Decode base64

Hey, never thought that ill need one of my files decompiled. My PC crushed down and all my source file been lost! I got them back but i compiled one script... So i need it to get to work again

Ill be thankful if you can decode it and send via PM .. i don't wanna see the source much people...

Here it is:

$OOO0O0O00=__FILE__;$O00O00O00=__LINE__;$OO00O0000=12844;eval((base64_decode('JE8wMDBPME8wMD1mb3BlbigkT09PME8wTzAwLCdyYicpO3doaWxlKC0tJE8wME8wME8wMClmZ2V0cygkTzAwME8wTzAwLDEwMjQpO2ZnZXRzKCRPMDAwTzBPMDAsNDA5Nik7JE9PMDBPMDBPMD0oYmFzZTY0X2RlY29kZShzdHJ0cihmcmVhZCgkTzAwME8wTzAwLDM3MiksJ0VudGVyeW91d2toUkhZS05XT1VUQWFCYkNjRGRGZkdnSWlKakxsTW1QcFFxU3NWdlh4WnowMTIzNDU2Nzg5Ky89JywnQUJDREVGR0hJSktMTU5PUFFSU1RVVldYWVphYmNkZWZnaGlqa2xtbm9wcXJzdHV2d3h5ejAxMjM0NTY3ODkrLycpKSk7ZXZhbCgkT08wME8wME8wKTs=')));return;?>
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

PHP:

Thanks, hope will not bee lose.

 

This is not "compiled" code, it has been "encrypted" (I use this term very loosely). Yes, it can be decoded, but if you wrote it, why can't you decode it yourself?

Jay

 

I used a tool from a friend 4-6 moths ago.... I don't have it because i lost everything ...

 

What was the tool's name?

 

It was write in C from him... The name was enc4blount i don't think th name its important ... i didn't use them for 4 moths-6 i don't know because i worked at the source file ... Its my engine ... I don't wanna say more about my work. If you can think you can help me , I'm glad ! Don't post the source on the board if you wanna and can help me. PLEASE !

 

This is EXACTLY the same request as this thread --> http://forums.digitalpoint.com/showthread.php?t=709326

This is not your code, it's copyrighted. At least that person is more honest than you've been.

 

Go at: http://www.opinionatedgeek.com/dotnet/tools/Base64Decode/
I think it works!

 

That won't help him much @ LimeBlast. It's a bit more complicated than just decoding it once. Anyone can just decode a simple base64 string with base64_decode().

Besides.. as was pointed out in that other thread, the script he's trying to decode is copyrighted.

 

I don't think your story adds up. You didn't write the script because it's not base64 encoded, it's using a type of code security which you didn't mention. I think if you had actually mentioned it, it might be more believable, your just trying to steal someone else's code. If you want it bad enough, pay the author who created it, I'm sure if you work hard at something you wouldn't want someone stealing your work would you?