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Included review availability: Your plan provides up to 10 included reviews per hour; 4 remain after this review. 📝 WalkthroughWalkthroughAdds opt-in usage-ledger retention. The server persists and applies a byte limit, trims oversized JSONL ledgers after appends, and exposes management routes. The Usage page adds a localized toggle and MiB editor with validation and stale-read protection. ChangesUsage ledger retention
Priority: ➖ Normal Estimated code review effort: 4 (Complex) | ~45 minutes Change: Feature Sequence Diagram(s)sequenceDiagram
participant UsagePage
participant UsageLedgerRetentionControl
participant storage_log_guard_routes
participant ledger_retention
participant usage_jsonl
UsagePage->>UsageLedgerRetentionControl: Render retention control
UsageLedgerRetentionControl->>storage_log_guard_routes: GET retention status
storage_log_guard_routes-->>UsageLedgerRetentionControl: Return enabled, maxBytes, currentBytes
UsageLedgerRetentionControl->>storage_log_guard_routes: PUT updated policy
storage_log_guard_routes->>ledger_retention: Apply maxBytes
storage_log_guard_routes-->>UsageLedgerRetentionControl: Return updated retention status
usage_jsonl->>ledger_retention: Enforce limit after append
ledger_retention->>usage_jsonl: Atomically replace oversized ledger
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Full details: Docstring CoverageExplanation Docstring coverage is 58.33% which is insufficient. The required threshold is 80.00%. Docstring coverage is scoped to functions touched by this diff. Analyzed 24 functions across 24 files. (1 skipped: 1 unsupported.) ✨ Finishing Touches🧪 Generate unit tests (beta)
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Inline comments:
In `@gui/src/i18n/en.ts`:
- Line 989: Update UsageLedgerRetentionControl to use a new load-specific
localization key in the initial GET error path, while retaining
usage.retention.error for PUT failures; add the corresponding English
translation alongside the existing retention messages.
In `@gui/tests/usage-retention-control.test.ts`:
- Line 79: Update the Storage assertion in the usage-retention test to check for
the actual component name, UsageLedgerRetentionControl, instead of
UsageLedgerRetentionPanel; alternatively, assert that the retention test ID is
absent when rendering the Storage page.
In `@src/server/management/storage-log-guard-routes.ts`:
- Around line 158-164: In the route handling the usage-ledger retention update,
save the prior value of config.usageLedgerMaxBytes before applying the candidate
setting. If persistConfig throws, restore both config.usageLedgerMaxBytes and
the live state through setUsageLedgerMaxBytes using that saved value before
returning config_write_failed.
In `@src/usage/ledger-retention.ts`:
- Line 118: Replace the full-size Buffer allocation in the retention processing
flow with bounded-chunk backward scanning, and stream selected rows directly
into the temporary file. Ensure memory usage remains bounded regardless of the
configured retention budget while preserving the retained ledger contents and
ordering.
- Around line 100-170: Update truncateUsageLedger so the no-newline path
validates the sole oversized line as a complete usage row before preserving it;
discard invalid or unterminated partial data by atomically writing an empty file
or any retained complete rows, while continuing to preserve a valid oversized
row.
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.github/pr-assets/usage-ledger-retention-full-page.pngis excluded by!**/*.png.github/pr-assets/usage-ledger-retention-usage-ui.jpgis excluded by!**/*.jpg.github/pr-assets/usage-ledger-retention-usage-ui.pngis excluded by!**/*.png
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gui/src/components/usage/UsageLedgerRetentionControl.tsxgui/src/i18n/de.tsgui/src/i18n/en.tsgui/src/i18n/fr.tsgui/src/i18n/ja.tsgui/src/i18n/ko.tsgui/src/i18n/ru.tsgui/src/i18n/tr.tsgui/src/i18n/vi.tsgui/src/i18n/zh-TW.tsgui/src/i18n/zh.tsgui/src/pages/Usage.tsxgui/src/styles-usage-workspace.cssgui/tests/usage-custom-range.test.tsxgui/tests/usage-retention-control.test.tsscripts/test-layout/layout.jsonsrc/config/schema/config-schema.tssrc/lib/windows-atomic-replace.tssrc/server/index.tssrc/server/management/route-registry.tssrc/server/management/storage-log-guard-routes.tssrc/types/config.tssrc/usage/ledger-retention.tssrc/usage/log.tstests/storage/api-storage.test.tstests/usage/ledger-retention.test.ts
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Inline comments:
In `@gui/src/i18n/fr.ts`:
- Line 968: Update the French translation for usage.retention.disabled to
describe automatic deletion or cleanup of older history rows instead of
automatic compression, preserving the existing unlimited-retention meaning.
In `@src/usage/ledger-retention.ts`:
- Around line 232-237: Update the retained-ledger replacement around
renameAtomicFile to call fsyncSync(outFd) before closing the temporary file,
then synchronize the parent directory after the atomic rename on POSIX. Preserve
the existing Windows behavior and best-effort error handling.
- Around line 200-204: The oversized-row handling around foundFirstLf and
retainedEnd incorrectly preserves the entire file when the newest row reaches
EOF. Scan backward to locate that row’s start, validate it with isValidUsageRow,
and retain only the newest row when valid; discard it and preserve earlier
complete rows when invalid. Return without replacement only for a file
containing exactly one valid oversized row, and add a regression test covering
an older row followed by a valid oversized newest row.
- Around line 225-228: Update the ledger replacement copy loop around
readSync/writeSync to retry until all bytes read are written, tracking the
remaining buffer offset and length rather than assuming one write completes.
Treat a zero-byte write as an error, and only advance copyOffset after the
entire bytesRead chunk has been written.
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gui/src/components/usage/UsageLedgerRetentionControl.tsxgui/src/i18n/de.tsgui/src/i18n/en.tsgui/src/i18n/fr.tsgui/src/i18n/ja.tsgui/src/i18n/ko.tsgui/src/i18n/ru.tsgui/src/i18n/tr.tsgui/src/i18n/vi.tsgui/src/i18n/zh-TW.tsgui/src/i18n/zh.tsgui/tests/usage-retention-control.test.tssrc/server/management/storage-log-guard-routes.tssrc/usage/ledger-retention.tstests/usage/ledger-retention.test.ts
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Inline comments:
In `@src/usage/ledger-retention.ts`:
- Line 120: Remove the undocumented 10 MiB upper-bound rejection from
isRangeValidUsageRow so valid oversized rows are not discarded as corrupt.
Replace it with bounded validation that supports arbitrary row sizes, or enforce
an equivalent producer-side limit before append, and add regression coverage for
a valid row exceeding 10 MiB.
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Inline comments:
In `@src/usage/ledger-retention.ts`:
- Line 125: Update isRangeValidUsageRow and appendUsageEntry so validation does
not allocate the entire unbounded range with Buffer.allocUnsafe. Bound
validation memory and distinguish allocation or read failures from definitive
parse or normalization failures; when validation cannot be completed, preserve
the original ledger and do not classify the newest row as corrupt. Only a
confirmed validation failure should trigger removal.
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Inline comments:
In `@src/usage/ledger-retention.ts`:
- Around line 218-225: Update the branch after foundLastLf in the ledger
retention flow to validate the tail range with validateRangeUsageRow(inFd,
foundLastLf, fileSize). Preserve the complete file when the result is valid,
return without modifying the ledger when it is unverifiable, and retain only
foundLastLf when it is invalid. Add a regression test covering an older
LF-terminated row followed by a valid unterminated final JSON row.
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Add an opt-in byte ceiling for usage.jsonl. When configured in config.json as usageLedgerMaxBytes (minimum 1 MiB), the ledger is truncated after each append by keeping only the newest complete JSONL rows that fit within the budget. Truncation uses atomic file replacement and invalidates both the in-memory usage cache and the derived routing-history.sqlite index. Key safety properties: - Default: no limit (existing behaviour preserved exactly) - Only complete JSONL rows retained; partial/torn tails discarded - Single oversized row kept rather than producing empty file - Best-effort: failures never block the request path - Per-process flag prevents concurrent/re-entrant truncation - No scheduler, worker, or background lifecycle needed Closes the intent of lidge-jun#4042 with 8 files / ~540 lines vs 48 files.
- Mount UsageLedgerRetentionControl in Usage dashboard page with toggle and MiB stepper - Add GET/PUT /api/storage/usage-ledger-retention management endpoints to read and persist policy - Localize all 10 supported UI languages (en, zh, zh-TW, ja, ko, de, fr, ru, tr, vi) - Add comprehensive GUI test suite in gui/tests/usage-retention-control.test.ts - Include verified runtime UI screenshots in .github/pr-assets for PR quality gate
…nd validation - Use bounded 64 KiB chunk scanning and copy in ledger retention rather than full-size buffer allocation - Roll back live memory config when management PUT persistence fails - Discard unterminated/corrupt oversized crash tails while preserving valid oversized lines - Add usage.retention.loadError localization across 10 languages and use on GET error - Fix Storage component exclusion assertion in test
…lid oversized rows - Ensure fsyncSync on temp file descriptor before close, and sync parent dir on POSIX - Retry partial writeSync calls in retention chunk copy loop and assert non-zero write progress - Isolate valid newest oversized rows while discarding older content and invalid tails - Fix French usage.retention.disabled translation to describe automatic deletion rather than compression
- Support arbitrary row lengths in isRangeValidUsageRow up to 2 GiB safe memory threshold - Add unit test verifying a valid oversized usage entry > 10 MiB is preserved
…d corrupt data - Distinguish 'unverifiable' (I/O error, read failure, >64MB) from confirmed 'invalid' - Preserve original file if oversized row cannot be definitively verified rather than discarding - Validate opening character without allocating full buffer
- Validate [foundLastLf, fileSize) range before deciding whether to keep or discard tail - Add regression coverage for older complete rows followed by valid unterminated record
…s and scope - Use readAllSync for bounded reading and retry short writes - Close SQLite request history index before unlinking derived database files - Add low-watermark hysteresis (90% target) to avoid rewrite churn after every append - Restrict UsageLedgerRetentionControl to standalone mode, omitting in connected hub views - Wire localized usage.retention.invalid error message with aria-describedby - Update usage.retention.disabled in all languages to describe automatic deletion rather than compression
…ate Turkish locale - Append newline to preserved unterminated valid tail so subsequent appends do not merge into single invalid line - Update Turkish usage.retention.disabled message to use temizleme (cleanup) instead of sikistirmasi (compression)
…egration tests - Verify ctx.principal is gui-session or admin-token before handling storage retention routes - Add end-to-end integration tests for appendUsageEntry with retention on normal and ENOENT recovery paths
- Exercise GET and PUT /api/storage/usage-ledger-retention using gui-session principal directly against route handler to reflect GUI-only contract
- Match route scanner convention with explicit method guards on GET and PUT - Keep GUI-session principal requirement on both endpoints - Pass management-route-registry reconciliation and method-scan tests
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Disposition from the retry and event-model consolidation that landed on This pull request is not superseded and is not being closed. Recording why it did not land in that branch, so the next step is explicit: Sound retention work on the canonical ledger, and orthogonal to the stage and event model. It also changes GUI surface, which a branch that may not build or run the GUI cannot evidence. |
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Each item that did not land carries the reason that is true against current dev, not the one written a day ago. #3748's blocker is now narrower and more useful than "parallel store": the recorder does not yet record why a request finally failed, so there is nothing closed to group by. #3983's emission path turns out not to be ephemeral, because stderr is redirected to the service log under both launchd and systemd. #5063 has a concurrent-append data-loss window that the rename cannot see. Retention and masking are stated in one table rather than reimplemented, with the policy that projections inherit both instead of getting their own.
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* refactor(usage): one terminal classification for a finished request Three surfaces answered "how did this request end" three different ways. The durable row carries terminalStatus and closeReason, the Prometheus exporter had its own private classifyResult, and the dashboard read the numeric HTTP status and nothing else. That is not cosmetic. A turn cut short by max_output_tokens is durably status 200 with terminalStatus "incomplete", which the exporter reports as incomplete and the dashboard rendered as a green 200: the metric and the operator disagreed about whether the user got an answer. Move the classifier into src/usage/request-outcome.ts and have the exporter import it, including its result label set, so the four strings are stated once. Semantic terminal facts are read before the numeric status, which is the whole point; the status is consulted only when no terminal event was recorded. The module also names the send totals a surface should show, because reporting sends without the unresolved remainder is how a duplicate-send incident stays invisible. It is a leaf: its only import is a type. * fix(gui): make the logs page agree with the ledger and the exporter Carries the rehydration half of #2366 — the half that brings the durable terminal facts out to where an operator reads them. Its separate attribution vocabulary is deliberately left behind, because the landed stage and cause model already owns that question and two vocabularies for one thing is the class of defect this batch exists to remove. The page classified every request by its numeric HTTP status alone and showed no send count at all, so it disagreed with both other surfaces about the same request. A turn cut short by max_output_tokens is durably incomplete and is reported incomplete by the exporter; the page rendered a green 200. The data was never missing — /api/logs spreads the whole durable entry — the page simply did not declare terminalStatus, closeReason or spend. It now declares them and calls the shared classifier rather than reimplementing the precedence, so agreement is structural instead of a rule someone maintains. It also shows the upstream send count, and names the unresolved remainder when there is one, because a send total without it is how a duplicate-send incident stays invisible. The recovery-kind union is now the durable roster instead of a copy. The copy had drifted to nine of thirteen members, so key-401, oauth-account-429, opaque-blob-rejection and reasoning-effort-downgrade each reached the operator as "Unknown recovery reason" — four real causes rendered as an absence of one. The satisfies clause makes the next added kind a typecheck failure here rather than a silent fallback, and the four missing labels are added across all ten catalogs. Co-authored-by: chilung <b0423031@gmail.com> * test(usage): hold the three surfaces to one answer The exporter is driven over the full cross product of status, terminal status and close reason and its emitted result label is compared against the shared classifier, so the two cannot drift apart without a case objecting. The cases that actually broke are asserted by name as well: an incomplete 200 is not a success, and a cancelled 200 is aborted. A source oracle holds the dashboard to the same contract. It has to call the shared classifier rather than read the status, it has to show the send total and the unresolved remainder, and its recovery-label map has to cover every member of the durable roster. That last one is a source oracle rather than a type check because the page is compiled by a separate project, which is how the copy drifted to nine of thirteen members unnoticed in the first place. Every label key the page names is required to exist in all ten catalogs, so a new recovery kind cannot ship with an English label and nine blanks. One case asserts the exporter's whole label set is still protocol, result, recovery and le after thirty-two requests carrying recoveries, which is the bounded-cardinality promise stated as an assertion rather than a convention. * docs(devlog): record lane C2 and refresh the deferred dispositions Each item that did not land carries the reason that is true against current dev, not the one written a day ago. #3748's blocker is now narrower and more useful than "parallel store": the recorder does not yet record why a request finally failed, so there is nothing closed to group by. #3983's emission path turns out not to be ephemeral, because stderr is redirected to the service log under both launchd and systemd. #5063 has a concurrent-append data-loss window that the rename cannot see. Retention and masking are stated in one table rather than reimplemented, with the policy that projections inherit both instead of getting their own. --------- Co-authored-by: chilung <b0423031@gmail.com>
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…contract #5063 proposed retention on the canonical ledger, which is the right architecture: the alternative is a projection that hides rows the ledger still has, and that is a second retention policy. What its implementation could not promise is that a row appended between its size snapshot and its rename survived -- it captured a size, copied a suffix, and renamed over whatever was there. Its own concurrency test performed two sequential calls and said so. Two things close that here. The append is synchronous and the compaction runs inside the same call stack, with no await between the append and the publication, so no in-process append can interleave; a second server on the same home cannot append at all, because it is refused by the existing ledger-owner lease at startup, which is why the hook is installed after ownership rather than before. And validateBeforeRename re-opens the target immediately before the rename and refuses unless identity, size and revision metadata are byte-for-byte what was copied -- so an append from anywhere else aborts the replacement rather than losing the row. Both the original file and that append survive, and the next append retries from a fresh revision. A test drives exactly that window through an injected hook, because a contract nothing can drive is a contract nobody has checked. Publication goes through the shared atomic writer rather than a hand-rolled temp lifecycle, which is where the exclusive private temp, the identity assertions, the platform-aware replace and the residual cleanup already live. The writer gains a streaming form so the retained span is copied in bounded chunks instead of held in memory as one string, and that form fsyncs the temp before the rename and does not swallow the failure: a replacement whose replacement is not on disk can lose the rows it was meant to keep. Rows are copied byte for byte and never parsed or re-serialized. A retention pass that understood the row shape would silently drop every field it was written before, which for this branch would mean the failure stage and cause it just added. The invalidation half was missing entirely from the original. Deleting rows invalidates three readers that do not watch the file: the 2,000-entry Logs ring, which otherwise keeps serving rows the ledger no longer has until eviction or a restart; the retained usage aggregate and failure projection, whose checkpoints now point past a boundary that moved; and the request-history index, whose source identity changed. All three are discarded after a replacement. This does NOT close #5063. The Usage-page control it also asks for is not here: this branch may not build or run the GUI, so it cannot produce the screenshot that gate requires, and shipping an unverifiable control is worse than shipping the policy the control would set. The limit is settable in config.json today and the docs say so. Co-authored-by: Vocllum <149675937+Vocllum@users.noreply.github.com>
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…contract #5063 proposed retention on the canonical ledger, which is the right architecture: the alternative is a projection that hides rows the ledger still has, and that is a second retention policy. What its implementation could not promise is that a row appended between its size snapshot and its rename survived -- it captured a size, copied a suffix, and renamed over whatever was there. Its own concurrency test performed two sequential calls and said so. Two things close that here. The append is synchronous and the compaction runs inside the same call stack, with no await between the append and the publication, so no in-process append can interleave; a second server on the same home cannot append at all, because it is refused by the existing ledger-owner lease at startup, which is why the hook is installed after ownership rather than before. And validateBeforeRename re-opens the target immediately before the rename and refuses unless identity, size and revision metadata are byte-for-byte what was copied -- so an append from anywhere else aborts the replacement rather than losing the row. Both the original file and that append survive, and the next append retries from a fresh revision. A test drives exactly that window through an injected hook, because a contract nothing can drive is a contract nobody has checked. Publication goes through the shared atomic writer rather than a hand-rolled temp lifecycle, which is where the exclusive private temp, the identity assertions, the platform-aware replace and the residual cleanup already live. The writer gains a streaming form so the retained span is copied in bounded chunks instead of held in memory as one string, and that form fsyncs the temp before the rename and does not swallow the failure: a replacement whose replacement is not on disk can lose the rows it was meant to keep. Rows are copied byte for byte and never parsed or re-serialized. A retention pass that understood the row shape would silently drop every field it was written before, which for this branch would mean the failure stage and cause it just added. The invalidation half was missing entirely from the original. Deleting rows invalidates three readers that do not watch the file: the 2,000-entry Logs ring, which otherwise keeps serving rows the ledger no longer has until eviction or a restart; the retained usage aggregate and failure projection, whose checkpoints now point past a boundary that moved; and the request-history index, whose source identity changed. All three are discarded after a replacement. This does NOT close #5063. The Usage-page control it also asks for is not here: this branch may not build or run the GUI, so it cannot produce the screenshot that gate requires, and shipping an unverifiable control is worse than shipping the policy the control would set. The limit is settable in config.json today and the docs say so. Co-authored-by: Vocllum <149675937+Vocllum@users.noreply.github.com>
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* feat(usage): record why a request failed, in the landed vocabulary #2366 asked for durable failure attribution and shipped its own FailureSide and seven-member FailureStage to carry it. Lane C2 took the rehydration half and left that vocabulary behind, because defining a second one beside the stage and cause model that had just landed is the class of defect that blocked 2.60.0. This is the same answer expressed in the landed vocabulary. PersistedUsageAttempt and PersistedUsageEntry now carry failureStage and failureCause, both closed roster members. The resend verdict they imply is NOT stored: it is derived at read time, so a row written by an older build can never carry a verdict the current table would no longer reach. The derivation reads only closed values -- an HTTP status, a terminal status, a close reason, a transport phase, a recovery kind. errorCode and upstreamError are deliberately excluded: both are assembled partly from upstream text, so a classification keyed on them is a different answer per provider and per locale, and a grouping key built from them cannot promise it carries no content. That exclusion is what lets the pair be a Prometheus label and a fingerprint component without a masking pass. It runs at addFinalRequestLog, the one seam every request passes exactly once whatever transport served it, and before the attempt snapshot, so the row that reaches disk and the live attempt object carry the same pair. addRequestLog rebuilds the persisted row field by field rather than spreading it, so the pair is written there explicitly -- a field omitted at that line reaches /api/logs and never reaches usage.jsonl, which is the surface the derived projection reads. The stage and cause rosters move to src/usage/telemetry-contract.ts and src/lib/request-failure-model.ts re-exports them, the same relocation lane C2 made for the recovery roster and for the same reason: the dashboard renders a label per member, and a type-only import of the table module would drag its import graph into the browser project. The decision tables stay where they were. The test runs over a cross product built from the rosters themselves rather than a written-out list, so a member added later widens the space instead of leaving a case nobody wrote. Co-authored-by: chilung <b0423031@gmail.com> * feat(metrics,gui): report the failure cause on every surface Completes the agreement condition for the attribution the previous commit records. The durable row carried a cause and nothing showed it, which is the same shape as the defect lane C2 fixed: a real cause reaching the operator as an absence of one. The exporter gains opencodex_request_failures_total{protocol,cause}. It counts the value the recorder derived rather than deriving one of its own, because the recorder is the only place that sees the transport facts a cause needs, and two derivations of one answer is exactly the disagreement this batch exists to remove. The label set IS the shared dictionary rather than a copy of it. Cardinality is fifteen causes across four protocols -- sixty series, fixed for the lifetime of the roster, every value from a frozen list -- and it labels a counter, never a histogram; a case asserts both. /api/logs computes resendPermission at read time for the row and for each attempt. It is never stored: the tables that decide it live in this build, and a row written by an older one must not assert a permission the current tables would refuse. A case asserts the pair is in the ledger module and the verdict is not. The Logs detail dialog shows the cause, the stage it reached and the resend verdict, and the attempt table leads its reason column with the cause, keeping the exact wire errorCode behind it because that is what a bug report needs. Three satisfies clauses make a missing label a typecheck failure rather than a silent fallback, and the existing catalog oracle now covers the new key groups. This trips the missing_ui_screenshot gate. This lane may not build or run the GUI, so it cannot produce the screenshot; the gate fires on changed paths under gui/, not on words in the description. The visible change is three rows added to the detail dialog for a failed request and a named cause where the attempt table previously showed a bare wire code. Co-authored-by: chilung <b0423031@gmail.com> * feat(usage): group recurring failures as a projection, not a second store #3748 proposed a privacy-safe failure ledger and built it as a second SQLite store beside usage.jsonl, keyed by a free-text signature that regular expressions tried to mask. Both halves are replaced. The store becomes a projection rebuilt from the canonical ledger. It holds a count and two timestamps per group and nothing else, so deleting a row from usage.jsonl removes it from this grouping on the next rebuild -- which is what it means for retention to have one owner instead of four. It reads through the existing scanUsageLedgerCooperatively and therefore inherits every bound that scanner already enforces: the 1 MiB row ceiling, the 1 MiB chunk, the cooperative yield, the opened-EOF snapshot boundary, and the path/device/inode/birthtime identity with its 64 KiB boundary digest. A same-size file whose revision metadata moved forces a rebuild rather than an append, so a replaced ledger can never extend stale groups. The masked signature becomes a fixed-arity tuple of closed roster members. A regular expression can only assert that it removed what it matched; a tuple whose every slot is a member of a frozen list has nothing to remove. The input type cannot express a model, an account, an error message, a prompt, a request id or a timestamp, so no amount of upstream text can reach a fingerprint. Absent facts are explicit nulls in fixed positions, because omitting them would let [a, null, b] and [a, b] collide. The configured provider name is the one input that starts as free text -- users name their own provider entries -- so it is resolved against the provider registry and becomes null when it is not a registry member. A provider named after its owner groups under null, which is the honest answer. This exposed a real hole the fingerprint would otherwise have inherited: terminalStatus was persisted as a plain string and copied through the normalizer on truthiness alone, unlike the inbound protocol, transport phase and terminal source beside it. Harmless while it was only rendered; not harmless as a grouping-key slot, because the value is assembled from an upstream terminal frame. It is now the closed type, derived from the outcome roster rather than restated, and validated on read back. Two parts of the original are deliberately absent. The occurrence list is a second copy of history with its own retention policy. The mutable monitoring/dispatched/fixed/ignored status and its notes are operator state, which cannot be reconstructed from immutable request rows; presenting them as a derived ledger would be presenting a claim this projection cannot make. They need their own owner, keyed by the fingerprint, if they are wanted. The reader is GET /api/usage?failures=1 rather than a new route: it answers a different question from the usage summary and costs a scan, so it is opt-in and a dashboard asking for spend does not pay for it. Co-authored-by: SB Yoon <44089734+yansigit@users.noreply.github.com> * feat(responses): count what an attempt delivered, on the attempt #3983 wanted the signals a stream diagnostic gives -- a missing terminal, adapter-to-client loss, empty output, partial output size -- and emitted one debug line per event to get them. Two things make that the wrong shape. It is a second durable record. emitDebugLine writes the in-process ring AND stderr, and stderr is redirected to the service log under both launchd and systemd, so an installed service accumulates a per-event history beside the ledger with its own retention, sequencing, request identity and masking. And per-event lines needed a per-payload fingerprint to correlate; under a process-global random key that makes every repeated prompt fragment, tool name and error message correlatable for the lifetime of the process. Five bounded counts on PersistedUsageAttempt answer the same questions and cannot carry content at all. They ride the attempt, so they inherit the ledger's normalization, masking and retention instead of acquiring their own, and the debug ring now FORMATS one line per finalized attempt from what the recorder already counted -- appendDebugLogLine directly, never emitDebugLine, so the ring is a live view of the durable record rather than a parallel source for it. The counting point matters. Adapter events are counted at the one seam every adapter parse already passes; relayed frames are counted after a SUCCESSFUL controller enqueue in the SSE bridge. Counting both at the reader would make the two numbers equal by construction and erase the one discrepancy they exist to expose. The recorder is bound to the request's translator budget -- an object every bridge on the delivery path already receives -- and reaches the current attempt through a callback rather than holding one, so a mid-request attempt rotation credits the attempt that is live rather than one already finalized. sideEffectEvents feeds the failure stage, which makes side-effect reachable for the first time: a relayed tool call is an externally visible effect, so the resend verdict refuses. Counting it at the transport rather than the adapter is what makes that correct -- an emitted tool call the client never received has committed nothing. Two things from the original are deliberately absent: run-turn-execution.ts is untouched, because its accounting distinguishes adapters that report their own physical sends and carrying the PR's unconditional pre-count would double-charge them; and no content HMAC exists anywhere here. Also narrows the 400 refinement added earlier in this branch, after review: it now consults only the LAST recovery recorded on the attempt, and a finalizer that can prove a cause passes it directly instead. The key-account rotation now attributes the attempt it seals, which previously reached the ledger with no attribution at all because the finalization seam only ever sees the last attempt of a request. Co-authored-by: yansigit <yansigit@users.noreply.github.com> * feat(usage): opt-in size limit for the usage ledger, with a revision contract #5063 proposed retention on the canonical ledger, which is the right architecture: the alternative is a projection that hides rows the ledger still has, and that is a second retention policy. What its implementation could not promise is that a row appended between its size snapshot and its rename survived -- it captured a size, copied a suffix, and renamed over whatever was there. Its own concurrency test performed two sequential calls and said so. Two things close that here. The append is synchronous and the compaction runs inside the same call stack, with no await between the append and the publication, so no in-process append can interleave; a second server on the same home cannot append at all, because it is refused by the existing ledger-owner lease at startup, which is why the hook is installed after ownership rather than before. And validateBeforeRename re-opens the target immediately before the rename and refuses unless identity, size and revision metadata are byte-for-byte what was copied -- so an append from anywhere else aborts the replacement rather than losing the row. Both the original file and that append survive, and the next append retries from a fresh revision. A test drives exactly that window through an injected hook, because a contract nothing can drive is a contract nobody has checked. Publication goes through the shared atomic writer rather than a hand-rolled temp lifecycle, which is where the exclusive private temp, the identity assertions, the platform-aware replace and the residual cleanup already live. The writer gains a streaming form so the retained span is copied in bounded chunks instead of held in memory as one string, and that form fsyncs the temp before the rename and does not swallow the failure: a replacement whose replacement is not on disk can lose the rows it was meant to keep. Rows are copied byte for byte and never parsed or re-serialized. A retention pass that understood the row shape would silently drop every field it was written before, which for this branch would mean the failure stage and cause it just added. The invalidation half was missing entirely from the original. Deleting rows invalidates three readers that do not watch the file: the 2,000-entry Logs ring, which otherwise keeps serving rows the ledger no longer has until eviction or a restart; the retained usage aggregate and failure projection, whose checkpoints now point past a boundary that moved; and the request-history index, whose source identity changed. All three are discarded after a replacement. This does NOT close #5063. The Usage-page control it also asks for is not here: this branch may not build or run the GUI, so it cannot produce the screenshot that gate requires, and shipping an unverifiable control is worse than shipping the policy the control would set. The limit is settable in config.json today and the docs say so. Co-authored-by: Vocllum <149675937+Vocllum@users.noreply.github.com> * fix(usage): read transport evidence before the status, and map 402 Adversarial review of this branch found three cases where the derived cause was wrong against real request paths rather than against the fabricated facts the first test used. A stream that dies mid-flight is reported as a SYNTHETIC 502 -- a tail this proxy wrote, with transportPhase mid_stream and the attempt marked aborted. Read in status order that 502 became upstream-fault, which claims the origin answered when it did not. Transport evidence now outranks the numeric status. Both causes refuse an automatic resend, so this is an accuracy fix rather than a safety one, but a label an operator cannot trust is a label they stop reading. 402 had no branch and fell through to payload-rejected, which made quota-exhausted unreachable and pointed an operator at the payload when the account is what has to change. transport-unsent was reachable only through a fabricated status 0: a real connect failure is formatted as 502 by the dispatch path. Worse, it was the FALL-THROUGH, and it is the one transport cause that permits an automatic resend. It is now reachable only through causeHint, from a site that classified a pre-connect failure and can prove it; everything else answers transport-ambiguous, which is the honest classification for an unknown execution state and the safe direction for a permission decision. Review also found the streamed atomic replacement fsynced the temp's contents and not the directory entry recording the rename, so a host losing power after a successful call could leave the old ledger or an indeterminate directory. The streaming form now syncs the parent directory. Only that form does: it is the one making a durability claim, and charging every config write for a promise its callers were never given is a different change. The regression cases now use the production shapes -- a synthetic 502 after mid_stream, an aborted stream, an upstream 502 that stays an upstream fault -- rather than a status no transport produces. * fix(usage): count buffered delivery, and read rosters instead of restating them Three findings from the second adversarial review round. A non-streaming turn delivers its whole answer as one body and calls no per-frame recorder, so every buffered response persisted adapter events with zero relayed ones. That is the adapter-to-client loss signal, raised on every buffered request, which makes the signal worthless. The buffered seam now records its delivery from the body it built: everything the adapter produced did reach the client, in one piece, and the semantic bytes and side effects are read from the assembled output. The body is read by field name rather than by the adapter event union, so a member added later is not a merge-time exhaustiveness failure in a counter that does not need one. Two tests claimed their cross products came from the declared vocabularies and then wrote the members out by hand, which is how an added member leaves an exhaustive test green without being exercised. They now read REQUEST_TERMINAL_STATUSES, REQUEST_CLOSE_REASONS and a transport-phase roster that is declared once in the contract leaf and consumed by the ledger validator instead of being stated twice. INV-RESEND-01 named two enforcing tests while the structure checker binds only the first, so the second was prose-only assurance. The attribution rule is now its own INV-ATTRIBUTION-01 with one binding, and the test names it so the binding is readable from both sides. Adds the lane record, including the two limits this branch does not close: the six intermediate attempt finalizers that still reach the ledger unattributed, and the successful-recovery case that can still misattribute a 400. It also records a pre-existing defect found while reviewing the atomic writer -- its scrub fallback opens with "wx" and so always fails on an existing temp -- which is left alone because it predates this branch and sits on a security-adjacent path. * refactor(server): move failure attribution out of request-log.ts The file-size ratchet reported NEW_OVERSIZED on the first exact-head run. src/server/request-log.ts carries the whole request-logging surface and was 1,962 lines against the repository's 2,000-line seed threshold; the attribution wiring pushed it to 2,015. The remedy is a move, never a number: the cap only ever goes down, and a threshold is not something to negotiate with. The two places a stage and cause are decided and written -- the finalization seam, and the attempt sealed by a key-account rotation -- now live in src/server/request-log-failure-attribution.ts. Behaviour is unchanged: the same facts go in, the same attempt is stamped before the snapshot, and the same pair reaches the row. request-log.ts is 1,979 lines after the move. That is 21 lines of headroom, which the lane record notes for whoever touches this file next. * fix(metrics): derive the exposition counts instead of restating them Three exact-head failures, all from the new failure-cause counter and all in assertions that counted by hand. management-metrics-export.test.ts already derives its sample total from the closed vocabularies -- its own comment says the literal "went stale the moment a bounded label value was added, which is the failure mode this repository keeps hitting in merges". The new counter's contribution is added to that arithmetic the same way. Its HELP/TYPE assertion was the literal 7 the comment warns about, so it now reads the metric names out of the exposition and asserts the two groups name the same set exactly once each, which is what deterministic grouping means and what no added metric can make stale. The dashboard-union assertion matched the literal string "import type { AttemptRecoveryKind", which broke when the import wrapped across lines to take the three new names. It now matches the property it was testing -- the name arrives from the contract leaf and the page declares no union of its own -- without depending on how the import is formatted. The public metrics table in the management-API reference gains the new series. * fix(config): assert every temp writer keeps exclusive creation, not two of them The streamed writer added a third openSync(path, "wx", 0o600) and the portability test counted exactly two. The count was the weaker form of what it meant: the property is that no temp writer in atomic-write.ts drops the O_CREAT bit, and that holds for however many writers exist. It is now a set comparison over every openSync on the temp path, which a fourth writer cannot make stale and an unsafe spelling cannot pass. The edit is line-neutral because that file sits exactly at its ratchet cap. --------- Co-authored-by: chilung <b0423031@gmail.com> Co-authored-by: SB Yoon <44089734+yansigit@users.noreply.github.com> Co-authored-by: yansigit <yansigit@users.noreply.github.com> Co-authored-by: Vocllum <149675937+Vocllum@users.noreply.github.com>
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Summary
usage.jsonlviaconfig.usageLedgerMaxBytes(minimum 1 MiB, default 1 GiB when enabled).routing-history.sqliteindex so subsequent queries rebuild cleanly.UsageLedgerRetentionControlon the Usage dashboard page with toggle switch and MiB stepper.GETandPUT /api/storage/usage-ledger-retentionmanagement routes with full 10-locale translation support.Verification
bun test tests/usage/ledger-retention.test.ts(16 tests covering under-limit, over-limit, complete row framing, exact boundaries, oversized rows, torn tails, and index cleanup)bun test tests/storage/api-storage.test.tsbun test tests/server/management-route-registry.test.tsbun test tests/cli/cli-capabilities.test.tscd gui && bun test --isolate tests/usage-retention-control.test.ts tests/usage-layout.test.ts tests/i18n-locales.test.ts tests/usage-custom-range.test.tsxcd gui && bun run build && bun run lintbun run typecheck(zero diagnostics)bun run privacy:scanbun run structure:checkOPENCODEX_HOMEtemp directory) with headless Chrome rendering.UI Screenshot
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All CI tests are green on my local testing.
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Summary by CodeRabbit
New Features
Bug Fixes