFailureResponse` would rethrow (413 ≠ 400), and Serilog would log its hardcoded 500/Error. That is a sound prediction.\n\n**Measured result: the premise still holds.** `ThrowOnBadRequest` governs how the generated binder reports *its own* binding failures; an exception propagating out of the request **stream** during a read is handled by different logic in that generated code, and is still swallowed into `Response.StatusCode = 413`. So the recovery still runs, and the canonical body is still what the client gets.\n\nEvidence:\n\n- `AuthBodyLimitTests` — **9/9 green** on this branch, including `Declared_length_and_chunked_413_bodies_have_the_same_shape`. Its `ProblemFields` helper compares `title`, `detail` **and** `status`, so had the chunked path fallen through to `/error` it would have compared `\"The request body exceeds the 4096-byte limit for this endpoint.\"` against `bad.Message` and failed. It does not.\n- New `RequestLoggingTests.Streamed_413_logs_one_completion_at_information_with_status_413` — asserts the completion is **StatusCode 413, Level Information, Exception null**. Green.\n\n**On the coverage point you were right about**: no test could see this. `AuthBodyLimitTests` inspects the HTTP response only, and a mis-logged completion is invisible to every response-level assertion in the suite — which is precisely how the original defect on the 400 path survived. So the new test asserts the telemetry directly rather than inferring it from the response.\n\n**Mutation-checked against your exact scenario**, so it is not a test that merely happens to pass: making the recovery `throw new BadHttpRequestException(\"Request body too large.\", 413)` instead of writing the body — i.e. forcing the propagation you predicted — turns the new test **RED**; restoring it turns it green. 17/17 across both classes.\n\nOne implementation note: it filters by status rather than `Assert.Single` on the path, because the sink is class-scoped and never reset and several other tests here reach `/api/v1/auth/login` through the login helper. Exactly one **413** completion is still the assertion, so a re-executed `/error` would add a second and a mis-logged 500 would leave zero.","\n### 💡 Codex Review\n\nHere are some automated review suggestions for this pull request.\n\n**Reviewed commit:** `4f0ae3db9d`\n \n\n

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","**_{_{![P1 Badge](https://img.shields.io/badge/P1-orange?style=flat)}} Preserve streamed 413 handling when binding throws**\n\nWhen a capped JSON endpoint receives a chunked body or a body whose declared length is below the cap but whose actual bytes exceed it, `ByteCappedRequestStream` throws a 413 during binding. With the new global `ThrowOnBadRequest=true`, that exception is no longer swallowed by the generated binder, and rethrowing it here unwinds past `RequestBodyLimit`'s post-`next()` recovery at `RequestBodyLimit.cs:70-87`. Consequently Serilog again records a 500/Error completion and `/error` returns `\"Request body too large.\"` instead of the canonical cap-specific body, breaking the contract pinned by `AuthBodyLimitTests.Declared_length_and_chunked_413_bodies_have_the_same_shape`; handle this 413 inside Serilog as well while preserving its 413 response.\n\nUseful? React with 👍 / 👎.","@codex your binding-failure telemetry finding is addressed in `9e59328`. Confirmed and worse than reported: `UseExceptionHandler` sits above `UseSerilogRequestLogging`, and Serilog's `RequestLoggingMiddleware` logs its exception path with a **hardcoded 500** — so a `GetLevel` arm alone would have fixed the level and still recorded the wrong status. Fixed by intercepting the 400 *inside* Serilog (`UseCluckworkBindingFailureResponse`), so it never sees an exception. 413/415 and `HasStarted` rethrow untouched. Three mutations, each killing only its own test. Full reasoning on the thread.\n\nAlso `4f0ae3d`: the Help page said \"Prices and fractional amounts are still typed\", which read as permission to type a fractional quantity — corrected in en/es/tl with a covering test.\n\nPlease re-review.","Confirmed and fixed in `9e59328`. I verified the mechanism before fixing it rather than taking the report on trust, and it is worse than \"the callback classifies exceptions as Error\" — the recorded **status** is wrong too, and `GetLevel` alone cannot repair that.\n\n`app.UseExceptionHandler(...)` is registered at `Program.cs:186`, **above** `app.UseSerilogRequestLogging(...)` at `:211`. So a propagating exception reaches Serilog *first*, and `Serilog.AspNetCore`'s `RequestLoggingMiddleware` catches it as `catch (Exception ex) when (LogCompletion(httpContext, collector, 500, ex))` — a **hardcoded 500**, ignoring `Response.StatusCode` entirely. Adding a `BadHttpRequestException` arm to `GetLevel` would therefore have fixed the level and still logged `StatusCode 500` for a request the client sees as 400.\n\nSo the fix stops the exception reaching Serilog at all. A new middleware, `UseCluckworkBindingFailureResponse()` (`Hosting/BindingFailureResponse.cs`), is registered **immediately after** `UseSerilogRequestLogging` — i.e. *inside* it — catches a `BadHttpRequestException` with `StatusCode == 400`, writes the ValidationProblem body itself, and does not rethrow. Serilog then sees an ordinary completed 400 with no exception in flight and logs **Information / 400**, exactly like any other well-formed 400. No `/error` re-execution happens either.\n\nTwo things deliberately preserved:\n\n- A **non-400** `BadHttpRequestException` (413 from the #309 body cap, 415 from an unrecognised Content-Type) is rethrown untouched and still reaches the existing `/error` mapping — `RequestBodyLimit.WriteBodyTooLargeAsync` depends on that 413 shape staying byte-identical.\n- If `Response.HasStarted`, it rethrows rather than writing, so a partially-sent response does not turn into a second, more confusing exception.\n\nThe response shape is now produced by a single factory, `ValidationResponse.BindingFailureProblem()`, called by both the middleware and the `/error` backstop, so the two cannot drift. I confirmed by grep that the message literal appears exactly once in `src/`.\n\nNo `BadHttpRequestException` arm was added to `GetLevel` — it would be dead code now, and there is an in-code comment saying so rather than leaving a reader to wonder whether it was forgotten.\n\n**Verification.** `RequestLoggingTests` gained `Binding_failure_logs_one_completion_at_information_with_status_400`, and the pre-existing `Unhandled_exception_logs_one_completion_for_the_real_path_only` was reworked to trigger via a genuine fault (a throwing validator) rather than malformed JSON, since malformed JSON no longer reaches Serilog as an exception — so it still proves Error/500 holds for a real fault.\n\nThree mutations, each killing exactly the test that claims to cover it and leaving the other green:\n\n1. Unregister the middleware → the new test goes RED with `StatusCode 500, Level Error` — the exact bug you reported.\n2. `GetLevel`'s Error branch → Information → the unhandled-exception test goes RED.\n3. Drift `BindingFailureProblem()`'s text → the new test goes RED on the exact-string assertion, proving the middleware really calls the shared factory rather than a copy.\n\nEach restored and reconfirmed green. Full suite: Domain 283/283, Application 114/114, Integration 761/761.","src/Cluckwork.Api/Program.cs",78,"\n### 💡 Codex Review\n\nHere are some automated review suggestions for this pull request.\n\n**Reviewed commit:** `88775bc3a1`\n \n\n

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","**_{_{![P2 Badge](https://img.shields.io/badge/P2-yellow?style=flat)}} Classify binding failures as client errors in request logs**\n\nWhen a client sends malformed JSON or a value of the wrong primitive type, this production-wide setting turns an ordinary 400 binding rejection into an exception. The existing Serilog callback in `Program.cs` classifies any exception as Error, and `RequestLoggingTests.Unhandled_exception_logs_one_completion_for_the_real_path_only` explicitly observes a `500` completion for a response that is actually 400. Routine bad requests and scanner traffic will therefore inflate 5xx/error telemetry and may trigger false alerts; enabling the global throw needs a matching `BadHttpRequestException`/400 logging classification and status.\n\nUseful? React with 👍 / 👎.","base_ref","head_ref","pull_request_info",[1198],{"_664":49,"_49":1199},"@codex adopted in `db68b82`, with one change to the diff — thank you for it.\n\n**The stated risk does not hold.** `content.Headers.ContentLength = 10` is set explicitly, and an explicit `ContentLength` wins over `StreamContent.TryComputeLength`, so a seekable stream does not let HttpClient recompute the real length. More decisively, the mutation check already proved the streamed path was taken: it mutates `RequestBodyLimit`'s **post-`next()`** recovery, and the declared-length short-circuit `return`s *before* `next()`, so it can never reach that code. RED meant layer 3 executed.\n\n**The concern underneath it is real, and is why I took the change anyway.** Both paths answer 413, so nothing in the test *pinned* which one it took. A later change in transport handling could drift it onto the short-circuit and it would still pass — proving nothing about the streamed path. That is a test passing for the wrong reason, which is the failure mode this whole PR has been about.\n\n**One change to your diff: shared, not duplicated.** Your version adds a second `NonSeekableStream` as a private nested class, alongside the one `AuthBodyLimitTests` already has. Two copies of a helper whose entire job is to pin a transport shape can drift apart, and when they do, one of the two tests silently stops exercising the path its name claims. It now lives in `tests/Cluckwork.Api.IntegrationTests/Infrastructure/NonSeekableStream.cs` and both use it — `AuthBodyLimitTests` pins the streamed 413's **response shape**, `RequestLoggingTests` pins its **telemetry**, and they now provably do it over the same transport.\n\nThe shared file's comment records why it exists, so nobody re-inlines it.\n\nMutation re-run after the swap: force the recovery to rethrow → **RED**; restore → green. 17/17 across both classes, `dotnet build` 0 warnings 0 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