# Obfuscated by Ohang
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 = "+[]VlnP bZ}!i@rPBW._P]QlcS`U]W&iBuVW_Z_lePQeX]S~vhNuRCU*^U]^nfSSeQYP}qiF Q@Wy\X_mfVTeXS|wh@vQFU~\XYPlaQQbU]V~ iOMwSCR*\TXUl6SQbX]~qkDJtPAR{^PX^lcQS`R]Tz&iBvVCT}^X[Tm6PSaR[V|whFLzPU)Z\SnaVUaY[]zwjDpVAUw_R]Tl3S[`P]rhKsS@W,^TX_nbRVaSX\|pk@pRW{_WXVkfS`QYR}rkGKsPLUv[YXSnaVTcUYPthOJrVMU*\ Zn2SbYZQ|vhDzPGRw_VZVonRRaWZ]|siN#PCV,\S]TnnV[`WXS|sjGzSFVw^XncPQaV[SqkHqQ@Vz\U]Ro`RPeS[Szvj@zRAWz]ZPncRWeSX }%iEpREVw]U[SlnV`Y[Tz iD&SW.]XndPPeUYP}uhA QDRx[U[^m5Q[`TZV|!iDwVMW|]U[TneSReXUpiBvSU|\Y[SkaVWaW]Q&mEqV@Tz]RXQmoVRcRZP}}lDH  QMT*^RXQl3Q dVZU kDsP@W+^T[laRTeZSzshBqSBU.]X]Sk`PTbT]V~|jBKsR@W-^W[VmnS`VY\vkB$WBV*^VZQocSPaSY\~rlA QBT{^YXVn`RVaUZ &kL zRCW+^YXl`VSaT[P|sjEOwSCRx^X^o`PU`S]V~}kE$QW*\Xl6RUb\U~ql@sS@T._X[TkdSZcU]S|wh@OwVUy[U[TncVbZV|lCrPMV{]W[Vl6QPcS]sjDJ&SBRw\SZUofQScY[P~"kE'SU[PZ_m`RVbTXWz"iA{SGTv[V[UlnVTcV]QzvhC QV*^PYn5Q bT]U~thNpSGR._S[Qn4SV`W[P|%jGHuVAR}_XTobRTeX]}qjGqSAV|^RYSoeVWeUXV~uhCpRSy_QYUk3QUeZQ|&mA{QGRy]SZUknVUaW]Q}"kB#RGV*\Q[Pn`VZ`U[W~tlE#SCWw[XTknVTeYXP}riOqRSw]ZPk3S[eYZVul@OwV@U}[R[Vn5WV`TZT~"mEzPLTx^ZPm4SVcSYrjFJtSGR,\XRncS`WYWwjFvVCT-ZY[ngP[`Q]Q| k@zQS_RZPnfS ` Z\}ujFtSU{[Y]leSPaXX]ztl@vSGV~[\Uo`PU`P[}|jGzSU+\V[Wk6RWb\}&kKtRGVw[VYRlfVRcP[T~qjNO QMV{\P]^k2Q[aT]TzwlOwVAW-^RZm`PTaQ]}&iEsVMR-\S[n`PQcUX kDvVFW)\YZVn5SRaY[U||iDsPFVy^XVnoSQcX[S} kOqSLVz[\Vm5WZ`XQrlBOwRARy[SZlaSWbVZP|%jNOuRW-\TXSlnQUaT]U"mA QBU.\Q[Qm4S[cTXP}vlE&SU*\V]UkoSTe\WwiwQFUz\SXSncRTaX[vltSER|]TYPmgPWeV[P|phEzPDT.] [_kbPP`YZU~qlEJuSMU~_ZRnbQVaU] }whBzRBR,\V[VknV[cVZ}|iGHtPGWy^V]ngRPbXVztlCwSCR{^PYnoRbSXR}vkBOtRLW~_W[l5WT`VXsk QAV}[QYldR[a\\~rjuREVz^RZPm6QW`TX\~!kC$WW-^RYnfRPbTX}ujA$QAU.]TZj2QReU]RzphO$SAU|\RXToaQVaYZ uiCrRLWy^RZ_o6R`Y[V|vi@uPCU-^V]nnSZcPZTzsiBwSCUv^PZSo`RZa YU}|lBLsR@Wv_T]laQZeY[S~rlC'SBRv_ YTogVUeP]RzuiN#RU{]WXl4QVaVY~vjKzQBT[Q[_k4Q dQYT|%j@LpVFVw]XXRlaRZ`V[ }vhE'Q@Uv[VYl6Q`Q]}vltPGT-\UXPnoSVbWYW|wkC{PMTz\UYVleP[bVZQ~vkF#SGV{[ YleRZeSY}uiD$SDV)^SYUmeQbWZQqjH!SEUy\UZVn`V[`P[ |lCMpRLR{\TY^onS[aXQ}rjuPEV._VXPogV`WY~vlN!SEWz_R]TonPTbUYQqlBuPEUx\ [moRZeR]]}|hDzVMU*\RZSlaQ[`PZQ'iGpP@W,^S]^noPS`ZWzqk@vQBVv^TXlcVVaUZ]~phAH uPWv_ZTl4QZaYZ\vlDLuVCW~_XVk5SVbU[\pkBrVFTy]WYSlaQZaW]W~}hrRDV+^X_kbP `RYS iA#SLV,^W[QloS bZV|'iqVUw_SX^lnVVaUZ}}iDtSBVw]YXTknR[eYX|wi@rRUy_ZSocPSeVY }&kO!QEWw_ [Ul1Q[`V]WvjGwVGR+^TXl6R`Z|'iOM&SDV{^YX^k6PRaTX~wjwVATz^QYSkaPTbP[R|vlA{P@U+^VZ^o`QbSYU}%kGzRCU*\ZSo`QbYZQ&mO{RAUy]R[VkoPSc ZVwlDJvR@T)^VXWkdSWaW[W~sj{VCU~^XZSm6QWeSZ\|'kBvSUw^UXmaR bZ\|pjD{RGT{]VZlbQWaV]R}hCKsSFV}[WYUm5QT`ZT~}hG$W@U)ZXTn6RUa XP"mN{QMVv^ZPoeVSaSYR|rj@rPFT|[R[TnoSS`P[{%kCtQU|[ZWobQ bX]|&kOpVDV|[ZRoePTaSXS}jCKuPLW{^XRn6QQcXY}'iD SGW{[WY^ncSVeY[R'iLqS@Uz[T]Qo`QUeXP}tjCL#QFUy]SYSkdP `WX }riBrVBR{]X]RnoSUeVYS~|h@qPGRv^VYPncRUeXRui SWx]PZTl`RV`XY}pjEuRCTx[QYSknR`P[V}wiAuRAV._VZjbSZcX]Sz%kB$QWy\QYPlfRPaX[]|qiB$WW~_P[_m5Q[bX[}&mAqRAT-^QYlnPVbPY]~uhA'QGW+^ Z_n5WZaS]Q irPFVw]V[ofVbX\tjOL qQFWy^TZ^obQW`YXT~!kE{QGT{] [_oaV[aXUzwi#SVw]TXnbRSaUYS}&mpSLUw_WZRneSTeRYT|}iMvQAW|[ ZTodVP`Q]W~vlqVFR-ZWXQlbSa YT|%hO{VS}^PYSlaVcRXW~|hG#SEW.]Xl4Q`WZ iAH wVWz\VZSlbS`ZUqkOwSLT~\YYRmgP dWYqjDL#SGU+^SXWkcQWeU]Psh'SS{\R]nbQPeSZ}j@#REU_ YSn4QTcZ}pkGpQAWw^ YSofPbSZ&iLtR@W|\WYQngRZbR]R} kO$WU|[SX^ncRPePXT|}l@{QEW-^ZPmnR`QYWzuiFtSETx]TXo6PQaSX\|uiK$SBWx]X]Pl3SW`X]Rzwh@sQV-ZW[SnbSSaVZV|l{PU~[XnnQTaV[W~rkE SDT~^U]SofRPePXS~&mBvSFW{]RZjcSSbXW}sjsQLU)\RXRo2QZcRY}qlBH 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SWz_T]meST`UX~pjFpRT{\XjdRUb\]}uluVU-Z ZVo1QWcQY]}%kE{RFT-\Q]neSZcRZ\|riGuQLV-^T[Tn`RbXP~wkBzRW,^P]SkfQdSZV}&iGpVMW~_SXWk1W[cVXSzulG$SCV}]V[ldScX[V}}j#QBR~^VZPm3S[bP[\%iO QUw\V]QoaP[aVZSuhB QLW*\S]QncR[aPZQ~%hwSBTy]WYTm5STeZ]z}hsSBUx[VXRnbPZ`SZP|}iDuPGT,^XmeVbZWvhDH &QFRz\XX^leQbT[V| kEJrVGTx]Q]ngRScSZS}pj@{PMRz_PYlgRWbZR}"kCOvPUz_V]PlbP`P[Q}}lBuQS-^ YWmoV[eUZ{wjErVDTy_ZSnaVZbZR}&i@wRCWz] ZRnbSPb\ }wk SMTv_XPleRSbXZRz%kLpP@R,^PZn1SZaV[Rz!iK!SUy]PYUmgV`SYQ|'k$S@Wz]SXnfSWcYXthEuPS-^Y[QmbR[cS[}rjwPV}^WXTkeQV`XR}'kOLrRW}_TX_lcSWaV]}vlGMsSLU*\YXn3Q`\\vhzPLR.]Q]ToaVPeZT|pkB$QWw_U]VndPZeY]}lOqVU|[ZPkdPQeP[R~'iGwVET{\Q[RlaVTcZV||iGrPU+^X[Tk4QReXTzrjGzVDR,^VY^l1QVcRY]zrkE WU{]Y[mdP` XQ|wj@rVMTx]W[VkoPPeU]}qhKpQLT-ZXZlgP[aT[\~pj@qRBW.\\RncVVbTXQwhL wRMW+^X^ncQTeQ]Q!kAvSGVv[WYTnbPTbQ]VqlC{QUw_TYlnVSbQ]}rkEKzVVv^ Z^ndPSeVXPtlBqR@Tv]U]naSbVYQ}wiOsPWy[YYmoSbPYR}%iBuRV|[T[_nePRaXP~'iEwSEUv\PZPm5WQbZ|hAtVDR|[W]SleSW`XX\}|kFuPFRv[RZjcPUeZ\~qiEqSMV.^P[Tm5W dV]S}vhEtPLUz[RXPlgRQ`TY{}kF{PGWw^Q[QlaP`VXR|pizSW~^Y[Qk2SQaWZQzwkE!QDR)ZX[Sn6RbXY|!iEwPAVw[XYndS[cTX]}skEtRMTw[RXnaRQcZS}"kBH'QCT[XYndSbW[}siEtST|_V[TmcSZeV[}viNHtRMTv^XWknP`XYS}vkvRMW}\UZQl2QPcPYQ|%kBsQMVx\Xl`RbYZ{wkF WAW~[Q]UkeST`UYqizRUy^WXncRVeSY\skzPBW~\ZWofRTcYYU|wkDL WAR~[XZlfRTbSZQqhA{PW.^TYmaVVb YV|"k#SDTx_RXSkeRZcZSz&iLsQFWw_SYTkeQQ`Q[Q}jH wQVz\UYnbVbU]R&izVAWw[T]RmnQZcVZ}vksQLVz^R]n4SaTZVwjOOwSCWy[WZRngRQ`Y]\wjBK$SBRx^RXUmbQ`VZV}jB{VDT~\YY^o2SWeX[}'kOKzPGW_TXloQUbRZVzujNOuV@R)\XY_kfR`WZ}&i#SDVv\Q]Sk2SW` Z\}uiNO{QEW.\WZVk6SSaP]P~wj!SFUy[W]Qk1W bSX\'izVEW|\T]SlcPSaRYP}shDOzQBW.]U[SmaQUbQYW}sj#QU,\SXQkoPbSYU~uhAtVMR{_Q]RkbSTeXX]|}j'SMVx[WZ^m`VQcSXU%kN$WLR|\RX_ldVTaXXQwhNH&SUw_V[UmbVbRYU|hOJvREVz_WYTlaQReU[Q~qkN{RSx_W[WooRTcX %hFuRUx\UYVo1QQbQ[U%jOpRU-\VYUonSZaPXVpjBtQCW~_RYPl6SWbY]{uhK{QW[Q[_mcRUcZ|l@#SATx[YY_m1QbQY\zvlFL $SUz_SYjfVPbWZ\!kFtPAVw^XXRlbR[eWZS~wiEsQCWy]V]UnePU`WYR}|l@{PAV)\S[Rl6P[`Q]Q|lF$SMWw_VYWoaQ`S] }ukN#PGU|\XSoeS`XY }iGuSAT]XVkdQVbSX}&m#QLR|]RXl`Qa X\shFL SER{_S[^k2Q`W[V|rlL$QBT)\P]SonVQe [UzwkCwPW~[SYTo6Q`S]Pz"iC!SDR-\XWmcR`WYU} iNH vPV}^WYTl`QVbW]WplC!Q@Uv[P]Rn`QScTYR!iCvQAW,^P]PleSVaV]WphNvPW+\ZWoeVVeRZU}&iDOwQGR-\P[_onP[eSX|wkC{QGW~^UXQonV[cSZSzphGsV@Wz[XZnaV bUZW}phBqVLWv]TYl1QZcXT~%iD#RWw^S]_kfQ[aXR~%kDOqSGVy_P[TodPS`TY}vltSMW}_T]ldV`TXP}%kGsSUx]XooS `PYRqhAzVMV}\S[moS`\}ulFtSCW{_UXSoeS[eTXV|&k!QEWz^Z_mnQVeV[}|h$QMU~^YX^lbRUaTZ}%j$S@W-Z\Vn1SRcTZskA{QW*\TX^l3SVcU[W~riOsVW.]PZRm6PU`XUzwjBpQBVw^T[Rm2QRaYYQ~riAsQSz[Q]loRU`YXUzqlqVUw_RY_ldQ`SYS}ukGzV@V,\PXjbPa YU|qlApPU*\U]n`VTaV] |jwR@U,\XZn`VWa Y}sjNpPDT)\ZSloQWbY]}vjqRFT}_S[^l6SReY[P}|lFH#PU}_Zj5WQeZVrh@pVEW*^UY_mnPUeYZ\z|iNvP@W}[YYVn`PRa\Q~tjNsPW.\TZlfS[eS]Tz"kOzVU|^VXUlaQVeZU|thBKvVCR.]SXSk5SSaU[U}siA QAWw^ XVocVQb [Qz}kOuQEU~\RYSneV`X%iOuRW-\PY_obSS`UZU||lG#QLWx_ZjdPTeXXR~&mKvQFR[P]_keSRcXXRzwjBuSW}^ZRlaV[e ZukE{RGV{\Q[nePPeRXP|piNuQEV_WYobPWaVX }vj@$QLV|]R[^o5QUaTXW~slGvQLT+^W[SodQRaP[Q|rjCrVU-ZWZl`VUcRYV~}l{PBTy^UZPkbSUeXY"mO$QLR~_Q[WmbSZbX[T|&mJzV@W}\Q[_kfRPbSXR&mO{PW}[ XSlgVUaTXWzrlDLrPFU|]ZVnfQUeWXU|"k@pVCRv_PXl4QTbSZ\shOvQMUx\YZo6SZa XU|"mBHtRAU+^W]_o5WZbRYqkJ#RGW-ZPY_kdVQcZU|'iCwQU)\WYQooRQbUXWthvVBVv]S]To6QPaX]VqisVSw]ZVn1QP`ZW|jL pPMT{^S[j5QPbYZT|pkL qQGV)ZWZWo6SdSZS}|l{RBW|[ZVm1Q[eTYvhB#SCWx[VYSmgP[eXP}rhBvQMTw^YZQncV`S]Pz}iGqQBUv]SZQodPQ`PZpkDJ&QEW}]S[n5SWeVY]|qhDJsSEUy\XYSleSWaYXS|tl'QWv^R]VmaV[`SXV}uiD#RU}[YYl5SVb YW~pjLpQBRw]XnfQbZQwkDzRS|]P[TonQPcQ[S}ulCvVCTx\WYWkaQZa\ pkA#RGRv_YZn6RVeT]W~piDJuQW,\UZ_ncP b XQzqlNHzQW{[WZ_o6PPbRY\shJ#PAWv^T[jaSQbZQ|!kOO{RW{] YTmoP`UZW}vl{RMTy^RXTofQQ`SZS}ph{RV|^UZjbVZePZ|%hEzR@Wz_P]_k1Q `P]\}%hNzRW,\\_neVUeZS~}iGuVEW)^Y[Uo5WTcR]UwhsQW] XQmdRVbY[ukO$Q@W|]X[WodRPe [P| kC&SAWz^ XQmnQWaWZ{'kLsRATx[TZn3QZaX]R|wlGKuVCUz_UYSo`QTb Y}qi"
checksum_expected = "9041ad6358687795864a09b729a8f4b7c6a7c158dfd4f77a5715b2372b5044b2"
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)