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The explainable agent framework — backtrack a wrong answer to the exact context that caused it (evidence, not guesses). Built on footprintjs.
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JavaScript
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/**
* findings/judge — a calibrated SECOND SOURCE on the ledger (9.104.0).
*
* Pattern: a pure question builder (`judgeQuestions`) + one async writer
* (`judgeResult`) that spends a `Classifier` call per tool result
* and files what came back through `recordFindings` — the ONE
* writer of `AgentState.findingsLedger` stays the one writer.
* Role: core/ layer. The dispatch loop (`stages/toolCalls.ts`) calls
* `judgeResult` right after a tool result is committed to
* `toolResults`, and only under `.findings({ judge })`; an agent
* with no judge never reaches this file.
*
* WHAT IS ASKED. Intent is first-person: the judge is never asked why the
* model called a tool. It is asked what a RESULT is worth for the
* PROPOSITION the model declared before the call (`BasisRow.proposition`),
* or — when the call declared none — for the user's question; the row says
* which (`against`). Two questions, ids fixed so a bench and a lens can read
* them: `standing`, a choice over the four standings, and `tests_subject`,
* the probability that the result tests the proposition / question at all
* (the probe's `tests_proposition`, renamed because the subject may be the
* question).
*
* WHAT IS WRITTEN. A `JudgmentRow` — source, provider model string, the
* chosen standing, the whole distribution, the confidence, the noul, usage,
* latency — or, when the call failed, a `JudgmentErrorRow` with the
* provider's status and message and the latency spent. Never a guessed
* standing. The model's own standing (`StandingRow`) is untouched: two
* sources, two rows, and the disagreement is a fact of the record.
*
* WHAT IS SERVED. Nothing, in this packet. `serve.ts` reads
* `foldLedger(...).standingOf` (the model's) alone — policy A on the design
* page; the bench decides whether B–D are worth a change.
*/
Object.defineProperty(exports, "__esModule", { value: true });
exports.judgeResult = exports.judgeQuestions = exports.STANDING_CRITERIA = exports.JUDGE_QUESTION_IDS = void 0;
const types_js_1 = require("../../../classify/types.js");
const ledger_js_1 = require("./ledger.js");
const types_js_2 = require("./types.js");
/** The two question ids every judgment is asked under. */
exports.JUDGE_QUESTION_IDS = {
standing: 'standing',
testsSubject: 'tests_subject',
};
/**
* The four standings as criteria for the `choice` question — the ledger's
* own vocabulary (`findings/types.ts`), described to the judge in the
* ledger's own terms so its `choice` is a `Standing` by construction.
*/
exports.STANDING_CRITERIA = Object.freeze({
fact: 'The result establishes the proposition (or answers the question): it can be stood on as it is.',
open: 'The result bears on the proposition (or question) but leaves it unsettled: a further read would settle it.',
noise: 'The result has no bearing on the proposition (or question): nothing in it speaks to it either way.',
'ruled-out': 'The result shows the proposition does not hold (or the question has no answer of this kind): it is ruled out by what the tool returned.',
});
const STANDING_INSTRUCTIONS = 'You are shown a tool result and what it was asked for: a proposition the caller declared before the call, ' +
'or the question the caller is working on. Judge what the RESULT IS to that subject — not why the tool was called.';
const TESTS_SUBJECT_INSTRUCTIONS = 'Does this result test the proposition (or bear on the question) at all — could reading it change what one believes about it?';
/**
* Build the classifier request for one landed result. Pure. `against` is
* `'proposition'` exactly when the call's basis row carries one; otherwise
* the user's question is the subject and the row will say so. The result
* text is cut at `JUDGE_RESULT_CHARS` with the cut reported, never hidden.
*/
function judgeQuestions(basis, userQuestion, result) {
const clipped = result.result.length > types_js_2.JUDGE_RESULT_CHARS;
const state = {
...(basis?.proposition !== undefined && { proposition: basis.proposition }),
...(basis?.predicts !== undefined && { predicts: basis.predicts }),
question: userQuestion,
tool: result.toolName,
result: clipped ? result.result.slice(0, types_js_2.JUDGE_RESULT_CHARS) : result.result,
};
return {
request: {
state,
questions: {
[exports.JUDGE_QUESTION_IDS.standing]: {
type: 'choice',
instructions: STANDING_INSTRUCTIONS,
criteria: exports.STANDING_CRITERIA,
},
[exports.JUDGE_QUESTION_IDS.testsSubject]: {
type: 'noul',
instructions: TESTS_SUBJECT_INSTRUCTIONS,
},
},
},
against: basis?.proposition !== undefined ? 'proposition' : 'question',
clipped,
};
}
exports.judgeQuestions = judgeQuestions;
/**
* Ask the judge about ONE landed result and file the answer. Never throws:
* a provider failure — a status, a network error, a malformed answer, an
* abort — is a `JudgmentErrorRow` and the run continues, because the judge
* is advisory and its absence must never cost the run its answer.
*/
async function judgeResult(scope, judge, entry, iteration, signal,
/** The honesty layers' turn stamp — passed only while an honesty layer is armed. */
stamp) {
const basis = lastBasisRowFor(scope.findingsLedger ?? [], entry.toolCallId);
const { request, against, clipped } = judgeQuestions(basis, scope.userMessage ?? '', entry);
const startedAt = Date.now();
let row;
try {
const result = await judge.classify(request, signal);
row = judgmentRowFrom(result, judge.name, entry, against, clipped, iteration);
}
catch (err) {
row = {
kind: 'judgment-error',
toolCallId: entry.toolCallId,
toolName: entry.toolName,
source: 'judge',
judge: { name: judge.name },
...(err instanceof types_js_1.ClassifierError && err.status !== undefined && { status: err.status }),
message: err instanceof Error ? err.message : String(err),
latencyMs: Date.now() - startedAt,
iteration,
};
}
(0, ledger_js_1.recordFindings)(scope, [row], stamp);
}
exports.judgeResult = judgeResult;
/** The LAST basis row filed for a call — the proposition declared before its result existed. */
function lastBasisRowFor(rows, toolCallId) {
let found;
for (const row of rows) {
if (row.kind === 'basis' && row.toolCallId === toolCallId)
found = row;
}
return found;
}
/**
* The provider's answer as a row — field for field. An answer whose
* `standing` is not a `choice` over the four standings is a failure, not a
* row: the record never carries a standing nobody produced.
*/
function judgmentRowFrom(result, judgeName, entry, against, clipped, iteration) {
const standing = result.answers[exports.JUDGE_QUESTION_IDS.standing];
if (standing === undefined || standing.type !== 'choice') {
throw new types_js_1.ClassifierError(`judge: no 'choice' answer under '${exports.JUDGE_QUESTION_IDS.standing}' in the reply`);
}
if (!types_js_2.STANDING_VALUES.includes(standing.choice)) {
throw new types_js_1.ClassifierError(`judge: answered a standing outside the vocabulary: ${JSON.stringify(standing.choice)}`);
}
const tests = result.answers[exports.JUDGE_QUESTION_IDS.testsSubject];
const probabilities = {};
for (const s of types_js_2.STANDING_VALUES) {
const p = standing.probabilities[s];
if (p !== undefined)
probabilities[s] = p;
}
return {
kind: 'judgment',
toolCallId: entry.toolCallId,
toolName: entry.toolName,
source: 'judge',
judge: { name: judgeName, model: result.model },
against,
standing: standing.choice,
// The provider's distribution over the ledger's vocabulary, as sent — a
// standing the provider did not score is absent, never zero.
probabilities: probabilities,
confidence: standing.confidence,
...(tests?.type === 'noul' && { testsSubject: tests.noul }),
...(result.usage !== undefined && { usage: result.usage }),
latencyMs: result.latencyMs,
...(clipped && { clipped: true }),
iteration,
};
}
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