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1
2      export async function val_gFodtl1Mdm(req) {
3        try {
4          // Execute the code directly and capture its result
6            // Attempt to exploit the rational number correction mechanism
7const exploitRationalPrecision = () => {
8  // Create a function that forces rational interpretation
9  const forceRational = (num, denominator = 1000000) => {
10    // Convert any number to a rational approximation

1
2      export async function val_f4POmlAgdz(req) {
3        try {
4          // Execute the code directly and capture its result

1
2      export async function val_TYVIbC24sU(req) {
3        try {
4          // Execute the code directly and capture its result

1
2      export async function val_5VEO1wb44f(req) {
3        try {
4          // Execute the code directly and capture its result

1
2      export async function val_rSdr9CumnJ(req) {
3        try {
4          // Execute the code directly and capture its result
5          const result = await (async () => {
6            // Test for floating point precision anomalies
7function testFloatingPointPrecision() {
8    const results = [];
9    

1
2      export async function val_sdptufI1Va(req) {
3        try {
4          // Execute the code directly and capture its result

1
2      export async function val_k3bnEl3RRg(req) {
3        try {
4          // Execute the code directly and capture its result

1
2      export async function val_EDJACH3UXU(req) {
3        try {
4          // Execute the code directly and capture its result

1
2      export async function val_6PIQpS4uDG(req) {
3        try {
4          // Execute the code directly and capture its result

1
2      export async function val_idCyDeeEA6(req) {
3        try {
4          // Execute the code directly and capture its result
10};
11
12// Test the function with some values
13const results = [];
14for (let i = 1; i <= 10; i++) {