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Overview

The reset() method removes a rate limit’s state from the database, allowing the next request to start fresh with full capacity.

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Using the reset() Method

await rateLimiter.reset(ctx, "failedLogins", { key: userId });
From src/client/index.ts:147-166: 
/**
 * Reset a rate limit. This will remove the rate limit from the database.
 * The next request will start fresh.
 * Note: In the case of a fixed window without a specified `start`,
 * the new window will be a random time.
 * @param ctx The ctx object from a mutation, including runMutation.
 * @param name The name of the rate limit to reset, including all shards.
 * @param key If a key is provided, it will reset the rate limit for that key.
 * If not, it will reset the rate limit for the shared value.
 */
async reset<Name extends string = keyof Limits & string>(
  { runMutation }: RunMutationCtx,
  name: Name,
  args?: { key?: string },
): Promise<void> {
  await runMutation(this.component.lib.resetRateLimit, {
    ...(args ?? null),
    name,
  });
}

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When to Reset Rate Limits

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1. Successful Login After Failed Attempts

The most common use case is resetting failed login attempts after a successful login: 
import { RateLimiter, HOUR } from "@convex-dev/rate-limiter";
import { components } from "./_generated/api";
import { mutation } from "./_generated/server";

const rateLimiter = new RateLimiter(components.rateLimiter, {
  failedLogins: { kind: "token bucket", rate: 10, period: HOUR },
});

export const login = mutation({
  args: { email: v.string(), password: v.string() },
  handler: async (ctx, args) => {
    // Check if too many failed attempts
    const status = await rateLimiter.limit(ctx, "failedLogins", { 
      key: args.email 
    });
    
    if (!status.ok) {
      throw new Error(`Too many failed login attempts. Try again in ${Math.ceil(status.retryAfter! / 1000)} seconds.`);
    }
    
    // Verify credentials
    const user = await verifyPassword(ctx, args.email, args.password);
    
    if (!user) {
      // Failed login - token was already consumed by limit()
      throw new Error("Invalid credentials");
    }
    
    // Successful login - reset the failed attempts counter
    await rateLimiter.reset(ctx, "failedLogins", { key: args.email });
    
    return { userId: user._id };
  },
});
From the README:
“Reset a rate limit on successful login”

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2. Admin Override

Allow admins to manually reset rate limits for specific users: 
export const adminResetUserLimit = mutation({
  args: { 
    userId: v.string(),
    limitName: v.string(),
  },
  handler: async (ctx, args) => {
    // Verify admin privileges
    const isAdmin = await checkIsAdmin(ctx);
    if (!isAdmin) {
      throw new Error("Unauthorized");
    }
    
    // Reset the user's rate limit
    await rateLimiter.reset(ctx, args.limitName, { key: args.userId });
    
    console.log(`Admin reset ${args.limitName} for user ${args.userId}`);
  },
});

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3. Account Upgrades

Reset limits when a user upgrades their account: 
export const upgradeAccount = mutation({
  args: { userId: v.string() },
  handler: async (ctx, args) => {
    // Upgrade the account
    await ctx.db.patch(args.userId, { plan: "premium" });
    
    // Reset their rate limits to give them a fresh start
    await rateLimiter.reset(ctx, "apiCalls", { key: args.userId });
    await rateLimiter.reset(ctx, "exports", { key: args.userId });
    
    return { success: true };
  },
});

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4. Testing and Development

Reset limits in test code to ensure clean state: 
export const testRateLimit = internalMutation({
  args: {},
  handler: async (ctx) => {
    const testKey = "test-user";
    
    // Reset before test
    await rateLimiter.reset(ctx, "sendMessage", { key: testKey });
    
    // Now test with fresh state
    const first = await rateLimiter.limit(ctx, "sendMessage", { key: testKey });
    assert(first.ok);
    
    // ... more tests
  },
});

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Real Example from Source Code

From example/convex/example.ts:106-129: 
export const inlineConfig = internalMutation({
  args: {},
  handler: async (ctx) => {
    for (const kind of ["token bucket", "fixed window"] as const) {
      const rateLimiter = new RateLimiter(components.rateLimiter);

      const config = {
        kind,
        rate: 1,
        period: SECOND,
      } as RateLimitConfig;
      
      const before = await rateLimiter.limit(ctx, "simple " + kind, { config });
      assert(before.ok);
      assert(before.retryAfter === undefined);
      
      const after = await rateLimiter.check(ctx, "simple " + kind, { config });
      assert(!after.ok);
      assert(after.retryAfter! > 0);
      
      // Reset and verify it's cleared
      await rateLimiter.reset(ctx, "simple " + kind);
      
      const after2 = await rateLimiter.check(ctx, "simple " + kind, { config });
      assert(after2.ok);
      assert(after2.retryAfter === undefined);
    }
  },
});

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Resetting Specific Keys vs Global

Reset the rate limit for a specific user/key:
// Reset just this user's limit
await rateLimiter.reset(ctx, "sendMessage", { key: userId });
This only affects the specified key. Other users’ rate limits are unaffected.

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Sharding Behavior

From the documentation:
“Reset a rate limit to reset, including all shards.”
When you reset a rate limit that uses sharding, all shards are reset: 
const rateLimiter = new RateLimiter(components.rateLimiter, {
  llmTokens: { kind: "token bucket", rate: 40000, period: MINUTE, shards: 10 },
});

// This resets ALL 10 shards
await rateLimiter.reset(ctx, "llmTokens", { key: userId });

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Fixed Window Behavior

From the documentation:
“Note: In the case of a fixed window without a specified start, the new window will be a random time.”
When you reset a fixed window rate limit:
  • If the config specifies a start time, the window aligns to that
  • If no start is specified, a new random start time is chosen
This helps prevent thundering herd issues: 
const rateLimiter = new RateLimiter(components.rateLimiter, {
  // No start time - will get random window on reset
  hourlyLimit: { kind: "fixed window", rate: 100, period: HOUR },
});

await rateLimiter.reset(ctx, "hourlyLimit", { key: userId });
// The new window starts at a random time, not necessarily now

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What Happens After Reset

After calling reset(), the rate limit behaves as if it was never used: 
// Use up all capacity
for (let i = 0; i < 3; i++) {
  await rateLimiter.limit(ctx, "sendMessage", { key: userId });
}

// Now at capacity
const status1 = await rateLimiter.check(ctx, "sendMessage", { key: userId });
// status1.ok === false

// Reset
await rateLimiter.reset(ctx, "sendMessage", { key: userId });

// Full capacity restored
const status2 = await rateLimiter.check(ctx, "sendMessage", { key: userId });
// status2.ok === true

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Best Practices

For security-sensitive operations like login attempts, only reset after confirming success:
// ❌ Don't reset before verification
await rateLimiter.reset(ctx, "failedLogins", { key: email });
const user = await verifyPassword(ctx, email, password);

// ✅ Reset after successful verification
const user = await verifyPassword(ctx, email, password);
if (user) {
  await rateLimiter.reset(ctx, "failedLogins", { key: email });
}
Keep an audit trail of when limits are reset:
await rateLimiter.reset(ctx, "apiCalls", { key: userId });

await ctx.db.insert("auditLog", {
  action: "rate_limit_reset",
  limitName: "apiCalls",
  userId,
  timestamp: Date.now(),
});
Be careful about providing reset functionality to users for security-critical limits:
// ❌ Risky: users could reset their own failed login limits
export const resetMyFailedLogins = mutation({
  handler: async (ctx) => {
    const userId = await getUserId(ctx);
    await rateLimiter.reset(ctx, "failedLogins", { key: userId });
  },
});

// ✅ Better: only reset on successful login
// (as shown in the login example above)
Instead of full reset, you might want to just add capacity:
// Instead of full reset, which might be too generous:
// await rateLimiter.reset(ctx, "uploads", { key: userId });

// Consider using a separate "bonus" limit:
await rateLimiter.limit(ctx, "uploadsBonus", { 
  key: userId,
  count: -10,  // Add 10 tokens back
});

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Common Patterns

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Password Reset Flow

export const requestPasswordReset = mutation({
  args: { email: v.string() },
  handler: async (ctx, args) => {
    // Rate limit password reset requests
    await rateLimiter.limit(ctx, "passwordResetRequests", {
      key: args.email,
      throws: true,
    });
    
    // Send reset email
    await sendPasswordResetEmail(args.email);
  },
});

export const completePasswordReset = mutation({
  args: { token: v.string(), newPassword: v.string() },
  handler: async (ctx, args) => {
    const email = await verifyResetToken(args.token);
    
    // Update password
    await updatePassword(ctx, email, args.newPassword);
    
    // Reset both failed logins and password reset requests
    await rateLimiter.reset(ctx, "failedLogins", { key: email });
    await rateLimiter.reset(ctx, "passwordResetRequests", { key: email });
  },
});

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Free Trial to Paid Conversion

export const convertToPaid = mutation({
  args: { userId: v.string() },
  handler: async (ctx, args) => {
    // Update subscription
    await ctx.db.patch(args.userId, { 
      plan: "paid",
      convertedAt: Date.now(),
    });
    
    // Give them a fresh start on all limits
    await rateLimiter.reset(ctx, "apiCalls", { key: args.userId });
    await rateLimiter.reset(ctx, "exports", { key: args.userId });
    await rateLimiter.reset(ctx, "uploads", { key: args.userId });
    
    return { success: true, message: "Welcome to the paid plan!" };
  },
});

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