// 🛠️ HOW TO ADD A NEW ENCRYPTION KEY SET (FOR JAVA USE)

📦 STEP 1: Generate Strong Key Triplet

Each key set includes:

AES_KEY = 16-char random string
AES_IV = 16-char random string
XOR_KEY = Hex string for raw XOR bytes

Example:

AES_KEY:  M3#p7s!RfD9@eL4z
AES_IV:   T0vP3z&xWm2#Qr9b
XOR_KEY:  3B6D2E5F  (→ 0x3B, 0x6D, 0x2E, 0x5F)

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🧪 STEP 2: Format into Obfuscation String

Format:

"<AES_KEY>::<AES_IV>::<XOR_KEY>"

Example:

"M3#p7s!RfD9@eL4z::T0vP3z&xWm2#Qr9b::3B6D2E5F"

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🔐 STEP 3: Add to keys.cpp with JNIEXPORT

Paste this code inside keys.cpp:

extern "C" JNIEXPORT jstring JNICALL
Java_com_nullvik_dalvikpatch_core_Kernel64_getM3DialogKey(JNIEnv *env, jclass) {
    auto obfuscated = OBFUSCATE("M3#p7s!RfD9@eL4z::T0vP3z&xWm2#Qr9b::3B6D2E5F");
    return env->NewStringUTF(obfuscated);
}

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☕ STEP 4: Add Corresponding Native Method in Java

In Kernel64.java, add:

public static native String getM3DialogKey(); // <--- add this

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✅ STEP 5: Use It in Java with SecureEncoder

Example usage in any Java class:

String fullKey = Kernel64.getM3DialogKey();
String encrypted = SecureEncoder.encode(message, fullKey);

Generate Key!