import { AuthSessionId, ThreadId, type AuthEnvironmentScope } from "@t3tools/contracts";import { assert, describe, it } from "@effect/vitest";import * as DateTime from "effect/DateTime";import * as Effect from "effect/Effect";import * as Layer from "effect/Layer";import * as SqlClient from "effect/unstable/sql/SqlClient"; import * as AuthPairingLinks from "./AuthPairingLinks.ts";import * as AuthSessions from "./AuthSessions.ts";import * as PersistenceErrors from "./Errors.ts";import { SqlitePersistenceMemory } from "./Layers/Sqlite.ts";import * as ProviderSessionRuntime from "./ProviderSessionRuntime.ts"; const issuedAt = DateTime.makeUnsafe("2026-06-20T00:00:00.000Z");const expiresAt = DateTime.makeUnsafe("2027-06-20T00:00:00.000Z");const now = DateTime.makeUnsafe("2026-06-21T00:00:00.000Z");const scopes: ReadonlyArray<AuthEnvironmentScope> = ["access:read"]; const authSessionLayer = AuthSessions.layer.pipe(Layer.provideMerge(SqlitePersistenceMemory));const authPairingLinkLayer = AuthPairingLinks.layer.pipe(  Layer.provideMerge(SqlitePersistenceMemory),);const providerSessionRuntimeLayer = ProviderSessionRuntime.layer.pipe(  Layer.provideMerge(SqlitePersistenceMemory),); describe("persistence error correlation", () => {  it.effect("correlates auth session SQL and row-decode failures without sensitive fields", () =>    Effect.gen(function* () {      const sessions = yield* AuthSessions.AuthSessionRepository;      const sql = yield* SqlClient.SqlClient;      const sessionId = AuthSessionId.make("session-correlation");      const currentSessionId = AuthSessionId.make("current-session-correlation");      const subject = "session-subject-secret-sentinel";       yield* sessions.create({        sessionId,        subject,        scopes,        method: "browser-session-cookie",        client: {          label: null,          ipAddress: null,          userAgent: null,          deviceType: "desktop",          os: null,          browser: null,        },        issuedAt,        expiresAt,      });      yield* sql`        UPDATE auth_sessions        SET scopes = ${"session-scopes-secret-sentinel"}        WHERE session_id = ${sessionId}      `;       const decodeError = yield* Effect.flip(sessions.listActive({ now }));      assert.instanceOf(decodeError, PersistenceErrors.PersistenceDecodeError);      assert.deepStrictEqual(decodeError.correlation, { sessionId });      assert.equal(        decodeError.message,        `Decode error in AuthSessionRepository.listActive:decodeRows: ${decodeError.issue}`,      );      assert.notInclude(decodeError.issue, subject);      assert.notInclude(decodeError.issue, "session-scopes-secret-sentinel");      assert.notInclude(decodeError.message, subject);       yield* sql`DROP TABLE auth_sessions`;      const createError = yield* Effect.flip(        sessions.create({          sessionId,          subject,          scopes,          method: "browser-session-cookie",          client: {            label: null,            ipAddress: null,            userAgent: null,            deviceType: "desktop",            os: null,            browser: null,          },          issuedAt,          expiresAt,        }),      );      assert.instanceOf(createError, PersistenceErrors.PersistenceSqlError);      assert.deepStrictEqual(createError.correlation, { sessionId });      assert.equal(createError.message, "SQL error in AuthSessionRepository.create:query");      assert.notInclude(createError.message, subject);      assert.notInclude(createError.message, DateTime.formatIso(issuedAt));       const revokeOtherError = yield* Effect.flip(        sessions.revokeAllExcept({ currentSessionId, revokedAt: now }),      );      assert.instanceOf(revokeOtherError, PersistenceErrors.PersistenceSqlError);      assert.deepStrictEqual(revokeOtherError.correlation, { currentSessionId });      assert.equal(        revokeOtherError.message,        "SQL error in AuthSessionRepository.revokeAllExcept:query",      );      assert.notInclude(revokeOtherError.message, DateTime.formatIso(now));    }).pipe(Effect.provide(authSessionLayer)),  );   it.effect("correlates pairing-link create and revoke failures by id only", () =>    Effect.gen(function* () {      const pairingLinks = yield* AuthPairingLinks.AuthPairingLinkRepository;      const sql = yield* SqlClient.SqlClient;      const id = "pairing-link-correlation";      const credential = "pairing-credential-secret-sentinel";      const subject = "pairing-subject-secret-sentinel";      const scopesPayload = "pairing-scopes-secret-sentinel";       yield* sql`        INSERT INTO auth_pairing_links (          id,          credential,          method,          scopes,          subject,          label,          proof_key_thumbprint,          created_at,          expires_at,          consumed_at,          revoked_at        )        VALUES (          ${id},          ${credential},          ${"one-time-token"},          ${scopesPayload},          ${subject},          NULL,          NULL,          ${DateTime.formatIso(issuedAt)},          ${DateTime.formatIso(expiresAt)},          NULL,          NULL        )      `;       const decodeError = yield* Effect.flip(pairingLinks.getByCredential({ credential }));      assert.instanceOf(decodeError, PersistenceErrors.PersistenceDecodeError);      assert.deepStrictEqual(decodeError.correlation, { pairingLinkId: id });      assert.equal(        decodeError.message,        `Decode error in AuthPairingLinkRepository.getByCredential:decodeRow: ${decodeError.issue}`,      );      assert.notInclude(decodeError.issue, credential);      assert.notInclude(decodeError.issue, subject);      assert.notInclude(decodeError.issue, scopesPayload);      assert.notInclude(decodeError.message, DateTime.formatIso(issuedAt));       yield* sql`DROP TABLE auth_pairing_links`;      const createError = yield* Effect.flip(        pairingLinks.create({          id,          credential,          method: "one-time-token",          scopes,          subject,          label: null,          proofKeyThumbprint: null,          createdAt: issuedAt,          expiresAt,        }),      );      assert.instanceOf(createError, PersistenceErrors.PersistenceSqlError);      assert.deepStrictEqual(createError.correlation, { pairingLinkId: id });      assert.notInclude(createError.message, credential);      assert.notInclude(createError.message, subject);      assert.notInclude(createError.message, DateTime.formatIso(issuedAt));       const revokeError = yield* Effect.flip(pairingLinks.revoke({ id, revokedAt: now }));      assert.instanceOf(revokeError, PersistenceErrors.PersistenceSqlError);      assert.deepStrictEqual(revokeError.correlation, { pairingLinkId: id });      assert.notInclude(revokeError.message, credential);      assert.notInclude(revokeError.message, DateTime.formatIso(now));    }).pipe(Effect.provide(authPairingLinkLayer)),  );   it.effect("correlates provider runtime SQL and per-row decode failures by thread", () =>    Effect.gen(function* () {      const runtimes = yield* ProviderSessionRuntime.ProviderSessionRuntimeRepository;      const sql = yield* SqlClient.SqlClient;      const threadId = ThreadId.make("thread-correlation");      const runtimePayload = "runtime-payload-secret-sentinel";      const lastSeenAt = "2026-06-20T00:00:00.000Z";       yield* sql`        INSERT INTO provider_session_runtime (          thread_id,          provider_name,          provider_instance_id,          adapter_key,          runtime_mode,          status,          last_seen_at,          resume_cursor_json,          runtime_payload_json        )        VALUES (          ${threadId},          ${"codex"},          NULL,          ${"codex"},          ${"invalid-runtime-mode"},          ${"running"},          ${lastSeenAt},          NULL,          ${`{"secret":"${runtimePayload}"}`}        )      `;       const decodeError = yield* Effect.flip(runtimes.list());      assert.instanceOf(decodeError, PersistenceErrors.PersistenceDecodeError);      assert.deepStrictEqual(decodeError.correlation, { threadId });      assert.equal(        decodeError.message,        `Decode error in ProviderSessionRuntimeRepository.list:decodeRows: ${decodeError.issue}`,      );      assert.notInclude(decodeError.issue, runtimePayload);      assert.notInclude(decodeError.message, runtimePayload);      assert.notInclude(decodeError.message, lastSeenAt);       yield* sql`DROP TABLE provider_session_runtime`;      const sqlFailure = yield* Effect.flip(        runtimes.upsert({          threadId,          providerName: "codex",          providerInstanceId: null,          adapterKey: "codex",          runtimeMode: "full-access",          status: "running",          lastSeenAt,          resumeCursor: null,          runtimePayload: { secret: runtimePayload },        }),      );      assert.instanceOf(sqlFailure, PersistenceErrors.PersistenceSqlError);      assert.deepStrictEqual(sqlFailure.correlation, { threadId });      assert.equal(        sqlFailure.message,        "SQL error in ProviderSessionRuntimeRepository.upsert:query",      );      assert.notInclude(sqlFailure.message, runtimePayload);      assert.notInclude(sqlFailure.message, lastSeenAt);    }).pipe(Effect.provide(providerSessionRuntimeLayer)),  );});