agentfootprint/dist/integrity/disposition/lifecycle.js

The explainable agent framework — backtrack a wrong answer to the exact context that caused it (evidence, not guesses). Built on footprintjs.

"use strict";
/**
 * The disposition ledger's run lifecycle — registration, the dev canary,
 * and nothing else.
 *
 * Pattern: two small functions bracketing a run; the ledger stays the one
 *          accumulator, this file only decides WHO is registered and runs
 *          the canary.
 * Role:    a check is registered exactly when its preconditions exist on
 *          THIS agent (wire: always — every run calls the model;
 *          compose-invariant: a mount kernel is configured; dangling: at
 *          least one tool declared `argumentsFrom`, which arms BOTH the
 *          compose-seam dangling-reference check and the choice-seam
 *          unsupported-argument check off the same declaration;
 *          empty-lookup: that same declaration AND the operator's
 *          `noticeEmptyLookups` dial — two halves, because an advisory that
 *          armed itself off a declaration made for something else would not
 *          be opt-in at all; column-types: `Tool.resultColumns` AND the
 *          operator's `checkColumnTypes` dial off `'off'` — the same two
 *          halves, arming BOTH `column-type-mismatch` and `missing-column`
 *          off the one declaration; prior-turn-evidence: the operator's
 *          `noticePriorTurnEvidence` dial AND an armed evidence gate, the
 *          same two halves — the gate is what decides which tokens in an
 *          answer are values at all, so without it there is nothing whose
 *          provenance could be reported).
 *          Registration is what makes silence auditable — an unregistered
 *          check is honest
 *          absence, a registered one that never notes is the wiring rot
 *          `assertAlive` exists to name.
 *
 * THE CANARY (dev posture): each registered check's PURE function is run
 * once against a synthetic, deliberately contradictory fixture. A check
 * that cannot catch its own canary is dead — it runs but cannot fire —
 * which is theorem (ii); theorem (i), the unhooked pipeline, is what the
 * real per-encounter notes prove. Canary findings never surface as events
 * and never touch the real counts (`noteSynthetic` quarantine).
 */
Object.defineProperty(exports, "__esModule", { value: true });
exports.beginIntegrityRun = void 0;
const ledger_js_1 = require("./ledger.js");
const check_js_1 = require("../invariant-violation/check.js");
const wire_js_1 = require("../invariant-violation/wire.js");
const check_js_2 = require("../dangling-reference/check.js");
const check_js_3 = require("../unsupported-argument/check.js");
const check_js_4 = require("../unsupported-claim/check.js");
const check_js_5 = require("../empty-lookup/check.js");
const check_js_6 = require("../column-types/check.js");
const check_js_7 = require("../prior-turn-evidence/check.js");
/**
 * Start one run's ledger: register the present checks and, in dev posture,
 * prove each can still catch its own synthetic defect.
 */
function beginIntegrityRun(present, posture) {
    const ledger = (0, ledger_js_1.dispositionLedger)();
    if (present.wire)
        ledger.register('invariant-violation', 'wire');
    // An UNARMED check is a row, not a silence.
    //
    // Every optional check is registered whether or not this run armed it, and
    // one the app never opted into is noted `not-applicable` immediately —
    // which is the literal truth: the check looked for its subject (a maps
    // plan, a tool declaring `argumentsFrom`, a claims contract) and this run
    // has none. Before this, an unarmed check filed NO row at all, and the
    // always-on `wire` row sat there green beside it; read casually — which is
    // exactly how the library's own reference agent got read for weeks — a run
    // that checked nothing was indistinguishable from a run where everything
    // passed.
    //
    // Per check, deliberately, rather than one all-or-nothing block for the
    // case where the app armed none of them. The common shape in the field is
    // PARTIAL: a consumer declares `argumentsFrom`, arms the two checks that
    // field carries, and never learns that the rest never ran. An
    // all-or-nothing block goes quiet
    // the moment one check is armed, which is precisely when the remaining
    // blind spots start to matter.
    //
    // This reuses the ledger's existing vocabulary rather than adding a flag or
    // a second channel, so the rows travel through `report()`, the
    // `agentfootprint.integrity.disposition` event and `find_context_errors`'s
    // partial-coverage headline with no change at any consumer. And
    // `notApplicable` counts as touched in `assertAlive`'s theorem, so an
    // unarmed check can never itself trip `CheckerDeadError`: not opting in is
    // not wiring rot, and the two must stay tellable apart.
    const armed = (kind, seam, isArmed) => {
        ledger.register(kind, seam);
        if (!isArmed)
            ledger.note(kind, seam, 'not-applicable');
    };
    armed('invariant-violation', 'compose', present.composeInvariant === true);
    armed('dangling-reference', 'compose', present.dangling === true);
    armed('unsupported-argument', 'choice', present.dangling === true);
    armed('unsupported-claim', 'claim', present.claim === true);
    armed('empty-lookup', 'write', present.emptyLookup === true);
    armed('column-type-mismatch', 'write', present.columnTypes === true);
    armed('missing-column', 'write', present.columnTypes === true);
    armed('prior-turn-evidence', 'claim', present.priorTurnEvidence === true);
    if (posture !== 'dev')
        return ledger;
    // The canaries — one known-bad fixture per REGISTERED check, through the
    // REAL pure function. Epoch -1 marks them as no run iteration's business.
    //
    // Registered, note, and no longer only armed. The four optional checks now
    // file a row whether or not this run had a subject for them, and a
    // `not-applicable` row with no canary beside it is the exact ambiguity this
    // whole change set exists to remove: a checker that has ROTTED and a checker
    // that simply had nothing to look at produce an identical row. The canary is
    // the only thing that tells them apart, and it costs a pure function call on
    // a fixture.
    //
    // The alternative — canary only what the app armed — reads reasonable and is
    // wrong for the same reason a green report from a check that never ran is
    // decoration: the moment somebody DOES arm `.claims()`, they inherit whatever
    // state that checker rotted into while nobody was looking, and nothing in the
    // record will say how long it had been dead. Dev posture is a library-health
    // instrument, so it proves the machinery, not this run's subset of it.
    if (present.wire) {
        ledger.noteSynthetic('invariant-violation', 'wire', 'minted');
        const caught = (0, wire_js_1.wireViolationsOf)({ names: ['canary_tool'], provenance: 'canary: composed frame' }, { names: ['canary_tool', 'canary_ghost'], provenance: 'canary: wire' }, -1);
        if (caught.length > 0)
            ledger.noteSynthetic('invariant-violation', 'wire', 'caught');
    }
    {
        ledger.noteSynthetic('invariant-violation', 'compose', 'minted');
        const caught = (0, check_js_1.invariantViolationsOf)({ mapId: 'canary-map', standing: 'parked', iteration: -1, ownedToolNames: ['canary_tool'] }, { names: ['canary_tool'], provenance: 'canary: serving' });
        if (caught.length > 0)
            ledger.noteSynthetic('invariant-violation', 'compose', 'caught');
    }
    {
        ledger.noteSynthetic('dangling-reference', 'compose', 'minted');
        const caught = (0, check_js_2.danglingReferencesOf)([{ name: 'canary_tool', argumentsFrom: ['canary_ground'] }], new Set(['canary_ground']), new Set(), -1);
        if (caught.length > 0)
            ledger.noteSynthetic('dangling-reference', 'compose', 'caught');
    }
    {
        // The choice-seam canary: an ARMED call carrying a value the corpus does
        // not contain. The fixture's corpus deliberately says nothing that could
        // match, so a check that still finds nothing is a check that cannot fire.
        ledger.noteSynthetic('unsupported-argument', 'choice', 'minted');
        const caught = (0, check_js_3.unsupportedArgumentsOf)([
            {
                toolName: 'canary_tool',
                toolCallId: 'canary',
                args: { id: 'canary-fabricated-id' },
                argumentsFrom: ['canary_ground'],
            },
        ], { grounded: ['canary: this frame served no identifiers'], assistant: [] }, -1);
        if (caught.findings.length > 0) {
            ledger.noteSynthetic('unsupported-argument', 'choice', 'caught');
        }
    }
    {
        ledger.noteSynthetic('unsupported-claim', 'claim', 'minted');
        const caught = (0, check_js_4.unsupportedClaimsOf)([{ answerField: 'canary', entity: 'canary-entity', field: 'canary-field' }], [
            {
                entity: 'canary-entity',
                field: 'canary-field',
                value: 'settled',
                toolName: 'canary',
                toolCallId: 'canary',
                iteration: -1,
            },
        ], { canary: 'claimed-otherwise' }, -1);
        if (caught.findings.length > 0)
            ledger.noteSynthetic('unsupported-claim', 'claim', 'caught');
    }
    {
        // The write-seam canary (9.77.0): a lookup whose argument the fixture's
        // PRODUCER really did serve, answering with a zero-row rowset. Both
        // halves of the join are deliberately load-bearing — remove the ground
        // and the value is not the run's own; make the rowset non-empty and
        // there is nothing to notice — so a check that finds nothing here has
        // lost one of the two facts it exists to pair.
        ledger.noteSynthetic('empty-lookup', 'write', 'minted');
        const caught = (0, check_js_5.emptyLookupOf)({
            toolName: 'canary_tool',
            toolCallId: 'canary',
            args: { id: 'canary-grounded-id' },
            argumentsFrom: ['canary_ground'],
            reading: (0, check_js_5.readLookupResult)([], false),
        }, [{ toolName: 'canary_ground', text: 'canary: served canary-grounded-id' }], -1);
        if (caught.findings.length > 0)
            ledger.noteSynthetic('empty-lookup', 'write', 'caught');
    }
    {
        // The column-type canaries (9.78.0). ONE fixture, deliberately, because
        // one rowset carries both defects at once and that is the honest shape of
        // the field failure: a numeric column arriving as text AND a declared
        // column nobody delivered, in the same result. Each check reads its own
        // findings out of the shared verdict, so a canary that catches one and
        // not the other names exactly which half died.
        ledger.noteSynthetic('column-type-mismatch', 'write', 'minted');
        ledger.noteSynthetic('missing-column', 'write', 'minted');
        const caught = (0, check_js_6.columnTypesOf)({
            toolName: 'canary_tool',
            toolCallId: 'canary',
            columns: { canary_measure: 'number', canary_absent: 'string' },
            reading: (0, check_js_6.readRowset)([{ canary_measure: '1240' }]),
            mode: 'warn',
        }, -1);
        if (caught.findings.some((f) => f.kind === 'column-type-mismatch')) {
            ledger.noteSynthetic('column-type-mismatch', 'write', 'caught');
        }
        if (caught.findings.some((f) => f.kind === 'missing-column')) {
            ledger.noteSynthetic('missing-column', 'write', 'caught');
        }
    }
    {
        // The claim-seam recency canary (9.83.0): an answer whose only grounded
        // values were last served two turns ago, on a turn that fetched nothing.
        // Both halves of the reading are load-bearing — give it one value from
        // this turn and the claim is falsified, drop the boundary
        // (`currentTurn: 0`) and there is no "before" to be — so a check that
        // finds nothing here has lost one of the two facts it exists to pair.
        ledger.noteSynthetic('prior-turn-evidence', 'claim', 'minted');
        const caught = (0, check_js_7.priorTurnEvidenceOf)({
            fromThisTurn: 0,
            fromPriorTurns: 3,
            latestPriorTurn: 1,
            currentTurn: 3,
            toolResultsThisTurn: 0,
            indexTruncated: false,
        }, -1);
        if (caught.findings.length > 0)
            ledger.noteSynthetic('prior-turn-evidence', 'claim', 'caught');
    }
    return ledger;
}
exports.beginIntegrityRun = beginIntegrityRun;
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