This code provides a web-based service that analyzes and explains...

August 28, 2025 at 11:02 PM

const axios = require("axios"); class Wdtc { async check(code) { const validateInput = text => { if (!text?.trim()) { throw new Error("Código é obrigatório."); } if (text.length > 5000) { throw new Error("O código excede o limite máximo de 5000 caracteres."); } }; const processResult = text => { return text.split("\n") .filter(line => !line.includes("Share this explanation")) .join("\n") .trim(); }; try { validateInput(code); const { data } = await axios.post("https://whatdoesthiscodedo.com/api/stream-text", { code: code }, { headers: { Accept: "*/*", "Content-Type": "application/json", Origin: "https://whatdoesthiscodedo.com", Referer: "https://whatdoesthiscodedo.com/", "User-Agent": "Postify/1.0.0" }, responseType: "text" }); return processResult(data); } catch (error) { throw new Error(error.response?.data || "Erro ao processar o código."); } } } module.exports = { name: "Code Analyzer", desc: "Analisa e explica o que um código de programação faz", category: "Ferramentas", params: ["code"], async run(req, res) { try { const { code } = req.query; if (!code) { return res.status(400).json({ status: false, error: "Parâmetro 'code' é obrigatório." }); } const wdtc = new Wdtc(); const result = await wdtc.check(code); res.status(200).json({ status: true, code: code, analysis: result, explanation: "Análise do código concluída com sucesso" }); } catch (error) { res.status(500).json({ status: false, error: error.message || "Erro interno no analisador de código" }); } } };

This code provides a web-based service that analyzes and explains what a given programming code does. Here's a breakdown of its main functionality:

  1. Imports and Class Definition:

    • The axios library is imported for making HTTP requests.
    • A class Wdtc is defined, which includes the main logic for validating input, sending the code to an external API for analysis, and post-processing the API's response.
  2. Input Validation (validateInput):

    • Ensures the provided code isn't empty or just whitespace.
    • Ensures the code length does not exceed 5000 characters. If either check fails, it throws an error.
  3. Processing the API Response (processResult):

    • Cleans up the response text received from the API. Specifically:
      • Removes any lines containing "Share this explanation."
      • Joins the remaining lines and trims the result.
  4. Main Logic of check Method:

    • Takes a block of code (code) as input, validates it using validateInput, and then sends it to the API (https://whatdoesthiscodedo.com/api/stream-text) using a POST request.
    • The request includes required headers like Accept, Content-Type, User-Agent, and others to mimic a legitimate API call.
    • The response from the API is processed using processResult, and the cleaned-up result is returned.
    • If an error occurs (e.g., network issue or server-side error), it throws a user-friendly error message.
  5. Exported Web Service:

    • A module is exported, containing metadata (name, desc, category, and params) and a function run that acts as the main endpoint handler.
    • The run function:
      • Extracts the code parameter from the incoming HTTP request's query string (req.query).
      • Returns a 400 status if the code parameter is missing.
      • Calls the check method of the Wdtc class to analyze the code.
      • Sends a JSON response containing the original code, the analysis result, and a success message if everything goes well.
      • If an error occurs during the process, it sends a 500 status with an error message.

What the Code Does:

  • The code integrates with an external API service (whatdoesthiscodedo.com) to process and explain what a block of programming code does. It validates input, sends the code to the API, processes the response to clean it up, and provides a structured response that includes the original code and the analysis.

Context of Use:

  • It is likely part of a backend service for a tool or platform that allows users to analyze the purpose of programming code.
  • Users would typically send their code as a query parameter to the API endpoint this module powers, and they would receive a JSON response explaining the code's behavior.
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