1
2 export async function val_IqQ0SMdyJQ(req) {
3 try {
4 // Execute the code directly
1
2 export async function val_DxjKDGJFD8(req) {
3 try {
4 // Create a function from the provided code and execute it
5 const userCode = async () => {
6 return const findPrimes = (n) => {
1
2 export async function val_7Uzsz0je4q(req) {
3 try {
4 // Create a function from the provided code and execute it
5 const userCode = async () => {
6 return const findPrimes = (n) => {
1
2 export async function val_wLqQaKIA8e(req) {
3 try {
4 // Create a function from the provided code and execute it
5 const userCode = async () => {
6 return const findPrimes = (n) => {
1
2 export async function val_W1jVyebeTJ(req) {
3 try {
4 // Ensure request body is consumed
5 const body = await req.text();
6
7 // Create a function from the provided code and execute it
8 const userFunction = async () => {
9 const findPrimes = (n) => {
10 const primes = [];
28
29 // Execute and capture the result
30 const result = await userFunction();
31
32 // Handle different types of results
1
2 export async function val_dDDB0hjTSh(req) {
3 try {
4 // Ensure request body is consumed
5 const body = await req.text();
6
7 // Create a function from the provided code and execute it
8 const userFunction = async () => {
9 const findPrimes = (n) => {
10 const primes = [];
28
29 // Execute and capture the result
30 const result = await userFunction();
31
32 // Handle different types of results
1
2 export async function val_h71QOVqMsf(req) {
3 try {
4 // Ensure request body is consumed
5 const body = await req.text();
6
7 // Create a function from the provided code and execute it
8 const userFunction = async () => {
9 const findPrimes = (n) => {
10 const primes = [];
28
29 // Execute and capture the result
30 const result = await userFunction();
31
32 // Handle different types of results
1
2 export async function val_P5Jos9W9mM(req) {
3 try {
4 // Ensure request body is consumed
5 const body = await req.text();
6
7 // Create a function from the provided code and execute it
8 const userFunction = async () => {
9 const findPrimes = (n) => {
10 const primes = [];
28
29 // Execute and capture the result
30 const result = await userFunction();
31
32 // Handle different types of results
1
2 export async function val_5OBYpMAcsJ(req) {
3 try {
4 // Ensure request body is consumed
5 const body = await req.text();
6
7 // Create a function from the provided code and execute it
8 const userFunction = async () => {
9 const findPrimes = (n) => {
10 const primes = [];
28
29 // Execute and capture the result
30 const result = await userFunction();
31
32 // Handle different types of results
1
2 export async function val_QNCsjRvGfn(req) {
3 try {
4 // Ensure request body is consumed
5 const body = await req.text();
6
7 // Create a function from the provided code and execute it
8 const userFunction = async () => {
9 function findPrimes(limit) { const primes = []; for (let num = 2; num < limit; num++) { let isPrime = true; for (let i = 2; i <= Math.sqrt(num); i++) { if (num % i === 0) { isPrime = false; break; } } if (isPrime) { primes.push(num); } } return primes; } findPrimes(10);
10 };
11
12 // Execute and capture the result
13 const result = await userFunction();
14
15 // Handle different types of results
A helper function to build a file's email
Simple functional CSS library for Val Town
import { OpenAI } from "https://esm.town/v/std/openai";
export default async function(req: Request): Promise<Response> {
if (req.method === "OPTIONS") {
return new Response(null, {
headers: {
"Access-Control-Allow-Origin": "*",
LangChain (https://langchain.com) Ambassador, KubeSphere (https://kubesphere.io) Ambassador, CNCF OpenFunction (https://openfunction.dev) TOC Member.