ℹ️ About Codex in GitHub

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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

","side","line","**_{_{![P1 Badge](https://img.shields.io/badge/P1-orange?style=flat)}} Return ERROR when the ledger cannot be parsed**\n\nWhen `--ledger` points to syntactically invalid JSON, this `json.loads` raises before `Report.emit()` can run; reproduced on the final head, Python exits with status 1 and emits no `RESULT`. That makes an unobtainable judgment indistinguishable by exit code from the gate's documented `FAIL`, despite `Report.exit_code()` reserving 2 for `ERROR`; catch ledger read/parse failures and emit the error state instead.\n\nAGENTS.md reference: [AGENTS.md:L105-L109](https://github.com/PhysShell/007/blob/35eacf975a9fade952a7a5ba60f465b4efee18ae/AGENTS.md#L105-L109)\n\nUseful? React with 👍 / 👎.","RIGHT","\n\n

🧩 Analysis chain

\n\n🏁 Script executed:\n\n```shell\n#!/bin/bash\nset -euo pipefail\n\nprintf '%s\\n' '=== HEAD and PR delta ==='\ngit rev-parse HEAD\ngit log --oneline --decorate -12\ngit diff --name-status origin/main...HEAD\ngit diff --stat origin/main...HEAD\n\nprintf '%s\\n' '=== Verifier and extractor outlines ==='\nast-grep outline tools/a1_v2_ledger_gate.py --items all\nast-grep outline tools/a1_v2_extract_graph.py --items all\nast-grep outline tools/a1_v2_extract_schema.py --items all\nast-grep outline tools/tests/test_a1_v2_ledger_gate.py --items all\n\nprintf '%s\\n' '=== Gate implementation with verdict, well-formedness, and all steps ==='\nnl -ba tools/a1_v2_ledger_gate.py | sed -n '1,380p'\n\nprintf '%s\\n' '=== Extractor validation and artifact declarations ==='\nnl -ba tools/a1_v2_extract_graph.py | sed -n '1,360p'\nnl -ba tools/a1_v2_extract_schema.py | sed -n '1,220p'\n\nprintf '%s\\n' '=== Final artifacts ==='\ncat docs/tasks/a1-f-v2-graph.json\nprintf '\\n=== schema facts ===\\n'\ncat docs/tasks/a1-f-v2-schema-facts.json\nprintf '\\n=== ledger ===\\n'\ncat docs/tasks/a1-f-v2-realization-ledger.json\n\nprintf '%s\\n' '=== Authority and preservation audit ==='\nrg -n -C 12 \\\n '(4\\.2\\.6|carrier_kind|event_payload_digest|ArtifactRef|structural_commitments|Step 1|Step 2|Step 3|Step 4|Step 5|PRESERVED|LOSSLESS-BY-PREMISE|IRRELEVANT-BY-NORM|AUTHORITY-UNDECIDED|ERROR|FAIL)' \\\n docs/tasks/a1-f-v2-envelope.md docs/tasks/a1-f-v2-phase-g.md\n\nprintf '%s\\n' '=== Regression corpus: input construction, direct invocation, and verdict assertions ==='\nnl -ba tools/tests/test_a1_v2_ledger_gate.py | sed -n '1,520p'\n```\n\nLength of output: 7863\n\n---\n\n🏁 Script executed:\n\n```shell\n#!/bin/bash\nset -euo pipefail\n\nprintf '%s\\n' '=== Gate implementation ==='\nsed -n '1,470p' tools/a1_v2_ledger_gate.py\n\nprintf '%s\\n' '=== Graph extractor ==='\nsed -n '1,310p' tools/a1_v2_extract_graph.py\n\nprintf '%s\\n' '=== Schema extractor ==='\nsed -n '1,170p' tools/a1_v2_extract_schema.py\n\nprintf '%s\\n' '=== Final evidence artifacts ==='\nprintf '\\n--- graph ---\\n'\ncat docs/tasks/a1-f-v2-graph.json\nprintf '\\n--- schema ---\\n'\ncat docs/tasks/a1-f-v2-schema-facts.json\nprintf '\\n--- ledger ---\\n'\ncat docs/tasks/a1-f-v2-realization-ledger.json\n\nprintf '%s\\n' '=== Frozen requirements and preservation claims ==='\nrg -n -C 10 \\\n '(4\\.2\\.6|event_payload_digest|artifact_ref|carrier_kind|structural_commitments|well-formed|Step [1-5]|PRESERVED|LOSSLESS-BY-PREMISE|IRRELEVANT-BY-NORM|AUTHORITY-UNDECIDED|ERROR|FAIL|exactly one|duplicate)' \\\n docs/tasks/a1-f-v2-envelope.md docs/tasks/a1-f-v2-phase-g.md\n\nprintf '%s\\n' '=== Full regression corpus ==='\nsed -n '1,540p' tools/tests/test_a1_v2_ledger_gate.py\n\nprintf '%s\\n' '=== Changes since the last CodeRabbit-reviewed revision ==='\ngit diff --unified=40 4a5ad37..HEAD -- \\\n tools/a1_v2_ledger_gate.py \\\n tools/a1_v2_extract_graph.py \\\n tools/a1_v2_extract_schema.py \\\n tools/tests/test_a1_v2_ledger_gate.py \\\n docs/tasks/a1-f-v2-envelope.md \\\n docs/tasks/a1-f-v2-realization-ledger.json \\\n docs/tasks/a1-f-v2-schema-facts.json\n```\n\nLength of output: 130798\n\n---\n\n🏁 Script executed:\n\n```shell\n#!/bin/bash\nset -euo pipefail\n\nprintf '%s\\n' '=== Gate: loaded-input handling and terminal verdict ==='\nawk 'NR >= 130 && NR <= 455 { printf \"%4d %s\\n\", NR, $0 }' tools/a1_v2_ledger_gate.py\n\nprintf '%s\\n' '=== Ledger artifact contract ==='\ncat docs/tasks/a1-f-v2-realization-ledger.json\nrg -n -C 8 \\\n '(ledger|JSON|malformed|well-formed|carrier.*source|carrier.*target|carrier.*class|carrier.*path|one row|acceptance artefact)' \\\n docs/tasks/a1-f-v2-envelope.md docs/tasks/a1-f-v2-phase-g.md\n\nprintf '%s\\n' '=== Existing exception and parse handling ==='\nrg -n -C 4 \\\n '(try:|except |json\\.loads|JSONDecodeError|read_text\\(|KeyError|TypeError|ValueError|RESULT:)' \\\n tools/a1_v2_ledger_gate.py tools/a1_v2_extract_graph.py tools/a1_v2_extract_schema.py tools/tests/test_a1_v2_ledger_gate.py\n\nprintf '%s\\n' '=== Current tracked tests that exercise ledger input through the executable ==='\nrg -n -C 8 \\\n '(run_real\\(|--ledger|malformed|invalid ledger|JSON|ledger.*ERROR|ledger.*FAIL)' \\\n tools/tests/test_a1_v2_ledger_gate.py\n```\n\nLength of output: 123943\n\n---\n\n

\n\n`@PhysShell`\n\n**P1 — Malformed ledger input bypasses the `ERROR` verdict contract.**\n\nAt Line 435, the gate parses `--ledger` without handling `JSONDecodeError`, file-read failures, or invalid top-level shapes. For example, run the gate with valid graph and schema artifacts and `--ledger /tmp/bad.json` containing `{`. Both preflights pass. The parse at Line 437 raises an uncaught exception. The process exits with Python’s generic status, normally `1`, and emits no `RESULT`.\n\nExit `1` is the documented result for `FAIL — Envelope v2 is not realized`. The malformed ledger produces no trustworthy judgment. The contract in `docs/tasks/a1-f-v2-envelope.md` explicitly assigns malformed input and crashes to `ERROR` semantics. Catch artifact loading, JSON parsing, and top-level shape failures. Emit `RESULT: ERROR` and exit `2`. Add an executable-path regression for malformed `--ledger` input.\n\n\n\n---\n\n

🧠 Learnings used

\n\n```\nLearnt from: CR\nRepo: PhysShell/007 PR: 0\nFile: AGENTS.md:0-0\nTimestamp: 2026-08-09T20:26:34.785Z\nLearning: Applies to **/*.rs : Do not collapse missing evidence, skipped required gates, or partial pagination results into success: a skipped required gate is `BLOCKED` unless it has a pre-declared `waive_reason`, and incomplete results must not be treated as complete.\n```\n\n---\n\n```\nLearnt from: CR\nRepo: PhysShell/007 PR: 0\nFile: AGENTS.md:0-0\nTimestamp: 2026-08-09T20:26:34.785Z\nLearning: Applies to **/* : Ground factual claims about existing code or mechanisms in the authoritative artifact, exact revision, and specific property establishing the claim; distinguish what the artifact states from inferred conclusions and re-check claims when the governing artifact changes.\n```\n\n---\n\n```\nLearnt from: CR\nRepo: PhysShell/007 PR: 0\nFile: AGENTS.md:0-0\nTimestamp: 2026-08-09T20:26:34.785Z\nLearning: Applies to **/* : Review only P0 and P1 failures; do not raise style, naming, taste, formatter, Clippy, or micro-optimization concerns, and prefer a concrete failure scenario with inputs and incorrect behavior.\n```\n\n

\n\n

Action performed

\n\nReview triggered.\n\n> Note: CodeRabbit is an incremental review system and does not re-review already reviewed commits. This command is applicable only when automatic reviews are paused.\n\n

","## Final head for review: `35eacf9` — the verifier layer is frozen\n\nNo further author-side changes are planned. CI is complete and green on this exact head (all four checks), and what remains open is deliberately out of scope for this PR. What is wanted now is an independent look at the **final** ruler, not at an ancestor.\n\n**Both reviewers are behind, by different amounts.**\n\n`@coderabbitai` last reviewed **`4a5ad37`**. Since then, nine revisions — most of them repairs to defects found *after* that point:\n\n- **E-R7** step 2 bound the digest to a `(source, target)` pair; keying by `source` alone let it sit on a sibling edge of the same source.\n- **E-R8** bound the structural carrier's `path`; it was verified by nothing.\n- **E-R9/E-R10** named the defect family and recorded the design criterion — *every acceptance predicate must be at least as discriminating as the distinction it enforces, or declare and pin the authority property making its coarser representation lossless.* Step 3's class-omission premise moved from the extractor to the verifier, because an extractor failure would have meant \"the authority cannot be derived\".\n- **E-R11** ledger well-formedness: a closed `carrier_kind` universe, and no repeated carrier occurrence.\n- **E-R12** the same on the schema term: a kind declared twice collapsed under `set()`; two contradictory facts for one path resolved by **list order**.\n- **E-R13** the audit as a refutation surface, `step × dimension → verdict`.\n- **E-R14/E-R15** `ERROR` separated from `FAIL`, exit code 2, `ERROR` dominating `FAIL`.\n\n`@codex` last reviewed **`442eedb`** and has not seen the `ERROR`/`FAIL` separation it asked for, nor `E-R15`.\n\n**How a finding will be handled**, so it is worth your time: reproduced first, then classified against `authority → admitted evidence → verifier representation → judgment → emitted verdict → consumer`, then fixed. No finding gets an `if` bolted on without establishing which arrow lost the distinction.\n\n**Two items are explicitly NOT in scope here** and should not be reported as defects of this PR:\n\n- **Step 4's `AUTHORITY-UNDECIDED` cell** — whether an *additional* `artifact_ref` carrier on a payload-bearing pair is admissible is not answered by frozen §4.2.6. That is a Phase G decision; the verifier will reflect it once it exists, and would be inventing a norm if it decided now.\n- **§8.5 `superseding_authority` resolvability** — the reference is free text nothing resolves. The intended fix is an immutable locator that mechanically proves *the reference exists and points here*, while deciding nothing about legitimacy. Deliberately deferred until after this review, so the final ruler is examined without another author-side change landing on top of it.\n\nThe most useful outcome is not another mutation case. §7 (E-R13) states every preservation claim as `PRESERVED` / `IRRELEVANT-BY-NORM` / `LOSSLESS-BY-PREMISE` / `AUTHORITY-UNDECIDED`. **One false cell is worth more than a green run**, and the cheapest refutation is a pair of states the authority distinguishes that the cell claims the step distinguishes too.\n\n@coderabbitai review\n\n@codex review\n\n---\n_Generated by [Claude Code](https://claude.ai/code)_","## E-R14 — P1 confirmed and fixed (`2772ddd`)\n\nConfirmed against `AGENTS.md` rule 2, which is explicit that `PASS`/`FAIL`/`ERROR` are three distinct states. This gate had two, so a run in which the realization was **never judged** announced:\n\n```\nRESULT: FAIL — Envelope v2 is not realized\n```\n\nThis is the E-R10 defect surviving one floor up. E-R10 corrected the premise's *diagnostic text* — it says `Do NOT alter the authority` — and left the *verdict vocabulary* still blaming the target for a defect of the machinery. The RESULT line is the one a caller parses, so the two lines gave opposite instructions.\n\n**Contract change worth noting for anyone invoking the gate:**\n\n| condition | verdict | exit |\n|---|---|---|\n| every step satisfied | `PASS` | 0 |\n| the gate ran, the realization failed it | `FAIL — Envelope v2 is not realized` | 1 |\n| premise invalidated, or preflight unverifiable | `ERROR — no trustworthy answer; the realization was NOT judged. Repair the verifier, not the target.` | **2** |\n\nVerified end to end: unrealized → 1, unverifiable ruler → 2.\n\n**`ERROR` dominates `FAIL`.** The corpus case makes the point — the widened graph invalidates the premise *and* leaves a 70th edge uncarried, so step 5 legitimately fails, and the verdict is still ERROR. Once the premise is void, no step verdict is trustworthy enough to report; a gate announcing FAIL there would be reporting a measurement it had just declared itself unable to make.\n\nOne thing worth recording beyond the fix: **four corpus cases had to be re-specified from `FAIL` to `ERROR`.** They had been asserting the conflation as expected behaviour. That is the third time in this branch a case written to guard something certified the defect instead. `31/31` was true before this round and after it, describing two different contracts — which is a sharper statement of the corpus boundary than \"it cannot establish adequacy\": when the observation model is wrong, the corpus *ratifies* the error, because the same model writes the assertion.\n\n---\n_Generated by [Claude Code](https://claude.ai/code)_","\n### 💡 Codex Review\n\nHere are some automated review suggestions for this pull request.\n\n**Reviewed commit:** `442eedb26e`\n \n\n

ℹ️ About Codex in GitHub

","**_{_{![P1 Badge](https://img.shields.io/badge/P1-orange?style=flat)}} Report verifier failures as ERROR**\n\nWhen a legitimate authority supersede admits the same `(source, target)` under multiple classes, `run_steps` explicitly detects that its own step-3 premise is invalidated, but `Report.add` maps that condition to `FAIL`, and `emit` consequently says the Envelope realization failed. This is a verifier that cannot obtain a trustworthy answer, not a target that ran and failed its gate; collapsing it into `FAIL` prevents callers and reports from distinguishing broken proof machinery from a defective realization. Preserve an `ERROR` outcome for premise and preflight failures while retaining the required nonzero exit.\n\nAGENTS.md reference: [AGENTS.md:L105-L109](https://github.com/PhysShell/007/blob/442eedb26e4ad5b885c61853ee9639348cdc1732/AGENTS.md#L105-L109)\n\nUseful? React with 👍 / 👎.","## The review target is now one table, not five hundred lines (`442eedb`)\n\nTwelve rounds of findings have been converted into a surface that can be attacked directly. §7 (E-R13) of `docs/tasks/a1-f-v2-envelope.md` now carries `step × dimension → verdict` over the four dimensions this branch has supplied witnesses for — identity coordinates, path/provenance, semantic role, multiplicity.\n\nEvery cell is one of four **falsifiable claims**:\n\n- `PRESERVED` — the step distinguishes everything the norm does;\n- `IRRELEVANT-BY-NORM` — the discarded distinction is outside this step's normative quantifier (step 5: the norm quantifies existence, not count, so membership loses nothing *relative to the norm*);\n- `LOSSLESS-BY-PREMISE` — coarser, with an explicit checked premise making the projection lossless (step 3's class omission, pinned in E-R10);\n- `AUTHORITY-UNDECIDED` — the frozen text does not answer, so this gate does not either.\n\n**The cheapest refutation is a state pair the authority distinguishes and the cell claims the step distinguishes too.** One false cell is worth more than another pass over the code.\n\nTwo things recorded alongside it that shaped the design:\n\n**`normalization-before-validation`** is the mechanism, not a fourth defect species. The taxonomy says *what* information was lost; this says *where* it was destroyed. `set()` → multiplicity collapse. Dict overwrite → multiplicity collapse **plus contradictory-state erasure**. A projection key → projection loss. Filtering on selected spellings → role substitution. Step 1 was never wrong — `set` equality answers exactly the normative question; the defect was `[\"A\",\"A\"] → {\"A\"}` upstream, silently rewriting *declares A twice* into *declares A*. Projection right, admission wrong.\n\n**The admissibility rule**: a coarser representation is admissible iff the input is well-formed **and** every discarded distinction is irrelevant to the step's normative quantifier, **or** an explicit checked premise makes it impossible in the admitted authority. Step 5 passes by the second clause, step 3 by the third; the four repaired defects each failed one.\n\n`AUTHORITY-UNDECIDED` on step 4's role cell is a completed analysis, not a gap — whether an additional `artifact_ref` carrier on a payload-bearing pair is admissible is not answered by frozen §4.2.6, and a table that resolved its own empty cell would be an analysis tool voting itself legislative power.\n\n@codex review\n\n---\n_Generated by [Claude Code](https://claude.ai/code)_","## E-R11 — both P1s confirmed and fixed (`1ac3c57`)\n\nReproduced before accepting:\n\n```\ninvented carrier_kind -> (0, all five PASS)\nduplicate artifact_ref row -> (0, all five PASS) ledger rows: 70\n```\n\n**Role substitution.** `carrier_kind` is a closed choice in frozen §4.2.6. Step 2 filters for `event_payload_digest`, step 3 filters for `artifact_ref` — so an invented third role fell through both, and step 4 admitted the row on its `(source, target, class)` triple alone, which is exactly the coordinate set that survives when the role is erased. A carrier with no role and a nonexistent path, passing.\n\n**Multiplicity collapse.** Step 3 unions target domains and steps 4/5 compare sets, so a byte-for-byte duplicate reduced to one observation: seventy rows against a sixty-nine-edge graph, `PASS`. §4.2.6 does permit several carriers for one edge (the `NormalizedOutput` case) — two *different* field occurrences, not two declarations of one.\n\nBoth now fail a **ledger well-formedness** check placed before the five frozen steps rather than inside them: the role must be one of the two admitted values, and no `(source, target, class, carrier_kind, path)` row may be declared twice. Before coverage, because a row whose role is unknown is not a carrier whose coverage can be assessed. The five steps keep their frozen order and numbering. Corpus 27 → 29.\n\nTwo things worth stating about this round:\n\n**The taxonomy predicted these.** §7 (E-R9) named three information-losing operations and offered a witness for each — but two of those witnesses were old defects already repaired, so the claim that those species were *live* rested on nothing. One round later both were present in current code, found by a reader working from the lens. That is the taxonomy doing work rather than sorting a graveyard.\n\n**This closes §8.7**, which asked *is there a place where duplicate `artifact_ref` carriers should be a defect rather than a no-op?* That question sat in the document for two revisions, correctly worded, next to the code where the answer was yes. Writing a question down is not attacking it — and the author who wrote the question is measurably not the person who will answer it.\n\nStill intentionally RED. `graph.json` unchanged across all twelve revisions.\n\n---\n_Generated by [Claude Code](https://claude.ai/code)_","\n### 💡 Codex Review\n\nHere are some automated review suggestions for this pull request.\n\n**Reviewed commit:** `ef0200a4e4`\n \n\n

ℹ️ About Codex in GitHub

","**_{_{![P1 Badge](https://img.shields.io/badge/P1-orange?style=flat)}} Preserve per-field carrier multiplicity**\n\nIf any `artifact_ref` carrier is duplicated byte-for-byte at the same path, this set union collapses the two rows into one target-domain observation; steps 4 and 5 likewise use membership, and the resulting 70-row ledger still reports PASS. `docs/tasks/a1-f-v2-phase-g.md:1660-1677` requires one row per semantic edge carrier and equality between recursive schema extraction and ArtifactRef carriers; its allowance for several carriers of one edge does not make two declarations of the same concrete field occurrence distinct carriers. Reject duplicate full carrier identities (or compare per-field carrier multiplicities) before reducing them to a domain set.\n\nAGENTS.md reference: [AGENTS.md:L167-L174](https://github.com/PhysShell/007/blob/ef0200a4e4d05e2cf34fd05b91e894660bbe27f1/AGENTS.md#L167-L174)\n\nUseful? React with 👍 / 👎.",370,"**_{_{![P1 Badge](https://img.shields.io/badge/P1-orange?style=flat)}} Reject carriers with unknown roles**\n\nIf an otherwise faithful ledger is extended with a row whose admitted `(source, target, class)` is copied from a real edge but whose `carrier_kind` is misspelled or invented, steps 2 and 3 ignore it and this predicate admits it based only on the triple, so all five steps still report PASS even if its path is nonexistent. `docs/tasks/a1-f-v2-phase-g.md:1660-1670` defines `carrier_kind` as the closed `artifact_ref | event_payload_digest` choice and requires every ledger row to represent a wire carrier, so validate that role before coverage rather than accepting an unverified third carrier category.\n\nAGENTS.md reference: [AGENTS.md:L167-L174](https://github.com/PhysShell/007/blob/ef0200a4e4d05e2cf34fd05b91e894660bbe27f1/AGENTS.md#L167-L174)\n\nUseful? React with 👍 / 👎.",383,"## Re-attack request: identity preservation, not more mutations\n\nThree P1s in a row (E-R6, E-R7, E-R8) were one family, now named in §7 of `docs/tasks/a1-f-v2-envelope.md`:\n\n> **An authority can be correct while the verifier's observation granularity is weaker than the authority's subject.**\n\nThe predicate projects the normative object onto a weaker key; where the projection is non-injective, two normatively distinct states become one observed state, and the check reports on the projection while appearing to report on the norm. `struct_count` keyed by `source` collapsed rows 56 and 64 of `CampaignEvent(HumanCommandRejected)` — a swap kept the count at one while the required pair no longer existed.\n\nThe useful attack is not \"find another mutation\". It is to walk the chain and ask one question at each arrow:\n\n```\nnormative object -> extracted key -> multiplicity/counting -> comparison predicate -> accepted witness\n\nat every arrow: can two normatively DISTINCT objects collapse into\n one state the verifier observes?\n```\n\nThree sub-species to look for specifically, each already witnessed in this branch:\n\n- **projection loss** — identity is `(A,B,C)`, the check indexes `(A,B)`;\n- **role substitution** — coordinates agree but values of different roles are treated as interchangeable (steps 4 and 5 never inspect `carrier_kind`, so a digest and an `ArtifactRef` are the same thing to them);\n- **multiplicity collapse** — existence or set membership checked where the norm requires exactly one, or requires distinguishing two identical-looking carriers.\n\nStep 2's right-hand side has moved three times in three rounds and is the least trustworthy region of this gate. **Steps 1, 3, 4 and 5 have had one author and no such pass.**\n\nApplying the lens myself turned up one latent instance, recorded in E-R9 rather than hidden: step 3 keys field capability by `(source, target domain)` and never looks at class. It is lossless only while no frozen `(source, target)` pair carries two classes — which nothing pinned, since the extractor asserted uniqueness of `(source, target, class)` *triples*. Not exploitable today (a mis-classed carrier still fails steps 4 and 5), but a supersede admitting such a pair would blind step 3 silently. The extractor now declares that dependency and stops loudly if it breaks. I did **not** widen step 3 speculatively.\n\n@codex review\n\n---\n_Generated by [Claude Code](https://claude.ai/code)_","## E-R8 — P1 confirmed and fixed (`0d7dc5b`)\n\nReproduced before accepting:\n\n```\nevery structural path := \"synthetic::does-not-exist\"\nexit 0 {'1': 'PASS', '2': 'PASS', '3': 'PASS', '4': 'PASS', '5': 'PASS'}\n```\n\nThe `path` column on a structural row fell between all five steps exactly as described — step 2 counted `(source, target)`, step 3 only inspects `artifact_ref` rows, steps 4–5 ignore paths. Frozen §4.2.6 lists *concrete carrier path* as a column of a ledger row, so this was a column nothing checked, which is a comment with a schema around it.\n\n`structural_commitments` has changed shape: it was a bare list of event kinds, which could only prove the digest existed *somewhere*. It is now a map **kind → concrete carrier path**, extracted like every other schema fact, and step 2 requires each structural row's path to equal the path the schema commits for that kind. Regression added: *structural carrier path the schema never declared*. Corpus 25 → 26.\n\n**Three P1s in a row, all in step 2, all the same shape.** E-R6: the requirement read its right-hand side from the term under test. E-R7: it bound sources but not targets. E-R8: it bound the relation but not the column that locates it. Each repair was correct, and each left an adjacent dimension unbound — because the author kept verifying the thing just fixed instead of re-deriving what the frozen sentence quantifies over. All three were found from outside, each on the commit that had just closed the previous one. That pattern is now recorded in §7 as a pattern, not as three incidents.\n\nStill intentionally RED, still no graph change.\n\n---\n_Generated by [Claude Code](https://claude.ai/code)_","**_{_{![P1 Badge](https://img.shields.io/badge/P1-orange?style=flat)}} Verify structural carrier paths against schema facts**\n\nWhen the v2 schemas land, the ledger can assign every `event_payload_digest` carrier an arbitrary or nonexistent `path` while leaving the extracted schema facts faithful: step 2 counts only `(source, target)`, step 3 examines only `artifact_ref` carriers, and steps 4–5 ignore paths, so all five steps still pass (for example, replacing every structural path with `synthetic::does-not-exist`). Phase G §4.2.6 requires each ledger row to identify its concrete carrier path (`docs/tasks/a1-f-v2-phase-g.md:1657-1674`), so the structural schema facts need to expose those paths and this check must bind each structural row to them.\n\nAGENTS.md reference: [AGENTS.md:L167-L174](https://github.com/PhysShell/007/blob/4eee8ec8220c7e92c83a3e7303d992af811875cd/AGENTS.md#L167-L174)\n\nUseful? React with 👍 / 👎.",294,"\n### 💡 Codex Review\n\nHere are some automated review suggestions for this pull request.\n\n**Reviewed commit:** `4eee8ec822`\n \n\n

ℹ️ About Codex in GitHub

","The step-2 repairs in `4a5ad37` and `4eee8ec` have not been re-attacked by the reviewer that found the original — the requirement's right-hand side moved twice in two rounds, which is exactly the region worth re-checking rather than trusting.\n\n@codex review\n\n---\n_Generated by [Claude Code](https://claude.ai/code)_","## E-R7 — P1 confirmed and fixed (`4eee8ec`)\n\nReproduced before accepting:\n\n```\nexit 0 {'1': 'PASS', '2': 'PASS', '3': 'PASS', '4': 'PASS', '5': 'PASS'}\ndigest now points at: HumanCommandRequest | contract requires: HumanCommandRejectedPayload\n```\n\nThe diagnosis is exactly right, including the part that stings. E-R6 moved step 2's requirement to the frozen map — and moved only its **sources**, leaving the targets free. `struct_count` was keyed by `source` alone, and eleven of the twenty-one event kinds carry more than one frozen edge, so the digest could sit on a sibling edge with the count still reading one. Steps 4 and 5 compare `(source, target, class)` and never inspect `carrier_kind`, so a digest and an `ArtifactRef` are interchangeable to them.\n\nThe frozen sentence's subject is a **pair**: `expected_payload(k) = P` ⇒ exactly one `CampaignEvent(k) --event_payload_digest--> P`. `struct_count` is now keyed by `(source, target)` and compared against the frozen pairs — `want = 1` catches a required pair left uncarried, `want = 0` catches the carrier kind on any edge the frozen map does not name. Added as the regression case *payload digest moved onto a sibling edge of the same source*. Corpus 24 → 25.\n\nTwo rounds, one lesson worth recording: E-R6 fixed *where the requirement comes from* without asking *what the requirement is about*. Narrowing an authority leak along one dimension while leaving another open is the signature of fixing a finding rather than a defect — and it was caught on the very commit claiming to have closed it.\n\nNo graph change. Still intentionally RED.\n\n---\n_Generated by [Claude Code](https://claude.ai/code)_","\n\n

🧩 Analysis chain

\n\n🏁 Script executed:\n\n```shell\n#!/bin/bash\nset -euo pipefail\n\nprintf '%s\\n' '=== Changed files and commit range ==='\ngit status --short\ngit log --oneline --decorate -8\ngit diff --name-status HEAD^ HEAD\ngit diff --stat HEAD^ HEAD\n\nprintf '%s\\n' '=== Python module outlines ==='\nast-grep outline tools/a1_v2_extract_graph.py --items all || true\nast-grep outline tools/a1_v2_extract_schema.py --items all || true\nast-grep outline tools/a1_v2_ledger_gate.py --items all || true\nast-grep outline tools/tests/test_a1_v2_ledger_gate.py --items all || true\n\nprintf '%s\\n' '=== Relevant changed hunks ==='\ngit diff --unified=80 HEAD^ HEAD -- \\\n tools/a1_v2_extract_graph.py \\\n tools/a1_v2_extract_schema.py \\\n tools/a1_v2_ledger_gate.py \\\n tools/tests/test_a1_v2_ledger_gate.py \\\n docs/tasks/a1-f-v2-envelope.md \\\n docs/tasks/a1-f-v2-realization-ledger.json \\\n docs/tasks/a1-f-v2-schema-facts.json \\\n docs/tasks/a1-f-v2-graph.json \\\n docs/tasks/a1-f-v2-convergence.md\n\nprintf '%s\\n' '=== Safety-sensitive constructs and declared test cases ==='\nrg -n -C 4 --glob '*.py' \\\n '(assert\\b|PYTHONOPTIMIZE|A1_V2|run_steps\\s*\\(|required_struct|expected_payload|event_payload_digest|ExtractDefect|subprocess\\.)' \\\n tools\n```\n\nLength of output: 130071\n\n---\n\n🏁 Script executed:\n\n```shell\n#!/bin/bash\nset -euo pipefail\n\nprintf '%s\\n' '=== Gate implementation ==='\nsed -n '80,290p' tools/a1_v2_ledger_gate.py\n\nprintf '%s\\n' '=== Schema extractor ==='\nsed -n '1,160p' tools/a1_v2_extract_schema.py\n\nprintf '%s\\n' '=== Frozen realization requirements ==='\nrg -n -C 12 \\\n '(4\\.2\\.6|G-R11|G-R12|event_payload_digest|structural commitment|carrier)' \\\n docs/tasks/a1-f-v2-phase-g.md\n\nprintf '%s\\n' '=== Artifact shapes ==='\ncat docs/tasks/a1-f-v2-schema-facts.json\nprintf '\\n--- ledger ---\\n'\ncat docs/tasks/a1-f-v2-realization-ledger.json\n\nprintf '%s\\n' '=== Validation and malformed-artifact coverage ==='\nrg -n -C 4 --glob '*.py' \\\n '(json\\.JSONDecodeError|KeyError|TypeError|ValueError|isinstance\$|validate|malformed|invalid|carrier_kind|structural_commitments)' \\\n tools\n\nprintf '%s\\n' '=== Full PR changed-file list against main ==='\ngit diff --name-status origin/main...HEAD\n```\n\nLength of output: 73685\n\n---\n\n🏁 Script executed:\n\n```shell\n#!/bin/bash\nset -euo pipefail\n\nprintf '%s\\n' '=== CampaignEvent sources with more than one frozen edge ==='\njq -r '\n .edges\n | map(select(.source | startswith(\"CampaignEvent(\")))\n | sort_by(.source, .n)\n | group_by(.source)\n | map(select(length > 1) | {\n source: .[0].source,\n edges: map({n, target, class})\n })\n | .[]\n' docs/tasks/a1-f-v2-graph.json\n\nprintf '%s\\n' '=== Payload-bearing source edge pairs ==='\njq -r '\n .expected_payload as $payload\n | .edges[]\n | select(.source | startswith(\"CampaignEvent(\"))\n | .source as $source\n | ($source | sub(\"^CampaignEvent\\\\(\"; \"\") | sub(\"\\\$$\"; \"\")) as $kind\n | select($payload[$kind] != null)\n | [$source, .target, .class, .n] | `@tsv`\n' docs/tasks/a1-f-v2-graph.json | sort\n\nprintf '%s\\n' '=== Candidate same-source substitutions ==='\njq -r '\n .expected_payload as $payload\n | .edges as $edges\n | $payload | to_entries[]\n | select(.value != null)\n | .key as $kind\n | (\"CampaignEvent(\" + $kind + \")\") as $source\n | ($edges | map(select(.source == $source))) as $source_edges\n | {\n source: $source,\n payload_target: .value,\n alternatives: ($source_edges | map(select(.target != .value) | {n, target, class}))\n }\n | select(.alternatives | length > 0)\n' docs/tasks/a1-f-v2-graph.json\n\nprintf '%s\\n' '=== Gate line numbers ==='\nnl -ba tools/a1_v2_ledger_gate.py | sed -n '145,245p'\n```\n\nLength of output: 5541\n\n---\n\n

\n\n`@PhysShell`\n\n**P1 — Step 2 does not bind an `event_payload_digest` carrier to its required payload target.**\n\n`tools/a1_v2_ledger_gate.py` at Line 155 counts structural carriers by `source` only. Steps 4 and 5 then accept either `carrier_kind` for any admitted edge.\n\nA full green remains possible for `HumanCommandRejected`:\n\n1. Change row 56, `CampaignEvent(HumanCommandRejected) → HumanCommandRequest`, from `artifact_ref` to `event_payload_digest`.\n2. Change row 64, `CampaignEvent(HumanCommandRejected) → HumanCommandRejectedPayload`, from `event_payload_digest` to `artifact_ref`.\n3. Remove the row-56 `artifact_ref_fields` entry and add a row-64 entry.\n\nStep 2 sees one structural carrier for `CampaignEvent(HumanCommandRejected)`. Steps 3–5 see only admitted edges and complete coverage. The gate passes even though the required structural relation is not `CampaignEvent(HumanCommandRejected) --event_payload_digest--> HumanCommandRejectedPayload`.\n\nDerive the required structural set as `(source, target)` pairs from `expected_payload`. Then require exactly one `event_payload_digest` carrier for each pair and reject that carrier kind on every other edge. Add this substitution as a regression case.\n\n\n\n---\n\n

🧠 Learnings used

\n\n```\nLearnt from: CR\nRepo: PhysShell/007 PR: 0\nFile: AGENTS.md:0-0\nTimestamp: 2026-08-09T20:26:34.785Z\nLearning: Applies to **/*.rs : Do not collapse missing evidence, skipped required gates, or partial pagination results into success: a skipped required gate is `BLOCKED` unless it has a pre-declared `waive_reason`, and incomplete results must not be treated as complete.\n```\n\n---\n\n```\nLearnt from: CR\nRepo: PhysShell/007 PR: 0\nFile: AGENTS.md:0-0\nTimestamp: 2026-08-09T20:26:34.785Z\nLearning: Applies to **/* : Ground factual claims about existing code or mechanisms in the authoritative artifact, exact revision, and specific property establishing the claim; distinguish what the artifact states from inferred conclusions and re-check claims when the governing artifact changes.\n```\n\n---\n\n```\nLearnt from: CR\nRepo: PhysShell/007 PR: 0\nFile: AGENTS.md:0-0\nTimestamp: 2026-08-09T20:26:34.785Z\nLearning: Applies to **/*.rs : Preserve verdict semantics: `PASS`, `FAIL`, and `ERROR` must remain distinct; `FAIL` means the gate ran and the target failed, while `ERROR` means no trustworthy answer was obtained. Exit successfully only for `PASS`; all other verdicts must return a non-zero process exit code.\n```\n\n

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⚠️ Action not completed

\n\nReview rate limited.\n\n> Note: CodeRabbit is an incremental review system and does not re-review already reviewed commits. This command is applicable only when automatic reviews are paused.\n\n

","## E-R6 — all four findings confirmed and fixed (`4a5ad37`)\n\nEvery one was reproduced against the artifact before acceptance; none was taken on report.\n\n**P1 (Codex) — step 2 let the term under test set its own requirement.** Confirmed, and it was a full green:\n\n```\nexit 0 {'1': 'PASS', '2': 'PASS', '3': 'PASS', '4': 'PASS', '5': 'PASS'}\n```\n\nA schema with a correct `payload_presence` that commits no `event_payload_digest` made *zero* the expected carrier count, and a ledger re-declaring all eleven payload edges as `artifact_ref` then satisfied steps 3–5 on their own merits — a pass over a realization carrying none of the eleven structural digests frozen §4.2.6 requires. `required_struct` is now derived from `expected_payload`, and the schema's commitments became a third term that must agree with the frozen map rather than define it. Two corpus cases added.\n\n**Major — bare `assert` under `PYTHONOPTIMIZE`.** Confirmed:\n\n```\nPYTHONOPTIMIZE=1 -> extract SUCCEEDED with unevidenced pin -> ffffffff\n```\n\nSixteen asserts carried the pin evidence and every structural fact, so one env var deleted the §2.5 re-pin ceremony two revisions after it was written — and `--check` then printed `extract OK`. All sixteen now raise `ExtractDefect`.\n\n**Major — the harness skip left no trace.** Confirmed. The skip added no report line, so a bypassed run was textually indistinguishable from a proven PASS. Fixed by removing the bypass rather than annotating it: steps 1–5 are now an importable `run_steps()`, the corpus calls it directly, and the shipped executable has no skip of any kind. The variable is inert, with a regression pinning that.\n\n**Major — the ledger template taught the defect.** Confirmed. `_carriers_schema.target` instructed the exact meta-target expansion frozen clause 5 forbids and the corpus rejects. Corrected.\n\n**Minor — convergence §4 preamble.** Confirmed and corrected with its two exceptions.\n\nCorpus 22 → 24. `graph.json` is unchanged: zero rows, zero nodes, zero edges — the frozen registry is a hard input here, not a subject. The gate remains **intentionally RED**.\n\nWorth stating plainly: twenty-two adversarial cases written by this gate's own author did not contain any of these, and two of them are not subtle. That is the correlated-authorship weakness demonstrated rather than conceded, and it is the argument for reviewing the mechanism before a field set lands on top of it.\n\nAuto incremental review is off for this repo, so: @coderabbitai review\n\n---\n_Generated by [Claude Code](https://claude.ai/code)_","\n\n**Actionable comments posted: 3**\n\n> [!NOTE]\n> Quiet mode is enabled, so only the most important comments were posted inline. Other review comments are grouped below.\n\n

🟡 Other comments (1)

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docs/tasks/a1-f-v2-convergence.md-334-336 (1)
\n\n`334-336`: _📐 Maintainability & Code Quality_ | _🟡 Minor_ | _⚡ Quick win_\n\n**The §4 preamble now contradicts these rows.**\n\nLines 184-185 state that `semantic_disposition`, `proof_disposition`, `v2_oracle` and `rationale` are \"**empty by construction** in this revision\". Rows `V1-N116` and `V1-N118` now carry `semantic_disposition` = **KEEP** plus a rationale. An auditor who trusts the preamble concludes that no negative-matrix row holds a disposition, and skips the two rows that E-1 consumed.\n\nUpdate the preamble to name the exception.\n\n
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Proposed preamble correction
\n\n```diff\n-`semantic_disposition`, `proof_disposition`, `v2_oracle` and `rationale` are\n-**empty by construction** in this revision.\n+`semantic_disposition`, `proof_disposition`, `v2_oracle` and `rationale` are\n+**empty by construction** in this revision, except `V1-N116` and `V1-N118`,\n+whose semantic coordinate is KEEP under Envelope v2 **E-1**. Their proof\n+coordinate stays empty, pending v2 wire types.\n```\n
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🤖 Prompt for AI Agents
\n\n```\nVerify each finding against current code. Fix only still-valid issues, skip the\nrest with a brief reason, keep changes minimal, and validate.\n\nIn `@docs/tasks/a1-f-v2-convergence.md` around lines 334 - 336, Update the §4\npreamble’s statement that semantic_disposition, proof_disposition, v2_oracle,\nand rationale are empty by construction to explicitly exempt the populated E-1\nrows V1-N116 and V1-N118, which intentionally contain semantic_disposition=KEEP\nand rationale. Keep the rest of the preamble’s scope unchanged and make clear\nthat these are the exception consumed by Envelope v2 E-1.\n```\n\n
\n\n\n\n_Source: Path instructions_\n\n
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🤖 Prompt for all review comments with AI agents

\n\n```\nVerify each finding against current code. Fix only still-valid issues, skip the\nrest with a brief reason, keep changes minimal, and validate.\n\nInline comments:\nIn `@docs/tasks/a1-f-v2-realization-ledger.json`:\n- Around line 5-12: Update _carriers_schema.target and _carriers_note to\npreserve meta-target identity: require the exact declared target, such as\nAnyCommittedEnvelope, rather than expanding it to concrete members. Keep\nexpansion limited to the realization/matching step, and state that each\nsource-kind/concrete-target occurrence selects one admitted edge without\ndeclaring separate carriers for meta-target members.\n\nIn `@tools/a1_v2_extract_graph.py`:\n- Around line 123-180: Replace every bare assert in extract, including the\npin-evidence check and the checks around parse_meta_members,\nparse_typed_supports, edge counts, class splits, node counts, and meta-target\nsources, with the module’s explicit _require mechanism. Preserve each existing\ncondition and diagnostic message so all validation remains enforced when Python\noptimization is enabled.\n\nIn `@tools/a1_v2_ledger_gate.py`:\n- Around line 56-64: The _harness path in the gate must never produce an\nindistinguishable PASS when preflight subprocesses are skipped. Update the\nreport generation around the preflight step loop and Report.emit so\nharness-skipped runs emit explicit non-passing step/report lines, preserving the\nexisting failure exit behavior; update the faithful corpus assertions to\nvalidate those step lines rather than expecting exit 0.\n\n---\n\nOther comments:\nIn `@docs/tasks/a1-f-v2-convergence.md`:\n- Around line 334-336: Update the §4 preamble’s statement that\nsemantic_disposition, proof_disposition, v2_oracle, and rationale are empty by\nconstruction to explicitly exempt the populated E-1 rows V1-N116 and V1-N118,\nwhich intentionally contain semantic_disposition=KEEP and rationale. Keep the\nrest of the preamble’s scope unchanged and make clear that these are the\nexception consumed by Envelope v2 E-1.\n```\n\n

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ℹ️ Review info

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⚙️ Run configuration

\n\n**Configuration used**: Path: .coderabbit.yaml\n\n**Review profile**: QUIET\n\n**Plan**: Pro Plus\n\n**Run ID**: `98dbeca8-a791-47eb-8367-068827dc423f`\n\n

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📥 Commits

\n\nReviewing files that changed from the base of the PR and between c1a7c7518777cc3a7b8c90204aec079c29833b1a and a10d84520d331c3c5f6ba756ee57cd67bfa81ba7.\n\n

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📒 Files selected for processing (9)

\n\n* `docs/tasks/a1-f-v2-convergence.md`\n* `docs/tasks/a1-f-v2-envelope.md`\n* `docs/tasks/a1-f-v2-graph.json`\n* `docs/tasks/a1-f-v2-realization-ledger.json`\n* `docs/tasks/a1-f-v2-schema-facts.json`\n* `tools/a1_v2_extract_graph.py`\n* `tools/a1_v2_extract_schema.py`\n* `tools/a1_v2_ledger_gate.py`\n* `tools/tests/test_a1_v2_ledger_gate.py`\n\n

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📜 Review details

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⏰ Context from checks skipped due to timeout. (1)

\n\n* GitHub Check: worker gate\n\n

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🧰 Additional context used

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📓 Path-based instructions (7)

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docs/**/*.{rs,toml,json}

\n\n\n**📄 CodeRabbit inference engine (docs/security-layers.md)**\n\n> Fuzz untrusted or semi-trusted parsers: model-output `extract_json_array`, JSON findings input, and TOML gate configuration.\n\nFiles:\n- `docs/tasks/a1-f-v2-schema-facts.json`\n- `docs/tasks/a1-f-v2-realization-ledger.json`\n- `docs/tasks/a1-f-v2-graph.json`\n\n

**/*.{rs,toml,json,yaml,yml,md}

\n\n\n**📄 CodeRabbit inference engine (AGENTS.md)**\n\n> Prevent credential leakage: never place credentials, OAuth/session artifacts, tokens, environment dumps, or agent output that may contain secrets into repository files, logs, serialized structs, run records, subprocess environments, or error strings. For `o7 invoke --engine arliai`, handle `ARLIAI_API_KEY` only as a function-local value, pass only a borrowed trimmed view to HTTP, strip it from provider subprocesses, and fail closed when TRACE logging is enabled.\n\nFiles:\n- `docs/tasks/a1-f-v2-schema-facts.json`\n- `docs/tasks/a1-f-v2-convergence.md`\n- `docs/tasks/a1-f-v2-realization-ledger.json`\n- `docs/tasks/a1-f-v2-graph.json`\n- `docs/tasks/a1-f-v2-envelope.md`\n\n

**/*.{rs,json,yaml,yml,md}

\n\n\n**📄 CodeRabbit inference engine (AGENTS.md)**\n\n> Preserve backward compatibility and completeness of the canonical `runs///` run record, including ensuring partially failed runs cannot produce records that appear complete.\n\nFiles:\n- `docs/tasks/a1-f-v2-schema-facts.json`\n- `docs/tasks/a1-f-v2-convergence.md`\n- `docs/tasks/a1-f-v2-realization-ledger.json`\n- `docs/tasks/a1-f-v2-graph.json`\n- `docs/tasks/a1-f-v2-envelope.md`\n\n

**/*

\n\n\n**📄 CodeRabbit inference engine (AGENTS.md)**\n\n> `**/*`: Review only P0 and P1 failures; do not raise style, naming, taste, formatter, Clippy, or micro-optimization concerns, and prefer a concrete failure scenario with inputs and incorrect behavior.\n> Do not diagnose and repair the same failure in one run when the run is only requested to explain a failure; distinguish diagnostics from mutation, likely boundaries from root causes, missing evidence from negative results, and partial results from complete success.\n> Do not enable `pedantic`, `nursery`, or similar deferred lint groups wholesale; adopt them incrementally per slice against a baseline.\n> Ground factual claims about existing code or mechanisms in the authoritative artifact, exact revision, and specific property establishing the claim; distinguish what the artifact states from inferred conclusions and re-check claims when the governing artifact changes.\n> Do not spend review effort on checks already enforced mechanically by CI, including formatting, Clippy warnings, workspace compilation, cargo-deny policies, and workspace-member test suites, unless a change adds a new exclusion or lint allowance. Any new workspace test exclusion must name the dedicated workflow owning that package; exclusions for unrelated reasons are P0 findings.\n\nFiles:\n- `docs/tasks/a1-f-v2-schema-facts.json`\n- `tools/a1_v2_extract_schema.py`\n- `docs/tasks/a1-f-v2-convergence.md`\n- `docs/tasks/a1-f-v2-realization-ledger.json`\n- `tools/a1_v2_extract_graph.py`\n- `docs/tasks/a1-f-v2-graph.json`\n- `tools/tests/test_a1_v2_ledger_gate.py`\n- `tools/a1_v2_ledger_gate.py`\n- `docs/tasks/a1-f-v2-envelope.md`\n\n

\n\n\n**⚙️ CodeRabbit configuration file**\n\n> `**`: Treat AGENTS.md and the configured guideline documents as binding.\n> \n> Review the complete pull request, its linked issue, and related or\n> stacked pull requests before making localized comments.\n> \n> Report P0 and P1 defects only.\n> \n> Do not repeat findings already enforced mechanically by cargo fmt,\n> clippy, cargo check, cargo-deny, or the repository test workflows,\n> unless the change weakens, bypasses, excludes, or misconfigures that\n> enforcement.\n> \n> Every finding must contain a concrete failure scenario: relevant\n> input, state, interleaving, or repository condition followed by the\n> resulting incorrect behavior.\n> \n> Do not treat successful compilation, passing local tests, or a\n> resolved CodeRabbit thread as proof that the repository's independent\n> acceptance gate has passed.\n> \n\nFiles:\n- `docs/tasks/a1-f-v2-schema-facts.json`\n- `tools/a1_v2_extract_schema.py`\n- `docs/tasks/a1-f-v2-convergence.md`\n- `docs/tasks/a1-f-v2-realization-ledger.json`\n- `tools/a1_v2_extract_graph.py`\n- `docs/tasks/a1-f-v2-graph.json`\n- `tools/tests/test_a1_v2_ledger_gate.py`\n- `tools/a1_v2_ledger_gate.py`\n- `docs/tasks/a1-f-v2-envelope.md`\n\n

docs/**

\n\n\n**⚙️ CodeRabbit configuration file**\n\n> `docs/**`: Review documentation for parity with implemented behavior and current\n> repository invariants.\n> \n> Flag:\n> - security or isolation claims stronger than the implementation;\n> - plans or deferred work written as already implemented;\n> - obsolete status, commit, phase, or acceptance claims;\n> - changed protocols or record formats without migration implications;\n> - contradictions with AGENTS.md, README.md, public governance,\n> security-layers, or verification documentation.\n> \n> Do not spend review comments on prose preferences unless wording\n> changes the technical claim.\n> \n\nFiles:\n- `docs/tasks/a1-f-v2-schema-facts.json`\n- `docs/tasks/a1-f-v2-convergence.md`\n- `docs/tasks/a1-f-v2-realization-ledger.json`\n- `docs/tasks/a1-f-v2-graph.json`\n- `docs/tasks/a1-f-v2-envelope.md`\n\n

**/tests/**

\n\n\n**⚙️ CodeRabbit configuration file**\n\n> `**/tests/**`: Require tests to demonstrate the externally observable contract, not\n> private implementation details. This applies to root integration\n> tests and to every workspace crate's own test directory.\n> \n> For behavior changes, expect coverage of:\n> - the successful path;\n> - the concrete regression or failure scenario;\n> - cancellation, malformed input, and partial-state behavior where\n> relevant;\n> - deterministic replay or repeated execution;\n> - negative assertions proving that forbidden side effects did not\n> occur.\n> \n> Do not request tests merely to increase line coverage.\n> \n\nFiles:\n- `tools/tests/test_a1_v2_ledger_gate.py`\n\n

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🧠 Learnings (3)

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📚 Learning: 2026-08-09T20:26:34.785Z

\n\n```\nLearnt from: CR\nRepo: PhysShell/007 PR: 0\nFile: AGENTS.md:0-0\nTimestamp: 2026-08-09T20:26:34.785Z\nLearning: Applies to **/* : Ground factual claims about existing code or mechanisms in the authoritative artifact, exact revision, and specific property establishing the claim; distinguish what the artifact states from inferred conclusions and re-check claims when the governing artifact changes.\n```\n\n**Applied to files:**\n- `docs/tasks/a1-f-v2-convergence.md`\n- `docs/tasks/a1-f-v2-envelope.md`\n\n

📚 Learning: 2026-08-09T20:26:34.785Z

📚 Learning: 2026-08-05T00:43:14.549Z

\n\n```\nLearnt from: PhysShell\nRepo: PhysShell/007 PR: 104\nFile: docs/tasks/sandboy-a1-vertical-b.md:0-0\nTimestamp: 2026-08-05T00:43:14.549Z\nLearning: For documentation describing the Sandboy `probe` and its capability gate, clarify that probe exit code 0 only indicates that a diagnostic report was produced; it does not prove that the host supports all required capabilities. The fail-closed gate, such as `run_gate.py`, must parse the fixed JSON report and reject unavailable or partial capabilities, missing required fields, malformed JSON, or empty output.\n```\n\n**Applied to files:**\n- `docs/tasks/a1-f-v2-convergence.md`\n- `docs/tasks/a1-f-v2-envelope.md`\n\n

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🪛 ast-grep (0.45.1)

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tools/a1_v2_extract_schema.py

\n\n[info] 94-94: use jsonify instead of json.dumps for JSON output\nContext: json.dumps(extract(), indent=2)\nNote: [CWE-116] Improper Encoding or Escaping of Output.\n\n(use-jsonify)\n\n

tools/a1_v2_extract_graph.py

\n\n[info] 213-213: use jsonify instead of json.dumps for JSON output\nContext: json.dumps(derived, indent=2)\nNote: [CWE-116] Improper Encoding or Escaping of Output.\n\n(use-jsonify)\n\n

tools/tests/test_a1_v2_ledger_gate.py

\n\n[error] 67-69: Command coming from incoming request\nContext: subprocess.run(\n [sys.executable, str(GATE), \"--schema\", str(sp), \"--ledger\", str(lp)],\n capture_output=True, text=True, env=env)\nNote: [CWE-78] Improper Neutralization of Special Elements used in an OS Command ('OS Command Injection').\n\n(subprocess-from-request)\n\n---\n\n[error] 242-245: Command coming from incoming request\nContext: subprocess.run(\n [sys.executable, str(GATE), \"--graph\", str(graph), \"--schema\", str(schema),\n \"--ledger\", str(ledger)],\n capture_output=True, text=True)\nNote: [CWE-78] Improper Neutralization of Special Elements used in an OS Command ('OS Command Injection').\n\n(subprocess-from-request)\n\n---\n\n[error] 282-284: Command coming from incoming request\nContext: subprocess.run([sys.executable, str(GRAPH_EXTRACTOR), \"--check\",\n \"--source\", str(moved), \"--out\", str(GRAPH_PATH)],\n capture_output=True, text=True)\nNote: [CWE-78] Improper Neutralization of Special Elements used in an OS Command ('OS Command Injection').\n\n(subprocess-from-request)\n\n---\n\n[info] 64-64: use jsonify instead of json.dumps for JSON output\nContext: json.dumps(schema)\nNote: [CWE-116] Improper Encoding or Escaping of Output.\n\n(use-jsonify)\n\n---\n\n[info] 65-65: use jsonify instead of json.dumps for JSON output\nContext: json.dumps(ledger)\nNote: [CWE-116] Improper Encoding or Escaping of Output.\n\n(use-jsonify)\n\n---\n\n[info] 259-259: use jsonify instead of json.dumps for JSON output\nContext: json.dumps(forged, indent=2)\nNote: [CWE-116] Improper Encoding or Escaping of Output.\n\n(use-jsonify)\n\n---\n\n[info] 272-272: use jsonify instead of json.dumps for JSON output\nContext: json.dumps(forged_schema, indent=2)\nNote: [CWE-116] Improper Encoding or Escaping of Output.\n\n(use-jsonify)\n\n

tools/a1_v2_ledger_gate.py

\n\n[error] 123-124: Command coming from incoming request\nContext: subprocess.run([sys.executable, str(tool), \"--check\", \"--out\", out],\n capture_output=True, text=True)\nNote: [CWE-78] Improper Neutralization of Special Elements used in an OS Command ('OS Command Injection').\n\n(subprocess-from-request)\n\n

\n\n

🪛 Ruff (0.16.1)

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tools/a1_v2_extract_graph.py

\n\n[error] 120-120: Probable use of insecure hash functions in `hashlib`: `sha1`\n\n(S324)\n\n---\n\n[error] 138-138: Ambiguous variable name: `l`\n\n(E741)\n\n

tools/tests/test_a1_v2_ledger_gate.py

\n\n[error] 68-68: `subprocess` call: check for execution of untrusted input\n\n(S603)\n\n---\n\n[error] 103-103: Ambiguous variable name: `l`\n\n(E741)\n\n---\n\n[error] 110-110: Ambiguous variable name: `l`\n\n(E741)\n\n---\n\n[error] 121-121: Ambiguous variable name: `l`\n\n(E741)\n\n---\n\n[error] 128-128: Ambiguous variable name: `l`\n\n(E741)\n\n---\n\n[error] 141-141: Ambiguous variable name: `l`\n\n(E741)\n\n---\n\n[error] 150-150: Ambiguous variable name: `l`\n\n(E741)\n\n---\n\n[error] 161-161: Ambiguous variable name: `l`\n\n(E741)\n\n---\n\n[error] 170-170: Ambiguous variable name: `l`\n\n(E741)\n\n---\n\n[error] 171-171: Multiple statements on one line (semicolon)\n\n(E702)\n\n---\n\n[error] 180-180: Ambiguous variable name: `l`\n\n(E741)\n\n---\n\n[error] 193-193: Ambiguous variable name: `l`\n\n(E741)\n\n---\n\n[error] 205-205: Ambiguous variable name: `l`\n\n(E741)\n\n---\n\n[error] 215-215: Ambiguous variable name: `l`\n\n(E741)\n\n---\n\n[error] 243-243: `subprocess` call: check for execution of untrusted input\n\n(S603)\n\n---\n\n[error] 283-283: `subprocess` call: check for execution of untrusted input\n\n(S603)\n\n

tools/a1_v2_ledger_gate.py

\n\n[error] 124-124: `subprocess` call: check for execution of untrusted input\n\n(S603)\n\n

\n\n

🔇 Additional comments (9)

\n\n
\n
tools/a1_v2_ledger_gate.py (2)
\n\n`143-230`: LGTM!\n\n\n\n---\n\n`232-256`: LGTM!\n\n\n\n
\n
\n
tools/tests/test_a1_v2_ledger_gate.py (2)
\n\n`29-59`: LGTM!\n\n\n\nAlso applies to: 62-77, 80-226, 241-286, 309-315, 318-346\n\n\n\n---\n\n`291-307`: _🗄️ Data Integrity & Integration_\n\n`ORIGINAL_BLOB` and `pin_chain_defect` exist. `main()` calls `extract()`, and `extract()` calls `pin_chain_defect()` before `--check` validation. The reported bypass does not occur.\n\n\n\t\t\t\t> Likely an incorrect or invalid review comment.\n\n\n\n
\n
\n
docs/tasks/a1-f-v2-envelope.md (1)
\n\n`249-275`: LGTM!\n\n\n\n
\n
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docs/tasks/a1-f-v2-graph.json (1)
\n\n`1-609`: LGTM!\n\n\n\n
\n
\n
docs/tasks/a1-f-v2-schema-facts.json (1)
\n\n`1-12`: LGTM!\n\n\n\n
\n
\n
tools/a1_v2_extract_graph.py (1)
\n\n`58-93`: LGTM!\n\n\n\n
\n
\n
tools/a1_v2_extract_schema.py (1)
\n\n`69-107`: LGTM!\n\n\n\n
\n\n

\n\n

\n\n","_🗄️ Data Integrity & Integration_ | _🟠 Major_ | _⚡ Quick win_\n\n**Harness env var silently converts an unproven run into PASS.**\n\nFailure scenario: a CI step or developer shell exports `A1_V2_GATE_HARNESS=1` (it survives in the environment for every later invocation). The gate then skips both preflight subprocesses, adds no report line, reads the artifacts at `--graph`/`--schema` verbatim, and can print `RESULT: PASS` with exit 0 for a hand-edited graph and hand-filled schema facts. The emitted report contains no trace that the preflight did not run, so the run record is indistinguishable from a proven PASS.\n\nMake the skip visible and non-passing in the report.\n\n

Proposed fix

\n\n```diff\n r = Report()\n \n+ preflight_ran = not _harness()\n # ---- preflight: both non-ledger terms must be DERIVABLE, not merely present.\n@@\n- if not _harness():\n+ if not preflight_ran:\n+ r.add(\"preflight\", False,\n+ \"SKIPPED via A1_V2_GATE_HARNESS — this run proves nothing\")\n+ else:\n for label, tool, out, ok_msg in (\n```\n\nNote the indentation of the loop body must follow, and `Report.emit` already returns 1 once `failed` is set, so the corpus must assert on step lines rather than exit 0 for its faithful case, or the harness must instead point the preflight at synthetic extractors.\n

\n\n\n\n\n\n\nAlso applies to: 117-131\n\n

🤖 Prompt for AI Agents

\n\n```\nVerify each finding against current code. Fix only still-valid issues, skip the\nrest with a brief reason, keep changes minimal, and validate.\n\nIn `@tools/a1_v2_ledger_gate.py` around lines 56 - 64, The _harness path in the\ngate must never produce an indistinguishable PASS when preflight subprocesses\nare skipped. Update the report generation around the preflight step loop and\nReport.emit so harness-skipped runs emit explicit non-passing step/report lines,\npreserving the existing failure exit behavior; update the faithful corpus\nassertions to validate those step lines rather than expecting exit 0.\n```\n\n

\n\n\n\n\n\n\n\n_Source: Coding guidelines_\n\n","_🔒 Security & Privacy_ | _🟠 Major_ | _⚡ Quick win_\n\n**`assert` disables every gate-critical check under `PYTHONOPTIMIZE`.**\n\n`extract` enforces the pin evidence at Line 125 and the frozen structural facts at Lines 150-180 with bare `assert`. Python removes all `assert` statements when `-O` is set or when `PYTHONOPTIMIZE` is non-empty in the environment.\n\nFailure scenario: CI (or a developer shell) exports `PYTHONOPTIMIZE=1`. A drafter edits `PINNED_BLOB` to a new value, leaves `PIN_HISTORY` empty, and runs `--write` then `--check`. Line 125 no longer raises, so the unevidenced re-pin produces a graph whose `pinned_blob` matches the edit, and `--check` reports `extract OK`. The same run also loses the 69-edge, 56/13 class-split, 21/11, 47/20 and meta-target-as-source checks. This is the exact one-token re-pin that §2.5 of `docs/tasks/a1-f-v2-envelope.md` exists to block.\n\nRaise explicit errors instead.\n\n

Proposed fix for the pin check and the structural checks

\n\n```diff\n+class ExtractDefect(RuntimeError):\n+ \"\"\"A frozen fact the document must satisfy did not hold.\"\"\"\n+\n+\n+def _require(condition: object, message: str) -> None:\n+ if not condition:\n+ raise ExtractDefect(message)\n+\n+\n def extract(source: Path) -> dict:\n defect = pin_chain_defect(PINNED_BLOB, PIN_HISTORY)\n- assert defect is None, f\"PIN EVIDENCE DEFECT — {defect}\"\n+ _require(defect is None, f\"PIN EVIDENCE DEFECT — {defect}\")\n```\n\nApply `_require` to the remaining checks as well:\n\n```diff\n- assert edges, \"no registry table found\"\n- assert [e[\"n\"] for e in edges] == list(range(1, len(edges) + 1)), \"row numbers not contiguous\"\n+ _require(edges, \"no registry table found\")\n+ _require([e[\"n\"] for e in edges] == list(range(1, len(edges) + 1)),\n+ \"row numbers not contiguous\")\n cls = collections.Counter(e[\"class\"] for e in edges)\n- assert len(edges) == 69, f\"expected 69 edges, found {len(edges)}\"\n- assert cls[\"Intra\"] == 56 and cls[\"Causal\"] == 13, f\"class split moved: {dict(cls)}\"\n- assert len({(e[\"source\"], e[\"target\"], e[\"class\"]) for e in edges}) == 69, \"duplicate edge\"\n+ _require(len(edges) == 69, f\"expected 69 edges, found {len(edges)}\")\n+ _require(cls[\"Intra\"] == 56 and cls[\"Causal\"] == 13, f\"class split moved: {dict(cls)}\")\n+ _require(len({(e[\"source\"], e[\"target\"], e[\"class\"]) for e in edges}) == 69,\n+ \"duplicate edge\")\n```\n\nThe same change is needed for the assertions at Lines 104, 106, 113, 115, 162, 163, 168 and 177-180.\n

\n\n

🧰 Tools

\n\n

🪛 Ruff (0.16.1)

\n\n[error] 138-138: Ambiguous variable name: `l`\n\n(E741)\n\n

\n\n

🤖 Prompt for AI Agents

\n\n```\nVerify each finding against current code. Fix only still-valid issues, skip the\nrest with a brief reason, keep changes minimal, and validate.\n\nIn `@tools/a1_v2_extract_graph.py` around lines 123 - 180, Replace every bare\nassert in extract, including the pin-evidence check and the checks around\nparse_meta_members, parse_typed_supports, edge counts, class splits, node\ncounts, and meta-target sources, with the module’s explicit _require mechanism.\nPreserve each existing condition and diagnostic message so all validation\nremains enforced when Python optimization is enabled.\n```\n\n

\n\n\n\n\n\n\n\n\n\n✅ Addressed in commit 4a5ad37","tools/a1_v2_extract_graph.py","_🗄️ Data Integrity & Integration_ | _🟠 Major_ | _⚡ Quick win_\n\n**`_carriers_schema.target` instructs the exact mutation the gate rejects.**\n\nLine 7 says a meta-target \"is expanded to its members here\". `docs/tasks/a1-f-v2-envelope.md` §2.2 states the opposite: \"the carrier's target *is* `AnyCommittedEnvelope`, matched exactly; the expansion appears only in step 3\", per frozen clause 5 (\"declared ONCE as a meta-target expansion, never as eleven separate edges\").\n\nFailure scenario: a drafter follows this comment and writes eleven carriers for edge 69 with concrete targets. Steps 4 and 5 fail (corpus case *meta-target realized as eleven separate carriers*), or the drafter keeps one member and silently narrows a union of eleven kinds to one.\n\n

Proposed correction

\n\n```diff\n- \"target\": \"exact CONCRETE target semantic kind (a meta-target is expanded to its members here)\",\n+ \"target\": \"exact target semantic kind AS FROZEN. A meta-target such as AnyCommittedEnvelope is declared ONCE, verbatim, and is NEVER expanded into its members here (frozen clause 5); the member expansion is checked in step 3 against the field's permitted target domain.\",\n```\n

\n\n\n\n

📝 Committable suggestion

\n\n> ‼️ **IMPORTANT**\n> Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.\n\n```suggestion\n \"_carriers_schema\": {\n \"source\": \"exact source semantic kind, e.g. WorkOrder or CampaignEvent(WorkOrderIssued)\",\n \"target\": \"exact target semantic kind AS FROZEN. A meta-target such as AnyCommittedEnvelope is declared ONCE, verbatim, and is NEVER expanded into its members here (frozen clause 5); the member expansion is checked in step 3 against the field's permitted target domain.\",\n \"class\": \"Intra | Causal - part of edge identity, not decoration\",\n \"carrier_kind\": \"artifact_ref | event_payload_digest\",\n \"path\": \"concrete v2 wire field path, or the structural commitment that carries it\"\n },\n \"_carriers_note\": \"Realization is many-to-many: one field may carry several admitted edges, and several fields may carry one edge. Uniqueness is per OCCURRENCE - (source kind, concrete target kind) selects exactly one admitted edge from that field's declared set.\"\n```\n\n

\n\n\n\n

🤖 Prompt for AI Agents

\n\n```\nVerify each finding against current code. Fix only still-valid issues, skip the\nrest with a brief reason, keep changes minimal, and validate.\n\nIn `@docs/tasks/a1-f-v2-realization-ledger.json` around lines 5 - 12, Update\n_carriers_schema.target and _carriers_note to preserve meta-target identity:\nrequire the exact declared target, such as AnyCommittedEnvelope, rather than\nexpanding it to concrete members. Keep expansion limited to the\nrealization/matching step, and state that each source-kind/concrete-target\noccurrence selects one admitted edge without declaring separate carriers for\nmeta-target members.\n```\n\n

\n\n\n\n\n\n\n\n\n\n✅ Addressed in commit 4a5ad37","docs/tasks/a1-f-v2-realization-ledger.json",11,"\n### 💡 Codex Review\n\nHere are some automated review suggestions for this pull request.\n\n**Reviewed commit:** `a10d84520d`\n \n\n

ℹ️ About Codex in GitHub

","**_{_{![P1 Badge](https://img.shields.io/badge/P1-orange?style=flat)}} Require structural carriers from the frozen presence map**\n\nWhen the extracted schema has the correct `payload_presence` but omits every `structural_commitment`, this derives `want` from the empty schema-controlled set, so step 2 accepts zero `event_payload_digest` carriers. If the ledger relabels the 11 payload edges as `artifact_ref` carriers and supplies matching field facts, steps 3–5 also pass and the gate exits 0, even though Phase G §4.2.6 requires exactly one structural carrier for each payload-bearing kind (`docs/tasks/a1-f-v2-phase-g.md:1718-1725`). Derive the required structural sources from `expected_payload` and separately compare them with the schema commitments so this missing evidence cannot become a passing check.\n\nAGENTS.md reference: [AGENTS.md:L151-L151](https://github.com/PhysShell/007/blob/a10d84520d331c3c5f6ba756ee57cd67bfa81ba7/AGENTS.md#L151-L151)\n\nUseful? React with 👍 / 👎.","\n\n\n[![Review Change Stack](https://storage.googleapis.com/coderabbit_public_assets/review-stack-in-coderabbit-ui.svg)](https://app.coderabbit.ai/change-stack/PhysShell/007/pull/134?utm_source=github_walkthrough&utm_medium=github&utm_campaign=change_stack)\n\n\n\n\n> [!NOTE]\n> Currently processing new changes in this PR. This may take a few minutes, please wait...\n> \n>

\n>

⚙️ Run configuration

\n> \n> **Configuration used**: Path: .coderabbit.yaml\n> \n> **Review profile**: QUIET\n> \n> **Plan**: Pro Plus\n> \n> **Run ID**: `d16ed7fb-7adf-4ea1-ace5-79f9e046311d`\n> \n>

\n> \n>

\n>

📥 Commits

\n> \n> Reviewing files that changed from the base of the PR and between a10d84520d331c3c5f6ba756ee57cd67bfa81ba7 and 35eacf975a9fade952a7a5ba60f465b4efee18ae.\n> \n>

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📒 Files selected for processing (8)

\n> \n> * `docs/tasks/a1-f-v2-convergence.md`\n> * `docs/tasks/a1-f-v2-envelope.md`\n> * `docs/tasks/a1-f-v2-realization-ledger.json`\n> * `docs/tasks/a1-f-v2-schema-facts.json`\n> * `tools/a1_v2_extract_graph.py`\n> * `tools/a1_v2_extract_schema.py`\n> * `tools/a1_v2_ledger_gate.py`\n> * `tools/tests/test_a1_v2_ledger_gate.py`\n> \n>

\n> \n> \n\n\n\n\n\n

📝 Walkthrough

\n\n\n\n## Intended behavior\n\n- Add a fail-closed proof gate for Envelope v2 wire realization.\n- Extract graph and schema facts from authoritative sources.\n- Validate event kinds, payload presence, field capabilities, forward coverage, and reverse coverage.\n- Keep the gate RED until v2 schemas and carriers exist.\n\n## Repository invariants\n\n- Preserve the frozen 47-node graph and 69 typed edges.\n- Require exact event-kind and structural-carrier counts.\n- Require unique per-occurrence carrier realization.\n- Require exact meta-target expansion and `ArtifactRef` source/target capabilities.\n- Preserve Phase G pin integrity and require an explicit repinning procedure.\n- Limit append-only and commit-atomicity claims to observed tree-state validity.\n\n## Evidence and gates\n\n- Add frozen graph, schema-facts, and realization-ledger artifacts.\n- Add deterministic graph and schema extractors with byte-for-byte `--check` validation.\n- Add a five-step ledger gate with `PASS`, `FAIL`, and `OWED` results.\n- Add a 20-case regression corpus for ledger mutations, forged inputs, schema facts, source drift, pin evidence, and real-artifact preflight.\n- Record E-1 for a finite protocol-hard `max_envelope_document_bytes`.\n- Update convergence records for E-1 and related dispositions.\n\n## Unresolved P1 risk\n\n- The committed schema facts and carrier ledger are intentionally empty. The gate therefore reports steps 1–5 as `OWED` and exits nonzero.\n- The environment-variable preflight bypass remains a trust-boundary risk. If enabled outside the test harness, it can skip source extraction and allow stale or forged artifacts to reach ledger validation.\n- E-1 remains deferred until encoding constraints permit derivation or provide an explicit justification.\n\n\n## Walkthrough\n\n### Changes\n\nThe PR defines Envelope v2 validation inputs and rules, generates frozen graph and schema artifacts, adds deterministic extractors, and implements a fail-closed realization-ledger gate with mutation and preflight tests.\n\n**Envelope v2 validation**\n\n|Layer / File(s)|Summary|\n|---|---|\n|**Authority artifacts and Envelope v2 rules**
`docs/tasks/a1-f-v2-envelope.md`, `docs/tasks/a1-f-v2-convergence.md`, `docs/tasks/a1-f-v2-graph.json`, `docs/tasks/a1-f-v2-realization-ledger.json`, `docs/tasks/a1-f-v2-schema-facts.json`|Envelope v2 defines derived graph, schema, and realization inputs. It records size semantics, coverage rules, re-pinning evidence, and updated convergence dispositions.|\n|**Deterministic graph and schema extraction**
`tools/a1_v2_extract_graph.py`, `tools/a1_v2_extract_schema.py`|The extractors validate inputs, derive artifacts, and support write and byte-for-byte check modes.|\n|**Fail-closed ledger gate**
`tools/a1_v2_ledger_gate.py`|The gate runs preflights and validates event kinds, payloads, structural carrier counts, field capabilities, forward coverage, and reverse graph coverage.|\n|**Mutation and preflight validation corpus**
`tools/tests/test_a1_v2_ledger_gate.py`|The tests cover faithful data, mutation failures, forged artifacts, source drift, pin evidence, and real-artifact validation.|\n\n**Possibly related PRs**\n\n- [PhysShell/007#123](https://github.com/PhysShell/007/pull/123): Defines the frozen authority and wire-schema contracts used by this validation.\n- [PhysShell/007#124](https://github.com/PhysShell/007/pull/124): Introduces wire-contract and envelope semantics consumed by the v2 graph, schema, and ledger checks.\n- [PhysShell/007#128](https://github.com/PhysShell/007/pull/128): Provides the frozen Phase G graph extracted and validated by this PR.\n\n

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🚥 Pre-merge checks | ✅ 5

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✅ Passed checks (5 passed)

\n\n

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\n\n\n_{Comment `@coderabbitai help` to get the list of available commands.}\n\n","base_ref","head_ref","pull_request_info",[2374],{"_2263":57,"_57":2375},"## E-R16 — confirmed and fixed (`7a65d20`). Both reviewers found it independently.\n\n@coderabbitai and @codex reported the same defect against `35eacf9`, independently and within minutes of each other. That convergence is itself worth recording: every previous finding in this branch was found by exactly one reviewer.\n\nReproduced before accepting, all three shapes:\n\n```\nmalformed JSON exit=1, no RESULT line\nmissing file exit=1, no RESULT line\nnon-object top level exit=1, no RESULT line\n```\n\nExit `1` is this contract's code for `FAIL — Envelope v2 is not realized`. A consumer parsing the exit status was told **the gate ran and the target lost**, for a run that never began — and no `RESULT` line was emitted at all, so the only machine-readable signal was the one that lied.\n\n**Located on the chain before repairing.** The loss is on `judgment validity → terminal semantic state → exit code`, the same arrow as E-R14, with the cause mirrored: E-R14 collapsed a *detected* invalid ruler into `FAIL`; this collapsed an *undetected* failure to obtain the inputs into `FAIL`, by inheriting Python's default exit status. Same arrow, opposite direction of travel, and only one side had been closed.\n\nLoading now reports `ERROR` and exits `2`, with top-level shape validated and `carriers` required to be a list of rows. Corpus 31 → 35 — all four new cases exercise the **executable** path rather than `run_steps`, because the defect lived precisely where the in-process test seam does not reach.\n\n**Why this is recorded in §7 rather than quietly fixed.** E-R15 put this exact rule in the `Report` docstring *one revision earlier*, naming crashes and malformed input explicitly: *do not merge `ERROR` into a generic infrastructure-error bucket.* Its author wrote that while looking at the premise and preflight paths, and did not look ten lines further down at the three `json.loads` calls.\n\nSo a correctly stated general rule, in the right file, adjacent to the code, still failed to cause its own author to apply it. §8.7 showed that writing the *question* down does not answer it. This shows that writing the *answer* down does not apply it. What closed the gap both times was a reader who did not already know what the code meant.\n\n---\n_Generated by [Claude 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