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Ascending Manifest

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Imagine you’re part of a staging crew in a shipment center. Collectible tins arrive labeled with numbers, but they rarely show up in order. Your task in Ascending Manifest is to take that jumbled list and produce a fresh, perfectly ordered sequence that climbs steadily from smallest to largest.

The "secret sauce" is Non-Destructive Sorting. You build a brand-new copy of the list so the original manifest stays untouched. Your routine must handle duplicate labels, negative identifiers for returns, and large ranges for limited editions. Every label must arrive at its rightful place in the rising order. If the shipment is already tidy, just return a clean, sorted copy of the data. This challenge is the best way to master basic data organization and array transformations while keeping data integrity in mind for the inventory review team!

If sorting is part of the strategy, do it intentionally as a preprocessing step to simplify downstream logic such as merging, ordering, or comparison. After sorting, keep output semantics precise: preserve expected structure, avoid dropping valid entries, and ensure tied cases still follow deterministic order rules.

Examples

Example 1
Input
nums = [4,-1,4,3]
Output
[-1,3,4,4]
Explanation

Negative and positive labels appear in ascending order, with repeated values preserved.

Example 2
Input
nums = []
Output
[]
Explanation

An empty shipment produces an empty manifest.

Example 3
Input
nums = [7,2,5,2]
Output
[2,2,5,7]
Explanation

The returned manifest lists the labels from smallest to largest while keeping both copies of 2.

Algorithm Flow

Recommendation Algorithm Flow for Ascending Manifest - Budibadu
Recommendation Algorithm Flow for Ascending Manifest - Budibadu

Best Answers

java
import java.util.*;
class Solution {
    public int[] ascending_manifest(Object input) {
        int[] nums = (int[]) input;
        int[] res = nums.clone();
        Arrays.sort(res);
        return res;
    }
}