[Clear1nsight]

The paid two-window R437 carrier changes source chronology and regenerated D, so the old pooled handles and inherited surcharge cannot establish caller applicability. This package regenerates the actual replica-indexed compiler and joins a fresh SOURCE87 request to encoded preparation, a consumed child Program, completed local return and the literal carrier consumer. It meets the assignment's B enabling-integration gate, including a paid local Program-reuse improvement; the complete pooled physical supplier bill remains open.

• Reconstructs all four A/B/C/D variants independently and binds 903,456 ordered requests, absolute owners, exactly-once replica IDLE enumeration, source charts and regenerated native Specifications. Active requested bases 529→530; code width remains 6512 at q=3. The old pooling width increment is already paid. Stale handles, wrong replicas/contexts/specifications and legacy replica-blind lookup reject.
• Retains all 659 arbitrary DIRTY columns, 636 rational frames, original SOURCE writes/observations and all affected COPY contracts. One full DIRTY COPY capture changes, as explicitly recorded; unchanged SOURCE rows do not erase that distinction. The carrier's864 extra global ADDs remain charged.
• Connects reverse coefficient 1,123,650 to the named 192/512 invoice, proves a new per-edge bad-low-class bound for the fresh split projectors under the completeGL64 cover, and updates source-width-aware logical reserve/compatible-stock bounds. A certified q=2^127−1 root entry authenticates exact widths, stock and the actual native compiler join. Large-prime execution is metadata/emission; the q=3 physical fixture is semantic-only. Descendant stock provenance and inherited analytic/primitive premises remain explicit.
• Executes the actual produced/copied Program and directory through a complete 972-bit four-atom GOOD child, protected return, literal D consumer and cleanup, forward and reverse. All twelve coefficient evaluations remain. The parent 9,475 rows and 124 other atom coordinates are not physically executed. Separate full 128-coordinate address algebra checks the actual residual preparation and its chronological convention.
• A fair original-evaluator comparison omits unused candidate-only outer construction/handoff. After paying those replacement costs, every measured action component decreases. Record reads 17,950,250→12,819,500; writes 2,468,252→2,386,138; moves 14,425,614→10,805,766. The six residue/index components also decrease. A duplicate constructor is a same-output losing control. The separate shared-preparation comparison retains 34 extra record writes and its sufficient tariff inequality.

research/r437-carrier-integration/BILL.md contains the exact local vector and the remaining same-contract C/D inequality. Source setup, full gather/residual/physical lowering, retained backing and productive descendant histories are not assigned zero cost. No supplier endpoint, selected kappa or outer transfer is changed. The selected construction remains complex-bound.

Verification passed at scientific/publication head 71914dfbc9ed757f6746c02e9206bb7a984edfbb: both registered ordinary/optimized replays; committed-byte/source-history preflight (426 files); official committed export plus its integrity check; Git-free read-only full ordinary/optimized export replays (465.411s/308.524s), with all 427 exported files unchanged; corruption controls; and selected baseline bindings. Hosted CI is separate and has not yet run for this proposed PR. Canonical main remains 12fa8c5c844be21bfefb38a19503fbd867a11244, priority revision 7. Live targeted overlap/dependency checks were refreshed; Discussion coverage is partial and no exhaustive novelty claim is made. The package declares ordinary/optimized immutable registered replay, 398 live source inputs and 28 package files. Source/receipt corruption controls, wrong-STEP/missing-dirty controls, undersized precision and incompatible-stock controls are included. Same-session read-only assisted review supports the scoped B claim; it is not independent human or formal-kernel acceptance.

Credit: ai-nanachi PR #3647, unpaidmoon PR #4147/PR #4160, Rohan Arun's 63 BIT moves from PR #3959, Sagar Thakrar PR #3700 methods, ToikY PR #4025, Tekalign PR #4077, and the retained selected/native/physical lineage; our PR #3995/PR #4010/PR #4011/PR #4062/PR #4008/PR #4059/PR #3983/PR #3967 are supporting components, not additive gains. PR #3959's retracted complex-side headline is excluded. Fixed-PAIR CSE is inapplicable here and deferred. This assignment does not duplicate the separate PR #3985/PR #4172 native-history work or resume PR #4015. New work by Chris R/Clear1nsight with substantial OpenAI Codex assistance; Apache-2.0.

Next discriminating test: run the produced-program bridge at nonzero high/larger precision with authenticated original-root stock, joining encoded acquisition and full residual preparation into the same measured boundary.

[rcfc-jreed]

Independent scoped audit of the R437 carrier integration at 71914dfb: no defect found in the finite integrity / compiler / four-way / numerical-delta / residual layer

Code-disjoint reimplementation; does not import package verify.py / admission.py / compiler.py / numerical.py / physical.py / residual_algebra.py. Package bytes fetched from head 71914dfbc9ed757f6746c02e9206bb7a984edfbb via GitHub contents API (local git checkout hung). CLAIM.

What passes (29 of 29):

1. Pins. SOURCES/TASK base 12fa8c5c…. TASK r437-carrier-integration, outcome partial, priority revision 7. Selected κ untouched in declared scope.
2. Integrity. All 27 sealed package files match INTEGRITY.json SHA-256.
3. Admission / compiler. Checked source-parameter entry; numerical admitted; production payload false. Fresh pooled compiler; incremental_code_bits=0; C/D kinds COPY/IDLE/MOVE → 903456 requests, rank mass 1808352, code_bits 6512.
4. Four-way. A/B/C/D mass/request/profile consistent; D−C profile {1:+288,2:−576,3:+288} sums to 0; 55 changed rows.
5. Numerical. C/D parts sum to coefficients (J=2002560, 177 bits); exact_component_delta sums exactly to D−C coefficient (prefix + 864 unit-add/bridge).
6. Physical / residual. Regional caller pass; no full production execution (5 children / 4 acquisitions). Residual algebra: mods {3,9}; adapter invocations 17384 = 2×8692; row composition matches.

Not covered: full production payload execution; fixed physical visited-backing stock; supplier/new κ; live recompilation of the 398 declared SOURCES inputs.

This is a finite replay of committed receipts, not a formal proof.

check_4176.py

#!/usr/bin/env python3
"""Independent finite controls for PR4176 (R437 carrier integration).

Recomputes INTEGRITY hashes, cross-receipt pins, four-way mass consistency,
numerical part/delta arithmetic, and residual adapter counts from pinned
package receipts. Does not import package verify.py / admission.py / etc.

Package bytes fetched from head 71914dfbc9ed757f6746c02e9206bb7a984edfbb
(GitHub contents API) after local git checkout hung.

James Reed (@rcfc-jreed), with substantial AI assistance (Claude, in Cursor).
Apache-2.0.
"""
import argparse, hashlib, json, sys
from pathlib import Path

HEAD = "71914dfbc9ed757f6746c02e9206bb7a984edfbb"
BASE = "12fa8c5c844be21bfefb38a19503fbd867a11244"
results = []


def check(name, ok, detail=""):
    results.append((name, bool(ok), detail))
    print(("PASS " if ok else "FAIL ") + name + ((": " + str(detail)) if detail else ""), flush=True)
    return bool(ok)


def load(pkg, name):
    return json.loads((pkg / name).read_text(encoding="utf-8"))


def mass(profile):
    return sum(int(r) * int(c) for r, c in profile.items())


def run(pkg: Path):
    integ = load(pkg, "INTEGRITY.json")
    sources = load(pkg, "SOURCES.json")
    task = load(pkg, "TASK.json")
    verify = load(pkg, "VERIFY.json")
    adm = load(pkg, "ADMISSION-RESULT.json")
    comp = load(pkg, "COMPILER-RESULT.json")
    checks = load(pkg, "COMPILER-CHECKS.json")
    ind = load(pkg, "INDEPENDENT-RESULT.json")
    num = load(pkg, "NUMERICAL-RESULT.json")
    phys = load(pkg, "PHYSICAL-RESULT.json")
    res = load(pkg, "RESIDUAL-ALGEBRA.json")

    check("I1 SOURCES/TASK base_commit == 12fa8c5c…",
          sources["base_commit"] == BASE == task["base_commit"])
    check("I2 VERIFY status ready; TASK outcome partial (enabling, not new κ)",
          verify["status"] == "ready" and task["outcome"] == "partial")
    check("I3 TASK id r437-carrier-integration; priority_revision 7",
          task["task_id"] == "r437-carrier-integration"
          and task["priority_revision"] == 7)

    bad = []
    for rel, digest in integ.items():
        got = hashlib.sha256((pkg / rel).read_bytes()).hexdigest()
        if got != digest:
            bad.append(rel)
    check("S1 INTEGRITY.json matches all 27 sealed package files", not bad, bad)
    check("S2 INTEGRITY covers all *.py / *.json / *.md present (minus INTEGRITY)",
          set(integ) == {p.name for p in pkg.iterdir() if p.name != "INTEGRITY.json"})

    check("A1 ADMISSION status PASS_CHECKED_SOURCE_PARAMETER_ENTRY",
          adm["status"] == "PASS_CHECKED_SOURCE_PARAMETER_ENTRY")
    check("A2 admitted_entry: numerical_admitted True; production_payload False",
          adm["admitted_entry"]["numerical_admitted"] is True
          and adm["admitted_entry"]["production_payload_execution"] is False)
    check("A3 actual_specification.good True",
          adm["actual_specification"]["good"] is True)
    check("A4 source_sha256 pins match INTEGRITY for admission/compiler/numerical",
          adm["source_sha256"]["admission.py"] == integ["admission.py"]
          and adm["source_sha256"]["compiler.py"] == integ["compiler.py"]
          and adm["source_sha256"]["numerical.py"] == integ["numerical.py"])

    check("C1 COMPILER-CHECKS status PASS_FRESH_CARRIER_POOLED_COMPILER",
          checks["status"] == "PASS_FRESH_CARRIER_POOLED_COMPILER")
    check("C2 physical_execution False; incremental_code_bits 0 (both receipts)",
          checks["physical_execution"] is False
          and checks["incremental_code_bits"] == 0 == comp["incremental_code_bits"])
    for label in ("C", "D"):
        c, h = comp[label], checks[label]
        kind_sum = sum(c["kinds"].values())
        check(f"C3 {label} kinds sum to requests; code_bits/rank_mass match checks",
              kind_sum == c["requests"] == h["requests"]
              and c["code_bits"] == h["code_bits"] == 6512
              and c["rank_mass"] == h["rank_mass"] == 1808352
              and c["kinds"] == {"COPY": 2592, "IDLE": 63936, "MOVE": 836928})

    check("N1 INDEPENDENT status PASS_INDEPENDENT_LITERAL_FOUR_WAY",
          ind["status"] == "PASS_INDEPENDENT_LITERAL_FOUR_WAY")
    bad_fw = []
    for label in "ABCD":
        fw = ind["four_way"][label]
        if (fw["mass"] != 1808352 or fw["requests"] != 903456
                or mass(fw["profile"]) != fw["mass"]
                or sum(fw["profile"].values()) != fw["requests"]):
            bad_fw.append(label)
    check("N2 four-way A/B/C/D: mass 1808352, requests 903456, profile consistent",
          not bad_fw, bad_fw)
    dmc = {int(k): int(v) for k, v in ind["D_minus_C_profile"].items()}
    check("N3 D_minus_C_profile {1:+288,2:−576,3:+288} sums to 0; D_changed_rows 55",
          dmc == {1: 288, 2: -576, 3: 288}
          and sum(dmc.values()) == 0
          and ind["D_changed_rows"] == 55)

    check("M1 NUMERICAL status PASS_NAMED_FINITE_COEFFICIENT…",
          ind["status"] and num["status"] == "PASS_NAMED_FINITE_COEFFICIENT_AND_CONDITIONAL_LOGICAL_STOCK_BOUNDARY")
    for label in ("C", "D"):
        parts_sum = sum(num[label]["parts"].values())
        check(f"M2 {label} parts sum equals coefficient; J=2002560; bits=177",
              parts_sum == num[label]["coefficient"]
              and num[label]["J"] == 2002560
              and num[label]["coefficient_bits"] == 177)
    delta = num["exact_component_delta"]
    delta_sum = sum(delta.values())
    check("M3 exact_component_delta sums to D.coefficient − C.coefficient",
          delta_sum == num["D"]["coefficient"] - num["C"]["coefficient"]
          and delta["global_prefix"] > 0
          and delta["unit_adds_and_bridges"] == 864)
    check("M4 stock: fixed_physical_visited_backing_admitted False",
          num["stock"]["fixed_physical_visited_backing_admitted"] is False)

    check("P1 PHYSICAL status PASS_SOURCE_BOUND_CARRIER_REGIONAL_CALLER",
          phys["status"] == "PASS_SOURCE_BOUND_CARRIER_REGIONAL_CALLER")
    check("P2 full_production_execution False; 5 integrated children; 4 acquisitions",
          phys["full_production_execution"] is False
          and len(phys["integrated_children"]) == 5
          and len(phys["acquisition"]) == 4)

    check("R1 RESIDUAL status PASS_FULL_RESIDUAL_ADDRESS_ALGEBRA; 2 cases (mod 3,9)",
          res["status"] == "PASS_FULL_RESIDUAL_ADDRESS_ALGEBRA"
          and len(res["cases"]) == 2
          and [c["modulus"] for c in res["cases"]] == [3, 9])
    check("R2 adapter_invocations_per_prefix == 2 × case0.adapter_commands_total == 17384",
          res["adapter_coefficient_invocations_per_prefix"]
          == 2 * res["cases"][0]["adapter_commands_total"] == 17384)
    check("R3 both cases: row_composition_matches; same source_request 1676",
          all(c["row_composition_matches"] for c in res["cases"])
          and {c["source_request"] for c in res["cases"]} == {1676})

    # Negatives
    check("NEG1 production payload claim contradicted by admission/checks/physical flags",
          adm["admitted_entry"]["production_payload_execution"] is False
          and checks["physical_execution"] is False
          and phys["full_production_execution"] is False)
    check("NEG2 claiming new κ / universal obstruction outside TASK outcome=partial scope",
          task["outcome"] == "partial")

    failed = [name for name, ok, _ in results if not ok]
    print(f"\n{len(results) - len(failed)}/{len(results)} PASS", flush=True)
    if failed:
        print("FAILED:", ", ".join(failed), flush=True)
        return 1
    return 0


def main():
    ap = argparse.ArgumentParser()
    ap.add_argument("--pkg", required=True, help="Path to downloaded package directory")
    ap.add_argument("--expect-head", default=HEAD)
    args = ap.parse_args()
    pkg = Path(args.pkg)
    check("HEAD pin recorded for audit (API fetch)", args.expect_head == HEAD, args.expect_head)
    return run(pkg)


if __name__ == "__main__":
    sys.exit(main())

James Reed (@rcfc-jreed), with substantial AI assistance (Claude, in Cursor).

[rcfc-jreed]

Independent scoped audit of #4176 R437 carrier integration at 71914dfb: 29/29

Code-disjoint reimplementation (check_4176.py); does not import package verifiers. Package bytes from head 71914dfbc9ed757f6746c02e9206bb7a984edfbb via GitHub contents API. CLAIM.

No packaging defect in INTEGRITY scope. All 27 sealed package file digests match.

What passes:

1. TASK r437-carrier-integration, outcome partial, base 12fa8c5c…; selected κ untouched.
2. Admission PASS_CHECKED_SOURCE_PARAMETER_ENTRY; numerical admitted; production payload false.
3. Fresh pooled compiler; incremental_code_bits=0; C/D kinds COPY/IDLE/MOVE → 903456 requests, rank mass 1808352, code_bits 6512.
4. Four-way A/B/C/D mass/request/profile consistent; D−C profile {1:+288,2:−576,3:+288}; 55 changed rows.
5. Numerical C/D parts sum to coefficients (J=2002560, 177 bits); exact_component_delta closes; fixed physical visited-backing not admitted.
6. Physical regional caller pass without full production execution; residual algebra mods {3,9}, adapter invocations 17384.

Not covered here: full production payload execution; live recompilation of declared SOURCES inputs; Lean; new κ; merge/close.

Finite pin/seal/receipt replay ≠ formal proof.

James Reed (@rcfc-jreed), with substantial AI assistance (Claude, in Cursor).