Deliver governed no-effect Codex lifecycle tracer - #157
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* feat(evaluation): reject Codex compatibility unit (#99) * fix(evaluation): close Codex rejection evidence (#99) * fix(evaluation): canonicalize Codex schema evidence (#99) * fix(evaluation): refresh Codex evidence binding (#99) * fix(evaluation): keep compatibility tests platform-bound (#99) * fix(evaluation): bind macOS arm64 test authority (#99)
* feat(evaluation): define macOS accessibility driver decision (#111) * fix(evaluation): stabilize System Events observations (#111) * docs(evaluation): record macOS accessibility decision (#111) * test(evaluation): preserve accessibility evidence bytes (#111) * fix: harden macOS accessibility evaluation * docs: retain macOS accessibility evaluation evidence * docs: reject unauthenticated System Events evidence * fix: reject System Events before Apple Events activity * docs: supersede macOS accessibility evidence --------- Co-authored-by: n.vasilopoulos <n.vasilopoulos@itgain.de>
* test: add packaged Codex tracer acceptance * test: accept persisted packaged start state * test: harden packaged macOS picker traversal * test: read Codex login status stream * test: stabilize packaged macOS picker navigation * test: stabilize physical Codex acceptance * test: measure local projection after input * test: isolate acceptance process environment * test: preserve tracer prompt bytes on Windows
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Exact-head remediation evidence for abc858c:\n\n- The two confirmed Codex P1 gaps are fixed: ChatGPT/OpenAI provider routing is pinned, and ExitRequested is prevented while runtime cleanup is unproven.\n- The update_plan finding is dispositioned against accepted parent #98 v4 and child #101 v5: bounded provider-internal inert plan/activity quarantine is explicitly authorized; zero effects means zero Keiko/external effect-owner crossings.\n- All three Codex threads have replies and are resolved.\n- Commit signature: valid Git SSH signature for niko.vasilopoulos96@gmail.com.\n- npm run quality: passed in full with Node 24.18.0 / npm 11.16.0.\n- npm audit --audit-level=high: 0 vulnerabilities.\n- Frontend 55/55; application 20/20; host 142/142; UI contracts 13/13.\n- Control-plane coverage: 92.95% lines, 87.82% branches, 93.48% functions.\n- Native coverage: 93.10% lines, 90.41% branches.\n- Exact packaged executable SHA-256: b68b5059f3b96a7dfa9d7f1cf14dd98ba8a8c58ef618b7bd224f303fda9e0364.\n- Canonical npm run acceptance:codex-tracer:macos: complete; all 16 checkpoints passed; cancellation 0 ms; cleanup 167 ms; first-visible p95 484 ms; local projection p95 0 ms; turn duration 7,375 ms.\n- Safeguards: zero accepted effects, effect-owner crossings, local/environment tools, repository bytes/context, unquarantined events, redaction matches, hidden retries, package hooks, and residual processes.\n- Evidence artifact SHA-256: b91efad210cc295b52f79ee5e506f17b977430b1891187fb6937dc9ac0238f9e. |
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| if ( | ||
| change === null || | ||
| typeof change !== "object" || | ||
| !allowed.has(change.path) || |
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Fresh evidence beyond the earlier ancestry thread is that the canonical evaluator still fails on this exact clean tree with evaluation-checkout-diff-invalid: the retained evaluationHead is efe722d..., while its real diff to the delivered head contains runtime, frontend, workflow, and quality changes that this allowlist rejects. The retained source digest is also stale (7bb83d... versus 8a1631... computed from the current six evaluator sources), so bypassing this check would only reach another evidence rejection. Re-run and bind the evaluation to the delivered evaluator source/head so the required command can authenticate the actual release tree.
AGENTS.md reference: AGENTS.md:L149-L153
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| path.ancestors().all(|ancestor| { | ||
| fs::symlink_metadata(ancestor).is_ok_and(|metadata| { | ||
| let mode = metadata.permissions().mode(); | ||
| metadata.is_dir() && (mode & 0o022 == 0 || mode & 0o1000 != 0) |
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When the configured Codex home or work root is below a group/world-writable sticky directory owned by another local account, this accepts the chain solely because the sticky bit is set. Fresh evidence beyond the earlier ancestor-chain fix is that a sticky directory's owner may still rename or delete other users' child entries, so that account can replace the already-validated home or work-root pathname before runtime use. Permit writable sticky ancestors only when their owner is trusted, such as root or the effective user, or hold descriptor-based ownership through launch.
AGENTS.md reference: AGENTS.md:L166-L167
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| let leaked_bytes = self | ||
| .repository_markers | ||
| .iter() | ||
| .map(|marker| count_byte_occurrences(&structural_bytes, marker) * marker.len()) |
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When the selected repository basename is also a protocol token—for example a valid repository named method—this raw substring scan finds that basename in the "method" key of the initialize frame, records a repository-context leak, and rejects the turn before submission even though no repository value was serialized. Fresh evidence beyond the earlier outbound-instrumentation thread is that markers are compared against all serialized keys and fixed values rather than only repository-origin data; track value provenance structurally so ordinary repository names such as method, params, or text cannot make every turn fail containment.
AGENTS.md reference: AGENTS.md:L162-L164
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| const elapsedMs = Math.max( | ||
| 0, | ||
| observed.elapsedMs - observationDriverBaselineMs, | ||
| ); |
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When the initial probe-start observation is a cold or otherwise slow adapter launch, subtracting that one duration from every later observation—and clamping negative results to zero—can make genuinely slow UI projections satisfy the 100 ms budget. For example, a 1,000 ms baseline makes each subsequent 900 ms observation record as 0 ms, and the evidence validator sees only this derived p95 rather than the raw delay. Measure action-to-observation latency directly, or use a bounded repeated baseline while also enforcing a raw observation ceiling.
AGENTS.md reference: AGENTS.md:L144-L146
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| Self { | ||
| configuration, | ||
| active: Arc::new(ActiveRuntime::default()), | ||
| work_generation: Arc::new(AtomicU64::new(0)), | ||
| invalidated_workspace_generation: Arc::new(AtomicU64::new(0)), |
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When Keiko is forcibly terminated while Codex survives, the persisted .keiko-runtime-process record is consumed only by bind_configuration() during a later readiness check or turn; this startup constructor merely creates an empty ActiveRuntime. Consequently, relaunching and then remaining idle—or even quitting without another runtime request—never discovers or terminates the residual provider process, which can retain network activity and access to CODEX_HOME indefinitely. Fresh evidence beyond the earlier crash-survivor fix is that no startup path invokes recover_orphaned_runtime_directories; perform that reconciliation before renderer authority is exposed.
AGENTS.md reference: AGENTS.md:L101-L105
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| return true; | ||
| }; | ||
| let _ = refresh_owned_processes(active); | ||
| signal_active_process_group(active, process_group, SIGTERM); |
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When bounded cleanup expires after the direct child has exited but process inspection cannot prove the group is empty, child.try_wait() reaps the leader while ActiveRuntime retains only its numeric process-group ID. If that PID/PGID is reused before shutdown or workspace-change reconciliation, this unconditional TERM targets the new unrelated same-user group before any start-identity check, and the later escalation can send KILL as well. Fresh evidence beyond the earlier persisted-directory PID-reuse fix is that the in-memory retained group has no ProcessIdentity; retain and revalidate the leader identity before every group signal, and retire ownership without signalling when it has been reused.
AGENTS.md reference: AGENTS.md:L101-L105
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| const content = await readFile(join(directory, child.name)); | ||
| bytes += content.length; | ||
| digest.update("file\0", "utf8"); | ||
| digest.update(content); |
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When the human-provisioned CODEX_HOME contains a large file or a sufficiently large/deep directory tree, snapshotProtectedRuntimeProfile() reaches this code before and after the physical journey, and each file is loaded wholly into memory with no byte, entry, depth, or time limit. A valid accumulated profile can therefore exhaust memory or block the canonical acceptance indefinitely instead of returning a closed failure and completing fixture cleanup. Hash files incrementally and enforce explicit aggregate and traversal bounds before accepting the profile.
AGENTS.md reference: AGENTS.md:L162-L167
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| let name_bytes = if contextual_field || text.contains('/') { | ||
| name_marker | ||
| .map(|marker| count_byte_occurrences(bytes, marker) * marker.len()) | ||
| .unwrap_or_default() |
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When the selected repository basename also occurs in the disposable work path—for example, /Users/me/tmp with a work root below /private/tmp—this counts the basename in every string containing /. The subsequent thread/start serializes that unrelated work directory as cwd, so the audit rejects its own frame and every turn ends as containment-failed before task submission. Fresh evidence beyond the earlier protocol-token finding is that the structural fix still performs substring basename matching across all path-like values; compare provenance or the exact selected path instead.
AGENTS.md reference: AGENTS.md:L164-L164
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| const project = async (action, observation, input) => { | ||
| await step(action, input); | ||
| const observed = await step(observation); | ||
| const elapsedMs = observed.elapsedMs; |
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Fresh evidence after the subtractive-baseline fix is that project() still awaits the action completely before starting the observation and records only observed.elapsedMs. If the app takes 500 ms to render while the action adapter invocation is in flight, the subsequent observation can return immediately and record nearly zero, allowing the 100 ms p95 gate to pass despite slow user-visible projection. Start the measurement before the action and stop it after the checkpoint is observed.
AGENTS.md reference: AGENTS.md:L144-L146
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| "-o", | ||
| binary, | ||
| ], | ||
| { encoding: "utf8", shell: false }, |
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Fresh evidence beyond the earlier shared subprocess-runner fix is that the canonical physical journey invokes this separate spawnSync call and its options still omit a timeout. If xcrun or clang stalls, the synchronous call never returns, so the acceptance command cannot reach its closed rejection or fixture cleanup. Run this compilation through the bounded owned-process-group runner as well.
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| presentWorkspace({ | ||
| kind: "selecting", | ||
| generation: Math.max(1, workspaceState.generation + 1), | ||
| }); |
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When the user reselects a workspace during an active turn and runtime cancellation or cleanup cannot be proven, this optimistic generation change immediately clears both the runtime and turn projections. The host then rejects the workspace request without changing its old binding, but the catch path presents a generic unavailable workspace at the invented generation; the residual active or cleanup-failed turn becomes invisible and its cancellation control disappears. Delay clearing these projections until the host confirms the change, or restore and present the cleanup failure on rejection.
AGENTS.md reference: AGENTS.md:L144-L146
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| .is_none() | ||
| && Instant::now() < wait_deadline | ||
| { | ||
| thread::sleep(Duration::from_millis(5)); |
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On a loaded macOS runner, these tests can exhaust their fixed two-second deadline before the spawned runtime receives CPU time and creates its marker, producing nondeterministic failures unrelated to the behavior under test; the same five-millisecond wall-clock polling pattern appears in the cancellation, shutdown, and workspace-change regressions. Synchronize through a condition, channel, or deterministic fixture hook instead of sleeping and racing the scheduler.
AGENTS.md reference: AGENTS.md:L170-L171
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* test: stabilize readiness cleanup fixture (#101) Replace the unbounded TERM-resistant busy loop with a blocking sleep loop so the fixture no longer competes for the scheduler inside the fixed 300 ms cleanup window. The TERM resistance, SIGKILL escalation, parent-reap marker, ownership retirement, and process-group assertions remain unchanged. * test: synchronize cleanup fixture readiness (#101) Emit the readiness handshake from the descendant only after it installs the TERM-resistant trap. This removes the fixture startup race while preserving the fixed cleanup deadline and the existing SIGKILL, parent-reap, ownership, and process-group assertions. * test: remove cleanup fixture process churn (#101) Block the synchronized TERM-resistant descendant in the shell's built-in read on a Rust-owned open pipe. This keeps one stable descendant for the fixed cleanup window instead of repeatedly spawning sleep children between ownership refresh and SIGKILL. * test: bind cleanup fixture stdin explicitly (#101) Explicitly redirect the background TERM-resistant shell from fd0 so POSIX non-interactive shell semantics cannot replace its piped stdin with /dev/null. The built-in read now blocks without CPU churn while preserving the fixed cleanup lifecycle proof. * test: expose cleanup fixture failure flags (#101) Classify the four existing cleanup predicates only when the fixture would fail, reconcile test-owned resources, and emit one bounded body-free K101 flag directly to stderr before exiting nonzero. Passing runs still execute every original assertion unchanged. * test: streamline cleanup failure diagnostic (#101) Emit the four existing cleanup predicates unconditionally to direct stderr before the unchanged assertions. This preserves the sanitized failure signal without adding failure-only cleanup branches or changing fixture semantics. * test: satisfy cleanup diagnostic lint (#101) * test: retain cleanup flags on failure (#101) * test: move reap proof off cleanup critical path (#101) * fix: reconcile stopped runtime cleanup (#101) Reap the proven-stopped direct child and revalidate process-group and authenticated-owned absence before retiring ownership. Keep the fixed readiness budget focused on zero residue while proving descendant-first kill and parent wait semantics under a separate test-owned deadline. * fix: authenticate cleanup retirement identity (#101) Bind final reconciliation and retirement to the exact active process identity so a mismatched or reused process group cannot be reaped or cleared as success. Preserve retained ownership on failure and prove later recovery after an already-reaped group becomes absent. * test: trace readiness cleanup reconciliation (#101) Emit one bounded failure-only stage code from the flaky readiness cleanup proof so authoritative runners can distinguish deadline exhaustion, process observation, direct-child wait, and exact-identity retirement without exposing process identifiers or content. * test: remove readiness cleanup diagnostics (#101) Remove the temporary stage flags after the authoritative F001 capture confirmed readiness final-phase starvation. The signed diagnostic commit remains in history as bounded failure-first evidence. * fix: preserve readiness reconciliation budget (#101) Select an explicit readiness-only descendant phase that sends authenticated descendant KILL before proceeding directly to group KILL, reserving the remaining fixed 300 ms budget for zero-residue reconciliation. Turn cleanup and default parent-reap grace remain unchanged.
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Keiko-Native/native/crates/keiko-host-macos/src/tauri_adapter.rs
Lines 189 to 190 in 4bf3140
Reconcile the runtime before executing in-app quit
When the always-available in-app quit button is pressed during a turn and runtime cleanup cannot be proven, this calls app.exit(0) directly; that reaches the non-preventable RunEvent::Exit branch, where cleanup failure is only logged before process termination. Fresh evidence beyond the earlier ExitRequested fix is that this command route never reaches the branch that calls api.prevent_exit(), so a residual Codex group can lose supervision; complete the guarded shutdown first or route the command through the preventable exit-request path.
AGENTS.md reference: AGENTS.md:L101-L105
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| let Some(information) = process_information(runtime.process_id) else { | ||
| return true; |
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When proc_pidinfo transiently fails for a still-running crash survivor, this returns true, causing recovery to delete the only runtime ownership record and proceed while the process group retains network access and CODEX_HOME. Fresh evidence beyond the earlier crash-survivor finding is that the new reconciliation path explicitly treats an unavailable second identity inspection as successful cleanup rather than distinguishing absence from inspection failure; preserve the record and fail closed unless process-group retirement is proven.
AGENTS.md reference: AGENTS.md:L101-L105
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| } | ||
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| fn from_configuration(configuration: Option<RuntimeConfiguration>) -> Self { | ||
| let configuration = configuration.filter(reconcile_startup_configuration); |
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When startup reconciliation returns false, such as when a live crash survivor cannot be killed within the cleanup timeout, Option::filter permanently discards the configuration while constructing an empty ActiveRuntime. Fresh evidence beyond the earlier startup-reconciliation finding is that later readiness requests and shutdown now have neither the work root nor an in-memory process identity with which to retry, so the surviving Codex group can remain active for the entire app session while shutdown reports success; retain a recovery-capable configuration/state and block or retry until settlement is proven.
AGENTS.md reference: AGENTS.md:L101-L105
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| dispatchCancellation(); | ||
| fail("codex-turn-failed"); |
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When an invalid or out-of-order channel update is received and the first application_cancel dispatch is rejected or malformed, this fires cancellation asynchronously and immediately calls fail(), whose cleanup removes the retry hook; main.ts then clears the active controller and turn projection. Tauri still considers subsequent channel sends successful, so renderer-loss cancellation is not triggered and the runtime can continue until its 120-second timeout with no visible cancellation control; retain supervision until cancellation is acknowledged or a cleaned terminal arrives.
AGENTS.md reference: AGENTS.md:L101-L105
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| if (previous.evidence.cleanupComplete) { | ||
| return JSON.stringify(previous) === JSON.stringify(next); | ||
| } |
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When cancellation or the request deadline lands after turn_request emits its cleaned terminal channel view but before complete_turn_request() applies lifecycle precedence, the final response legitimately rewrites completed to cancelled or timed-out; this strict equality check rejects that authoritative response, after which main.ts clears the displayed turn. The user consequently loses the terminal summary and answer in this completion race, so allow the bounded same-identity lifecycle rewrite or emit the channel terminal only after final settlement.
AGENTS.md reference: AGENTS.md:L144-L146
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…ming (#199) * test(runtime): make request-deadline verification deterministic (#198) * test(runtime): harden fixture publication failure (#198) * test(runtime): bound fixture setup failures (#198) * test(runtime): retain direct-child teardown proof (#198) * test(runtime): authenticate direct-child finalization (#198) * test(runtime): prove bounded child finalization (#198) * test(runtime): cover request cleanup boundaries (#198) * test(runtime): guard coverage fixture children (#198) * test(runtime): isolate descendant tracking fixture (#198) * test(runtime): serialize process fixture ownership (#198) * test: clean verification fixtures (#198) * test(foundation): clean up persisted state fixtures (#198) * test(runtime): own failure fixtures (#198) * test(runtime): verify request deadline composition (#198) * test(runtime): stabilize deadline composition fixture (#198)
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Scope
v4ff404fd8d0f7b336b997da77e55c5a5abc8c8cab1639b8e708f0b5792c283347epic/98-codex-tracerdevparity-replacement0.145.0readiness, one bounded streamed turn, cancellation/crash recovery, body-free evidence, and exact-package macOS acceptance.Product and architecture alignment
CONTEXT.md, accepted ADRs, and the issue Quality Plan.adapt/retire/revalidateReuse Assessment in Epic: Governed Codex lifecycle tracer — one workspace, one no-effect turn #98 and prerequisite Record Codex tracer design adoption decisions #110.Acceptance criteria and evidence
All rows are bound to signed exact head
73d389d3976fe029bb9f19215db11b79f4585240and the canonical evidence generated from that head.repositoryContextBytesToRuntime: 0;repositoryBytesInEvidence: 073d389d3976fe029bb9f19215db11b79f45852400.145.0unit starts from its verified absolute path and fails closed on drift1da3f4e0e96028b8a771814293c3033dafd1971f943f6c7e79b0897fe705f590; readiness, substitution, path, schema, auth, environment, and ownership tests73d389d3976fe029bb9f19215db11b79f4585240task-submit,streaming,normal-completion, andterminal-summary; 182-byte accepted prompt; observed turn 7,946 mssha256:4b9821f367dca81f40e42698285c0320ad733bb922a1955c003cf72495372336run-cancellation,crash-recovery, andquit-zero-descendants; cancellation 53 ms, cleanup 171 ms, residual processes073d389d3976fe029bb9f19215db11b79f4585240acceptedEffects,localToolRequests,providerEffectOwnerCrossings,unquarantinedProviderEvents,redactionMatches, repository context bytes, and repository evidence bytes all0; queue capped at 256 frames / 4 MiBsha256:4b9821f367dca81f40e42698285c0320ad733bb922a1955c003cf72495372336sha256:e087c08f72298704771af80d46ae900cf5e2c1e10a8cf3d5b9a327d9a5a40941Acceptance journey evidence
Requirednpm run acceptance:codex-tracer:macos; exact AX checkpoints and failure/recovery teststask-submitstreaming; projection p95 71 ms across five samples; first-visible Keiko overhead p95 535 ms across 20 authenticated samplesnormal-completion,run-cancellation,crash-recovery,quit-zero-descendantskeyboard-focus,voiceover-semantics,appearance-contrast,reduce-motion-applicability,scaling,unicode-imeΚαλημέρα 世界observed; no nonessential motionQuality Plan settlement
Verification
npm ci --ignore-scriptsnpm run qualitynpm audit --audit-level=high— zero vulnerabilitiesAdditional affected checks and concise results:
Independent audit and findings
73d389d3976fe029bb9f19215db11b79f4585240BufferLimitstopping; retry remains available after rejectionFailed/StaleWorkspace; fresh generation retry worksnative-frontend-accessibility.test.mjsresidualProcesses: 0GHSA-2v37-7h3g-55p8in transitivenanoid3.3.1663a5615; focused regressions, 155 host tests, refreshed permission matrix, full quality, and exact-head canonical journey passed73d389d; native branch coverage 85.15% (1,061/1,246), complete quality passedIntegrated epic acceptance
Required0.145.0runtime; no mocks, repository access, product hooks, or effect capabilities.e087c08f72298704771af80d46ae900cf5e2c1e10a8cf3d5b9a327d9a5a40941; package manifest SHA-256ff57531382fa6aba8bf95e538312bcddd87d03d8948da1d7291b4fdb021059f3; tracer evidence SHA-2564b9821f367dca81f40e42698285c0320ad733bb922a1955c003cf72495372336.niko.vasilopoulos96@gmail.com.Delivery
epic/standalone -> devniko.vasilopoulos96@gmail.com; historical sync8f09eedpredates that direction, is disclosed here, and will not become a target-branch commit under the required human squash merge.Ready for Human Reviewbefore every required Acceptance Journey result and exact-head gate was complete.Residual risks and follow-ups
0.145.0compatibility unit is intentionally narrow and must be requalified before any runtime/version change.This epic pull request stops at
Ready for Human Review. Only Niko or Oscharko may manually initiate its merge intodev; no agent auto-merge or merge authority is claimed.