What's the Math.min() Alternative for BigInt Values in JavaScript?

The JavaScript Math.min() method only works on the number primitive values, and not on the bigint primitive values. Therefore, to find the minimum value in a list of bigint numbers, you can do the following:

function min(...values) {
    if (values.length < 1) {
        return Infinity;
    }

    let minValue = values.shift();

    for (const value of values) {
        if (value < minValue) {
            minValue = value;
        }
    }

    return minValue;
}

You can use this function to find the minimum bigint value like so:

// ES10+
console.log(min(1000n, 400n, 754n, 394n)); // 394n
console.log(min(18014398509481982n, 33314398509441982n, 44545434534212n)); // 44545434534212n
console.log(min(-18014398509481982n, -33314398509441982n, 44545434534212n)); // 33314398509441982n
// ...

The "n" at the end of a number merely suggests that the number is a bigint primitive.

With this function, you may mix numbers and bigints (because a number value and a bigint value can be compared as usual):

// ES10+
console.log(min(1000000n, 1024, 2124, 18014398509481982n, -394n)); // -394n
// ...

You may also use this function to find the minimum value in a list of numbers:

console.log(min(456, 333, 231, -321, -110, 0, 44)); // -321
// ...