Base64 - dekódování – PHP – Fórum – Programujte.com

neuměl by někdo dekodovat tohle:

<? eval(gzinflate(base64_decode('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'))); ?>

To Astro : můžeš prosím říct kde si to vzal a o co de?
vypadá to jako nějaký vtípek, který je zacykledný a zašifrovaný.... zkusím na psat algoritmus..

Tiež by ma zaujímalo, ako si k tomu došiel :-)

Najjednoduchšie to dekóduješ tak, že to necháš vykonať, takže sa nedá hovoriť o nejakom lámaní kódov a dekódovať by to mal byť schopný každý, :-)

Ak to budeš analyzovať, tak prídeš na to že v tom reťazci zakódovanom algoritmom base64 je znova niečo podobné...
Ako keby si mal na začiatku nejaký súbor, ten zakódoval, a potom zase a zase... a tak 66 krát po sebe. Občas sa tam navyše objaví aj funkcia str_rot13, možno aj iné, vypísal som si len prvých 10 krokov...

výsledokom je niečo ako "coded by: Web Hosting Geeks", napchané v nejakých html tagoch...

To Prog. : jejej, tady to nekdo nevyzkousel vykonat.. takze ti to doporucuji zkusit..... :) a uvidis, o jakej promakanej kod jde.. lepe receno, zajimalo by me prave jestli o kod jde...

je to čast vzhledu do wordpressu (footer.php) (wordpress=weblog script)

To Astro : tak to teda nechapu :) zeptal bych se na jejich foru.. :D jestli teda nejaky je.. :)

jo je ale tohle jejenm template stazeny odnekud z webu :(

funguje pokud to odstranis?

To hrach : po 66-tom dekodovani, dostaneš toto:

eval('?><div id="footer"><p>designed by: <a href="http://www.makequick.com">Online Website Builder</a> | coded by: <a href="http://www.webhostinggeeks.com"> Web Hosting Geeks</a> | available free at: <a href="http://www.topwpthemes.com">Top WordPress Themes</a> </p> </div></div> <?');

takže to len hodí tu somarinu na stdout a na funkčnosť to nemá žiaden vplyv. Nechápem načo niekto niečo také tak zamotal...

To Prog. : fakt dobrej :smile6:
rucne sem moc daleko nedosel, a cyklus se mi nejak nepodarilo udelat.

muzes prosim napsat jak si to rozkodoval.??? :)

  $step = Array();



  $step[0] = "<? eval(gzinflate(base64_decode('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://programujte.com/img/k_zmensit.gifT2TerqxMyw71fAIgR/8LnBwpUHRRBpC7wfGG/6+GxhBtnpJ+98L4OVlsstRpQSUW9PzEsWfG60uC7ttOL2vLHQ9+z8wzjvOSEV2cLA3CKAs7cHD8vH2wmtG1qFWjZRat+OKjb53FsckKW23ln+4IGWP0Uex3QlfkOGAumkAk2DQru+qWF64/rPAXt1TLPCJy5bW/FjjLOZKzHZG08ZWjVa5R1V6E41ngV+JDeD/jrQjYrYFLBFuaxtu0WoVIhLLKOCsyeyWrJU/K01Bg+t4G2VPz1cT/PfN0a3z7q+u7YbSYbk6Z6ijqRO2SmUUfqyI4vg5a9243bHHtp7mQYiNlSLWPxYyJx1dvVseKGTLkTChZTtVwL5vABw43uqCBd2fdhig/epiyFET6f1VcscTVK5VCnS9hX/32t7d+l3SiiM+URxTyAE/DoadnNQB845eTkUgHQ6/7lBIYgLiKCpfOT/XRD2h/J+iVbOZzpw74wRpfQ01Us6GOdC7NSRgoPwaDetUtZy2vnC/K+3XfNwaRvkTmgVr22Euku9ghp9WCm152p5VxeUSjAw4rZKbnAPrxXVWUnszKnjr86qo7pidYNDWAby+DZNZEz2s5lKzmvkKBOaca/qCGGML4+wq2dTD8/LSg3yvyY+Q0zzBsl4sagGoT7lVmoI2KcWcH/srExoBf5hXrFkubF0GNRvY7GZ8+sZnE433Mpiyj2xQXjHd01UesX6qwKYH+3U5KsLr+pFqDEFrj4N9tnTwUnMinIpQyFD8oni39E0vfUoYV/91pZYAc3qld34dxZJQEG2t6MP2nAxCse8dBvAcxAqts9/6x7sgD8wo4lfMwZzw+Fk460AWuCFLqGMa3r0rUAArvK1INxUL1IZaKheD0jSnzoli7G+tKK5ISSgyQO2EyHzsugMKLfPDIW0FnmLQYWsRAbIpv84nKLjbyxV67d/pXRHb35hcN8EEyTbD6ERsNEj5UFKvzmY8oihAiizIkjojpuYlL+BOMF29lSTnrG7etPFLEC0bLiJ8hhBS0wpVUVkdXslFZuEidSza/Pw/R40I0gp+JX7vEbOnM7JwSm0ITuguSj3V7lTRqDqjHhsOE4bLw0RWKpWhdrffvAnxU4inxgM8+OdoJKNYmqch97W62erA6BO3cPVz6Id8L6oU+bnbf8BC5d8ZmmA0Dx4XZTa6WlHSCO+xakDtkMH/nyBYZEWB5c1tp351uyizmdjl+1TworjonHTufLE3t94d2Bku1YfCaVafDjtuLj1xlX5XnCawVc/FE/czr6y6jfCPGyyGBPVIBa0++AvQmA4eL7rRB00qL5DRSfbkTj3mQcMonVdj4i5vk0+9zk9Pj0YNbhe/namCSol4Ld4Td5AxWYW/3ufSdwqv7LBYmdPHgZ1NH1+oRVZx+Rj8zoc8bMqoeISkbFsN2AnRqeqUc9DKe5GL5yfJoKLRUc/Hf8W679864NV4Dr/at40Dq5XIkKC/F7Ib7Z6yo3xfYZzKC+cS/RA8dFW0iMdvF7bRDUKOove3AhwSxzBi0BI+P+9Arbzl9lJIqC9aJi6u1vyZ07R/mZXAVIvs8dPI6f/MhUc49vMs3oC1uJ6B0XWn3cYR11Q3pxtw1HjG7l87VWldT5tiugtVaxJW6/pDEMlHYzHehkWf2tP+BVgsSQ0vosY2Anv2JAF5GmLeJP4jTkgQvB6ObEYQOROuuuDqgTV6YBRZ8tI1oQ68iBFfDFfdCwkAcg0rShXEHb8xvdxn1pv9SWYKvN2RXlMllmQmBvZnBCULRLx0z/OlKs4bJvlCTsosMT6kUfruKe2rTgrwKS0wAnrrRPY45tAbdk++EhlvxO4M0E86mdgJEZ3e4/Sbaz6cFwRvOuynJlm2yy4Ycdgpmv1m8iEpenRXjkRbgsEjjVw2qBuNkK3/7XWtdDH/a6dctNYreB/CWvMMf//4rgKY4HHGMOnCEXIerM0g4WwvLwE+kIbeF5hyLvG6KlzPBs8/p5ycJ5QkyTvV/a+mKvfSGGSuG5qBl72ImBJQ/bU2VwapK4/FVcEfEWGMqxS2WTWDemPIUDrdjN2E8aheKj5BBKwYns/OO6WBAkvZL7eysZQehZcNu8RFNmyoi8nksdQKqaZnjrbanEyJX1NGfoL2+90/TPsP3zqNt227AJlBNj5purL85vzeI0TRQdeRxOVOx8nMXJFEoRKyFCofpU8whCW2NtQynfnZtqNH7mQiLFDu4vDrFXxf8KveUo7oWWrXqzqFjbkTgCpSd5buoqVPxXNKqo+pSC2qz3b1cTBeyu7IfkcQGkoJ8TXXsbhny5wIcbPyyhSGNMlH1EF9Kc0fZDiCa0JF8Hmb8y0WOKMzaKzZWO9xbawySVyKGIj1d8ae5FUExlZrYkenZ+tp9JQsIvRXXAUB+Eo/52PhOqVQkCWKM5TlkdhrB+kt7KtqdXZcJl+/6XUNJP9cxGQGRiD0f9RYexTQcsT5SgAsko4Aq/0O0/poOLe++JpbmYg2/KlnGZlaMB8BtCshjth5i47krLtdYJC76eJntB1QY9zo06pTe7BZ129hecmmW9gfBVlji360m5jBnzTyCPWFRDnS7iTCEliKkYAuS92lRU+KI/0PxKlOTl2MBlGrLKQBqrG8vqNw2fWFHLhreRnxBc8lLNwPtjLoJNfnIT9Ae6Y9bMfKEhc8kHSqIVT3flKeC0pgUqVVybtoW0NBF5tls+Ly25D2RHulLHUjdxxAqjATA7QC7qN/yz6cDVxlRAIkV2/xnyL3pywAvTRrXQGcBub0HAySoqHiJ+qZuItpfmLJHgf/YQYwJ03CbzDnSP99Ffdz8wGDbUFN9LaSogYcUYVbLuS6kOdciu0+aPbsdZ5OdxQxh2lEb3qHcWpN3I1Znks2RxsfK8Fvls/Z/e4B4aWFwWWIOzNuD6/pE1yi9RIXnKSgBKylu/oksLrIwc4Szm72xCNxIjlPHglf7OdLEiPrylEkDcX+ILRiVgrgMzwXCCI/tThVvUFE1/6PlYbcyLEge+TxGXZN5PWqvuBK45fJnoUesve2fQwGKLcWTFTNAW3fBAhXVAGbHpFoFdjJh0+AiT6iygr4K19GuRo8pcmxO0uVz6pbMpzcY/Rq9S/2l7joERxe/IUP4WDRt6CybaiimDOjQ0Ri3NvyHqeVU4xMP064ZA/2pZBIQFx8037AYvbnHoGxja/K3cxtUzqMNrsaDfSsXJqXvKjhSu5HBuYNKTTf1d4RGfPDHLgNI2PXOPosFX703CDsmkRz64yRJzjwVg2VaQy1Qh663uehY5ohWUxRh2CkF0945kyar7A6CfG4b4q7OdDEnxVeK+q3bvT3soVYvcbyAB8emMDGThCQnjQqK7RluomtSsmkG6Xu1aQiI1to7YXGSyKZAxMdAwcCy0aqZqmVk6Te9ZoYVBhxwrD0uZySi9XeGFI7U3lqDh1COwNPYC4PnMbOzBd55fUV+XXvBNi+ZDq9WEbrKuOwSz9AMt5idP6J0GOdwF+yVrz14NtpES2syRG2fRWEi7xuZSfyCYfRxoX6I2JDZxs7p463qOhUTn33nUWzakxSF8l1GMSt+Vbp47By6Gpk3NA8hCfAkZE0io/srvVaF3pYv2UaCKrwSA9yZYSZGrrMO5zshY6Fhb42jIMak9zfGhh3G/AQ2uyg2Dy6uAXANKcS2jzEQd2BkCPMWC3/8/AIaoFePgHgsxu7iw6jfpdP4t/kk8sfcWoCJiwPh8ic+TWvMx/lcrhZ3XK1loOmwkhidOMaBDWlO3nmzNszwU92AoNqpXEiT4zRrUGMs2Df9rOq50bRDAcRoE7+muwY+eSRAAW+p///O//r7//o9//fN//vV/'))); ?>";



  function make($string)

  {

    if (is_int($first = strpos($string,'eval'))

     && is_int($last  = strrpos($string,');')))

    {

      eval('$tmp=('.substr($string,$first+4,$last-$first-3).');');

      return is_string($tmp) ? $tmp : false;

    }

    return false;

  }



  for($i=0;$step[$i]!==false;$i++) $step[$i+1] = make($step[$i]);



  echo "Vysledok (".($count = $i-1)." krokov):\n.${step[$count]}";

Nechápu, jak se tímto někdo vůbec může zabývat :D

A nevěděl by někdo jak rozkodovat toto

10eaaba4ad81a03a

veď to je číslo, čo ešte na tom chceš rozkodovať ?

To Prog. :
Jak to myslíš....

Je to mysleny tak, ze tohle neni base64 kod. Po dekodovani by ti vzniklo ×Gši¶¸iß5kMÚ :smile12:

Dobrý den nevíte někdo jak rozkódovat toto:

<?php $codelock_decrypter["filename"] = __FILE__; eval(base64_decode("ob_start(); $codelock_decrypter["error_level"] = error_reporting(E_ALL ^ E_NOTICE); $codelock_decrypter["license"] = "9L4F-J9CC-CBDZ7NHRWN3I"; $codelock_decrypter["t"] = base64_decode("P*n)U"0^'<3D:;z4!W,U#W-c8 A"17zT!,7;!P"7B'_j7_"!/?E;:>uE(KlA#Z&-N&,V<hv-U U)k}[+Kcgr7/4>^<i!/Ai@+],P/&rx4%(j16-[,_%X#rqO"1g1(^s$6<mf*]*H.X7"rx$14T:!=9nP&])X)N!kgr&,'<^"-{nU%W#C)\og'(N><927lildjBg7E*1idh-.;;+lilH$Z%*A&~C&!!zpl=K-W-H8L1/rcdx_:<"ma;X:U(#W%,/+'?Y=-}#<R*R)Fh]"Iax	7*-)p>>-V'Z)kfj/D '*9Rsv#&Z:rk D&\'"Y"dgj1%7C=R)M#_ck%7*9C''<+K J8Gn9@0J&6.R#83'Ake=D,kbH.20#jhkmddpcc8	7*-)p&:>W K{8\"/]"6,rtqDc&A0'-<fi7:>G0hkcba`a{w5=Q%GkM.3I*0z
n:76"C(M$brw~j~uNi\ G#D,kbH.20#jhkm	yjcVg6,3Dcv##C-P>kfjK&"A3#02jhkm	yx>&.7?5l#+^9_%X#rjcY&/44V#`pubkw] b7H.2"3[+rvske=	>Q*0 }07G*! niK)U*]+M+kI*0*;Z+`v:V$I*]*Hjxm6,(3Y%`v:V$I*]*Hx>&.7?5l&?'@d@+].P1~b{i*3Ni\ G#17+D0ozC#86><lilG?^^&7r7')*h*! g48\/^g7@3$-6RhowjG!P?xr>T3'D1jxlfv#&Z:rk*D)\- HlftT*#pl'Uihkhovaba gjaj8f1(^nurs`kqvhkxbp
uNi\ G#D,kgrrpa ikl|abdxgh)s;A qbr|hf	t}t	7&/^&+"zj l|bo~`ffpnifwaac9`/E'howj{mkhor	llvmadhdx>	7*-)p'%'lil~k`e  r|nih	?K*xD%bl3D,;%f=Q%GkM.3I*0sn3#!F*QlbY"P0n6)*Q'$7gmM$]5 tf%*A&&%.VhowU U)k!H>f ,C7'*.Dfl&?'@d@+],P/&rjy93Qn`s1'_,f)L/^>JkgY++7w	<?'(Z%\o1P%cb+7S':zu`*X/\#cc8m.) 3Efj|x-R*Q)o77+D0ozT/+:2(Z%\{hl L *!u`l&?'@dX/N/W &rm`j9S%ji:\<Z$n	>Q*0 }';T&-4>"Vw2E#Jn}r%+(?S/<3niy*]*H^&7r -*.R <!jG!P?xr)X +H%+(?hgs;1nh_%X#r/A*0Y0j`._';iP(Z$Q D&\jc9!9_!hp&Z:?Q4[/Kc+L0b2?E7h>>#Z=\(1_#M&c]&0)3D=!=9nR<M$[4D>@mcy,b35E%h3%!F']l@.D9:,Xc,!?Sn<=w-A,X8QfLj_,/I&0d9V"$73nokZ-W.Hc"C'b'2Z!,r <Z=\lD#_'P00D,,7zC!he`yaN%@.D$&"N+b7/U('>3+A`l[2E/K4*^&b02^=h!2<E,Kl]5#W ,@3#03U"-r 'G!8\/^jJ 1D36ex*!7l3N4_9Z%Y#V-cB664/Cn`{w5Z/dR/A/f&;D067r: ;$cZ*]*HjcVg"3[+,3#/lilR)]/WkgY++7w	+4>"Vl4c*%kf<^"-66:RlObr(L%~bfx9 ;;+a*Q)Kb%D/' ;C/{~nHmf ](H~cK$'0)j4>"V-X8Ujupwk3Qn`!",@=KdA#W&crhzghsjnfn`jJ6!^70l~h"!<2i	`tj~c}fs5l5;Ub	f	U*-Hy9'Q-$=$+mf*]*H.X7"rjy-<fl5;Um	fhc8	6!"Chow,R:\z I/Z,'Hkf8B({ljl%V/_w!"^&tpS++=3+mM$]5 tf71L )!(hfa{l(\;dUsxg<rh!#<_,WdA%Z(xb`Ocy~nHmf5kfjJ6!^70l~h"'1<iLjjx	8z
n;'5=G;h@.D9}A*!!4T+~wjl1flf^>K/&Ckf02^=el"Z*\"W#rccrxf9N> 7%glW._bV1'g=nr8<WaNc>/D06l~h"'1<i)L6D8@oc	 *!9\,)1<bmZ$Q%F9L.og'<.E/;{ws:I ]2he?acf9N> 7%iebr)@3+H1dglji>(aX)N!fcbc`fzhhv:V1Mgjaj8$+(fl/ylUc^70(?Yfl#+K=fef	Ahjb?~h7rjn@<[?@4nf7&U7hz0{n`hk<rjc0X!10(j>8-XlUfc^70(?Yfl;!P"fefcgN:2,?Eh|jnP!Kd[4Ib:rjbzX<,zsIe;P7D>1H7764lwlu`Z5D.H8fmax?"/Y-<;8 M>U%F/Kcjb?~h"'1<tn}D,kgY++7w	.;;+W(M-kfwaac9`[!+9ni8\/^g%D/' ;C/is_&Z'kfjJ71r1'46V--z6<A(@dkfaalfs/: 67kndha~jn`[!+9g/V>n	A~xb`Ohnw=G;U)ZnO+J&u&!9X*-z"<_-\/["Hb/B )sgsrsKgfVnf:~b7/U=< ,R:\z I/Z,'Hk766S++=3+mf [%Fjog<ny{ljl3fl	f^?[07_kf02^=el"Z*\"W#rfgUbazD::>2 mM$]5 tf/*N&,'?hgdrfgmf/M6E/Kc~b'2Ef' 3f@fsjV1'g>gs/;'@=hW)I/U, Fob`?O>! .bmZ$Q%F(X (cf'2R-#!"#i)L2_+Jjcc146^:`p2ehk%T:Q&1robqs'.rjP!\/_$L)Rc.)03Z+`66:Vaoj]"7Hk`-xbh66:Va?oj]"7Hk`)xbh66:Va(oj]"7Hk`xgar,jl%V/_waa>?-<fl;!P"fl	{hjcVg&/QhowlrR/A/]"7LbyzQ!879f=Q%GkZ%*A&hz<j{l'Uihk D&\'"Y"mzLj0"(lilR!H>Jkgr%+(?S/<3bxrq!X%dg+:70'l;\<X'N/aCanfxj0"(l`hk$X,fc~&0!=^:7'"R*\d_haag&/Qai*(P%V?Qn	_*/H'#0;hgsv-[,Z'G3@~c@'wl~h,=4gmf8F'N!\1X1.z
nl&?'@d@4L)R&1X1.a*)&6niX>F'Tb61Dabydj<:>=wf9F/rfa/D '*9Rlhoin=Q%GkU* H-!!nj1?+P"J9Ydwcgr *!9\==?g _l#_/^*k+60*Dtg}ubmf8F'N!\1X1.sn3v$=_il5^&llxf45E:howzzhk2_+Z(&_766hnur'<V.f>Q6A+Z&k,.C>;hxas `dfgY1#'1R<'%"l`1#A9\c8	01(z
njpljC&K8{r	xgr70%9\+:"<_q6_/^1H3.%9Rfj	&G=Ivim#ocand~h::34%V;f9F*rc>gE,10z
n;'5=G;hk2_+Z(&_766hbhb{n@=K<[5nf71L )!(h;:>bknonL1*~b7.E=< jl=K-W-H8f61Andxlais<V8[#P?waa%-6?V- rjW(M-'^j(&T~|`,V"ar,'UimQ+]>@kg_&3&5S7a{w5;\=V)I3~ce`'<-#5!W0qbF/@maal1([+&18*Va:U*qDg B-6!4C"-<0:[ilG2_&\-k	1'58X*1{ljA,H$Q'I/Kc~a	cnj|s;A nyilrr6Ylsv%+B!\-P#_j~c-7.nj|s&\:Mb_Wax	1'52R/,7%ntnw)C>\-7 ;4?n)"'"Z*X8])CeAn4Z4o"5E#e'%"V'Z#P#IK-xf6?F&-33+Aiqdn%W7&C7o?Y)<:mn*V"@#C>U&-J7*(k   r>Q7E/X'&_clyz<-#5!W0nh4q$xg^,!/?Cnur1=\*R#D#Cb00Amf,5D:drs>\;M`bH8K-,cf!(E=< ~uZ/d5B)R&7c9"*B:;zs=\*R)@jnK&2E&# ?Egs%?'_,d H%_kg^,!/?Cgar,jA,J9X2v~cY1+)rQ)-&$f:V/_#Ycx*Kcj7/U=< jA,J9X2v)V6-Ykf6?D;$&~cljsc~c`'5S+$=4%klObr&V (rcd?E+/;<V9U-W#hZ,'H/-'1
ldruli>Q5X&M B6,0r<-!""G`}ionf/,N(dg=< <V9U-W#+K1"Tk`oxlgp{lk`U4_+@ka anfbj|ugmf [%Fx!_&#/aJn->$+Z/dG3O9M1k	1'7/[:18;]=hF#^?U7j rhzbhd~ntnQ4_%K~ac9`?E<' ws,K)S/r8\3/L 'lxR<:=%senjnK&0X/69X;&&jA,J9X2gj!0!;\u5/1-_&J)b^%Z(&Yjy9zR";7w5Z/d#U>K"0bdxgh);'@=hU*A%N16Cob`9_++95/P"e{9I/*Yk`bxnl7/:A(Je/Kjg"A/-3(B hojn&WnfV#_ck	 *!9\,)1<|u!_2D'\k'L7'lxpla~w*R=\d/cc'L7'lxDla~w*R=\d+cc'L7'lxSla~w*R=\dcjcV&!,5l:2<ViP?'Cj\11B1b%/C&-<#'P(M%Z!>Q&c^7#0/Dn'4w:[ JlG%_#I7mx?d?[=-r,jP!\/_$L)Rc~.)03Z+`66:Vaoj]"7Hk`-xeyb{nW(M)d^hocI"6!r#j{{nW(M)dIhocI"6!rj{~u*V(Q*B)Rc~g!+>R"'1<`5b#U:P1:a>ft- 74%Q(Z'dQhg E&!/)B#fp+lm\4@4L9%,_cj`"
~srs6u?@4A/WkgN,&!6X-#{ln1gfVn@c~07&)C<`v4!W,U#W-j;ork~Mnur$;Q:M>bN%]&og:d=< ;+]a/["Hccrxf'zsh1?<&K(bTccB1&l~Mgai*jl%V/_w61A&,'5S+`06=VQ(N%]&k	 kma$=4%lilG2_K&3A"!!rV<:3.fb`if~ao#6(V7`pzlkfndhogr/-'1hgs/*nV%J)=H)Q,c*!(Rn!!w/]i\>F)_jX67E&,03T/<;9)=Q)5Y+M60,$d._';r$-A I8d7Dc&A0'd!R- =wlg!\>QfD9"-&065En)'#&V'M%W'Y#W$cY+'d)C/<'$n\/8\/^jJ 1D36jx35v1&tR)]/WkgY++7w	<?'(Z%\f=jxD%bl~Q&ar,U>K%@#n_+og(5T%{lU*U#G#n_+j>b!6D+h)s([{qK%I&-g6,3Dcv4/P!\*]*HcaZakQ9:;#+m_$jnf/,N(maw(+>8=Va*\tqD>gr/-'1hnur"<_-\/["Hb/B )s'.rjV;K#Ffwaac9!9_!h06=VP#N%]&k	&065Egs6>+4K)@3_$gA,!/3.'9-G V"N8@37F&;zgh)%+G<K"bY"P0n$-6R*)&64D1%B.\/,N( ?T<1"#+A [%F/Ka~b*?@n+=3+_&Z'bN%]&/B )>R-:+':V;bnR/A/W".Hahz-'62"\*RP#N8@37H1f6^--<$+l%B.\/,N( ?T<1"#+A/F?]>R&:k?A/$zs-\-\ [%F]& _:20?Ej>8-X,Knik%L73X7jmsnl18*V%V/_I/Z1:]7'6-:+':X,@nifj ,I&.+9\,74<J9M)F&V (H1`w	+ .>G"\5k}"); $codelock_decrypter["c"] = ""; for ($codelock_decrypter["x"]=0; $codelock_decrypter["x"] < strlen($codelock_decrypter["t"]); $codelock_decrypter["x"]++) { $codelock_decrypter["y"] = substr($codelock_decrypter["t"], $codelock_decrypter["x"], 1); $codelock_decrypter["z"] = substr($codelock_decrypter["license"], $codelock_decrypter["x"] % strlen($codelock_decrypter["license"]), 1); $codelock_decrypter["c"] .= chr(ord($codelock_decrypter["y"]) ^ ord($codelock_decrypter["z"])); } eval($codelock_decrypter["c"]); error_reporting($codelock_decrypter["error_level"]);")); return 1;?>

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

<?php $codelock_decrypter["filename"] = __FILE__; eval(base64_decode("ob_start(); $codelock_decrypter["error_level"] = error_reporting(E_ALL ^ E_NOTICE); $codelock_decrypter["license"] = "9L4F-J9CC-CBDZ7NHRWN3I"; $codelock_decrypter["t"] = base64_decode("P*n)U"0^'<3D:;z4!W,U#W-c8 A"17zT!,7;!P"7B'_j7_"!/?E;:>uE(KlA#Z&-N&,V<hv-U U)k}[+Kcgr7/4>^<i!/Ai@+],P/&rx4%(j16-[,_%X#rqO"1g1(^s$6<mf*]*H.X7"rx$14T:!=9nP&])X)N!kgr&,'<^"-{nU%W#C)\og'(N><927lildjBg7E*1idh-.;;+lilH$Z%*A&~C&!!zpl=K-W-H8L1/rcdx_:<"ma;X:U(#W%,/+'?Y=-}#<R*R)Fh]"Iax	7*-)p>>-V'Z)kfj/D '*9Rsv#&Z:rk D&\'"Y"dgj1%7C=R)M#_ck%7*9C''<+K J8Gn9@0J&6.R#83'Ake=D,kbH.20#jhkmddpcc8	7*-)p&:>W K{8\"/]"6,rtqDc&A0'-<fi7:>G0hkcba`a{w5=Q%GkM.3I*0z
n:76"C(M$brw~j~uNi\ G#D,kbH.20#jhkm	yjcVg6,3Dcv##C-P>kfjK&"A3#02jhkm	yx>&.7?5l#+^9_%X#rjcY&/44V#`pubkw] b7H.2"3[+rvske=	>Q*0 }07G*! niK)U*]+M+kI*0*;Z+`v:V$I*]*Hjxm6,(3Y%`v:V$I*]*Hx>&.7?5l&?'@d@+].P1~b{i*3Ni\ G#17+D0ozC#86><lilG?^^&7r7')*h*! g48\/^g7@3$-6RhowjG!P?xr>T3'D1jxlfv#&Z:rk*D)\- HlftT*#pl'Uihkhovaba gjaj8f1(^nurs`kqvhkxbp
uNi\ G#D,kgrrpa ikl|abdxgh)s;A qbr|hf	t}t	7&/^&+"zj l|bo~`ffpnifwaac9`/E'howj{mkhor	llvmadhdx>	7*-)p'%'lil~k`e  r|nih	?K*xD%bl3D,;%f=Q%GkM.3I*0sn3#!F*QlbY"P0n6)*Q'$7gmM$]5 tf%*A&&%.VhowU U)k!H>f ,C7'*.Dfl&?'@d@+],P/&rjy93Qn`s1'_,f)L/^>JkgY++7w	<?'(Z%\o1P%cb+7S':zu`*X/\#cc8m.) 3Efj|x-R*Q)o77+D0ozT/+:2(Z%\{hl L *!u`l&?'@dX/N/W &rm`j9S%ji:\<Z$n	>Q*0 }';T&-4>"Vw2E#Jn}r%+(?S/<3niy*]*H^&7r -*.R <!jG!P?xr)X +H%+(?hgs;1nh_%X#r/A*0Y0j`._';iP(Z$Q D&\jc9!9_!hp&Z:?Q4[/Kc+L0b2?E7h>>#Z=\(1_#M&c]&0)3D=!=9nR<M$[4D>@mcy,b35E%h3%!F']l@.D9:,Xc,!?Sn<=w-A,X8QfLj_,/I&0d9V"$73nokZ-W.Hc"C'b'2Z!,r <Z=\lD#_'P00D,,7zC!he`yaN%@.D$&"N+b7/U('>3+A`l[2E/K4*^&b02^=h!2<E,Kl]5#W ,@3#03U"-r 'G!8\/^jJ 1D36ex*!7l3N4_9Z%Y#V-cB664/Cn`{w5Z/dR/A/f&;D067r: ;$cZ*]*HjcVg"3[+,3#/lilR)]/WkgY++7w	+4>"Vl4c*%kf<^"-66:RlObr(L%~bfx9 ;;+a*Q)Kb%D/' ;C/{~nHmf ](H~cK$'0)j4>"V-X8Ujupwk3Qn`!",@=KdA#W&crhzghsjnfn`jJ6!^70l~h"!<2i	`tj~c}fs5l5;Ub	f	U*-Hy9'Q-$=$+mf*]*H.X7"rjy-<fl5;Um	fhc8	6!"Chow,R:\z I/Z,'Hkf8B({ljl%V/_w!"^&tpS++=3+mM$]5 tf71L )!(hfa{l(\;dUsxg<rh!#<_,WdA%Z(xb`Ocy~nHmf5kfjJ6!^70l~h"'1<iLjjx	8z
n;'5=G;h@.D9}A*!!4T+~wjl1flf^>K/&Ckf02^=el"Z*\"W#rccrxf9N> 7%glW._bV1'g=nr8<WaNc>/D06l~h"'1<i)L6D8@oc	 *!9\,)1<bmZ$Q%F9L.og'<.E/;{ws:I ]2he?acf9N> 7%iebr)@3+H1dglji>(aX)N!fcbc`fzhhv:V1Mgjaj8$+(fl/ylUc^70(?Yfl#+K=fef	Ahjb?~h7rjn@<[?@4nf7&U7hz0{n`hk<rjc0X!10(j>8-XlUfc^70(?Yfl;!P"fefcgN:2,?Eh|jnP!Kd[4Ib:rjbzX<,zsIe;P7D>1H7764lwlu`Z5D.H8fmax?"/Y-<;8 M>U%F/Kcjb?~h"'1<tn}D,kgY++7w	.;;+W(M-kfwaac9`[!+9ni8\/^g%D/' ;C/is_&Z'kfjJ71r1'46V--z6<A(@dkfaalfs/: 67kndha~jn`[!+9g/V>n	A~xb`Ohnw=G;U)ZnO+J&u&!9X*-z"<_-\/["Hb/B )sgsrsKgfVnf:~b7/U=< ,R:\z I/Z,'Hk766S++=3+mf [%Fjog<ny{ljl3fl	f^?[07_kf02^=el"Z*\"W#rfgUbazD::>2 mM$]5 tf/*N&,'?hgdrfgmf/M6E/Kc~b'2Ef' 3f@fsjV1'g>gs/;'@=hW)I/U, Fob`?O>! .bmZ$Q%F(X (cf'2R-#!"#i)L2_+Jjcc146^:`p2ehk%T:Q&1robqs'.rjP!\/_$L)Rc.)03Z+`66:Vaoj]"7Hk`-xbh66:Va?oj]"7Hk`)xbh66:Va(oj]"7Hk`xgar,jl%V/_waa>?-<fl;!P"fl	{hjcVg&/QhowlrR/A/]"7LbyzQ!879f=Q%GkZ%*A&hz<j{l'Uihk D&\'"Y"mzLj0"(lilR!H>Jkgr%+(?S/<3bxrq!X%dg+:70'l;\<X'N/aCanfxj0"(l`hk$X,fc~&0!=^:7'"R*\d_haag&/Qai*(P%V?Qn	_*/H'#0;hgsv-[,Z'G3@~c@'wl~h,=4gmf8F'N!\1X1.z
nl&?'@d@4L)R&1X1.a*)&6niX>F'Tb61Dabydj<:>=wf9F/rfa/D '*9Rlhoin=Q%GkU* H-!!nj1?+P"J9Ydwcgr *!9\==?g _l#_/^*k+60*Dtg}ubmf8F'N!\1X1.sn3v$=_il5^&llxf45E:howzzhk2_+Z(&_766hnur'<V.f>Q6A+Z&k,.C>;hxas `dfgY1#'1R<'%"l`1#A9\c8	01(z
njpljC&K8{r	xgr70%9\+:"<_q6_/^1H3.%9Rfj	&G=Ivim#ocand~h::34%V;f9F*rc>gE,10z
n;'5=G;hk2_+Z(&_766hbhb{n@=K<[5nf71L )!(h;:>bknonL1*~b7.E=< jl=K-W-H8f61Andxlais<V8[#P?waa%-6?V- rjW(M-'^j(&T~|`,V"ar,'UimQ+]>@kg_&3&5S7a{w5;\=V)I3~ce`'<-#5!W0qbF/@maal1([+&18*Va:U*qDg B-6!4C"-<0:[ilG2_&\-k	1'58X*1{ljA,H$Q'I/Kc~a	cnj|s;A nyilrr6Ylsv%+B!\-P#_j~c-7.nj|s&\:Mb_Wax	1'52R/,7%ntnw)C>\-7 ;4?n)"'"Z*X8])CeAn4Z4o"5E#e'%"V'Z#P#IK-xf6?F&-33+Aiqdn%W7&C7o?Y)<:mn*V"@#C>U&-J7*(k   r>Q7E/X'&_clyz<-#5!W0nh4q$xg^,!/?Cnur1=\*R#D#Cb00Amf,5D:drs>\;M`bH8K-,cf!(E=< ~uZ/d5B)R&7c9"*B:;zs=\*R)@jnK&2E&# ?Egs%?'_,d H%_kg^,!/?Cgar,jA,J9X2v~cY1+)rQ)-&$f:V/_#Ycx*Kcj7/U=< jA,J9X2v)V6-Ykf6?D;$&~cljsc~c`'5S+$=4%klObr&V (rcd?E+/;<V9U-W#hZ,'H/-'1
ldruli>Q5X&M B6,0r<-!""G`}ionf/,N(dg=< <V9U-W#+K1"Tk`oxlgp{lk`U4_+@ka anfbj|ugmf [%Fx!_&#/aJn->$+Z/dG3O9M1k	1'7/[:18;]=hF#^?U7j rhzbhd~ntnQ4_%K~ac9`?E<' ws,K)S/r8\3/L 'lxR<:=%senjnK&0X/69X;&&jA,J9X2gj!0!;\u5/1-_&J)b^%Z(&Yjy9zR";7w5Z/d#U>K"0bdxgh);'@=hU*A%N16Cob`9_++95/P"e{9I/*Yk`bxnl7/:A(Je/Kjg"A/-3(B hojn&WnfV#_ck	 *!9\,)1<|u!_2D'\k'L7'lxpla~w*R=\d/cc'L7'lxDla~w*R=\d+cc'L7'lxSla~w*R=\dcjcV&!,5l:2<ViP?'Cj\11B1b%/C&-<#'P(M%Z!>Q&c^7#0/Dn'4w:[ JlG%_#I7mx?d?[=-r,jP!\/_$L)Rc~.)03Z+`66:Vaoj]"7Hk`-xeyb{nW(M)d^hocI"6!r#j{{nW(M)dIhocI"6!rj{~u*V(Q*B)Rc~g!+>R"'1<`5b#U:P1:a>ft- 74%Q(Z'dQhg E&!/)B#fp+lm\4@4L9%,_cj`"
~srs6u?@4A/WkgN,&!6X-#{ln1gfVn@c~07&)C<`v4!W,U#W-j;ork~Mnur$;Q:M>bN%]&og:d=< ;+]a/["Hccrxf'zsh1?<&K(bTccB1&l~Mgai*jl%V/_w61A&,'5S+`06=VQ(N%]&k	 kma$=4%lilG2_K&3A"!!rV<:3.fb`if~ao#6(V7`pzlkfndhogr/-'1hgs/*nV%J)=H)Q,c*!(Rn!!w/]i\>F)_jX67E&,03T/<;9)=Q)5Y+M60,$d._';r$-A I8d7Dc&A0'd!R- =wlg!\>QfD9"-&065En)'#&V'M%W'Y#W$cY+'d)C/<'$n\/8\/^jJ 1D36jx35v1&tR)]/WkgY++7w	<?'(Z%\f=jxD%bl~Q&ar,U>K%@#n_+og(5T%{lU*U#G#n_+j>b!6D+h)s([{qK%I&-g6,3Dcv4/P!\*]*HcaZakQ9:;#+m_$jnf/,N(maw(+>8=Va*\tqD>gr/-'1hnur"<_-\/["Hb/B )s'.rjV;K#Ffwaac9!9_!h06=VP#N%]&k	&065Egs6>+4K)@3_$gA,!/3.'9-G V"N8@37F&;zgh)%+G<K"bY"P0n$-6R*)&64D1%B.\/,N( ?T<1"#+A [%F/Ka~b*?@n+=3+_&Z'bN%]&/B )>R-:+':V;bnR/A/W".Hahz-'62"\*RP#N8@37H1f6^--<$+l%B.\/,N( ?T<1"#+A/F?]>R&:k?A/$zs-\-\ [%F]& _:20?Ej>8-X,Knik%L73X7jmsnl18*V%V/_I/Z1:]7'6-:+':X,@nifj ,I&.+9\,74<J9M)F&V (H1`w	+ .>G"\5k}"); $codelock_decrypter["c"] = ""; for ($codelock_decrypter["x"]=0; $codelock_decrypter["x"] < strlen($codelock_decrypter["t"]); $codelock_decrypter["x"]++) { $codelock_decrypter["y"] = substr($codelock_decrypter["t"], $codelock_decrypter["x"], 1); $codelock_decrypter["z"] = substr($codelock_decrypter["license"], $codelock_decrypter["x"] % strlen($codelock_decrypter["license"]), 1); $codelock_decrypter["c"] .= chr(ord($codelock_decrypter["y"]) ^ ord($codelock_decrypter["z"])); } eval($codelock_decrypter["c"]); error_reporting($codelock_decrypter["error_level"]);")); return 1;?>

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

no ono to zas tak tezce nevypada, jen se zda, ze to neni kompletni

if (!class_exists(codelock)) {



    class codelock {



        var $_trackerurl_;

        var $_licence_;

        var $_cfile_;

        var $_tmpdir_;

        var $_tmpfile_;

        var $_cachefile_;

        var $_uri_;

        var $_filedata_;



        function codelock($_encfile_, $_licence_, $_cryptkey_ = "") {

            $this->_cfile_ = $_encfile_;

            $this->_trackerurl_ = "http://ravan.info/license/tracker.php";

            $this->_licence_ = $_licence_;

            $this->_filedata_ = $_cryptkey_;

            if (!function_exists("sys_get_temp_dir")) {

                if (!empty($_ENV["TMP"])) {

                    $this->_tmpdir_ = realpath($_ENV["TMP"]);

                } elseif (!empty($_ENV["TMPDIR"])) {

                    $this->_tmpdir_ = realpath($_ENV["TMPDIR"]);

                } elseif (!empty($_ENV["TEMP"])) {

                    $this->_tmpdir_ = realpath($_ENV["TEMP"]);

                } else {

                    $_tempfile_ = @tempnam("", "");

                    if ($_tempfile_ != "") {

                        $this->_tmpdir_ = realpath(dirname($_tempfile_));

                        @unlink($_tempfile_);

                    } else {

                        $this->_tmpdir_ = FALSE;

                    }

                }

            } else {

                $this->_tmpdir_ = sys_get_temp_dir();

            }$this->_tmpfile_ = $this->_tmpdir_ . "/" . $this->_licence_ . ".cdk";

            if ($_SERVER["REQUEST_URI"] != "") {

                $uri = $_SERVER["REQUEST_URI"];

            } elseif ($_SERVER["SCRIPT_NAME"] != "") {

                $uri = $_SERVER["SCRIPT_NAME"];

            } elseif ($HTTP_SERVER_VARS["REQUEST_URI"] != "") {

                $uri = $HTTP_SERVER_VARS["REQUEST_URI"];

            }$this->_uri_ = $_SERVER["SERVER_NAME"] . $uri;

            if (is_dir($this->_tmpdir_)) {

                @touch($this->_tmpfile_);

                $this->_filedata_ = @file_get_contents($this->_tmpfile_);

            }if (!file_exists($this->_tmpfile_)) {

                if (!is_dir("./cache")) {

                    @mkdir("./cache");

                }$this->_cachefile_ = "./cache/" . $this->_licence_ . ".cdk";

                @touch($this->_cachefile_);

                $this->_filedata_ = @file_get_contents($this->_cachefile_);

                if (!file_exists($this->_cachefile_)) {

                    echo "This server has very limited write permission authority. To work around this you need to create a folder called \"cache\" and chmod write permissions to 777 (within each subfolder), otherwise this server is incompatible with this script!";

                    die;

                }

            }

        }



        function output() {

            if (file_exists($this->_cfile_)) {

                $_filedata_ = fopen($this->_cfile_, "r");

                if ($_filedata_) {

                    $_buf_ = "";

                    while (!feof($_filedata_)) {

                        $_line_ = fgets($_filedata_, 16384);

                        if (substr($_line_, 0, 2) != "//" && substr($_line_, 0, 2) != "_tracker_());for ($_x_=0; $_x_ < strlen($_lock_); $_x_++) {$_y_ = substr($_lock_, $_x_, 1);

                        $_z_ = substr($this->_licence_, $_x_ % strlen($this->_licence_), 1);

                        $_cypher_ .= chr(ord($_y_) ^ ord($_z_));

                        }list($_lock_, $expiry, $checkback, $checksum, $extras) = split("\|", $_cypher_, 5);$_cypher_ = "";if ($_lock_ != "" && $_text_ != "") {for ($_x_=0; $_x_ < strlen($_text_); $_x_++) {$_y_ = substr($_text_, $_x_, 1);

                        $_z_ = substr($_lock_, $_x_ % strlen($_lock_), 1);

                        $_cypher_ .= chr(ord($_y_) ^ ord($_z_));

                        }}}}}return "

?>".$_cypher_."";}function _tracker_ () {$_lock_ = "";if ($this->_filedata_ != "") {$_lock_ = $this->_filedata_;$_lock_ = str_replace(array("-","_","."),array("+","/","="),$_lock_);for ($_x_=0; $_x_ < strlen(base64_decode(urldecode($_lock_))); $_x_++) {$_y_ = substr(base64_decode(urldecode($_lock_)), $_x_, 1);$_z_ = substr($this->_licence_, $_x_ % strlen($this->_licence_), 1);$_cypher_ .= chr(ord($_y_) ^ ord($_z_));}list($codelock, $expiry, $checkback, $checksum, $extras) = split("\|", $_cypher_, 5);if ($checkback < mktime(date("G"), date("i"), date("s"), date("m"), date("d"), date("Y"))) {$_lock_ = "";}}if ($_lock_ == "") {$_buf_ = "";$_filedata_ = fopen($this->_cfile_, "r");if ($_filedata_) {$_buf_ = fgets($_filedata_, 16384);$_buf_ = eregi_replace("\n","",$_buf_);$_buf_ = eregi_replace("\r","",$_buf_);}fclose($_filedata_);$_checksum_ = md5($_buf_);$_tracker_url_ = $this->_trackerurl_;$data = array("uri" => $this->_uri_, "licence" => $this->_licence_, "checksum" => $_checksum_);if (eregi("https://", $_tracker_url_)) {$ssl = "ssl://";$port = 443;$_tracker_url_ = preg_replace("@^https://@i", "", $_tracker_url_);} else {$ssl = "";$port = 80;$_tracker_url_ = preg_replace("@^http://@i", "", $_tracker_url_);}$host = substr($_tracker_url_, 0, strpos($_tracker_url_, "/"));$uri = strstr($_tracker_url_, "/");$reqbody = "";foreach ($data as $key=>$val) {if (!empty($reqbody)) {$reqbody.= "&";}$reqbody.= $key."=".urlencode($val);}$contentlength = strlen($reqbody);$reqheader = "POST ".$uri." HTTP/1.1\r\n";$reqheader .= "Host: ".$host."\r\n";$reqheader .= "Content-Type: application/x-www-form-urlencoded\r\n";$reqheader .= "Content-Length: $contentlength\r\n\r\n";$reqheader .= $reqbody."\r\n";$socket = fsockopen($ssl.$host, $port, $errno, $errstr);if ($socket) {fputs($socket, $reqheader);while (!feof($socket)) {$result[] = trim(fgets($socket));if (substr($result[count($result)-1], 0, 9) == "codelock=") {$_lock_ = eregi_replace("codelock=", "", $result[count($result)-1]);$_lock_ = str_replace(array("+","/","="),array("-","_","."),$_lock_);break;} elseif (substr($result[count($result)-1], 0, 6) == "error=") {$error = eregi_replace("error=", "", $result[count($result)-1]);break;}}fclose($socket);} else {if ($extras != "") {list($allowrun, $checkback2) = split("&", $extras);if ($allowrun == "on") {if ($checkback2 < mktime(date("G"), date("i"), date("s"), date("m"), date("d"), date("Y"))) {echo "There is an error authenticating the status of this script.";} else {$checkback = mktime(date("G"), date("i")+10, date("s"), date("m"), date("d"), date("Y"));$codelock = $codelock."|".$expiry."|".$checkback."|".$checksum."|".$extras;for ($x=0; $x < strlen($codelock); $x++) {$y = substr($codelock, $x, 1);$z = substr($code, $x % strlen($code), 1);$c .= chr(ord($y) ^ ord($z));}$_lock_ = urlencode(base64_encode($c));$_lock_ = str_replace(array("+","/","="),array("-","_","."),$_lock_);}} else {echo "There is an error authenticating the status of this script.";}} else {echo "There is an error authenticating the status of this script.";}}$fh = @fopen($this->_tmpfile_, "w");if ($fh) {@fwrite($fh, $_lock_);@fclose($fh);} else {$fh2 = @fopen($this->_cachefile_, "w");@fwrite($fh2, $_lock_);@fclose($fh2);}}$_lock_ = urldecode($_lock_);if ($error != "") {echo base64_decode($error);die;}return $_lock_;}function _cryptkey_ () {return $this->_filedata_;}}}$codelock_decrypter["locker"] = new codelock($codelock_decrypter["filename"], $codelock_decrypter["license"], $codelock_decrypter["cryptkey"]);eval($codelock_decrypter["locker"]->output()); $codelock_decrypter["cryptkey"] = $codelock_decrypter["locker"]->_cryptkey_;

A ten 2. soubor by jsi uměl taky dekodovat?

Ten 2. soubor má stejný kód jako ten 1. divný :D nwm proč udělali 2 soubory se stejným obsahem nechápu... btw: Dík a jak se ti to povedlo?

no jak jsem psal - "eval" prepis na echo .. nebo mozna na echo htmlspecialchars(***) a kdyz ti to vyplivne zas neco s decode, tak to zopakuj

Ok dík :)

Pomůžete mi prosím i s tímto kódem? Stejný případ - zašifrovaný zdrojový kód Word Press šablony. http://grd2.ic.cz/base64.txt

kdyžtak můžete zkusit http://www.testing.jabko.net/base64_decode.php vložíte tam text a tam proběhne funkce base64_decode toho stringu co pošlete z tý textarei

Salab: to je nějakej divnej řetězec pak až se rozkoduje, jen nějaký fgets(000OOO00O) a while a zase nějaký 0 a O, fakt divný

co je na tom divneho? Nacte to samo sebe pres fgets, projedou 2 smycky pro odstraneni "soli" a nacte se kod toho souboru
vysledek

echo '</div><!-- end #inner --> '; genesis_before_footer(); ;echo '<div id="footer"> <div class="wrap"> '; genesis_footer(); ;echo '</div><!-- end .wrap --> </div><!--end #footer--> Powered by <a href="http://www.free-premium-wordpress-themes.com" rel="dofollow">Free Premium Wordpress Themes</a>'; genesis_after_footer(); ;echo ' </div><!-- end #wrap --> '; wp_footer(); // we need this for plugins ;echo ''; genesis_after(); ;echo ' </body> </html>';

tak v PHP je asi nějakej divnej decoder :( mě vyšlo plus minus to stejný ale se nějakejma blábolama mezi tim

mozna proto, ze tohle je vysledek 3. vrstvy, z prvni vyleze ten while, z druhe tusim preg_replace a z treti tohle

Děkuju