Sandbox Algorithms

Purpose

Execute small deterministic algorithm tasks through the EdgeOne sandbox code interpreter instead of relying only on model reasoning.

When to Use

Use this skill for requests involving:

• Fibonacci sequence calculation.
• Factorial calculation.
• Prime or composite number checks.
• Prime list generation.
• Sorting or searching examples.
• Combination, permutation, or binomial coefficient calculation.
• Small dynamic programming demonstrations.
• User requests that explicitly mention sandbox execution, runCode, code_interpreter, or algorithm scripts.

Workflow

1. Identify the algorithm task and required inputs.
2. Prefer the reusable implementations in scripts/algorithms.py.
3. Build a small self-contained Python snippet that imports or includes the relevant implementation.
4. Execute the snippet with the EdgeOne sandbox code_interpreter tool.
5. Inspect results, logs, and error.
6. If execution fails, fix the code and run once more.
7. Return the final answer with a short explanation and the executed result.

Tool Usage Rules

• Use code_interpreter for actual computation whenever available.
• Do not fake tool outputs.
• Do not rely only on mental arithmetic for requested algorithm execution.
• Keep code snippets deterministic and self-contained.
• Set a reasonable timeout, usually 5 to 15 seconds for small algorithms.
• Avoid network access unless the user explicitly asks for it.
• Avoid writing files unless a file is necessary for the task.

Output Format

Return:

## Result

...

## Method

- Algorithm: ...
- Executed with: EdgeOne sandbox `code_interpreter`

## Execution Output

```text
...
```

For very small answers, keep the response concise.