agentfootprint/dist/answer-account/render.js

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

"use strict";
/**
 * Fill and grammar — how a template id and its vars become a typed sentence.
 *
 * `fillParts` substitutes placeholders NON-recursively (the `renderCommentary`
 * precedent): a var's value is never read as a template, so a tool that
 * declares "{{x}}" in its own words gets "{{x}}" printed, not substituted.
 * A missing var is a programming error and throws — `account.ts` catches it
 * per sentence and writes `unreadable.line@1` instead.
 *
 * English-only surfaces (named for the later locale map): the `count` pairs
 * inside the table, `allOf`, `joinAnd`, `distance` (all table-driven except
 * `joinAnd`'s ", " / " and ").
 */
Object.defineProperty(exports, "__esModule", { value: true });
exports.joinSentences = exports.dedupePointers = exports.pointerKey = exports.saidBy = exports.chip = exports.sentence = exports.sentenceSource = exports.fillParts = exports.joinAnd = exports.verb = exports.count = exports.n = exports.clipFact = exports.v = exports.isPresentationVar = exports.weakest = exports.MAX_VAR_CHARS = exports.MAX_POINTERS = void 0;
const templates_js_1 = require("./templates.js");
const pointerKey_js_1 = require("./pointerKey.js");
Object.defineProperty(exports, "pointerKey", { enumerable: true, get: function () { return pointerKey_js_1.answerAccountPointerKey; } });
/** Pointers one sentence carries at most (its printed vars' leaves come first). */
exports.MAX_POINTERS = 12;
/** A string var longer than this is clipped, with `part.clipped@1` after it. */
exports.MAX_VAR_CHARS = 2000;
// ── voucher ranking ──────────────────────────────────────────────────────
const RANK = { person: 0, library: 1, tool: 2, model: 3, app: 4 };
const rankOf = (source) => RANK[source.startsWith('tool:') ? 'tool' : source] ?? 4;
/** The weakest of the given sources (library > tool > model > app; person strongest). */
function weakest(sources) {
    let out = 'person';
    for (const s of sources)
        if (rankOf(s) > rankOf(out))
            out = s;
    return out;
}
exports.weakest = weakest;
/** A var is presentation, not truth, when it is a skill's LABEL (`<name>Label`). */
const isPresentationVar = (name) => name.endsWith('Label');
exports.isPresentationVar = isPresentationVar;
// ── vars ─────────────────────────────────────────────────────────────────
/** A var read from the record (or a declaration). Long strings are clipped. */
function v(value, source, from, max = exports.MAX_VAR_CHARS) {
    const clipped = typeof value === 'string' && value.length > max;
    return {
        value: clipped ? value.slice(0, max) : value,
        source,
        ...(from !== undefined && { from }),
        ...(clipped && { clipped: true }),
    };
}
exports.v = v;
/** A fact's text value, cut at `max` characters with `clipped: true` — the size bound. */
function clipFact(value, max) {
    return value.length > max ? { value: value.slice(0, max), clipped: true } : { value };
}
exports.clipFact = clipFact;
/** A number the account computed (a count) — no pointer of its own. */
const n = (value, source = 'library') => ({
    value,
    source,
});
exports.n = n;
// ── fill ─────────────────────────────────────────────────────────────────
const PLACEHOLDER = /\{\{([^}]+)\}\}/g;
function varOf(vars, name, id) {
    const found = vars[name];
    if (found === undefined)
        throw new Error(`answer-account: template ${id} needs var "${name}"`);
    return found;
}
function numberOf(vars, name, id) {
    const value = varOf(vars, name, id).value;
    if (typeof value !== 'number')
        throw new Error(`answer-account: var "${name}" of ${id} is not a number`);
    return value;
}
const countWords = (count, one, many) => `${count} ${count === 1 ? one : many}`;
/** "n one" / "n many" — an explicit pair, never a suffix. */
exports.count = countWords;
/** "was" / "were" by count. */
const verb = (count, one, many) => count === 1 ? one : many;
exports.verb = verb;
/** ≤ 3 values inline: "a", "a and b", "a, b and c". Longer lists are the caller's bulleted list. */
function joinAnd(values) {
    if (values.length <= 1)
        return values.join('');
    return `${values.slice(0, -1).join(', ')} and ${values[values.length - 1]}`;
}
exports.joinAnd = joinAnd;
function textOf(id, vars) {
    return fillParts(id, vars);
}
function expandPlaceholder(body, vars, id) {
    const countMatch = /^count:([A-Za-z0-9_]+),'([^']*)','([^']*)'$/.exec(body);
    if (countMatch) {
        const [, name = '', one = '', many = ''] = countMatch;
        return [{ text: countWords(numberOf(vars, name, id), one, many) }];
    }
    const allOfMatch = /^allOf:([A-Za-z0-9_]+)$/.exec(body);
    if (allOfMatch) {
        const k = numberOf(vars, allOfMatch[1] ?? '', id);
        if (k === 1)
            return fillParts('part.allOf.one', {}).parts;
        if (k === 2)
            return fillParts('part.allOf.two', {}).parts;
        return fillParts('part.allOf.many', { n: (0, exports.n)(k) }).parts;
    }
    const [name, kind] = body.split(':');
    const variable = varOf(vars, name, id);
    const value = String(variable.value);
    const clippedTail = variable.clipped ? fillParts('part.clipped', {}).parts : [];
    switch (kind) {
        case undefined:
            return [{ text: value }, ...clippedTail];
        case 'code':
            return [{ code: value }, ...clippedTail];
        case 'quote':
            return [{ quote: value, source: variable.source }, ...clippedTail];
        case 'label':
            return [{ label: value, source: variable.source }, ...clippedTail];
        case 'skill': {
            const label = vars[`${name}Label`];
            return label === undefined
                ? fillParts('part.skill.bare', { id: variable }).parts
                : fillParts('part.skill.labelled', { id: variable, label }).parts;
        }
        case 'distance': {
            const distance = numberOf(vars, name, id);
            const windowed = vars[`${name}Windowed`]?.value === 1;
            if (windowed)
                return fillParts('distance.atLeast', { n: (0, exports.n)(distance) }).parts;
            if (distance === 1)
                return fillParts('distance.previous', {}).parts;
            return fillParts('distance.back', { n: (0, exports.n)(distance) }).parts;
        }
        default:
            throw new Error(`answer-account: unknown placeholder kind "${kind}" in ${id}`);
    }
}
function mergeText(parts) {
    const out = [];
    for (const part of parts) {
        const last = out[out.length - 1];
        if ('text' in part && last !== undefined && 'text' in last) {
            out[out.length - 1] = { text: last.text + part.text };
        }
        else if (!('text' in part) || part.text.length > 0) {
            out.push(part);
        }
    }
    return out;
}
const partText = (part) => 'text' in part
    ? part.text
    : 'code' in part
        ? part.code
        : 'quote' in part
            ? part.quote
            : part.label;
/**
 * Fill one template. Returns the plain text and the same text as typed parts.
 * Throws on a missing var or an unknown placeholder kind (a programming error).
 */
function fillParts(id, vars) {
    const template = templates_js_1.ANSWER_ACCOUNT_TEMPLATES[id];
    if (template === undefined)
        throw new Error(`answer-account: unknown template ${String(id)}`);
    const raw = [];
    let at = 0;
    for (const match of template.text.matchAll(PLACEHOLDER)) {
        raw.push({ text: template.text.slice(at, match.index) });
        raw.push(...expandPlaceholder(match[1] ?? '', vars, id));
        at = (match.index ?? 0) + match[0].length;
    }
    raw.push({ text: template.text.slice(at) });
    const parts = mergeText(raw);
    return { text: parts.map(partText).join(''), parts };
}
exports.fillParts = fillParts;
/** The template's own voucher, resolved (`tool` → `tool:<the tool var's value>`). */
function voucherOf(id, vars) {
    const voucher = templates_js_1.ANSWER_ACCOUNT_TEMPLATES[id].voucher;
    if (voucher !== 'tool')
        return voucher;
    // The tool NAME is recorded by the library; the CLAIM is the tool's own.
    return `tool:${String(varOf(vars, 'tool', id).value)}`;
}
/** The weakest-voucher rule over a sentence's inputs (labels excluded — presentation). */
function sentenceSource(id, vars, basis = []) {
    const truth = Object.entries(vars)
        .filter(([name]) => !(0, exports.isPresentationVar)(name))
        .map(([, variable]) => variable.source);
    return weakest([voucherOf(id, vars), ...truth, ...basis]);
}
exports.sentenceSource = sentenceSource;
/** Build one sentence. Throws only on a programming error (see `fillParts`). */
function sentence(id, spec = {}) {
    const vars = spec.vars ?? {};
    const { text, parts } = textOf(id, vars);
    const template = templates_js_1.ANSWER_ACCOUNT_TEMPLATES[id];
    // The vars' own pointers first (each one is a leaf the sentence printed), then the
    // sentence's evidence — capped: a sentence about 3,000 rows points at a sample of them.
    const pointers = dedupePointers([
        ...Object.values(vars).flatMap((variable) => (variable.from ? [variable.from] : [])),
        ...(spec.pointers ?? []),
    ]).slice(0, exports.MAX_POINTERS);
    return {
        text,
        parts,
        template: { id, version: template.version },
        vars,
        source: sentenceSource(id, vars, spec.basis),
        status: spec.status ?? 'recorded',
        pointers,
        ...(spec.missing !== undefined && { missing: spec.missing }),
        ...(spec.chips !== undefined && spec.chips.length > 0 && { chips: spec.chips }),
        ...(spec.item === true && { item: true }),
    };
}
exports.sentence = sentence;
/** A fixed-word chip. */
function chip(mark, id, tone = 'plain', vars = {}) {
    return {
        mark,
        text: fillParts(id, vars).text,
        tone,
        template: { id, version: templates_js_1.ANSWER_ACCOUNT_TEMPLATES[id].version },
    };
}
exports.chip = chip;
/** "said by: …" for one source. */
function saidBy(source) {
    const who = source === 'person'
        ? fillParts('chip.who.person', {}).text
        : source === 'library'
            ? fillParts('chip.who.library', {}).text
            : source === 'model'
                ? fillParts('chip.who.model', {}).text
                : source === 'app'
                    ? fillParts('chip.who.app', {}).text
                    : source.slice('tool:'.length);
    return chip('said-by', 'chip.saidBy', 'plain', { who: { value: who, source: 'library' } });
}
exports.saidBy = saidBy;
function dedupePointers(pointers) {
    const seen = new Set();
    const out = [];
    for (const p of pointers) {
        const key = (0, pointerKey_js_1.answerAccountPointerKey)(p);
        if (seen.has(key))
            continue;
        seen.add(key);
        out.push(p);
    }
    return out;
}
exports.dedupePointers = dedupePointers;
/**
 * Two signal sentences as one line (`summary.signals@1`): the parts of both,
 * the vars of both (prefixed), the weakest voucher of both.
 */
function joinSentences(first, second) {
    const id = second === undefined ? 'summary.signal' : 'summary.signals';
    const template = templates_js_1.ANSWER_ACCOUNT_TEMPLATES[id];
    const prefixed = (s, prefix) => Object.fromEntries(Object.entries(s.vars).map(([k, value]) => [`${prefix}.${k}`, value]));
    const parts = second === undefined
        ? first.parts
        : mergeText([...first.parts, { text: ' ' }, ...second.parts]);
    return {
        text: second === undefined ? first.text : `${first.text} ${second.text}`,
        parts,
        template: { id, version: template.version },
        vars: { ...prefixed(first, 'first'), ...(second ? prefixed(second, 'second') : {}) },
        source: weakest([first.source, ...(second ? [second.source] : [])]),
        status: first.status,
        pointers: dedupePointers([...first.pointers, ...(second?.pointers ?? [])]),
    };
}
exports.joinSentences = joinSentences;
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