1
import os
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from refactor import tactical_refactor
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from production import production_call
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def phoenix_protocol(error_traceback, failing_file):
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    print(f"Phoenix: System failure detected in {failing_file}.")
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    # 1. Orient: Understand the failure
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    diagnosis_prompt = f"Analyze this error: {error_traceback}. What is the logic gap?"
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    diagnosis = production_call(diagnosis_prompt)
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    # 2. Decide & Act: Trigger the Refactor Surgeon
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    print("Phoenix: Initiating self-repair...")
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    repaired_code = tactical_refactor(failing_file)
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    # 3. Verify: Re-establish system integrity
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    with open(failing_file, 'w') as f:
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        f.write(repaired_code)
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    print(f"Phoenix: System restored. Integrity re-established.")
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# Simulation: A failing call triggers the Phoenix
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try:
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    # Trigger a simulated failure
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    raise ValueError("Logic mismatch in Sovereign Vault retrieval.")
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except Exception as e:
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    phoenix_protocol(str(e), "sentinel.py")

1
import fs from 'fs/promises';
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import { tacticalRefactor } from './refactor.js';
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import { productionCall } from './deploy.js';
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/**
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 * Phoenix Protocol: Self-healing loop for Node.js environments.
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 */
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async function phoenixProtocol(errorTraceback, failingFile) {
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    console.log(`Phoenix: System failure detected in ${failingFile}.`);
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    try {
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        // 1. Orient: Understand the failure
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        const diagnosisPrompt = `Analyze this error: ${errorTraceback}. What is the logic gap?`;
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        const diagnosis = await productionCall(diagnosisPrompt);
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        // 2. Decide & Act: Trigger the Refactor Surgeon
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        console.log("Phoenix: Initiating self-repair...");
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        const repairedCode = await tacticalRefactor(failingFile);
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        // 3. Verify: Re-establish system integrity
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        await fs.writeFile(failingFile, repairedCode);
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        console.log(`Phoenix: System restored. Integrity re-established.`);
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    } catch (e) {
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        console.error("Phoenix: Critical failure during self-repair.", e);
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    }
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}
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// Simulation
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(async () => {
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    try {
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        throw new Error("Logic mismatch in Sovereign Vault retrieval.");
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    } catch (e) {
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        await phoenixProtocol(e.message, "sentinel.js");
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    }
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})();

1
import java.nio.file.Files;
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import java.nio.file.Paths;
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import java.util.Map;
4

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public class PhoenixProtocol {
6

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    public static void execute(String errorTraceback, String failingFile) {
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        System.out.println("Phoenix: System failure detected in " + failingFile);
9

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        try {
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            // 1. Orient: Understand the failure
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            DeployHandler deployer = new DeployHandler();
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            String diagnosisPrompt = String.format("Analyze this error: %s. What is the logic gap?", errorTraceback);
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            Map<String, Object> diagnosis = deployer.productionCall(diagnosisPrompt);
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            // 2. Decide & Act: Trigger the Refactor Surgeon
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            System.out.println("Phoenix: Initiating self-repair...");
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            String repairedCode = RefactorAgent.performSurgery(failingFile);
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            // 3. Verify: Re-establish system integrity
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            Files.writeString(Paths.get(failingFile), repairedCode);
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            System.out.println("Phoenix: System restored. Integrity re-established.");
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        } catch (Exception e) {
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            System.err.println("Phoenix: Critical failure during self-repair: " + e.getMessage());
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        }
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    }
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    public static void main(String[] args) {
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        // Simulation
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        try {
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            throw new RuntimeException("Logic mismatch in Sovereign Vault retrieval.");
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        } catch (Exception e) {
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            execute(e.getMessage(), "Sentinel.java");
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        }
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    }
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}