function recurseFiles(&$d_arr, &$ds_arr, &$f_arr, &$s_arr, &$d, &$f, &$s, &$includedFolders, $path, $mosConfig_absolute_path)
{
$currentfullpath = $mosConfig_absolute_path . $path;
# Open possibly available directory
if (is_dir($currentfullpath)) {
if ($handle = opendir($currentfullpath)) {
while (false !== ($file = readdir($handle))) {
# Make sure we don't push parental directories or dotfiles (unix) into the arrays
if ($file != "." && $file != "..") {
if (is_dir($currentfullpath . "/" . $file)) {
# Create array for directories
$d_arr[++$d] = $currentfullpath . "/" . $file;
recurseFiles($d_arr, $ds_arr, $f_arr, $s_arr, $d, $f, $s, $includedFolders, $path . "/" . $file, $mosConfig_absolute_path);
} else {
if (in_array($currentfullpath, $includedFolders)) {
# Create array for files
$s_arr[$f] = filesize($currentfullpath . '/' . $file);
$f_arr[$f++] = str_replace($mosConfig_absolute_path . '/', '', $currentfullpath . '/') . $file;
$s += filesize($currentfullpath . '/' . $file);
}
}
}
}
}
# Wrap things up if we're in a directory
if (is_dir($handle)) {
closedir($handle);
}
}
}
function recurseFiles(&$d_arr, &$ds_arr, &$f_arr, &$s_arr, &$d, &$f, &$s, &$includedFolders, $path, $excluded = array(), $fperm = '')
{
// ----------------------------------------------------------
// Routine to recurse a folder structure and record the files
// their sizes and parent folders
// ----------------------------------------------------------
global $mdir, $_CONFIG;
$currentfullpath = $_CONFIG['backup_path'] . $path;
# Open possibly available directory
if (is_dir($currentfullpath) && !is_link($currentfullpath)) {
if ($handle = @opendir($currentfullpath)) {
while (false !== ($file = readdir($handle))) {
# Make sure we don't push parental directories or dotfiles (unix) into the arrays
if ($file != "." && $file != "..") {
$exc = 0;
$cfile = $currentfullpath . "/" . $file;
if (sizeof($excluded) != 0) {
foreach ($excluded as $key => $value) {
if ($value != '' && !$exc) {
$cfile = str_replace("//", "/", $cfile);
if (strstr($cfile, $value) != '' || strstr($cfile . "/", $value) != '') {
$exc = 1;
break;
}
}
}
}
if (@is_dir($cfile) && !@is_link($currentfullpath)) {
# Create array for directories
if ($fperm && !$exc) {
$perm = substr(sprintf('%o', fileperms($cfile)), -4);
fwrite($fperm, str_replace($_CONFIG['backup_path'], "", $cfile) . "|" . $perm . "\n");
}
#$d_arr[++$d] = $cfile;
if (!$exc) {
recurseFiles($d_arr, $ds_arr, $f_arr, $s_arr, $d, $f, $s, $includedFolders, $path . "/" . $file, $excluded, $fperm);
}
} else {
# Create array for files
if ($fperm && !$exc) {
$perm = substr(sprintf('%o', @fileperms($cfile)), -4);
#$sfile = sprintf("%.2f",get_filesize($cfile)/1024);
fwrite($fperm, str_replace($_CONFIG['backup_path'], "", $cfile) . "|" . $perm . "\n");
}
if (!$exc) {
#$s_arr[$f] = @filesize($cfile);
if (!$_CONFIG['mem'] && $_CONFIG['backup_refresh'] != 1) {
$f_arr[$f++] = $cfile;
} else {
$f++;
}
$s += @filesize($cfile);
}
}
}
}
}
# Wrap things up if we're in a directory
#if( is_dir( $currentfullpath ) )
@closedir($handle);
}
}
