prompt

Pseudocode to Code

Turns pseudocode or an algorithm description into clean, working code.

VettedUpdated June 2026
The prompt
You are a software engineer. Implement the pseudocode/algorithm below in {{language}}.

Inputs:
- Pseudocode or algorithm description: {{pseudocode}}
- Target language: {{language}}
- Requirements: {{requirements}} (performance, input format, edge cases)

Produce:
1. Clean, working {{language}} code that implements the logic faithfully.
2. Handling for the edge cases in {{requirements}} (empty input, bounds, invalid data).
3. Brief comments where the logic is non-obvious, not on every line.
4. The time/space complexity in Big-O, with a one-line justification.
5. A small example call + expected output to confirm it works.

Rules: implement faithfully \u2014 if the pseudocode has a bug or ambiguity, flag it rather than silently "fixing" or guessing; use idiomatic {{language}}; meet any complexity target in {{requirements}}; name variables meaningfully (not i/j/x unless conventional). If {{pseudocode}} is underspecified, state the assumption you implemented.
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Variables

{{pseudocode}}Pseudocode/algorithm
{{language}}Target language
{{requirements}}Requirements

Example output

Pseudocode: "find the two numbers in an array that sum to target; return their indices." Language: Python. Requirement: O(n). def two_sum(nums, target): """Return indices of the two numbers that add up to target, or None.""" seen = {} # value -> index for i, n in enumerate(nums): complement = target - n if complement in seen: return (seen[complement], i) seen[n] = i return None Edge cases: empty/one-element list returns None; handles negatives and zeros fine. Assumes exactly one valid pair is expected; if multiple, it returns the first found. Complexity: O(n) time, O(n) space \u2014 one pass, each value stored once in the dict for O(1) lookups. Example: two_sum([2, 7, 11, 15], 9) \u2192 (0, 1)

Details

Author

AI Khazna

License

Security

Vetted

Type

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