OmniRoute/tests/unit/sse-auth.test.ts

import test from "node:test";
import assert from "node:assert/strict";
import fs from "node:fs";
import os from "node:os";
import path from "node:path";

const TEST_DATA_DIR = fs.mkdtempSync(path.join(os.tmpdir(), "omniroute-sse-auth-"));
process.env.DATA_DIR = TEST_DATA_DIR;
process.env.API_KEY_SECRET = process.env.API_KEY_SECRET || "sse-auth-test-secret";

const core = await import("../../src/lib/db/core.ts");
const providersDb = await import("../../src/lib/db/providers.ts");
const settingsDb = await import("../../src/lib/db/settings.ts");
const apiKeysDb = await import("../../src/lib/db/apiKeys.ts");
const auth = await import("../../src/sse/services/auth.ts");
const quotaCache = await import("../../src/domain/quotaCache.ts");
const fallback = await import("../../open-sse/services/accountFallback.ts");

async function resetStorage() {
  core.resetDbInstance();
  apiKeysDb.resetApiKeyState();
  fs.rmSync(TEST_DATA_DIR, { recursive: true, force: true });
  fs.mkdirSync(TEST_DATA_DIR, { recursive: true });
}

function futureIso(ms = 60_000) {
  return new Date(Date.now() + ms).toISOString();
}

async function seedConnection(provider: string, overrides: any = {}) {
  return providersDb.createProviderConnection({
    provider,
    authType: overrides.authType || "apikey",
    name: overrides.name || `${provider}-${Math.random().toString(16).slice(2, 8)}`,
    email: overrides.email,
    // Unique per connection by default — real accounts have distinct keys, and
    // createProviderConnection dedups by decrypted key value (#3023), so a shared
    // default would collapse multiple seeded connections into one and break
    // round-robin / least-used / fallback selection tests.
    apiKey: overrides.apiKey || `sk-test-${Math.random().toString(16).slice(2, 10)}`,
    accessToken: overrides.accessToken,
    refreshToken: overrides.refreshToken,
    isActive: overrides.isActive ?? true,
    testStatus: overrides.testStatus || "active",
    priority: overrides.priority,
    rateLimitedUntil: overrides.rateLimitedUntil,
    lastError: overrides.lastError,
    lastErrorType: overrides.lastErrorType,
    lastErrorSource: overrides.lastErrorSource,
    errorCode: overrides.errorCode,
    backoffLevel: overrides.backoffLevel,
    providerSpecificData: overrides.providerSpecificData || {},
    lastUsedAt: overrides.lastUsedAt,
    consecutiveUseCount: overrides.consecutiveUseCount,
  });
}

function msUntil(timestamp) {
  return new Date(timestamp).getTime() - Date.now();
}

async function flushWrites() {
  await new Promise((resolve) => setTimeout(resolve, 0));
}

test.beforeEach(async () => {
  await resetStorage();
});

test.after(async () => {
  core.resetDbInstance();
  apiKeysDb.resetApiKeyState();
  fs.rmSync(TEST_DATA_DIR, { recursive: true, force: true });
});

test("extractApiKey parses bearer headers and isValidApiKey validates persisted keys", async () => {
  const created = await apiKeysDb.createApiKey("auth-check", "machine-auth-check");

  const request = new Request("http://localhost/v1/chat/completions", {
    headers: { Authorization: `Bearer ${created.key}` },
  });

  assert.equal(auth.extractApiKey(request), created.key);
  assert.equal(
    auth.extractApiKey(
      new Request("http://localhost/v1/chat/completions", {
        headers: { Authorization: "Basic abc123" },
      })
    ),
    null
  );
  // Security follow-up (#3300): query-string token fallbacks were removed — a
  // credential in `?token=` must NOT be extracted (it leaks into logs/Referer).
  assert.equal(
    auth.extractApiKey(new Request(`http://localhost/v1/chat/completions?token=${created.key}`)),
    null
  );
  // The path-scoped `/vscode/<token>/…` form (VS Code integration) still works.
  assert.equal(
    auth.extractApiKey(
      new Request(`http://localhost/api/v1/vscode/${created.key}/chat/completions`)
    ),
    created.key
  );
  // …but never when the caller opts out of URL extraction (management auth path).
  assert.equal(
    auth.extractApiKey(
      new Request(`http://localhost/api/v1/vscode/${created.key}/chat/completions`),
      { allowUrl: false }
    ),
    null
  );
  assert.equal(await auth.isValidApiKey(created.key), true);
  assert.equal(await auth.isValidApiKey("sk-missing"), false);
  assert.equal(await auth.isValidApiKey(""), false);
});

test("getProviderCredentials reports rate limiting when only inactive suppressed records remain", async () => {
  const retryAfter = futureIso();
  await seedConnection("openai", {
    name: "inactive-rate-limited",
    isActive: false,
    rateLimitedUntil: retryAfter,
  });

  const result = await auth.getProviderCredentials("openai");

  assert.equal(result.allRateLimited, true);
  assert.equal(result.retryAfter, retryAfter);
  assert.match(String(result.retryAfterHuman), /reset after/i);
});

test("codex session account affinity is opt-in and honors TTL", async () => {
  const affinityDb = await import("../../src/lib/db/sessionAccountAffinity.ts");
  await settingsDb.updateSettings({ fallbackStrategy: "least-used" });
  await seedConnection("codex", { name: "codex-affinity-a", priority: 1 });
  await seedConnection("codex", { name: "codex-affinity-b", priority: 2 });

  const withoutAffinityA = await auth.getProviderCredentials("codex", null, null, "gpt-5", {
    sessionKey: "session-without-affinity",
  });
  const withoutAffinityB = await auth.getProviderCredentials("codex", null, null, "gpt-5", {
    sessionKey: "session-without-affinity",
  });

  assert.equal(typeof withoutAffinityA.connectionId, "string");
  assert.equal(typeof withoutAffinityB.connectionId, "string");
  assert.equal(
    affinityDb.getSessionAccountAffinity("session-without-affinity", "codex", 60_000),
    null
  );

  await settingsDb.updateSettings({ codexSessionAffinityTtlMs: 60_000 });

  const withAffinityA = await auth.getProviderCredentials("codex", null, null, "gpt-5", {
    sessionKey: "session-with-affinity",
  });
  const withAffinityB = await auth.getProviderCredentials("codex", null, null, "gpt-5", {
    sessionKey: "session-with-affinity",
  });

  assert.equal(withAffinityB.connectionId, withAffinityA.connectionId);
  assert.equal(
    affinityDb.getSessionAccountAffinity("session-with-affinity", "codex", 60_000)?.connectionId,
    withAffinityA.connectionId
  );
});

test("session account affinity expires when TTL has passed", async () => {
  const affinityDb = await import("../../src/lib/db/sessionAccountAffinity.ts");
  const now = Date.now();

  affinityDb.upsertSessionAccountAffinity("expiring-session", "codex", "conn-a", now, 1000);

  assert.equal(
    affinityDb.getSessionAccountAffinity("expiring-session", "codex", 1000, now + 500)
      ?.connectionId,
    "conn-a"
  );
  assert.equal(
    affinityDb.getSessionAccountAffinity("expiring-session", "codex", 1000, now + 1001),
    null
  );
});

test("getProviderCredentials returns last error metadata when active accounts are all rate limited", async () => {
  const retryAfter = futureIso();
  await seedConnection("openai", {
    name: "active-rate-limited",
    rateLimitedUntil: retryAfter,
    lastError: "provider rate limit",
    errorCode: 429,
  });

  const result = await auth.getProviderCredentials("openai");

  assert.equal(result.allRateLimited, true);
  assert.equal(result.retryAfter, retryAfter);
  assert.equal(Number(result.lastErrorCode), 429);
  assert.equal(result.lastError, "provider rate limit");
});

test("getProviderCredentials enforces generic quota policy unless explicitly bypassed", async () => {
  const connection = await seedConnection("openai", {
    name: "quota-policy",
    providerSpecificData: {
      limitPolicy: {
        enabled: true,
        thresholdPercent: 75,
        windows: ["daily"],
      },
    },
  });
  const resetAt = futureIso();
  quotaCache.setQuotaCache(connection.id, "openai", {
    daily: { remainingPercentage: 10, resetAt },
  });

  const blocked = await auth.getProviderCredentials("openai");
  const bypassed = await auth.getProviderCredentials("openai", null, null, null, {
    bypassQuotaPolicy: true,
  });

  assert.equal(blocked.allRateLimited, true);
  assert.equal(blocked.lastErrorCode, 429);
  assert.match(blocked.lastError, /configured quota threshold/i);
  assert.equal(blocked.retryAfter, resetAt);
  assert.equal(bypassed.connectionId, connection.id);
});

test("getProviderCredentialsWithQuotaPreflight skips exhausted preflight accounts and selects the next healthy one", async () => {
  const blocked = await seedConnection("openai", {
    name: "quota-preflight-blocked",
    apiKey: "sk-preflight-blocked",
    providerSpecificData: {
      quotaPreflightEnabled: true,
    },
  });
  const healthy = await seedConnection("openai", {
    name: "quota-preflight-healthy",
    apiKey: "sk-preflight-healthy",
    providerSpecificData: {
      quotaPreflightEnabled: true,
    },
  });

  const quotaPreflight = await import("../../open-sse/services/quotaPreflight.ts");
  quotaPreflight.registerQuotaFetcher("openai", async (connectionId) => ({
    used: connectionId === blocked.id ? 100 : 40,
    total: 100,
    percentUsed: connectionId === blocked.id ? 1.0 : 0.4,
  }));

  const selected = await auth.getProviderCredentialsWithQuotaPreflight("openai");

  assert.equal((selected as any).connectionId, healthy.id);
});

test("getProviderCredentialsWithQuotaPreflight returns allRateLimited when a forced connection is blocked by preflight", async () => {
  const blocked = await seedConnection("openai", {
    name: "quota-preflight-forced",
    apiKey: "sk-preflight-forced",
    providerSpecificData: {
      quotaPreflightEnabled: true,
    },
  });

  const quotaPreflight = await import("../../open-sse/services/quotaPreflight.ts");
  quotaPreflight.registerQuotaFetcher("openai", async (connectionId) => ({
    used: connectionId === blocked.id ? 100 : 20,
    total: 100,
    percentUsed: connectionId === blocked.id ? 1.0 : 0.2,
    resetAt: futureIso(120_000),
  }));

  const selected = await auth.getProviderCredentialsWithQuotaPreflight("openai", null, null, null, {
    forcedConnectionId: (blocked as any).id,
  });

  assert.equal(selected.allRateLimited, true);
  assert.equal(selected.lastErrorCode, 429);
  assert.match(selected.lastError, /quota preflight/i);
});

test("getProviderCredentialsWithQuotaPreflight skips the upstream fetcher when no limits are configured", async () => {
  // Latency gate regression test. When a connection has no per-window
  // overrides AND its provider has no per-(provider, window) defaults seeded
  // AND the legacy quotaPreflightEnabled flag isn't set, the dispatch loop
  // must NOT call the registered quota fetcher. We assert by registering a
  // fetcher that throws if invoked — any invocation surfaces as a test
  // failure either via the thrown error or via the connection getting
  // skipped (we expect it to pass through cleanly).
  const conn = await seedConnection("openai", {
    name: "quota-preflight-no-limits",
    apiKey: "sk-no-limits",
    // Crucially: no quotaPreflightEnabled flag, no overrides.
  });

  const quotaPreflight = await import("../../open-sse/services/quotaPreflight.ts");
  let fetcherCalls = 0;
  quotaPreflight.registerQuotaFetcher("openai", async () => {
    fetcherCalls++;
    throw new Error(
      "quota fetcher must not run when no per-window overrides or provider defaults are set"
    );
  });

  const selected = await auth.getProviderCredentialsWithQuotaPreflight("openai");

  assert.equal((selected as any).connectionId, conn.id);
  assert.equal(fetcherCalls, 0, "fetcher should not have been invoked");
});

test("getProviderCredentialsWithQuotaPreflight invokes the fetcher when the global default is restrictive", async () => {
  // No per-connection override and no provider-window defaults — but the
  // operator has raised the global default cutoff above the factory no-op
  // level (2% remaining). Preflight must run so the tighter floor applies.
  const conn = await seedConnection("openai", {
    name: "quota-preflight-restrictive-global",
    apiKey: "sk-restrictive-global",
  });
  await settingsDb.updateSettings({
    resilienceSettings: {
      quotaPreflight: {
        defaultThresholdPercent: 20, // stop at 20% remaining = 80% used
        warnThresholdPercent: 30,
        providerWindowDefaults: {},
      },
    },
  });

  const quotaPreflight = await import("../../open-sse/services/quotaPreflight.ts");
  let fetcherCalls = 0;
  quotaPreflight.registerQuotaFetcher("openai", async () => {
    fetcherCalls++;
    return null;
  });

  await auth.getProviderCredentialsWithQuotaPreflight("openai");
  assert.equal(
    fetcherCalls,
    1,
    "fetcher should run when global default is stricter than the factory no-op level"
  );

  // Reset settings so subsequent tests see factory defaults.
  await settingsDb.updateSettings({ resilienceSettings: {} });
  // Verify the gate immediately returns to skip mode.
  fetcherCalls = 0;
  quotaPreflight.registerQuotaFetcher("openai", async () => {
    fetcherCalls++;
    throw new Error("must not run with factory global default");
  });
  await auth.getProviderCredentialsWithQuotaPreflight("openai");
  assert.equal(fetcherCalls, 0, "fetcher should not run after settings reset to factory default");
});

test("getProviderCredentialsWithQuotaPreflight invokes the fetcher when an override IS set", async () => {
  // Counterpart to the no-limits test: if the connection has a
  // quotaWindowThresholds override, preflight must run.
  const conn = await seedConnection("openai", {
    name: "quota-preflight-with-override",
    apiKey: "sk-with-override",
  });
  const updated = await providersDb.updateProviderConnection(conn.id, {
    quotaWindowThresholds: { primary: 50 },
  });
  // Sanity: the override must be readable on the connection row (this is
  // what the dispatch loop reads through getProviderCredentials).
  assert.deepEqual(
    (updated as any)?.quotaWindowThresholds,
    { primary: 50 },
    "override must be persisted on the connection row"
  );
  const refetched = await providersDb.getProviderConnectionById(conn.id);
  assert.deepEqual(
    (refetched as any)?.quotaWindowThresholds,
    { primary: 50 },
    "override must round-trip through getProviderConnectionById"
  );

  const quotaPreflight = await import("../../open-sse/services/quotaPreflight.ts");
  let fetcherCalls = 0;
  quotaPreflight.registerQuotaFetcher("openai", async () => {
    fetcherCalls++;
    return null; // null → preflight proceeds, no skip
  });

  await auth.getProviderCredentialsWithQuotaPreflight("openai");
  assert.equal(fetcherCalls, 1, "fetcher should have been invoked exactly once");
});

test("getProviderCredentialsWithQuotaPreflight: explicit quotaPreflightEnabled:false bypasses preflight even when provider has global window defaults (#2831)", async () => {
  // Regression: when a provider has providerWindowDefaults set AND a connection
  // carries quotaWindowThresholds, the AND-of-negations gate in auth.ts would
  // proceed to preflight even if the connection explicitly opted out with
  // providerSpecificData.quotaPreflightEnabled === false.
  const conn = await seedConnection("github", {
    name: "github-explicit-opt-out",
    apiKey: "ghp-opt-out-test",
    providerSpecificData: { quotaPreflightEnabled: false },
  });
  // Give the connection per-window overrides (simulates a user-configured
  // threshold) — this is the field that previously caused the gate to keep going.
  await (
    await import("../../src/lib/db/providers.ts")
  ).updateProviderConnection(conn.id, {
    quotaWindowThresholds: { primary: 50 },
  });

  // Seed provider-level window defaults so providerHasDefaults === true.
  await settingsDb.updateSettings({
    resilienceSettings: {
      quotaPreflight: {
        defaultThresholdPercent: 2,
        warnThresholdPercent: 20,
        providerWindowDefaults: { github: { primary: 10 } },
      },
    },
  });

  const quotaPreflight = await import("../../open-sse/services/quotaPreflight.ts");
  let fetcherCalls = 0;
  quotaPreflight.registerQuotaFetcher("github", async () => {
    fetcherCalls++;
    // Return a quota that would block if preflight actually ran.
    return { used: 98, total: 100, percentUsed: 0.98 };
  });

  const selected = await auth.getProviderCredentialsWithQuotaPreflight("github");

  assert.equal(
    fetcherCalls,
    0,
    "fetcher must NOT run when connection explicitly opts out with quotaPreflightEnabled: false"
  );
  assert.equal(
    (selected as any).connectionId,
    conn.id,
    "opted-out connection must be returned directly without being blocked by preflight"
  );

  // Cleanup: reset settings so subsequent tests see factory defaults.
  await settingsDb.updateSettings({ resilienceSettings: {} });
});

test("getProviderCredentials keeps separate codex affinity per session", async () => {
  await settingsDb.updateSettings({
    fallbackStrategy: "round-robin",
    stickyRoundRobinLimit: 10,
    codexSessionAffinityTtlMs: 60_000,
  });
  const first = await seedConnection("codex", {
    name: "codex-affinity-a",
    lastUsedAt: new Date(Date.now() - 20_000).toISOString(),
  });
  const second = await seedConnection("codex", {
    name: "codex-affinity-b",
    lastUsedAt: new Date(Date.now() - 10_000).toISOString(),
  });

  const sessionA1 = await auth.getProviderCredentials("codex", null, null, "gpt-5.5", {
    sessionKey: "session-a",
  });
  const sessionB1 = await auth.getProviderCredentials("codex", null, null, "gpt-5.5", {
    sessionKey: "session-b",
  });
  const sessionA2 = await auth.getProviderCredentials("codex", null, null, "gpt-5.5", {
    sessionKey: "session-a",
  });
  const sessionB2 = await auth.getProviderCredentials("codex", null, null, "gpt-5.5", {
    sessionKey: "session-b",
  });

  assert.equal(sessionA1.connectionId, first.id);
  assert.equal(sessionB1.connectionId, second.id);
  assert.equal(sessionA2.connectionId, first.id);
  assert.equal(sessionB2.connectionId, second.id);
});

test("getProviderCredentials rebinds codex session when affinity connection is excluded", async () => {
  await settingsDb.updateSettings({
    fallbackStrategy: "round-robin",
    stickyRoundRobinLimit: 10,
    codexSessionAffinityTtlMs: 60_000,
  });
  const first = await seedConnection("codex", {
    name: "codex-affinity-excluded-a",
    lastUsedAt: new Date(Date.now() - 20_000).toISOString(),
  });
  const second = await seedConnection("codex", {
    name: "codex-affinity-excluded-b",
    lastUsedAt: new Date(Date.now() - 10_000).toISOString(),
  });

  const initial = await auth.getProviderCredentials("codex", null, null, "gpt-5.5", {
    sessionKey: "session-excluded",
  });
  const rebound = await auth.getProviderCredentials("codex", first.id, null, "gpt-5.5", {
    sessionKey: "session-excluded",
  });
  const sticky = await auth.getProviderCredentials("codex", null, null, "gpt-5.5", {
    sessionKey: "session-excluded",
  });

  assert.equal(initial.connectionId, first.id);
  assert.equal(rebound.connectionId, second.id);
  assert.equal(sticky.connectionId, second.id);
});

test("resolveQuotaLimitPolicy normalizes Codex windows, thresholds, and defaults", () => {
  const normalized = auth.resolveQuotaLimitPolicy("codex", {
    limitPolicy: {
      windows: [" Session (5h) ", "weekly (7d)", "custom-window", "", 42],
      thresholdPercent: "250",
    },
    codexLimitPolicy: {
      use5h: false,
      useWeekly: true,
    },
  });
  const defaults = auth.resolveQuotaLimitPolicy("codex", {});
  const generic = auth.resolveQuotaLimitPolicy("openai", {
    limitPolicy: {
      enabled: "maybe",
      thresholdPercent: "0",
      windows: [" Daily ", "", null],
    },
  });

  assert.deepEqual(normalized, {
    enabled: true,
    thresholdPercent: 100,
    windows: ["weekly", "custom-window"],
  });
  assert.deepEqual(defaults, {
    enabled: true,
    thresholdPercent: 99,
    windows: ["session", "weekly"],
  });
  assert.deepEqual(generic, {
    enabled: false,
    thresholdPercent: 1,
    windows: ["daily"],
  });
});

test("evaluateQuotaLimitPolicy aggregates reasons and keeps the earliest valid future reset", () => {
  const connection = {
    id: "quota-eval-connection",
    providerSpecificData: {
      limitPolicy: {
        enabled: true,
        thresholdPercent: 75,
        windows: ["weekly", "session", "daily"],
      },
    },
  };
  const earliestReset = futureIso(90_000);

  quotaCache.setQuotaCache(connection.id, "openai", {
    weekly: { remainingPercentage: 20, resetAt: "not-a-date" },
    session: { remainingPercentage: 5, resetAt: earliestReset },
    daily: { remainingPercentage: 90, resetAt: futureIso(180_000) },
  });

  const evaluation = auth.evaluateQuotaLimitPolicy("openai", connection as any);

  assert.equal(evaluation.blocked, true);
  assert.deepEqual(evaluation.reasons, ["weekly usage 80%", "session usage 95%"]);
  assert.equal(evaluation.resetAt, earliestReset);
});

test("getProviderCredentials round-robin stays on the current account while below the sticky limit", async () => {
  await settingsDb.updateSettings({
    fallbackStrategy: "round-robin",
    stickyRoundRobinLimit: 3,
  });
  const current = await seedConnection("openai", {
    name: "round-robin-current",
    priority: 1,
  });
  const other = await seedConnection("openai", {
    name: "round-robin-other",
    priority: 2,
  });

  await providersDb.updateProviderConnection(current.id, {
    lastUsedAt: new Date().toISOString(),
    consecutiveUseCount: 1,
  });
  await providersDb.updateProviderConnection(other.id, {
    lastUsedAt: new Date(Date.now() - 60_000).toISOString(),
    consecutiveUseCount: 0,
  });

  const selected = await auth.getProviderCredentials("openai");
  const updated = await providersDb.getProviderConnectionById(current.id);

  assert.equal(selected.connectionId, current.id);
  assert.equal(updated.consecutiveUseCount, 2);
});

test("getProviderCredentials returns null when only inactive non-rate-limited records remain", async () => {
  await seedConnection("openai", {
    name: "inactive-no-limit",
    isActive: false,
    testStatus: "active",
  });

  const result = await auth.getProviderCredentials("openai");

  assert.equal(result, null);
});

test("getProviderCredentials honors allowedConnections filters", async () => {
  const skipped = await seedConnection("openai", {
    name: "allowed-skip",
    apiKey: "sk-skip",
  });
  const selectedConn = await seedConnection("openai", {
    name: "allowed-select",
    apiKey: "sk-selected",
  });

  const selected = await auth.getProviderCredentials("openai", null, [(selectedConn as any).id]);

  assert.equal(selected.connectionId, selectedConn.id);
  assert.equal(selected.apiKey, "sk-selected");
  assert.notEqual(selected.connectionId, skipped.id);
});

test("getProviderCredentials honors forcedConnectionId even when another account is preferred", async () => {
  await seedConnection("openai", {
    name: "forced-default",
    priority: 1,
    apiKey: "sk-default",
  });
  const forcedConn = await seedConnection("openai", {
    name: "forced-target",
    priority: 99,
    apiKey: "sk-forced",
  });

  const selected = await auth.getProviderCredentials("openai", null, null, null, {
    forcedConnectionId: (forcedConn as any).id,
  });

  assert.equal(selected.connectionId, forcedConn.id);
  assert.equal(selected.apiKey, "sk-forced");
});

test("getProviderCredentials intersects forcedConnectionId with allowedConnections", async () => {
  const allowedConn = await seedConnection("openai", {
    name: "forced-allowed",
    apiKey: "sk-allowed",
  });
  const blockedConn = await seedConnection("openai", {
    name: "forced-blocked",
    apiKey: "sk-blocked",
  });

  const selected = await auth.getProviderCredentials(
    "openai",
    null,
    [(allowedConn as any).id],
    null,
    {
      forcedConnectionId: (blockedConn as any).id,
    }
  );

  assert.equal(selected, null);
});

test("getProviderCredentials retains rate-limited accounts when allowSuppressedConnections is enabled", async () => {
  const connection = await seedConnection("openai", {
    name: "suppressed-rate-limit",
    rateLimitedUntil: futureIso(),
  });

  const blocked = await auth.getProviderCredentials("openai");
  const bypassed = await auth.getProviderCredentials("openai", null, null, null, {
    allowSuppressedConnections: true,
  });

  assert.equal(blocked.allRateLimited, true);
  assert.equal(bypassed.connectionId, connection.id);
});

test("getProviderCredentials retains rate-limited accounts when allowRateLimitedConnections is enabled", async () => {
  const connection = await seedConnection("openai", {
    name: "allow-rate-limit-option",
    rateLimitedUntil: futureIso(),
  });

  const blocked = await auth.getProviderCredentials("openai");
  const bypassed = await auth.getProviderCredentials("openai", null, null, null, {
    allowRateLimitedConnections: true,
  });

  assert.equal(blocked.allRateLimited, true);
  assert.equal(bypassed.connectionId, connection.id);
});

test("getProviderCredentials retains terminal accounts for combo live tests", async () => {
  const connection = await seedConnection("openai", {
    name: "suppressed-terminal",
    testStatus: "banned",
    backoffLevel: 4,
  });

  const blocked = await auth.getProviderCredentials("openai");
  const bypassed = await auth.getProviderCredentials("openai", null, null, null, {
    allowSuppressedConnections: true,
  });
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(blocked, null);
  assert.equal(bypassed.connectionId, connection.id);
  assert.equal(updated.testStatus, "banned");
});

test("getProviderCredentials skips codex scope-limited accounts unless suppression is allowed", async () => {
  const retryAfter = futureIso();
  const connection = await seedConnection("codex", {
    authType: "oauth",
    name: "codex-scope-limited",
    email: "scope-limited@example.com",
    apiKey: null,
    accessToken: "scope-access",
    refreshToken: "scope-refresh",
    providerSpecificData: {
      codexScopeRateLimitedUntil: {
        spark: retryAfter,
      },
    },
  });

  const blocked = await auth.getProviderCredentials("codex", null, null, "codex-spark-mini");
  const bypassed = await auth.getProviderCredentials("codex", null, null, "codex-spark-mini", {
    allowSuppressedConnections: true,
  });

  assert.equal(blocked.allRateLimited, true);
  assert.equal(blocked.retryAfter, retryAfter);
  assert.equal(bypassed.connectionId, connection.id);
});

test("getProviderCredentials reports allRateLimited when every account is model-locked", async () => {
  const first = await seedConnection("gemini", {
    name: "gemini-model-lock-first",
  });
  const second = await seedConnection("gemini", {
    name: "gemini-model-lock-second",
  });

  await auth.markAccountUnavailable(first.id, 429, "too many requests", "gemini", "gemini-2.5-pro");
  await auth.markAccountUnavailable(
    second.id,
    429,
    "too many requests",
    "gemini",
    "gemini-2.5-pro"
  );

  const blocked = await auth.getProviderCredentials("gemini", null, null, "gemini-2.5-pro");

  assert.equal(blocked.allRateLimited, true);
  assert.equal(Number(blocked.lastErrorCode), 429);
  assert.ok(typeof blocked.retryAfter === "string" && blocked.retryAfter.length > 0);
  assert.match(String(blocked.retryAfterHuman), /reset after/i);
});

test("getProviderCredentials auto-decays stale backoff metadata for recovered accounts", async () => {
  const connection = await seedConnection("openai", {
    name: "stale-backoff",
    testStatus: "unavailable",
    rateLimitedUntil: new Date(Date.now() - 60_000).toISOString(),
    lastError: "old error",
    errorCode: 429,
    backoffLevel: 3,
  });

  const selected = await auth.getProviderCredentials("openai");
  await flushWrites();
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(selected.connectionId, connection.id);
  assert.equal(updated.backoffLevel, 0);
});

test("getProviderCredentials falls back to a five-minute retry window when quota policy has no reset", async () => {
  const connection = await seedConnection("openai", {
    name: "quota-no-reset",
    providerSpecificData: {
      limitPolicy: {
        enabled: true,
        thresholdPercent: 50,
        windows: ["daily"],
      },
    },
  });

  quotaCache.setQuotaCache(connection.id, "openai", {
    daily: { remainingPercentage: 0, resetAt: null },
  });

  const result = await auth.getProviderCredentials("openai");

  assert.equal(result.allRateLimited, true);
  assert.equal(result.lastErrorCode, 429);
  assert.match(result.lastError, /configured quota threshold/i);
  assert.ok(msUntil(result.retryAfter) > 240_000);
  assert.ok(msUntil(result.retryAfter) <= 305_000);
});

test("getProviderCredentials prioritizes accounts that still have quota available", async () => {
  const exhausted = await seedConnection("openai", {
    name: "quota-exhausted",
    priority: 1,
    apiKey: "sk-exhausted",
  });
  const available = await seedConnection("openai", {
    name: "quota-available",
    priority: 9,
    apiKey: "sk-available",
  });

  quotaCache.setQuotaCache(exhausted.id, "openai", {
    daily: { remainingPercentage: 0, resetAt: futureIso() },
  });
  quotaCache.setQuotaCache(available.id, "openai", {
    daily: { remainingPercentage: 65, resetAt: futureIso() },
  });

  const selected = await auth.getProviderCredentials("openai");

  assert.equal(selected.connectionId, available.id);
  assert.equal(selected.apiKey, "sk-available");
});

test("getProviderCredentials round-robin switches to the least recently used account after the sticky limit", async () => {
  await settingsDb.updateSettings({
    fallbackStrategy: "round-robin",
    stickyRoundRobinLimit: 2,
  });
  const current = await seedConnection("openai", {
    name: "round-robin-limit-current",
    priority: 1,
  });
  const fallback = await seedConnection("openai", {
    name: "round-robin-limit-fallback",
    priority: 2,
  });

  await providersDb.updateProviderConnection(current.id, {
    lastUsedAt: new Date().toISOString(),
    consecutiveUseCount: 2,
  });
  await providersDb.updateProviderConnection(fallback.id, {
    lastUsedAt: new Date(Date.now() - 120_000).toISOString(),
    consecutiveUseCount: 0,
  });

  const selected = await auth.getProviderCredentials("openai");
  const updated = await providersDb.getProviderConnectionById(fallback.id);

  assert.equal(selected.connectionId, fallback.id);
  assert.equal(updated.consecutiveUseCount, 1);
});

test("getProviderCredentials round-robin fallback mode excludes the failed account and picks the LRU peer", async () => {
  await settingsDb.updateSettings({
    fallbackStrategy: "round-robin",
    stickyRoundRobinLimit: 2,
  });
  const failed = await seedConnection("openai", {
    name: "round-robin-failed",
    priority: 1,
  });
  const fallback = await seedConnection("openai", {
    name: "round-robin-fallback",
    priority: 2,
  });

  await providersDb.updateProviderConnection(failed.id, {
    lastUsedAt: new Date().toISOString(),
    consecutiveUseCount: 3,
  });
  await providersDb.updateProviderConnection(fallback.id, {
    lastUsedAt: new Date(Date.now() - 120_000).toISOString(),
    consecutiveUseCount: 0,
  });

  const selected = await auth.getProviderCredentials("openai", failed.id);
  const updated = await providersDb.getProviderConnectionById(fallback.id);

  assert.equal(selected.connectionId, fallback.id);
  assert.equal(updated.consecutiveUseCount, 1);
});

for (const strategy of ["random", "p2c", "least-used", "cost-optimized", "strict-random"]) {
  test(`getProviderCredentials supports the ${strategy} selection strategy`, async () => {
    await settingsDb.updateSettings({ fallbackStrategy: strategy });
    const connection = await seedConnection("openai", {
      name: `strategy-${strategy}`,
      priority: 7,
    });

    const selected = await auth.getProviderCredentials("openai");

    assert.equal(selected.connectionId, connection.id);
  });
}

test("getProviderCredentials least-used prefers accounts that were never used", async () => {
  await settingsDb.updateSettings({ fallbackStrategy: "least-used" });
  const recentlyUsed = await seedConnection("openai", {
    name: "least-used-recent",
    priority: 1,
  });
  const neverUsed = await seedConnection("openai", {
    name: "least-used-never",
    priority: 9,
  });
  await providersDb.updateProviderConnection(recentlyUsed.id, {
    lastUsedAt: new Date().toISOString(),
  });
  await providersDb.updateProviderConnection(neverUsed.id, {
    lastUsedAt: null,
  });

  const selected = await auth.getProviderCredentials("openai");

  assert.equal(selected.connectionId, neverUsed.id);
  assert.notEqual(selected.connectionId, recentlyUsed.id);
});

test("getProviderCredentials least-used prefers the oldest timestamp when all accounts were used", async () => {
  await settingsDb.updateSettings({ fallbackStrategy: "least-used" });
  const oldest = await seedConnection("openai", {
    name: "least-used-oldest",
    priority: 9,
  });
  const newest = await seedConnection("openai", {
    name: "least-used-newest",
    priority: 1,
  });

  await providersDb.updateProviderConnection(oldest.id, {
    lastUsedAt: new Date(Date.now() - 120_000).toISOString(),
  });
  await providersDb.updateProviderConnection(newest.id, {
    lastUsedAt: new Date().toISOString(),
  });

  const selected = await auth.getProviderCredentials("openai");

  assert.equal(selected.connectionId, oldest.id);
});

test("getProviderCredentials cost-optimized selects the lowest priority account", async () => {
  await settingsDb.updateSettings({ fallbackStrategy: "cost-optimized" });
  const cheapest = await seedConnection("openai", {
    name: "cost-low",
    priority: 1,
  });
  await seedConnection("openai", {
    name: "cost-high",
    priority: 8,
  });

  const selected = await auth.getProviderCredentials("openai");

  assert.equal(selected.connectionId, cheapest.id);
});

test("getProviderCredentials p2c prefers the account with more quota headroom over raw priority", async () => {
  await settingsDb.updateSettings({ fallbackStrategy: "p2c" });
  const nearLimit = await seedConnection("openai", {
    name: "p2c-near-limit",
    priority: 1,
    apiKey: "sk-p2c-near-limit",
    providerSpecificData: {
      limitPolicy: {
        enabled: true,
        thresholdPercent: 80,
        windows: ["daily"],
      },
    },
  });
  const healthy = await seedConnection("openai", {
    name: "p2c-healthy-headroom",
    priority: 9,
    apiKey: "sk-p2c-healthy",
    providerSpecificData: {
      limitPolicy: {
        enabled: true,
        thresholdPercent: 80,
        windows: ["daily"],
      },
    },
  });

  quotaCache.setQuotaCache(nearLimit.id, "openai", {
    daily: { remainingPercentage: 12, resetAt: futureIso(180_000) },
  });
  quotaCache.setQuotaCache(healthy.id, "openai", {
    daily: { remainingPercentage: 78, resetAt: futureIso(180_000) },
  });

  const selected = await auth.getProviderCredentials("openai");

  assert.equal(selected.connectionId, healthy.id);
});

test("getProviderCredentials p2c deprioritizes accounts with recent rate-limit/backoff signals", async () => {
  await settingsDb.updateSettings({ fallbackStrategy: "p2c" });
  await seedConnection("openai", {
    name: "p2c-rate-limited-history",
    priority: 1,
    apiKey: "sk-p2c-rate-limited",
    lastError: "rate limit",
    lastErrorType: "rate_limited",
    errorCode: 429,
    backoffLevel: 3,
  });
  const healthy = await seedConnection("openai", {
    name: "p2c-clean-account",
    priority: 8,
    apiKey: "sk-p2c-clean",
  });

  const selected = await auth.getProviderCredentials("openai");

  assert.equal(selected.connectionId, healthy.id);
});

test("getProviderCredentials resolves the nvidia special alias pool", async () => {
  const connection = await seedConnection("nvidia_nim", {
    name: "nvidia-special-alias",
  });

  const selected = await auth.getProviderCredentials("nvidia");

  assert.equal(selected.connectionId, connection.id);
});

test("getProviderCredentials exposes copilotToken when present in providerSpecificData", async () => {
  const connection = await seedConnection("codex", {
    authType: "oauth",
    name: "codex-copilot-token",
    email: "copilot@example.com",
    apiKey: null,
    accessToken: "codex-access",
    refreshToken: "codex-refresh",
    providerSpecificData: {
      copilotToken: "copilot-token-value",
    },
  });

  const selected = await auth.getProviderCredentials("codex");

  assert.equal(selected.connectionId, connection.id);
  assert.equal(selected.copilotToken, "copilot-token-value");
});

test("markAccountUnavailable uses configured cooldowns for local 404 model lockouts", async () => {
  await settingsDb.updateSettings({
    providerProfiles: {
      apikey: {
        transientCooldown: 250,
        rateLimitCooldown: 125,
        maxBackoffLevel: 3,
        circuitBreakerThreshold: 60,
        circuitBreakerReset: 5000,
      },
    },
  });

  const connection = await seedConnection("openai", {
    name: "local-openai",
    providerSpecificData: {
      baseUrl: "http://127.0.0.1:8080/v1",
    },
  });

  const result = await auth.markAccountUnavailable(
    connection.id,
    404,
    "model not found",
    "openai",
    "local-model"
  );
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(result.shouldFallback, true);
  assert.equal(result.cooldownMs, 250);
  assert.equal(updated.testStatus, "active");
  assert.equal(updated.rateLimitedUntil, undefined);
  assert.equal(updated.lastErrorType, "not_found");
  assert.equal(Number(updated.errorCode), 404);
});

test("markAccountUnavailable applies a model-only lockout for Gemini 429 responses", async () => {
  const connection = await seedConnection("gemini", {
    name: "gemini-model-limit",
  });

  const result = await auth.markAccountUnavailable(
    connection.id,
    429,
    "too many requests",
    "gemini",
    "gemini-2.5-pro"
  );
  await flushWrites();
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(result.shouldFallback, true);
  assert.ok(result.cooldownMs > 0);
  assert.equal(updated.testStatus, "active");
  assert.equal(updated.rateLimitedUntil, undefined);
  assert.equal(updated.lastErrorType, "rate_limited");
  assert.equal(Number(updated.errorCode), 429);
});

test("markAccountUnavailable applies a model-only lockout for compatible provider 429 responses", async () => {
  const connection = await seedConnection("openai-compatible-custom-node", {
    name: "compatible-model-limit",
  });

  const result = await auth.markAccountUnavailable(
    connection.id,
    429,
    "The upstream compatible service exhausted its capacity",
    "openai-compatible-custom-node",
    "custom-model-a"
  );
  await flushWrites();
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(result.shouldFallback, true);
  assert.ok(result.cooldownMs > 0);
  assert.equal(updated.testStatus, "active");
  assert.equal(updated.rateLimitedUntil, undefined);
  assert.equal(updated.lastErrorType, "rate_limited");
  assert.equal(Number(updated.errorCode), 429);
});

// #3027 — a per-model subscription/permission 403 from a passthrough provider
// (ollama-cloud) must lock only the paid model, not the whole connection.
test("markAccountUnavailable: ollama-cloud per-model subscription 403 locks the model, not the connection (#3027)", async () => {
  fallback.clearAllModelLockouts();
  const connection = await seedConnection("ollama-cloud", {
    name: "ollama-paid-model",
    providerSpecificData: { passthroughModels: true },
  });

  const result = await auth.markAccountUnavailable(
    connection.id,
    403,
    "this model requires a subscription, upgrade for access: https://ollama.com/upgrade",
    "ollama-cloud",
    "deepseek-v4-pro"
  );
  await flushWrites();
  const updated = await providersDb.getProviderConnectionById(connection.id);

  // Connection stays eligible — only the paid model is cooled down.
  assert.equal(result.shouldFallback, true);
  assert.ok(result.cooldownMs > 0);
  assert.equal(updated.testStatus, "active");
  assert.equal(updated.rateLimitedUntil, undefined);
  assert.equal(updated.lastErrorType, "forbidden");
  assert.equal(Number(updated.errorCode), 403);

  assert.equal(fallback.isModelLocked("ollama-cloud", connection.id, "deepseek-v4-pro"), true);
  // A free model on the same key is still usable.
  assert.equal(fallback.isModelLocked("ollama-cloud", connection.id, "gemma4:31b"), false);
});

// #3027 regression — a genuine whole-key 403 (deactivated/banned key) must NOT
// be downgraded to a model lockout; the connection still becomes terminal.
test("markAccountUnavailable: a whole-key 403 still deactivates the ollama-cloud connection (#3027 regression)", async () => {
  fallback.clearAllModelLockouts();
  const connection = await seedConnection("ollama-cloud", {
    name: "ollama-banned-key",
    providerSpecificData: { passthroughModels: true },
  });

  await auth.markAccountUnavailable(
    connection.id,
    403,
    "account has been deactivated",
    "ollama-cloud",
    "deepseek-v4-pro"
  );
  await flushWrites();
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(fallback.isModelLocked("ollama-cloud", connection.id, "deepseek-v4-pro"), false);
  assert.ok(
    ["banned", "expired", "credits_exhausted"].includes(updated.testStatus),
    `expected a terminal connection status, got ${updated.testStatus}`
  );
});

// #3027 — repeated subscription 403s on the paid model must never escalate a
// connection-wide cooldown/backoff (only the model lockout escalates).
test("markAccountUnavailable: repeated ollama-cloud subscription 403s never escalate connection backoff (#3027)", async () => {
  fallback.clearAllModelLockouts();
  const connection = await seedConnection("ollama-cloud", {
    name: "ollama-repeat-403",
    providerSpecificData: { passthroughModels: true },
  });

  for (let i = 0; i < 3; i++) {
    await auth.markAccountUnavailable(
      connection.id,
      403,
      "this model requires a subscription, upgrade for access",
      "ollama-cloud",
      "deepseek-v4-pro"
    );
    await flushWrites();
  }
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(updated.rateLimitedUntil, undefined);
  assert.notEqual(updated.testStatus, "unavailable");
  assert.ok(!updated.backoffLevel, "connection backoffLevel must not escalate");
  assert.equal(fallback.isModelLocked("ollama-cloud", connection.id, "deepseek-v4-pro"), true);
});

test("markAccountUnavailable honors configured api-key rate-limit cooldowns", async () => {
  await settingsDb.updateSettings({
    providerProfiles: {
      apikey: {
        transientCooldown: 125,
        rateLimitCooldown: 125,
        maxBackoffLevel: 3,
        circuitBreakerThreshold: 60,
        circuitBreakerReset: 5000,
      },
    },
  });

  const connection = await seedConnection("openai", {
    name: "configured-rate-limit-cooldown",
  });

  const result = await auth.markAccountUnavailable(
    connection.id,
    429,
    "too many requests",
    "openai",
    "gpt-4o-mini"
  );

  assert.equal(result.shouldFallback, true);
  assert.equal(result.cooldownMs, 125);
});

test("markAccountUnavailable stores Codex scope-specific cooldowns without a global rate limit", async () => {
  const connection = await seedConnection("codex", {
    authType: "oauth",
    name: "codex-scope",
    email: "codex@example.com",
    apiKey: null,
    accessToken: "codex-access",
    refreshToken: "codex-refresh",
  });

  const result = await auth.markAccountUnavailable(
    connection.id,
    429,
    "quota reached",
    "codex",
    "codex-spark-mini"
  );
  const updated = await providersDb.getProviderConnectionById(connection.id);
  const selected = await auth.getProviderCredentials("codex", null, null, "codex-spark-mini");

  assert.equal(result.shouldFallback, true);
  assert.ok(result.cooldownMs > 0);
  assert.equal(updated.testStatus, "unavailable");
  assert.equal(updated.rateLimitedUntil, undefined);
  assert.ok(updated.providerSpecificData.codexScopeRateLimitedUntil.spark);
  assert.equal(selected.allRateLimited, true);
});

test("markAccountUnavailable returns without fallback on bad requests", async () => {
  const connection = await seedConnection("openai", {
    name: "bad-request-no-fallback",
  });

  const result = await auth.markAccountUnavailable(
    connection.id,
    400,
    "schema mismatch",
    "openai",
    "gpt-4o"
  );
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.deepEqual(result, { shouldFallback: false, cooldownMs: 0 });
  assert.equal(updated.testStatus, "active");
  assert.equal(updated.rateLimitedUntil, undefined);
});

test("markAccountUnavailable preserves terminal statuses without overwriting them", async () => {
  const connection = await seedConnection("openai", {
    name: "terminal-status",
    testStatus: "expired",
    rateLimitedUntil: null,
  });

  const result = await auth.markAccountUnavailable(connection.id, 503, "upstream error", "openai");
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(result.shouldFallback, true);
  assert.equal(result.cooldownMs, 0);
  assert.equal(updated.testStatus, "expired");
  assert.equal(updated.rateLimitedUntil, undefined);
});

test("markAccountUnavailable reuses an existing connection-wide cooldown", async () => {
  const retryAfter = futureIso(90_000);
  const connection = await seedConnection("openai", {
    name: "existing-cooldown",
    rateLimitedUntil: retryAfter,
  });

  const result = await auth.markAccountUnavailable(connection.id, 503, "upstream error", "openai");
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(result.shouldFallback, true);
  assert.ok(result.cooldownMs > 0);
  assert.equal(updated.rateLimitedUntil, retryAfter);
});

test("markAccountUnavailable reuses an existing Codex scope cooldown", async () => {
  const retryAfter = futureIso(90_000);
  const connection = await seedConnection("codex", {
    authType: "oauth",
    name: "codex-existing-scope",
    email: "codex-existing-scope@example.com",
    apiKey: null,
    accessToken: "scope-access",
    refreshToken: "scope-refresh",
    providerSpecificData: {
      codexScopeRateLimitedUntil: {
        spark: retryAfter,
      },
    },
  });

  const result = await auth.markAccountUnavailable(
    connection.id,
    429,
    "quota reached",
    "codex",
    "codex-spark-mini"
  );
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(result.shouldFallback, true);
  assert.ok(result.cooldownMs > 0);
  assert.equal(updated.rateLimitedUntil, undefined);
  assert.equal(updated.providerSpecificData.codexScopeRateLimitedUntil.spark, retryAfter);
});

test("markAccountUnavailable uses a connection-wide cooldown for non-local 404 errors", async () => {
  const connection = await seedConnection("openai", {
    name: "remote-404",
    providerSpecificData: {
      baseUrl: "https://api.openai.com/v1",
    },
  });

  const result = await auth.markAccountUnavailable(
    connection.id,
    404,
    "model not found",
    "openai",
    "gpt-missing"
  );
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(result.shouldFallback, true);
  assert.ok(result.cooldownMs > 0);
  assert.equal(updated.testStatus, "unavailable");
  assert.ok(updated.rateLimitedUntil);
});

test("markAccountUnavailable auto-disables permanently banned accounts when the setting is enabled", async () => {
  await settingsDb.updateSettings({ autoDisableBannedAccounts: true });
  const connection = await seedConnection("openai", {
    name: "permanent-ban",
  });

  const result = await auth.markAccountUnavailable(
    connection.id,
    401,
    "Verify your account to continue",
    "openai",
    "gpt-4o"
  );
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(result.shouldFallback, true);
  assert.equal(updated.isActive, false);
  assert.equal(updated.testStatus, "banned");
});

test("markAccountUnavailable leaves permanently banned accounts active when auto-disable is disabled", async () => {
  await settingsDb.updateSettings({ autoDisableBannedAccounts: false });
  const connection = await seedConnection("openai", {
    name: "permanent-ban-disabled",
  });

  const result = await auth.markAccountUnavailable(
    connection.id,
    401,
    "Verify your account to continue",
    "openai",
    "gpt-4o"
  );
  const updated = await providersDb.getProviderConnectionById(connection.id);

  assert.equal(result.shouldFallback, true);
  assert.equal(updated.isActive, true);
  assert.equal(updated.testStatus, "banned");
});

test("markAccountUnavailable swallows auto-disable persistence errors", async () => {
  await settingsDb.updateSettings({ autoDisableBannedAccounts: true });
  const connection = await seedConnection("openai", {
    name: "permanent-ban-update-fails",
  });

  const db = core.getDbInstance();
  const originalPrepare = db.prepare.bind(db);
  db.prepare = (sql) => {
    const statement = originalPrepare(sql);
    if (!String(sql).includes("UPDATE provider_connections SET")) {
      return statement;
    }

    return new Proxy(statement, {
      get(target, prop, receiver) {
        if (prop === "run") {
          return (params) => {
            if (params && typeof params === "object" && params.isActive === 0) {
              throw new Error("persist disable failed");
            }
            return target.run(params);
          };
        }
        return Reflect.get(target, prop, receiver);
      },
    });
  };

  try {
    const result = await auth.markAccountUnavailable(
      connection.id,
      401,
      "Verify your account to continue",
      "openai",
      "gpt-4o"
    );
    const updated = await providersDb.getProviderConnectionById(connection.id);

    assert.equal(result.shouldFallback, true);
    assert.equal(updated.isActive, true);
    assert.equal(updated.testStatus, "banned");
  } finally {
    db.prepare = originalPrepare;
  }
});