420 lines
31 KiB
TypeScript
Executable File
420 lines
31 KiB
TypeScript
Executable File
import { Pool, type PoolClient, type PoolConfig } from 'pg';
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import { createHash, randomUUID } from 'node:crypto';
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import { IS_MAINNET, NETWORK } from '../../shared/network.ts';
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import { CHAIN_ID, verifySignature } from '../testnet/consensus.ts';
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import { Ledger } from '../testnet/ledger.ts';
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import { ADDITIONAL_MARKET_FEE } from '../../shared/market.ts';
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import { allocateXmrSale } from '../../shared/xmr-pricing.ts';
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import { parseAtomicXmr } from '../../shared/xmr-amount.ts';
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import { CUSTODY_POLICY, MOCK_CREDIT_ATOMIC, custodyCommandSchema, custodyMessage,
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type CustodyActivity, type CustodyCommand, type CustodyInfo, type CustodyListing,
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type CustodyOrder, type CustodyPage, type CustodyWithdrawal } from '../../shared/custody.ts';
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import { CustodyError } from './custody.ts';
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import { CUSTODY_WRITE_LOCK, verifyCustodySchema } from './postgres-schema.ts';
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import { resolvedMarketPolicy, validateMarketPolicy, permitsMarketAction, type MarketPolicy } from './policy.ts';
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import { CustodyIntegrityError, auditBusinessLiabilities, auditOrder, auditWithdrawal } from './custody-integrity.ts';
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import { replayReservedSale } from './sale-rehearsal.ts';
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import { CanonicalInboxError, auditCanonicalInbox, ingestCanonicalPage } from './canonical-inbox.ts';
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export type CustodyOptions = { feeBps: number; card(hash: string, owner: string, sequence: number): { title: string } | undefined;
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now?: () => number; disposableSaleRehearsal?: boolean } & MarketPolicy;
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type Result = CustodyActivity | CustodyListing | CustodyOrder | CustodyWithdrawal;
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export type CustodyAudit = { journals: number; assetsAtomicXmr: string; claimsAndRevenueAtomicXmr: string };
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type Line = { account: string; normal?: 'debit' | 'credit'; debit?: bigint; credit?: bigint };
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const available = (actor: string) => `customer:${actor}:available`;
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const reserved = (o: CustodyOrder) => `customer:${o.buyer}:purchase:${o.id}`;
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const held = (w: CustodyWithdrawal) => `customer:${w.actor}:withdrawal:${w.id}`;
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function check(ok: unknown, message: string): asserts ok { if (!ok) throw new CustodyError(message); }
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/** PostgreSQL-backed SAME sandbox protocol. No real XMR, NFT witness, or automatic schema migration. */
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export class PostgresCustody {
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readonly id: string;
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private readonly pool: Pool;
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private readonly options: CustodyOptions;
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private active = 0;
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private readonly auditTimer: ReturnType<typeof setInterval>;
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private auditInFlight: Promise<CustodyAudit> | undefined;
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private integrityHold = false;
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private auditState: { status: 'ok' | 'failed'; lastAttemptAt: number; lastSuccessAt: number; failureCode: string | null };
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private constructor(pool: Pool, options: CustodyOptions, id: string) {
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this.pool = pool; this.options = options; this.id = id;
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this.auditState = { status: 'ok', lastAttemptAt: Date.now(), lastSuccessAt: Date.now(), failureCode: null };
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this.auditTimer = setInterval(() => { void this.audit().catch(() => {
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console.error('Custody financial audit unavailable or inconsistent; mutations held pending operator review.');
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}); }, 60000);
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this.auditTimer.unref();
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}
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static async open(config: PoolConfig, options: CustodyOptions): Promise<PostgresCustody> {
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if (IS_MAINNET) throw new Error('Custody sandbox cannot run on mainnet');
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if (options.disposableSaleRehearsal && (config.database !== 'custody_test' || process.env.WIKIDECK_PG_DISPOSABLE_TEST !== '1')) {
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throw new Error('Sale rehearsal requires the explicitly isolated disposable database');
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}
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await validateMarketPolicy(options);
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if (!Number.isSafeInteger(options.feeBps) || options.feeBps < 0 || options.feeBps > 5000) throw new Error('Invalid custody fee');
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const pool = new Pool(config);
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// Never log connection details or let idle-client socket errors become uncaught process exceptions.
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pool.on('error', () => { console.error('Custody PostgreSQL connection unavailable; requests will fail closed.'); });
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try {
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const c = await pool.connect();
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let id: string;
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try {
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if (options.disposableSaleRehearsal && (await c.query('SELECT current_database() AS name')).rows[0].name !== 'custody_test') {
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throw new Error('Sale rehearsal requires the explicitly isolated disposable database');
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}
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await c.query('BEGIN');
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await c.query('SELECT pg_advisory_xact_lock($1::bigint)', [CUSTODY_WRITE_LOCK]);
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await verifyCustodySchema(c);
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const privilege = await c.query(`SELECT r.rolsuper,r.rolcreatedb,r.rolcreaterole,r.rolreplication,r.rolbypassrls,
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pg_has_role(current_user,n.nspowner,'MEMBER') AS owns_schema
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FROM pg_roles r CROSS JOIN pg_namespace n WHERE r.rolname=current_user AND n.nspname='wk_custody'`);
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if (!privilege.rowCount || Object.values(privilege.rows[0]).some(Boolean)) {
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throw new Error('Custody runtime requires a non-administrative role separate from the schema owner');
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}
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const existing = await c.query("SELECT value FROM wk_custody.custody_meta WHERE key='identity'");
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if (existing.rowCount) {
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const v = JSON.parse(existing.rows[0].value);
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if (v.version !== 1 || v.network !== NETWORK || v.chainId !== CHAIN_ID || v.mode !== 'sandbox' ||
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v.policy !== CUSTODY_POLICY || !/^[a-f0-9]{8}(-[a-f0-9]{4}){3}-[a-f0-9]{12}$/.test(v.id)) throw new Error('Custody PostgreSQL identity mismatch');
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id = v.id;
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} else {
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id = randomUUID();
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await c.query('INSERT INTO wk_custody.custody_meta VALUES($1,$2)', ['identity', JSON.stringify({ version: 1,
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network: NETWORK, chainId: CHAIN_ID, mode: 'sandbox', policy: CUSTODY_POLICY, id })]);
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}
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await auditPostgres(c);
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await c.query('COMMIT');
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} catch (e) {
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await c.query('ROLLBACK').catch(() => {});
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if (e instanceof CustodyIntegrityError) await recordIntegrityIncident(c, e.code).catch(() => {
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console.error('Custody integrity incident could not be persisted; fence all custody writers and inspect database availability.');
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});
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throw e;
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}
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finally { c.release(); }
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return new PostgresCustody(pool, options, id);
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} catch (e) { await pool.end(); throw e; }
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}
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async close(): Promise<void> { clearInterval(this.auditTimer); await this.auditInFlight?.catch(() => {}); await this.pool.end(); }
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diagnostics() {
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const stale = Date.now() - this.auditState.lastSuccessAt > 120000;
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return { backend: 'postgres', mutationHold: this.integrityHold || this.auditState.status !== 'ok' || stale,
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integrityHold: this.integrityHold, audit: { ...this.auditState, stale } };
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}
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info(): CustodyInfo {
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return { enabled: true, mode: 'sandbox', policy: CUSTODY_POLICY, network: NETWORK, chainId: CHAIN_ID,
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custodianId: this.id, feeBps: this.options.feeBps, ...resolvedMarketPolicy(this.options), liveDeposits: false, liveWithdrawals: false, nftSettlement: false };
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}
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private async transaction<T>(write: boolean, fn: (c: PoolClient) => Promise<T>): Promise<T> {
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check(this.active < 16, 'Custody database busy; retry the original command shortly');
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this.active++;
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let c: PoolClient | undefined;
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let mutationSavepoint = false;
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try {
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c = await this.pool.connect();
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await c.query(write ? 'BEGIN' : 'BEGIN ISOLATION LEVEL REPEATABLE READ READ ONLY');
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await c.query("SET LOCAL statement_timeout='10s'; SET LOCAL lock_timeout='3s'; SET LOCAL idle_in_transaction_session_timeout='10s'; SET LOCAL synchronous_commit=on");
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// One writer per financial domain initially; other readers remain nonblocking. Lock is database-scoped,
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// shared by every node/process, migrations and import, not an in-process promise queue.
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if (write) {
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await c.query('SELECT pg_advisory_xact_lock($1::bigint)', [CUSTODY_WRITE_LOCK]);
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await c.query('SAVEPOINT custody_mutation'); mutationSavepoint = true;
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}
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const result = await fn(c);
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await c.query('COMMIT');
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return result;
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} catch (e) {
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if (e instanceof CustodyIntegrityError) {
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this.integrityHold = true;
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this.auditState = { ...this.auditState, status: 'failed', lastAttemptAt: Date.now(), failureCode: e.code };
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// Roll back business changes but retain the cross-process writer lock until the incident is committed.
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// Read-only/background audit failures require a separate marker transaction; DB/process loss can still
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// prevent persistence, so external writer fencing remains an incident-response requirement.
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if (c) {
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try {
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if (mutationSavepoint) await c.query('ROLLBACK TO SAVEPOINT custody_mutation');
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else await c.query('ROLLBACK');
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await recordIntegrityIncident(c, e.code);
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if (mutationSavepoint) await c.query('COMMIT');
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} catch {
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await c.query('ROLLBACK').catch(() => {});
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console.error('Custody integrity incident could not be persisted; fence all custody writers and inspect database availability.');
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}
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}
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throw e;
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}
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await c?.query('ROLLBACK').catch(() => {});
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// Never retry after an ambiguous COMMIT. Signed receipts resolve the SAME nonce on a client retry.
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if (e instanceof CustodyError) throw e;
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if ((e as { code?: string }).code === '23514') throw new CustodyError('Insufficient balance or custody amount constraint');
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throw new Error('Custody PostgreSQL operation failed; refresh or retry the original signed command');
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} finally { c?.release(); this.active--; }
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}
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async browse(offset = 0): Promise<CustodyPage> {
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check(Number.isSafeInteger(offset) && offset >= 0 && offset <= 10000, 'Invalid custody page');
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if (!resolvedMarketPolicy(this.options).marketEnabled) return { info: this.info(), listings: [], next: null };
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return this.transaction(false, async c => {
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const { rows } = await c.query("SELECT data FROM wk_custody.listings WHERE status IN ('open','reserved') ORDER BY sequence DESC LIMIT 25 OFFSET $1", [offset]);
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return { info: this.info(), listings: rows.slice(0, 24).map(r => r.data), next: rows.length > 24 ? offset + 24 : null };
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});
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}
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private async activity(c: PoolClient, actor: string, offset: number): Promise<CustodyActivity> {
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const orders = await c.query('SELECT data FROM wk_custody.orders WHERE buyer=$1 OR seller=$1 ORDER BY sequence DESC LIMIT 25 OFFSET $2', [actor, offset]);
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const withdrawals = await c.query('SELECT data FROM wk_custody.withdrawals WHERE actor=$1 ORDER BY sequence DESC LIMIT 25 OFFSET $2', [actor, offset]);
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const sums = await c.query(`SELECT COALESCE(sum(balance) FILTER(WHERE id=$1),0)::text AS available,
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COALESCE(sum(balance) FILTER(WHERE id LIKE $2),0)::text AS purchase,
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COALESCE(sum(balance) FILTER(WHERE id LIKE $3),0)::text AS withdrawal FROM wk_custody.accounts WHERE id LIKE $4`,
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[available(actor), `customer:${actor}:purchase:%`, `customer:${actor}:withdrawal:%`, `customer:${actor}:%`]);
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const claimed = await c.query('SELECT 1 FROM wk_custody.credits WHERE actor=$1', [actor]);
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return { availableAtomicXmr: sums.rows[0].available, purchaseReservedAtomicXmr: sums.rows[0].purchase,
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withdrawalReservedAtomicXmr: sums.rows[0].withdrawal, mockCreditClaimed: !!claimed.rowCount,
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orders: orders.rows.slice(0, 24).map(r => r.data), withdrawals: withdrawals.rows.slice(0, 24).map(r => r.data),
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next: orders.rows.length > 24 || withdrawals.rows.length > 24 ? offset + 24 : null };
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}
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private async post(c: PoolClient, id: string, kind: string, lines: Line[]) {
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const nonzero = lines.filter(l => (l.debit ?? 0n) !== 0n || (l.credit ?? 0n) !== 0n);
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if (!nonzero.length || nonzero.reduce((s, l) => s + (l.debit ?? 0n) - (l.credit ?? 0n), 0n) !== 0n) throw new Error('Unbalanced custody posting');
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await c.query('INSERT INTO wk_custody.journals(id,kind,created) VALUES($1,$2,$3)', [id, kind, (this.options.now ?? Date.now)()]);
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for (const [position, line] of nonzero.entries()) {
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const normal = line.normal ?? 'credit';
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await c.query('INSERT INTO wk_custody.accounts(id,normal) VALUES($1,$2) ON CONFLICT(id) DO NOTHING', [line.account, normal]);
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// Runtime intentionally has no UPDATE privilege on balances. The SECURITY DEFINER projection
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// trigger takes the account row lock; global writer admission protects the preceding normal check.
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const account = await c.query('SELECT normal FROM wk_custody.accounts WHERE id=$1', [line.account]);
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if (account.rows[0].normal !== normal) throw new Error('Custody account normal mismatch');
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// DB trigger updates projection; deferred trigger rejects an empty/unbalanced journal at COMMIT.
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await c.query('INSERT INTO wk_custody.entries VALUES($1,$2,$3,$4,$5)',
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[id, position, line.account, (line.debit ?? 0n).toString(), (line.credit ?? 0n).toString()]);
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}
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}
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private async record<T>(c: PoolClient, table: 'listings' | 'orders' | 'withdrawals', id: string): Promise<T> {
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const r = await c.query(`SELECT data FROM wk_custody.${table} WHERE id=$1 FOR UPDATE`, [id]);
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check(r.rowCount, 'Custody record not found'); return r.rows[0].data as T;
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}
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private async update(c: PoolClient, table: 'listings' | 'orders' | 'withdrawals', record: { id: string; status: string }) {
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await c.query(`UPDATE wk_custody.${table} SET status=$1,data=$2 WHERE id=$3`, [record.status, JSON.stringify(record), record.id]);
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}
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async execute(raw: unknown): Promise<Result> {
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const cmd = custodyCommandSchema.parse(raw), message = custodyMessage(cmd), now = (this.options.now ?? Date.now)();
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check(cmd.custodianId === this.id && cmd.chainId === CHAIN_ID && cmd.expiresAt >= now && cmd.expiresAt <= now + 300000 &&
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verifySignature(cmd.publicKey, cmd.actor, message, cmd.signature), 'Invalid or expired custody signature');
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const a = cmd.action;
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if (a.type === 'activity') return this.transaction(false, c => this.activity(c, cmd.actor, a.offset));
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return this.transaction(true, async c => {
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const key = `${cmd.actor}:${cmd.nonce}`, hash = createHash('sha256').update(message).digest('hex');
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const old = await c.query('SELECT digest,data FROM wk_custody.receipts WHERE id=$1', [key]);
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if (old.rowCount) { check(old.rows[0].digest === hash, 'Nonce already used for different custody terms'); return old.rows[0].data as Result; }
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const incident = await c.query("SELECT 1 FROM wk_custody.custody_meta WHERE key='integrity_incident_v1'");
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check(!incident.rowCount, 'Custody integrity incident is unresolved; operator review required');
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check(!this.diagnostics().mutationHold, 'Custody financial reconciliation requires operator review; balances remain readable and original receipts can be replayed');
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check(permitsMarketAction(this.options, a.type), 'New market trading is disabled by this host; existing balances and resolution remain available');
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// Sandbox admission budget matches SQLite. Receipt/history are NEVER pruned; cancellation stays available.
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if (!['cancel-listing', 'cancel-reservation', 'cancel-withdrawal'].includes(a.type)) {
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const count = await c.query('SELECT count(*)::integer AS n FROM (SELECT 1 FROM wk_custody.receipts LIMIT 10000) b');
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check(count.rows[0].n < 10000, 'Custody sandbox command budget reached');
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}
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// Verify existing liabilities BEFORE resolving them, and validate the new business state before COMMIT.
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if (a.type === 'cancel-reservation') await auditOrder(c, a.orderId);
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if (a.type === 'cancel-withdrawal') await auditWithdrawal(c, a.withdrawalId);
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const result = await this.mutate(c, cmd);
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if (a.type === 'reserve' || a.type === 'cancel-reservation') await auditOrder(c, (result as CustodyOrder).id);
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if (a.type === 'withdraw' || a.type === 'cancel-withdrawal') await auditWithdrawal(c, (result as CustodyWithdrawal).id);
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await c.query('INSERT INTO wk_custody.receipts VALUES($1,$2,$3)', [key, hash, JSON.stringify(result)]);
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return result;
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});
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}
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private async mutate(c: PoolClient, cmd: CustodyCommand): Promise<Result> {
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const a = cmd.action, actor = cmd.actor, createdAt = (this.options.now ?? Date.now)();
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if (a.type === 'mock-credit') {
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check(!(await c.query('SELECT 1 FROM wk_custody.credits WHERE actor=$1', [actor])).rowCount, 'Sandbox credit already claimed');
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await this.post(c, `credit:${actor}`, 'mock-deposit', [
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{ account: 'treasury:mock', normal: 'debit', debit: BigInt(MOCK_CREDIT_ATOMIC) },
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{ account: available(actor), credit: BigInt(MOCK_CREDIT_ATOMIC) }]);
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await c.query('INSERT INTO wk_custody.credits VALUES($1)', [actor]); return this.activity(c, actor, 0);
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}
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if (a.type === 'list') {
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check(a.feeBps === this.options.feeBps, 'Custody hosting fee changed; review again');
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const hostFeeAddress = resolvedMarketPolicy(this.options).hostFeeAddress;
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check((a.hostFeeAddress ?? ADDITIONAL_MARKET_FEE.address) === hostFeeAddress, 'Host fee recipient changed; review and sign again');
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const card = this.options.card(a.cardHash, actor, a.sequence);
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check(card, 'Card is missing, stale, immature, or pending');
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check(!(await c.query("SELECT 1 FROM wk_custody.listings WHERE card=$1 AND status IN ('open','reserved')", [a.cardHash])).rowCount, 'Card already has a custody listing');
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const l: CustodyListing = { id: randomUUID(), seller: actor, cardHash: a.cardHash, sequence: a.sequence,
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title: card.title, priceAtomicXmr: a.priceAtomicXmr, feeBps: a.feeBps, hostFeeAddress, status: 'open', createdAt };
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await c.query('INSERT INTO wk_custody.listings(id,card,status,data) VALUES($1,$2,$3,$4)', [l.id, l.cardHash, l.status, JSON.stringify(l)]); return l;
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}
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if (a.type === 'reserve' || a.type === 'cancel-listing') {
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const l = await this.record<CustodyListing>(c, 'listings', a.listingId);
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check(l.status === 'open', 'Custody listing is no longer available');
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if (a.type === 'cancel-listing') {
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check(l.seller === actor, 'Only the seller can cancel this listing'); l.status = 'cancelled'; await this.update(c, 'listings', l); return l;
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}
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check(actor !== l.seller, 'Cannot buy your own card');
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check(a.priceAtomicXmr === l.priceAtomicXmr && a.feeBps === l.feeBps, 'Custody sale terms changed');
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const hostFeeAddress = l.hostFeeAddress ?? ADDITIONAL_MARKET_FEE.address;
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check((a.hostFeeAddress ?? ADDITIONAL_MARKET_FEE.address) === hostFeeAddress, 'Host fee recipient does not match listing terms');
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check(this.options.card(l.cardHash, l.seller, l.sequence), 'Seller card is no longer available');
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const allocation = allocateXmrSale(parseAtomicXmr(a.priceAtomicXmr), a.feeBps);
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const o: CustodyOrder = { id: randomUUID(), listingId: l.id, seller: l.seller, buyer: actor, cardHash: l.cardHash,
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sequence: l.sequence, grossAtomicXmr: a.priceAtomicXmr, sellerAtomicXmr: allocation.sellerBeforeNetworkCosts.toString(),
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authorAtomicXmr: allocation.author.toString(), hostAtomicXmr: allocation.hosting.toString(), authorAddress: ADDITIONAL_MARKET_FEE.address, hostFeeAddress,
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status: 'awaiting-lock', createdAt };
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await this.post(c, `reserve:${o.id}`, 'purchase-reservation', [{ account: available(actor), debit: allocation.gross }, { account: reserved(o), credit: allocation.gross }]);
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l.status = 'reserved'; await this.update(c, 'listings', l);
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await c.query('INSERT INTO wk_custody.orders(id,buyer,seller,status,data) VALUES($1,$2,$3,$4,$5)', [o.id, actor, o.seller, o.status, JSON.stringify(o)]);
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await c.query('INSERT INTO wk_custody.outbox VALUES($1,$2,$3,$4)', [o.id, 'nft-lock', 'blocked', JSON.stringify(o)]); return o;
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}
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if (a.type === 'cancel-reservation') {
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const o = await this.record<CustodyOrder>(c, 'orders', a.orderId);
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check(!(await c.query('SELECT 1 FROM wk_custody.custody_meta WHERE key=$1', [`sale-rehearsal-binding:${o.id}`])).rowCount,
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'Rehearsal sale authorization exists; cancellation requires replayed terminal evidence');
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const intent = await c.query('SELECT status FROM wk_custody.outbox WHERE id=$1 FOR UPDATE', [o.id]);
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check(o.buyer === actor && o.status === 'awaiting-lock' && intent.rows[0]?.status === 'blocked', 'Only an unstarted reservation can be cancelled by its buyer');
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await this.post(c, `cancel:${o.id}`, 'purchase-cancellation', [{ account: reserved(o), debit: BigInt(o.grossAtomicXmr) }, { account: available(actor), credit: BigInt(o.grossAtomicXmr) }]);
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o.status = 'cancelled'; await this.update(c, 'orders', o);
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const l = await this.record<CustodyListing>(c, 'listings', o.listingId); l.status = 'cancelled'; await this.update(c, 'listings', l);
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await c.query("UPDATE wk_custody.outbox SET status='cancelled' WHERE id=$1", [o.id]); return o;
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}
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if (a.type === 'withdraw') {
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const w: CustodyWithdrawal = { id: randomUUID(), actor, destination: a.destination, amountAtomicXmr: a.amountAtomicXmr,
|
|
maxFeeAtomicXmr: a.maxFeeAtomicXmr, status: 'reserved', createdAt };
|
|
const total = BigInt(a.amountAtomicXmr) + BigInt(a.maxFeeAtomicXmr);
|
|
await this.post(c, `withdraw:${w.id}`, 'withdrawal-reservation', [{ account: available(actor), debit: total }, { account: held(w), credit: total }]);
|
|
await c.query('INSERT INTO wk_custody.withdrawals(id,actor,status,data) VALUES($1,$2,$3,$4)', [w.id, actor, w.status, JSON.stringify(w)]);
|
|
await c.query('INSERT INTO wk_custody.outbox VALUES($1,$2,$3,$4)', [w.id, 'withdrawal', 'blocked', JSON.stringify(w)]); return w;
|
|
}
|
|
if (a.type === 'cancel-withdrawal') {
|
|
const w = await this.record<CustodyWithdrawal>(c, 'withdrawals', a.withdrawalId);
|
|
check(w.actor === actor && w.status === 'reserved', 'Only an unprepared withdrawal can be cancelled by its owner');
|
|
const total = BigInt(w.amountAtomicXmr) + BigInt(w.maxFeeAtomicXmr);
|
|
await this.post(c, `withdraw-cancel:${w.id}`, 'withdrawal-cancellation', [{ account: held(w), debit: total }, { account: available(actor), credit: total }]);
|
|
w.status = 'cancelled'; await this.update(c, 'withdrawals', w);
|
|
await c.query("UPDATE wk_custody.outbox SET status='cancelled' WHERE id=$1", [w.id]); return w;
|
|
}
|
|
throw new CustodyError('Unsupported custody action');
|
|
}
|
|
/** Disposable database ONLY. Not wired to HTTP, configuration flags, live chain or a signer. */
|
|
observeSaleRehearsal(orderId: string, transcript: unknown) {
|
|
check(this.options.disposableSaleRehearsal === true, 'Sale rehearsal is unavailable on this custody instance');
|
|
return this.transaction(true, async c => {
|
|
check(!this.diagnostics().mutationHold, 'Custody reconciliation hold');
|
|
check(!(await c.query("SELECT 1 FROM wk_custody.custody_meta WHERE key='integrity_incident_v1'")).rowCount, 'Custody integrity incident unresolved');
|
|
const o = await this.record<CustodyOrder>(c, 'orders', orderId);
|
|
await auditOrder(c, o.id);
|
|
const l = await this.record<CustodyListing>(c, 'listings', o.listingId);
|
|
const replay = replayReservedSale(o, this.id, transcript, l.feeBps);
|
|
const key = `sale-rehearsal-binding:${o.id}`;
|
|
const old = await c.query('SELECT value FROM wk_custody.custody_meta WHERE key=$1', [key]);
|
|
if (old.rowCount) check(old.rows[0].value === replay.binding, 'Rehearsal authorization changed');
|
|
else {
|
|
check(o.status === 'awaiting-lock', 'Cannot bind an already resolved order to a rehearsal');
|
|
await c.query('INSERT INTO wk_custody.custody_meta VALUES($1,$2)', [key, replay.binding]);
|
|
}
|
|
if (replay.decision.action === 'review') throw new CustodyIntegrityError('sale-rehearsal-outcome-reorg');
|
|
// Retain the first signed observation plus terminal evidence, not a canonical event inbox.
|
|
// Runtime has INSERT but intentionally no UPDATE privilege on these metadata records.
|
|
const evidenceKey = `sale-rehearsal-observation:${o.id}`;
|
|
await c.query('INSERT INTO wk_custody.custody_meta VALUES($1,$2) ON CONFLICT(key) DO NOTHING', [evidenceKey,
|
|
JSON.stringify({ version: 1, binding: replay.binding, stateRoot: replay.stateRoot, input: replay.input })]);
|
|
if (replay.decision.action === 'settle' || replay.decision.action === 'refund') {
|
|
check(o.status === 'awaiting-lock', 'Rehearsal order already resolved');
|
|
if (replay.decision.action === 'settle') {
|
|
await this.post(c, `settle:${o.id}`, 'mock-sale-settlement', [
|
|
{ account: reserved(o), debit: BigInt(o.grossAtomicXmr) },
|
|
{ account: available(o.seller), credit: BigInt(o.sellerAtomicXmr) },
|
|
{ account: `author:${o.authorAddress}`, credit: BigInt(o.authorAtomicXmr) },
|
|
{ account: o.hostFeeAddress ? `revenue:host:${o.hostFeeAddress}` : 'revenue:host', credit: BigInt(o.hostAtomicXmr) }]);
|
|
o.status = 'settled'; l.status = 'sold';
|
|
await c.query("UPDATE wk_custody.outbox SET status='fixture-complete',data=$1 WHERE id=$2", [`fixture:${replay.stateRoot}`, o.id]);
|
|
} else {
|
|
await this.post(c, `cancel:${o.id}`, 'purchase-cancellation', [
|
|
{ account: reserved(o), debit: BigInt(o.grossAtomicXmr) }, { account: available(o.buyer), credit: BigInt(o.grossAtomicXmr) }]);
|
|
o.status = 'cancelled'; l.status = 'cancelled';
|
|
await c.query("UPDATE wk_custody.outbox SET status='cancelled' WHERE id=$1", [o.id]);
|
|
}
|
|
await this.update(c, 'orders', o); await this.update(c, 'listings', l);
|
|
await c.query('INSERT INTO wk_custody.custody_meta VALUES($1,$2)', [`sale-rehearsal-terminal:${o.id}`,
|
|
JSON.stringify({ version: 1, binding: replay.binding, stateRoot: replay.stateRoot, input: replay.input })]);
|
|
await auditOrder(c, o.id);
|
|
}
|
|
return { order: o, action: replay.decision.action, reservationDigest: replay.reservationDigest, stateRoot: replay.stateRoot };
|
|
});
|
|
}
|
|
/** Disposable observer rehearsal only; input must come from Ledger.canonicalEvents(), never peers/HTTP. */
|
|
observeCanonicalEvents(page: unknown) {
|
|
check(this.options.disposableSaleRehearsal === true, 'Canonical event inbox rehearsal is unavailable on this custody instance');
|
|
return this.transaction(true, async c => {
|
|
check(!this.diagnostics().mutationHold, 'Custody reconciliation hold');
|
|
check(!(await c.query("SELECT 1 FROM wk_custody.custody_meta WHERE key='integrity_incident_v1'")).rowCount, 'Custody integrity incident unresolved');
|
|
try { return await ingestCanonicalPage(c, page); }
|
|
catch (error) {
|
|
if (error instanceof CanonicalInboxError) throw new CustodyIntegrityError(`canonical-inbox-${error.code}`);
|
|
throw error;
|
|
}
|
|
});
|
|
}
|
|
/** Consume one bounded page directly from this process's locally validated ledger; no HTTP/peer feed. */
|
|
async observeLedgerCanonicalEvents(ledger: Ledger) {
|
|
check(this.options.disposableSaleRehearsal === true, 'Canonical event inbox rehearsal is unavailable on this custody instance');
|
|
check(ledger instanceof Ledger, 'Canonical inbox requires a local Ledger instance');
|
|
const summary = ledger.summary();
|
|
check(summary.network === NETWORK && summary.chainId === CHAIN_ID, 'Canonical ledger identity mismatch');
|
|
const cursor = await this.transaction(false, async c => {
|
|
const row = await c.query(`SELECT key FROM wk_custody.custody_meta
|
|
WHERE key LIKE 'canonical-inbox:v1:event:%' ORDER BY key DESC LIMIT 1`);
|
|
if (!row.rowCount) return 0;
|
|
const match = /^canonical-inbox:v1:event:(\d{16})$/.exec(row.rows[0].key);
|
|
if (!match) throw new CustodyIntegrityError('canonical-inbox-cursor-invalid');
|
|
return Number(match[1]);
|
|
});
|
|
let page: unknown;
|
|
try { page = ledger.canonicalEvents(cursor, 64); }
|
|
catch { throw new CustodyIntegrityError('canonical-ledger-cursor-mismatch'); }
|
|
return this.observeCanonicalEvents(page);
|
|
}
|
|
audit(): Promise<CustodyAudit> {
|
|
if (this.auditInFlight) return this.auditInFlight;
|
|
this.auditState.lastAttemptAt = Date.now();
|
|
const pending = this.transaction(false, auditPostgres).then(result => {
|
|
this.auditState = { ...this.auditState, lastSuccessAt: Date.now(),
|
|
status: this.integrityHold ? 'failed' : 'ok', failureCode: this.integrityHold ? this.auditState.failureCode : null };
|
|
return result;
|
|
}).catch(error => {
|
|
this.auditState = { ...this.auditState, status: 'failed', failureCode: error instanceof CustodyIntegrityError ? error.code : 'audit-unavailable' };
|
|
throw error;
|
|
}).finally(() => { this.auditInFlight = undefined; });
|
|
this.auditInFlight = pending; return pending;
|
|
}
|
|
importSource(): Promise<string | undefined> {
|
|
return this.transaction(false, async c => (await c.query("SELECT value FROM wk_custody.custody_meta WHERE key='import_source'")).rows[0]?.value);
|
|
}
|
|
}
|
|
|
|
/** Exact NUMERIC/text aggregation in a coherent transaction; no Number conversion of money. */
|
|
export async function auditPostgres(c: PoolClient): Promise<CustodyAudit> {
|
|
const incident = await c.query("SELECT 1 FROM wk_custody.custody_meta WHERE key='integrity_incident_v1'");
|
|
if (incident.rowCount) throw new CustodyIntegrityError('unresolved-integrity-incident');
|
|
try { await auditCanonicalInbox(c); }
|
|
catch (error) {
|
|
if (error instanceof CanonicalInboxError) throw new CustodyIntegrityError(`canonical-inbox-${error.code}`);
|
|
throw error;
|
|
}
|
|
const bad = await c.query(`SELECT 1 FROM wk_custody.journals j LEFT JOIN wk_custody.entries e ON e.journal=j.id
|
|
GROUP BY j.id HAVING count(e.position)=0 OR sum(e.debit-e.credit)<>0 LIMIT 1`);
|
|
if (bad.rowCount) throw new CustodyIntegrityError('unbalanced-journal');
|
|
const mismatch = await c.query(`SELECT 1 FROM wk_custody.accounts a LEFT JOIN wk_custody.entries e ON e.account=a.id
|
|
GROUP BY a.id HAVING a.balance<>COALESCE(sum(CASE WHEN a.normal='debit' THEN e.debit-e.credit ELSE e.credit-e.debit END),0) LIMIT 1`);
|
|
if (mismatch.rowCount) throw new CustodyIntegrityError('balance-projection-mismatch');
|
|
const totals = await c.query(`SELECT COALESCE(sum(balance) FILTER(WHERE normal='debit'),0)::text AS assets,
|
|
COALESCE(sum(balance) FILTER(WHERE normal='credit'),0)::text AS claims FROM wk_custody.accounts`);
|
|
if (totals.rows[0].assets !== totals.rows[0].claims) throw new CustodyIntegrityError('accounting-backing-mismatch');
|
|
await auditBusinessLiabilities(c);
|
|
const n = await c.query('SELECT count(*)::text AS n FROM wk_custody.journals');
|
|
if (BigInt(n.rows[0].n) > BigInt(Number.MAX_SAFE_INTEGER)) throw new Error('Journal count exceeds supported range');
|
|
return { journals: Number(n.rows[0].n), assetsAtomicXmr: totals.rows[0].assets, claimsAndRevenueAtomicXmr: totals.rows[0].claims };
|
|
}
|
|
|
|
async function recordIntegrityIncident(c: PoolClient, code: string): Promise<void> {
|
|
await c.query('INSERT INTO wk_custody.custody_meta(key,value) VALUES($1,$2) ON CONFLICT(key) DO NOTHING',
|
|
['integrity_incident_v1', JSON.stringify({ version: 1, code, detectedAt: Date.now() })]);
|
|
}
|