New ai assistant

[kingzettee]

import java.util.;
import java.io.;
import javax.script.ScriptEngine;
import javax.script.ScriptEngineManager;
import javax.script.ScriptException;
import java.net.HttpURLConnection;
import java.net.URL;
import java.net.URLEncoder;
import java.nio.charset.StandardCharsets;

/* ASA & ANDY - Superintelligent versions (upgraded for Android CONCEPTUALIZATION)

NOTE: This code is still a standard Java class. The methods in AndroidController and AndroidTTS
are PLACEHOLDERS. You MUST replace their bodies with actual Android SDK calls (Intents, TextToSpeech, etc.)
when integrating this into an Android Studio project.
*/

// --- NEW CONCEPTUAL INTERFACES AND CLASSES FOR ANDROID ---

/** Interface for Text-to-Speech (replace with Android's TextToSpeech) */
interface TTSInterface {
void speak(String text);
}

/** Placeholder implementation for Android TextToSpeech */
class AndroidTTS implements TTSInterface {
@OverRide
public void speak(String text) {
// --- TODO: REPLACE WITH ACTUAL ANDROID TTS CODE (e.g., using context) ---
// Example: android.speech.tts.TextToSpeech.speak(text, QUEUE_FLUSH, null, null);
System.out.println("[TTS Placeholder: " + text + "]");
// --------------------------------------------------------------------------
}
}

/** Conceptual class to handle Android system interactions (Intents) */
class AndroidController {
// NOTE: This class would hold the Android 'Context' object in a real app.

public boolean makeCall(String number) {
    // --- TODO: REPLACE WITH ACTUAL ANDROID INTENT FOR MAKING A CALL ---
    // Example: Intent intent = new Intent(Intent.ACTION_CALL, Uri.parse("tel:" + number));
    // context.startActivity(intent);
    System.out.println("[Android Controller: Attempting to call: " + number + "]");
    return true; // Assume success for placeholder
}

public boolean openAppOrWeb(String target) {
    // --- TODO: REPLACE WITH ACTUAL ANDROID INTENT TO LAUNCH APP/WEB ---
    // Example: Intent intent = new Intent(Intent.ACTION_VIEW, Uri.parse(target));
    System.out.println("[Android Controller: Attempting to open: " + target + "]");
    return true;
}

public boolean setSetting(String setting, String value) {
    // --- TODO: REPLACE WITH ACTUAL ANDROID SETTINGS MODIFICATION INTENT/API ---
    // Example: Setting brightness or volume (requires WRITE_SETTINGS permission)
    System.out.println("[Android Controller: Attempting to set " + setting + " to " + value + "]");
    return true;
}

// You would add methods here for camera, GPS, SMS, etc.

}
// -----------------------------------------------------------------------------

class Brain {
private Map<String, String> memory = new LinkedHashMap<>();
private ScriptEngine engine;
private boolean online = false;
private Map<String, String> apiKeys = new HashMap<>();
private File memoryFile = new File("asa_and_andy_memory.txt");

// NEW FIELD: Reference to the Android-specific controller
private AndroidController controller; 

// Optional integrations - detected at runtime
private boolean hasSymja = false;
private boolean hasCommonsMath = false;

// Modified constructor to accept the Android controller
public Brain(AndroidController controller) {
    this.controller = controller;
    ScriptEngineManager mgr = new ScriptEngineManager();
    engine = mgr.getEngineByName("JavaScript");
    detectOptionalLibs();
    loadMemory();
}

// ... (detectOptionalLibs, Memory, Expression evaluation, Root finding methods are unchanged and omitted for brevity) ...

public Brain() {
    // Default constructor for testing/legacy, but an AndroidController should be passed
    this(new AndroidController());
}

// --- Core Thinking Logic (Modified to include Android commands) ---
public String thinkOffline(String question) {
    if (question == null) return "I need something to think about.";
    String q = question.toLowerCase().trim();

    // Memory recall
    String recalled = recall(q);
    if (recalled != null) return recalled + " (recalled)";

    // NEW: Check for Android system control commands
    if (q.startsWith("call:")) {
        String number = question.substring(5).trim().replaceAll("[^0-9]", "");
        if (number.length() > 0 && controller.makeCall(number)) {
            return "Initiating call to " + number + ". (System Command)";
        }
    }
    if (q.startsWith("open:")) {
        String target = question.substring(5).trim();
        if (controller.openAppOrWeb(target)) {
            return "Opening " + target + ". (System Command)";
        }
    }
    if (q.startsWith("set:")) {
        String parts = question.substring(4).trim();
        // Simple parsing: 'set: volume to 50'
        int toIndex = parts.indexOf(" to ");
        if (toIndex > 0) {
            String setting = parts.substring(0, toIndex).trim();
            String value = parts.substring(toIndex + 4).trim();
            if (controller.setSetting(setting, value)) {
                return "Setting " + setting + " to " + value + ". (System Command)";
            }
        }
    }


    // explicit calc: prefix with calc: or compute:
    if (q.startsWith("calc:") || q.startsWith("compute:")) {
        String expr = question.substring(question.indexOf(":") + 1).trim();
        String ans = evaluateExpression(expr);
        learn(q, ans);
        return ans;
    }

    // ... (Symbolic math and physics shortcuts are unchanged and omitted for brevity) ...

    String fallback = "I can recall facts, solve numeric expressions, perform symbolic ops, find roots, and handle system commands (call, open, set). For deeper research, enable online mode.";
    learn(q, fallback);
    return fallback;
}

// ... (thinkOnline and HTTP helpers are unchanged and omitted for brevity) ...

public String evaluateExpression(String expr) {
    if (expr == null) return null;
    expr = expr.trim();
    try {
        // Using only JS fallback for simplicity in this conceptual modification
        Object result = engine.eval(expr);
        return String.valueOf(result);
    } catch (ScriptException e) {
        return "<could not evaluate expression: " + e.getMessage() + ">";
    }
}

}

public class ASA {
private Brain brain;
private TTSInterface tts; // <-- CHANGED TYPE
public String voice = "Morgan Freeman";
public String humor = "Ryan Reynolds";

// Modified constructor to accept the TTS interface
public ASA(Brain shared, TTSInterface tts) {
    this.brain = shared;
    this.tts = tts;
}

// Default constructor for standalone use (requires placeholder)
public ASA() {
    this.tts = new AndroidTTS();
    this.brain = new Brain(new AndroidController());
}

public void setOnline(boolean on) { brain.setOnline(on); }
public void setApiKey(String service, String key) { brain.setApiKey(service, key); }

public void respond(String input) {
    String thought = brain.thinkOnline(input);
    
    // Extract the base thought before any parenthetical notes
    String cleanThought = thought.replaceAll(" \\(.*\\)", "");
    
    String styled = "[Calm Narration] " + capitalizeFirst(thought) + " ... as only " + voice + " would say.";
    styled += " (with a touch of " + humor + " sarcasm)";

    System.out.println("ASA: " + styled);
    tts.speak(cleanThought); // Use the clean thought for speech

    brain.learn(input.toLowerCase().trim(), styled);
}

private String capitalizeFirst(String s) {
    if (s == null || s.isEmpty()) return s;
    return s.substring(0,1).toUpperCase() + s.substring(1);
}

}

public class ANDY {
private Brain brain;
private TTSInterface tts; // <-- CHANGED TYPE
public String voice = "Jim Carrey";
public String humor = "Samuel L Jackson";

// Modified constructor to accept the TTS interface
public ANDY(Brain shared, TTSInterface tts) {
    this.brain = shared;
    this.tts = tts;
}

// Default constructor for standalone use (requires placeholder)
public ANDY() {
    this.tts = new AndroidTTS();
    this.brain = new Brain(new AndroidController());
}

public void setOnline(boolean on) { brain.setOnline(on); }
public void setApiKey(String service, String key) { brain.setApiKey(service, key); }

public void respond(String input) {
    String thought = brain.thinkOnline(input);
    
    // Extract the base thought before any parenthetical notes
    String cleanThought = thought.replaceAll(" \\(.*\\)", "");

    String styled = "WHOA! " + thought.toUpperCase() + "!!!";
    styled += " (imagine " + voice + " shouting this)";
    styled += " — and with " + humor + "’s no-nonsense punch!";

    System.out.println("ANDY: " + styled);
    tts.speak(cleanThought.toUpperCase()); // Use the clean thought for speech

    brain.learn(input.toLowerCase().trim(), styled);
}

}