Was für eine Kodierung soll das sein

Dieses Thema im Forum "Webentwicklung" wurde erstellt von m80m85, 10. Juni 2010 .

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  1. 10. Juni 2010
    Hi ich habe eine Bitte, kann mir jemand sagen was das für ein Kod ist bzw. was für eine Kodierung. ?(



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Also der ursprüngliche Cod ist der hier:




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    ich hoffe ihr könnt mir helfen..Danke schonmal.
     
  3. 10. Juni 2010
    AW: Was für eine Kodierung soll das sein

    Könntest du mal die ganze PHP Datei hoch laden, damit man sieht im welchen Zusammenhang das steht.
     
  4. 10. Juni 2010
    AW: Was für eine Kodierung soll das sein

    ioncube?
     
  5. 10. Juni 2010
    AW: Was für eine Kodierung soll das sein

    Also das ist die ganze PHP :



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    Code:
    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')));';$slk_file=__FILE__;eval(base64_decode($slk_dvc));
return;?>
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
     
  6. 10. Juni 2010
    AW: Was für eine Kodierung soll das sein

    kannst du bitte das nächste mal dein code in einen [ code ] [ /code ](ohne leerzeichen) einfügen, danke.

    so z.b.
    Code:
    $slk_evc='AJKHo8rkujF=nMZv32841YmQV5=8o5l03J6x3e5Vf74Hojd0ekdig7PPfe0BmmLNf 9Cq7NCq1NF/MYAQmxQ6F508fk086YLNgJAxFmAz67Kd32AQevKi1YAPVeKUK7Dd3YDj7Vri1LF86YD71VlLMGT PV5h83YlOmvm6FjQI7XXc175O1Vui1yDveXdCoGBzhN5O6YXvM7KCoYl0oOCk1NC9Mv5kh5Cd3Y XA1YXvMLKH3VKOFJuAF86BVeKMgVmO7VukmYBwfYF877LNmv56F8AB67Kd32AQevKAdJuTejl+h Y5GuyDKmGL8M9T/MYXO1VuA1y1YfmuP32XO7WC619u9MLF8hGDd3YlOFNCq17KC6Y5O1VuA1YX+MV8Pu5LIu2uFmGX z6X4iojd0Mkdi1868VeA9oYQWuy4UojQI7XXc175O1VuA1YXvM7Kdoym07vuFoeC9MLKihy0Iev A61NmdM742ojGI6yBqdVrEeGFDo8l76yQqm8T8M8KNU7Kv1VuA1YXvM7KC6YlO328k1NC9MeKVg mLN7v5518XlfLhBojGIK2Qqm8TPM7d93G87MemA1NmdMLKsgXLNeku17VrCM7KC6Y5O1VuA18X/V7KNuG8OdeAngkCq17KC6Y5OFe5O6YXvM7KCoVdW7kXk3kmcM74iFmTIUmKLmY0PVmuU32XOf96 Fdj4PeWlPVVKG1e6i1N4EeGKk3LDO7VQ5MX08M8KNU7KvFe5O6NGB1yudoj6JuJ6VMGBzV7F/uYLNmv56F8AB67Kdoj6JuJ6V3mANMeKMgVK0UVl518Xz6LuYu56Q7vKige=+ev5+hL5zo9A17Vr iVj8vuXlJmediMGT8f5uvoYLNgJAxFmAwVeA+hG5OdWdK1yKHeLuCFml7mjBKm8l+evl2oYBWo9 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4L6VFTA245gsLlU/YisWYKs=5I6Wd8hjPTA2d4u2GlU/Yit1Yit1Yi6W643s4N32Qt6JKki2A4hy7yKXrL6VKc627TAJKHo8rkujFliMLR';$slk_dvc='Z XZhbChiYXNlNjRfZGVjb2RlKHN0cnJldignPT13T3BrU0tub0ZXYWhtWURoV2FaaGxUczVrYVNa bVdIWmxhaUpqVXN0RVNPQnpZdUpWZUxORVpyZDFSU3BHVVhWamFreEdjWloxYTBkVlU1bERkYVZ VTTBFbGV4NEdUd1FYVVdaa1d2VmxWSlpYWVdKVWRqNW1UcGRWUjBSVVRZQkhOUkJqVU9OV2U1QX pWRnAxVmlaa1V6UUZSV1JUWkhoMmNPVlVOUTVrVktka1k2QkRNVFoxYXpVR1NWZFhWWHAwYVV4b VJIUm1WYUZWWXhvRldNcG5VNTVrTTQ1a1dIZEdlaGhFYXVKR1JTcFVZSEpsTlJoVlQyZDFRNUVH WklkR05XcG5SS04xUm5aM1V6Y21lTUZqVXFGbWVXTm5VdGhHYVhoa1NGNVVNU2QwWXdRbWNaQkR iU0ZXUnJCalVIcDBWYWhsU08xVWUwUlRXdU5tZU9aVlMyUm1lR0pIWjYxRWVsbEdPNDFrUm5aWF lGSmxTYTVHYzU1VVJhWlVUVlJITkxCalVWUldlNEVUVnNwMU1PWlZVMUVGV0tWbFV0UjNjVmxHT zZ4VU1LUmxWeW9VYWpKVFY1YzFWNW9IVVhoMk1oUkViNDkwUjBWVVd0SjFWTlpsU0hOMk1vbDFU VnRXTmFCald6Tkdib3RtVUVGak5NRmpXMGNGV2pWalR5b0VOaGRrU1p4RU1rUnpVemdtVlZkRVo 2ZEZWV2xsVXFGRmVoQkRkeElGU29wV1RIaEhOYWhFYVhsMWF6QmpZRUpsZWpOalVwSjJNTmxqVX JSSFNNQkRkcFpsTUdsbFdGcFZlV05VT0VaVmJvTnpWVXhtY2oxMloyRm1NUmhuVFlCbldOTmpTd nBGU29KMVVWUm5OWjFHZW9OVlZSaFhaVnhXWVhWRU42TldiMGtIWnhZVVdUSnpZNE4xTW9Wa1lH ZG1kbGRrUnB4a2VTUlRXcngyUmp0V01NTldNYTltV0ZSV2FsdEdkWU5tYVJsWFd5SWxXaXBYUjF FMlE0b25UV2gyUlc1R2F3b1ZSYU4zVklkR2VNSkRaTWRsVkdKbldxSlZlV1JFYllObWJ2WlhUSX BrYmpGemEyVm1ib1oxWXVaVVlOTmpTVmxsYU9CVFd0SkZTVmRsU01wRlZHcEVWdE4zTVdSa1VLU m1Sb056VnVKbGJaQlRNclJGV09aa1VIcFVlak56WndRbU1vQnpZWWhtVlpwbVVYcEZSV3hVV3ln V2FYTlVPWU4yYXhza1Z5RWxjU3BXVXhVMWFhWmxUWHAwYVRabFJ2SlZib2htWUkxRWVPbEhkSE5 tZUZKM1l0UkhNa2RrVHZOR2JvTlRXd0kxY01Kelo0RldlNWdVV1loR1RrRmpSelpWYmpOalZEbE RiaVpVUzFNRldTbG1ZeFlWUmxka1dhNTBNU1JEVldaVVdhVkViNWRGV29Oell1SjFSaXBuVkVKV mIzbHpZVzVFY1cxR2VxRkdSV1ZsVXV0V09sbFdPcWxsVm5aM1ZYcEVSYTVHY29kRldPTm5UeGdX ZU5aa1IyTWxNS2wzU3hvMWJhTkVkSFpGYmFwMFU2MVVNTEpqVDA0VVYwUmpWeWdITmF0R1owVVZ hNW9YVlY1VWVrbFhPYXhrTWtsbVZJUjJiaWRFZU1KMVZLTjFUVTVFTWhoa1N1SkdTbzFtVnpJRk 5URmpXcFZXUjBOVFdYcGtkVmhrU3dVR1NHZDFVVk5uZU9abFNxOWtWd0puVnRoV2VhcFhTNDVFV 2FablZxeEdlWGRGYndRbWFLZGxUV0oxUk5WbFV6eEVNeGMxVVd4bVNPaEZhckZHU0tCalVzbEZl Uk5EYXhJR1N3aEZWeFkwUmE1R1pvbGxhS2xFVHhJMVJVUkZiYWRsYU9sblZJcDBNanhHYUhKVmU 1VTFZcmgyY1YxbVVoWkZib3BtVEdKa2NrTnpaeFlGU25oM1Z0bFVOVFJGWndJVmJrbFdXc3AxYU 5abFNxMWtlV2QwVXhRV2VTNUdhV1pGYm5aWFpHcGxjTUJUTXdjRlNrVmpUVjVFTldCalVwTlZWe kZUVnVobVZqeG1TYU5GVldsMVV4VUZlaEJ6YzI1RVdvUlRUNlprU1RORGE1TjFNa05UVldoMk1V dG1VMFVXUldSalZINWtja2hFYTBFR1NLbEZUeVVWTVMxbVRYSkZTb3hrV0hobk5OTkRacFJsVlp OVFpJOW1kU2RrUjJNVk13QnpVV3hHV2oxR2FvRkdSeE1GVDY1MGNaNUdaeWxGV1NkVllFWmtiVz EyWnhRRlZPQkZVWE5uZFg1bVVFVjJSb2hHWklkbWNPRmpVNU5tZWtkMFV5TVhNWFprV3pVR1JTc GtURVowVU9WMGEybFZhNU1qVFZSM1JsNUdhcE4xVnNWMFZIMTBNa2RFZHpFR1NLZFVaSUJYZWhs SE93VVdSelpYWUhwVVdacEhiaEZHU0tOWFpHaDJNWmxYT1ROV2JvZDFZWDVFTk9abFNYcEZTSzV VV1ZWME1pNUdiSzFVVnhvM1ZVWlZhbGhsVDVsVmJTdEdVVlIzUmtKalNhUm1NblZUWVhoRE1PUm xVWUpGV1NOM1V5VVZPaEJEZDFjVmJ6Wm5ZSFpVV1hkMVp4UUdTb3BIWkdobWFoUlVNMjBrYmtGb Fd5WWtjanRtV01aMVY0TkZaNjFrZFY1R1p6VjFSME5UWkZKVldTdG1UelJtUk5wWFRWeDJNV1ps 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VnNOVFZJSlZOaGwyWXpwRU0xUTBZdUpWUlFobFFEOTBSNXNHWlhaVlRoMVdOWFIxVTU0MlV6bzF jaFpsUlVWV2JaSlRXeUVEV1gxbVM0Vmxha3BWVkU1VU5UdG1XUTFFUlZoSFp6NGtTU2RsUjBza0 0wbDBUVXBrVldWa1JaRldSakJqUzVkbmJpSkRjcloxUkdsR1Q1Um5Ra1pFY0RSR1dGbFRVd1VEU 1ZwbVN6Rm1Wa1ZUV3lRR2RUcEdadnBsYVNwbFZZQlhkVUpEZE1WR1NOUmpVdXBVVWFabFQzNUVW R0pEVldwVlJOQkRiUzlFVmFsRVp4YzJkVVZVVnV0MFVyQjNUMzFUUG5naWRsSm5jME5IS2xSMmJ qVkdaZlJqTmxOWFlpaENiaFpYWicpKSk7';$slk_file=__FILE__;eval(base64_decode($s lk_dvc));
return;?>
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    scheint verschlüsselt worden zu sein.
    ohne das richtige programm und key wirst du das wohl nicht lesbar machen können.
     
  7. 10. Juni 2010
    AW: Was für eine Kodierung soll das sein

    Entschuldige mein Fehler, doch was meinst mit Key also das ist doch so weit ich weiss eval(base64_decode und da kommt das oben wass ich gepostet habe raus.

    Code:
    ����júÿYg�J� �2ì�d�Î

    ist das ioncube Cod und kann ich ihm entschlüsseln?

    Erstmal Danke für die schnelle Antwort.
     
  8. 10. Juni 2010
    AW: Was für eine Kodierung soll das sein

    Sers,

    nix entschlüsseln - merke: Bei PHP kann man keine php-file "verschlüsseln" ohne extra module aufm Server zu installieren.
    Das steht drin:
    PHP:
    if(! function_exists ( 'slk_die' ))
    {
    function      slk_die ( $m )
    {
             header ( 'Content-type: text/html' );
        echo(     '<html><head><title>SourceLock Runtime Error</title></head><body><div style="margin: auto; max-width: 500px; min-height: 50px; background: #d8e5e6; color: #141424; font-family: Arial, Terminal, sans-serif; font-size: 14px; border: 1px solid #738091;"><b>The SourceLock runtime engine returns following error:</b><br /><center>' . $m . '</center></div></body></html>' );
        exit();
    }
    }
    $slk_fp  =  fopen ( $slk_file , 'rb' );
    fseek ( $slk_fp , 0 );
    $slk_fd  =  fread ( $slk_fp , filesize ( $slk_file ));
    if(     preg_match ( '/.*(echo|print|sprintf|var_dump|serialize|printf).*\?>.*$/i' , $slk_fd ) ||  md5 ( $slk_evc ) !=  'd8cb19028f884f0f587989c7ecbd794a' )
    {
             fclose ( $slk_fp );
             slk_die ( '#M40-D-EVCC Unauthorized code modification detected!' );
        exit();
    }
    $d  =  base64_decode ( strtr ( $slk_evc , 'JGZIm67oOFyt0kNB+fTuaW8QD4E1UHSPz5sdj/x=qKnlwRc2LCMirpbVXheg3A9Yv' , 'HEAyVZUaDM2fIjz5rYod8X1txhuQOs+4qlCRmwigLNPp67vGkBSK9/=WFcTebJ30n' ));
    if(!     $d )
    {
             slk_die ( '#M40-D-DRE Unauthorized code modification detected!' );
        exit();
    }
    MArc
     
  9. 11. Juni 2010
    AW: Was für eine Kodierung soll das sein

    Na Prima, Leute knacken Softwares von Milliarden Concernen wie "Micro...." oder Hacken sich bei "FB..." ein aber so ein sch....... cod von einem 99€ Programm kriegt man nicht hin.

    Danke an all eure Antworten ich schätze ist wohl eine Sackgasse, oder??(

    Doch ein zwei Fragen hätte ich noch wie hast du das so hin bekommen bei dir sieht das schon nach PHP aus, als ich das gemacht hab kam bei mir das raus?und die zweite ist das eine codierung und welche, einer hat oben gesagt ioncube, stimmt das?


    Code:
    ����júÿYg�J� �2ì�d�Î
     
  10. 11. Juni 2010
    AW: Was für eine Kodierung soll das sein

    Hi,

    also ich kommt irgendwie mit dem Problem nicht ganz mit, aber ioncube Code müsste so aussehen:
    http://www.ioncube.com/encoded_example.php?code=encoder
    bzw
    http://www.techtalkz.com/programming/519802-ioncube-decode-example.html#post2067471

    Der dezender kann ioncube Files entschlüsseln: Dezender

    Es sieht aber nicht nach ioncube aus!

    Ich meine das ist mit "SourceLock Pro" "verschlüsselt": Da dieser Encrypter kein Modul braucht, ist das irgendwie nur so komisch mit "eval" und "echo" gelöst. Die musst du irgendwie miteinander ersetzten. Such das mal selber, die Homepage des "Herstellers" gibt es nicht mehr

    PS: Das hacken von Facbook und anderen Seiten hat oft damals nichts zu tun. Außerdem kann halt nicht jeder alles und die, die es können wollen halt auch oft Kohle dafür (siehe Dezender). So ist das halt nunmal.
     
  11. 12. Juni 2010
    AW: Was für eine Kodierung soll das sein

    Wieso Sackgasse ? Das Ergebnis habe ich dir doch bereits gepostet - oder was brauchst du genau ?

    MArc
     
  12. 12. Juni 2010
    AW: Was für eine Kodierung soll das sein

    am ende fehlt noch eval($d);

    ---

    diese sicherung auszuhebeln is ne sache von max. 30min. wo liegt das problem?
     
  13. 12. Juni 2010
    AW: Was für eine Kodierung soll das sein

    Ähm... wie genau seid ihr jetzt zu dem PHP-Code gekommen?
    Und wie funktioniert diese Code-"Verschlüsselung" ohne zusätzliche PHP-Module?


    Kann das grade überhaupt nicht nachvollziehen. ?(
     
  14. 13. Juni 2010
    AW: Was für eine Kodierung soll das sein

    Einfach das Ergebniss von base64_decode jedes mal wieder durch base64_decode schicken, nach 8-9 dekodierungen bekommst den code.
     
  15. 13. Juni 2010
    AW: Was für eine Kodierung soll das sein

    aber wo hast du genau angesetzt bzw. von wo hast du angefangen hast du denn kompleten cod decodiert oder nur ein Teil , währe dir echt dankbar wenn du es mir sagen könntest.

    Ich habs verucht nur bei mir stwht als resul: als
    Bitte um Info
     
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