$sValue2)
{
$paArray1[$sKey2] = isset($paArray1[$sKey2]) ? array_merge_recursive2($paArray1[$sKey2], $sValue2) : $sValue2;
// $paArray1[$sKey2] = array_merge_recursive2( getArrayValue($paArray1,$sKey2), $sValue2);
}
return $paArray1;
}
}
/**
* @return int
* @param $array array
* @param $value mixed
* @desc Prepend a reference to an element to the beginning of an array. Renumbers numeric keys, so $value is always inserted to $array[0]
*/
function array_unshift_ref(&$array, &$value)
{
$return = array_unshift($array,'');
$array[0] =& $value;
return $return;
}
/**
* Same as print_r, budet designed for viewing in web page
*
* @param Array $data
* @param string $label
*/
function print_pre($data, $label='', $on_screen = false)
{
$is_debug = false;
if (class_exists('kApplication') && !$on_screen) {
$application =& kApplication::Instance();
$is_debug = $application->isDebugMode();
}
if ($is_debug) {
if ($label) $application->Debugger->appendHTML(''.$label.'');
$application->Debugger->dumpVars($data);
}
else
{
if ($label) echo '', $label, '
';
echo '', print_r($data, true), '
';
}
}
/**
* Returns array value if key exists
*
* @param Array $array searchable array
* @param int $key array key
* @return string
* @access public
*/
//
function getArrayValue(&$array, $key)
{
// global $debugger;
// if (is_object($debugger)) $debugger->ProfilePoint('getArrayValue', 1);
$ret = isset($array[$key]) ? $array[$key] : false;
if ($ret && func_num_args() > 2) {
for ($i = 2; $i < func_num_args(); $i++) {
$cur_key = func_get_arg($i);
$ret = getArrayValue( $ret, $cur_key );
if ($ret === false) break;
}
}
return $ret;
}
/**
* Rename key in associative array, maintaining keys order
*
* @param Array $array Associative Array
* @param mixed $old Old key name
* @param mixed $new New key name
* @access public
*/
function array_rename_key(&$array, $old, $new)
{
$new_array = Array ();
foreach ($array as $key => $val) {
$new_array[ $key == $old ? $new : $key] = $val;
}
$array = $new_array;
}
/**
* Define constant if it was not already defined before
*
* @param string $const_name
* @param string $const_value
* @access public
*/
function safeDefine($const_name, $const_value)
{
if(!defined($const_name)) define($const_name,$const_value);
}
function parse_portal_ini($parse_section = false)
{
$file = FULL_PATH . DIRECTORY_SEPARATOR . 'system' . DIRECTORY_SEPARATOR . 'config.php';
if (!file_exists($file)) {
return Array ();
}
if (file_exists($file) && !is_readable($file)) {
die('Could Not Open Ini File');
}
$contents = file($file);
if ($contents && $contents[0] == '<' . '?' . 'php die() ?' . ">\n") {
// format of "config.php" file before 5.1.0 version
array_shift($contents);
return parse_ini_string(implode('', $contents), $parse_section);
}
$_CONFIG = Array ();
require($file);
if ($parse_section) {
return $_CONFIG;
}
$ret = Array ();
foreach ($_CONFIG as $section => $section_variables) {
$ret = array_merge($ret, $section_variables);
}
return $ret;
}
if ( !function_exists('parse_ini_string') ) {
/**
* Equivalent for "parse_ini_string" function available since PHP 5.3.0
*
* @param string $ini
* @param bool $process_sections
* @param int $scanner_mode
* @return Array
*/
function parse_ini_string($ini, $process_sections = false, $scanner_mode = null)
{
# Generate a temporary file.
$tempname = tempnam('/tmp', 'ini');
$fp = fopen($tempname, 'w');
fwrite($fp, $ini);
$ini = parse_ini_file($tempname, !empty($process_sections));
fclose($fp);
@unlink($tempname);
return $ini;
}
}
if( !function_exists('getmicrotime') )
{
function getmicrotime()
{
list($usec, $sec) = explode(" ",microtime());
return ((float)$usec + (float)$sec);
}
}
if( !function_exists('k4_include_once') )
{
function k4_include_once($file)
{
global $debugger;
if ( defined('DEBUG_MODE') && DEBUG_MODE && isset($debugger) && constOn('DBG_PROFILE_INCLUDES') )
{
if ( in_array($file, get_required_files()) ) return;
global $debugger;
/* $debugger->IncludeLevel++;
$before_mem = memory_get_usage();
*/
$debugger->ProfileStart('inc_'.crc32($file), $file);
include_once($file);
$debugger->ProfileFinish('inc_'.crc32($file));
$debugger->profilerAddTotal('includes', 'inc_'.crc32($file));
/* $used_mem = memory_get_usage() - $before_mem;
$debugger->IncludeLevel--;
$debugger->IncludesData['file'][] = str_replace(FULL_PATH, '', $file);
$debugger->IncludesData['mem'][] = $used_mem;
$debugger->IncludesData['time'][] = $used_time;
$debugger->IncludesData['level'][] = $debugger->IncludeLevel;
*/
}
else
{
include_once($file);
}
}
}
/**
* Checks if string passed is serialized array
*
* @param string $string
* @return bool
*/
function IsSerialized($string)
{
if( is_array($string) ) return false;
return preg_match('/a:([\d]+):{/', $string);
}
if (!function_exists('makepassword4')){
function makepassword4($length=10)
{
$pass_length=$length;
$p1=array('b','c','d','f','g','h','j','k','l','m','n','p','q','r','s','t','v','w','x','y','z');
$p2=array('a','e','i','o','u');
$p3=array('1','2','3','4','5','6','7','8','9');
$p4=array('(','&',')',';','%'); // if you need real strong stuff
// how much elements in the array
// can be done with a array count but counting once here is faster
$s1=21;// this is the count of $p1
$s2=5; // this is the count of $p2
$s3=9; // this is the count of $p3
$s4=5; // this is the count of $p4
// possible readable combinations
$c1='121'; // will be like 'bab'
$c2='212'; // will be like 'aba'
$c3='12'; // will be like 'ab'
$c4='3'; // will be just a number '1 to 9' if you dont like number delete the 3
// $c5='4'; // uncomment to active the strong stuff
$comb='4'; // the amount of combinations you made above (and did not comment out)
for ($p=0;$p<$pass_length;)
{
mt_srand((double)microtime()*1000000);
$strpart=mt_rand(1,$comb);
// checking if the stringpart is not the same as the previous one
if($strpart<>$previous)
{
$pass_structure.=${'c'.$strpart};
// shortcutting the loop a bit
$p=$p+mb_strlen(${'c'.$strpart});
}
$previous=$strpart;
}
// generating the password from the structure defined in $pass_structure
for ($g=0;$g $value) $params_str .= $key.'='.urlencode($value).'&';
$post = $params_str;
}
$ch = curl_init($url);
$dbg = false;
if (defined('DEBUG_MODE') && DEBUG_MODE && constOn('DBG_CURL')) {
$dbg = true;
safeDefine('DBG_CURL_LOGFILE', '/curl.log');
$log = fopen(FULL_PATH.DBG_CURL_LOGFILE, 'a');
curl_setopt($ch, CURLOPT_FILE, $log);
curl_setopt($ch, CURLOPT_VERBOSE, TRUE);
curl_setopt($ch, CURLOPT_STDERR, $log);
//curl_setopt($ch, CURLOPT_WRITEHEADER, $log);
}
if (!is_null($headers)) {
curl_setopt($ch, CURLOPT_HTTPHEADER, $headers);
}
// if we have post data, then POST else use GET method instead
if ($request_type == 'POST') {
curl_setopt($ch, CURLOPT_POST, 1);
curl_setopt($ch, CURLOPT_POSTFIELDS, $post);
}
elseif ($request_type == 'GET' && isset($post) && strlen($post) > 0) {
curl_setopt($ch, CURLOPT_URL, preg_match('/\?/', $url) ? $url.'&'.$post : $url.'?'.$post);
}
curl_setopt($ch, CURLOPT_RETURNTRANSFER, 1);
curl_setopt($ch,CURLOPT_REFERER, PROTOCOL.SERVER_NAME);
if ( isset($_SERVER['HTTP_USER_AGENT']) ) {
curl_setopt($ch, CURLOPT_USERAGENT, $_SERVER['HTTP_USER_AGENT']);
}
curl_setopt($ch,CURLOPT_FOLLOWLOCATION, 0);
curl_setopt($ch, CURLOPT_TIMEOUT, 90);
if (is_array($curl_options)) {
foreach ($curl_options as $option => $value) {
curl_setopt($ch, $option, $value);
}
}
$ret = curl_exec($ch);
$GLOBALS['curl_errorno'] = curl_errno($ch);
$GLOBALS['curl_error'] = curl_error($ch);
curl_close($ch);
if ($dbg) {
fwrite($log, "\n".$ret);
fclose($log);
}
return $ret;
}
}
if( !function_exists('memory_get_usage') )
{
function memory_get_usage(){ return -1; }
}
function &ref_call_user_func_array($callable, $args)
{
if( is_scalar($callable) )
{
// $callable is the name of a function
$call = $callable;
}
else
{
if( is_object($callable[0]) )
{
// $callable is an object and a method name
$call = "\$callable[0]->{$callable[1]}";
}
else
{
// $callable is a class name and a static method
$call = "{$callable[0]}::{$callable[1]}";
}
}
// Note because the keys in $args might be strings
// we do this in a slightly round about way.
$argumentString = Array();
$argumentKeys = array_keys($args);
foreach($argumentKeys as $argK)
{
$argumentString[] = "\$args[$argumentKeys[$argK]]";
}
$argumentString = implode($argumentString, ', ');
// Note also that eval doesn't return references, so we
// work around it in this way...
eval("\$result =& {$call}({$argumentString});");
return $result;
}
/**
* Checks if constant is defined and has positive value
*
* @param string $const_name
* @return bool
*/
function constOn($const_name)
{
return defined($const_name) && constant($const_name);
}
function Kg2Pounds($kg, $pounds_only = false)
{
$major = floor( round($kg / POUND_TO_KG, 3) );
$minor = abs(round(($kg - $major * POUND_TO_KG) / POUND_TO_KG * 16, 2));
if ($pounds_only) {
$major += round($minor * 0.0625, 2);
$minor = 0;
}
return array($major, $minor);
}
function Pounds2Kg($pounds, $ounces=0)
{
return round(($pounds + ($ounces / 16)) * POUND_TO_KG, 5);
}
/**
* Formats file/memory size in nice way
*
* @param int $bytes
* @return string
* @access public
*/
function formatSize($bytes)
{
if ($bytes >= 1099511627776) {
$return = round($bytes / 1024 / 1024 / 1024 / 1024, 2);
$suffix = "TB";
} elseif ($bytes >= 1073741824) {
$return = round($bytes / 1024 / 1024 / 1024, 2);
$suffix = "GB";
} elseif ($bytes >= 1048576) {
$return = round($bytes / 1024 / 1024, 2);
$suffix = "MB";
} elseif ($bytes >= 1024) {
$return = round($bytes / 1024, 2);
$suffix = "KB";
} else {
$return = $bytes;
$suffix = "Byte";
}
$return .= ' '.$suffix;
return $return;
}
/**
* Enter description here...
*
* @param resource $filePointer the file resource to write to
* @param Array $data the data to write out
* @param string $delimiter the field separator
* @param string $enclosure symbol to enclose field data to
* @param string $recordSeparator symbols to separate records with
*/
function fputcsv2($filePointer, $data, $delimiter = ',', $enclosure = '"', $recordSeparator = "\r\n")
{
foreach($data as $field_index => $field_value) {
// replaces an enclosure with two enclosures
$data[$field_index] = str_replace($enclosure, $enclosure.$enclosure, $field_value);
}
$line = $enclosure.implode($enclosure.$delimiter.$enclosure, $data).$enclosure.$recordSeparator;
$line = preg_replace('/'.preg_quote($enclosure, '/').'([0-9\.]+)'.preg_quote($enclosure, '/').'/', '$1', $line);
fwrite($filePointer, $line);
}
/**
* Enter description here...
*
* @param resource $filePointer the file resource to write to
* @param Array $data the data to write out
* @param string $delimiter the field separator
* @param string $enclosure symbol to enclose field data to
* @param string $recordSeparator symbols to separate records with
*/
function getcsvline($data, $delimiter = ',', $enclosure = '"', $recordSeparator = "\r\n")
{
foreach($data as $field_index => $field_value) {
// replaces an enclosure with two enclosures
$data[$field_index] = str_replace($enclosure, $enclosure.$enclosure, $field_value);
}
$line = $enclosure.implode($enclosure.$delimiter.$enclosure, $data).$enclosure.$recordSeparator;
$line = preg_replace('/'.preg_quote($enclosure, '/').'([0-9\.]+)'.preg_quote($enclosure, '/').'/', '$1', $line);
return $line;
}
/**
* Allows to replace #section# within any string with current section
*
* @param string $string
* @return string
*/
function replaceModuleSection($string)
{
$application =& kApplication::Instance();
$module_section = $application->RecallVar('section');
if ($module_section) {
// substitute section instead of #section# parameter in title preset name
$module_section = explode(':', $module_section);
$section = preg_replace('/(configuration|configure)_(.*)/i', '\\2', $module_section[count($module_section) == 2 ? 1 : 0]);
$string = str_replace('#section#', mb_strtolower($section), $string);
}
return $string;
}
/**
* Checks, that user IP address is within allowed range
*
* @param string $ip_list semi-column (by default) separated ip address list
* @param string $separator ip address separator (default ";")
*
* @return bool
*/
function ipMatch($ip_list, $separator = ';')
{
if ( !isset($_SERVER['REMOTE_ADDR']) ) {
return false;
}
$ip_match = false;
$ip_addresses = $ip_list ? explode($separator, $ip_list) : Array ();
foreach ($ip_addresses as $ip_address) {
if (netMatch($ip_address, $_SERVER['REMOTE_ADDR'])) {
$ip_match = true;
break;
}
}
return $ip_match;
}
function netMatch($network, $ip)
{
$network = trim($network);
$ip = trim($ip);
if ( preg_replace('/[\d\.\/-]/', '', $network) != '' ) {
$network = gethostbyname($network);
}
if ($network == $ip) {
// comparing two ip addresses directly
return true;
}
$d = strpos($network, '-');
if ($d !== false) {
// ip address range specified
$from = ip2long(trim(substr($network, 0, $d)));
$to = ip2long(trim(substr($network, $d + 1)));
$ip = ip2long($ip);
return ($ip >= $from && $ip <= $to);
}
elseif (strpos($network, '/') !== false) {
// sigle subnet specified
$ip_arr = explode('/', $network);
if (!preg_match("@\d*\.\d*\.\d*\.\d*@", $ip_arr[0], $matches)) {
$ip_arr[0] .= '.0'; // Alternate form 194.1.4/24
}
$network_long = ip2long($ip_arr[0]);
$x = ip2long($ip_arr[1]);
$mask = long2ip($x) == $ip_arr[1] ? $x : (0xffffffff << (32 - $ip_arr[1]));
$ip_long = ip2long($ip);
return ($ip_long & $mask) == ($network_long & $mask);
}
return false;
}
function request_headers()
{
if(function_exists("apache_request_headers")) // If apache_request_headers() exists...
{
if($headers = apache_request_headers()) // And works...
{
return $headers; // Use it
}
}
$headers = array();
foreach(array_keys($_SERVER) as $skey)
{
if(substr($skey, 0, 5) == "HTTP_")
{
$headername = str_replace(" ", "-", ucwords(strtolower(str_replace("_", " ", substr($skey, 0, 5)))));
$headers[$headername] = $_SERVER[$skey];
}
}
return $headers;
}
if (!function_exists('easter_date')) {
// calculates easter date, when calendar extension not installed in php
// see also: http://php.prod.intechnic.lv/manual/en/function.easter-date.php
function easter_date ($Year) {
/*
G is the Golden Number-1
H is 23-Epact (modulo 30)
I is the number of days from 21 March to the Paschal full moon
J is the weekday for the Paschal full moon (0=Sunday,
1=Monday, etc.)
L is the number of days from 21 March to the Sunday on or before
the Paschal full moon (a number between -6 and 28)
*/
$G = $Year % 19;
$C = (int)($Year / 100);
$H = (int)($C - ($C / 4) - ((8*$C+13) / 25) + 19*$G + 15) % 30;
$I = (int)$H - (int)($H / 28)*(1 - (int)($H / 28)*(int)(29 / ($H + 1))*((int)(21 - $G) / 11));
$J = ($Year + (int)($Year/4) + $I + 2 - $C + (int)($C/4)) % 7;
$L = $I - $J;
$m = 3 + (int)(($L + 40) / 44);
$d = $L + 28 - 31 * ((int)($m / 4));
$y = $Year;
$E = mktime(0,0,0, $m, $d, $y);
return $E;
}
}
if (!function_exists('imagecreatefrombmp')) {
// just in case if GD will add this function in future
function imagecreatefrombmp($filename)
{
//Ouverture du fichier en mode binaire
if (! $f1 = fopen($filename,"rb")) return FALSE;
//1 : Chargement des ent�tes FICHIER
$FILE = unpack("vfile_type/Vfile_size/Vreserved/Vbitmap_offset", fread($f1,14));
if ($FILE['file_type'] != 19778) return FALSE;
//2 : Chargement des ent�tes BMP
$BMP = unpack('Vheader_size/Vwidth/Vheight/vplanes/vbits_per_pixel'.
'/Vcompression/Vsize_bitmap/Vhoriz_resolution'.
'/Vvert_resolution/Vcolors_used/Vcolors_important', fread($f1,40));
$BMP['colors'] = pow(2,$BMP['bits_per_pixel']);
if ($BMP['size_bitmap'] == 0) $BMP['size_bitmap'] = $FILE['file_size'] - $FILE['bitmap_offset'];
$BMP['bytes_per_pixel'] = $BMP['bits_per_pixel']/8;
$BMP['bytes_per_pixel2'] = ceil($BMP['bytes_per_pixel']);
$BMP['decal'] = ($BMP['width']*$BMP['bytes_per_pixel']/4);
$BMP['decal'] -= floor($BMP['width']*$BMP['bytes_per_pixel']/4);
$BMP['decal'] = 4-(4*$BMP['decal']);
if ($BMP['decal'] == 4) $BMP['decal'] = 0;
//3 : Chargement des couleurs de la palette
$PALETTE = array();
if ($BMP['colors'] < 16777216)
{
$PALETTE = unpack('V'.$BMP['colors'], fread($f1,$BMP['colors']*4));
}
//4 : Cr�ation de l'image
$IMG = fread($f1,$BMP['size_bitmap']);
$VIDE = chr(0);
$res = imagecreatetruecolor($BMP['width'],$BMP['height']);
$P = 0;
$Y = $BMP['height']-1;
while ($Y >= 0)
{
$X=0;
while ($X < $BMP['width'])
{
if ($BMP['bits_per_pixel'] == 24)
$COLOR = unpack("V",substr($IMG,$P,3).$VIDE);
elseif ($BMP['bits_per_pixel'] == 16)
{
$COLOR = unpack("n",substr($IMG,$P,2));
$COLOR[1] = $PALETTE[$COLOR[1]+1];
}
elseif ($BMP['bits_per_pixel'] == 8)
{
$COLOR = unpack("n",$VIDE.substr($IMG,$P,1));
$COLOR[1] = $PALETTE[$COLOR[1]+1];
}
elseif ($BMP['bits_per_pixel'] == 4)
{
$COLOR = unpack("n",$VIDE.substr($IMG,floor($P),1));
if (($P*2)%2 == 0) $COLOR[1] = ($COLOR[1] >> 4) ; else $COLOR[1] = ($COLOR[1] & 0x0F);
$COLOR[1] = $PALETTE[$COLOR[1]+1];
}
elseif ($BMP['bits_per_pixel'] == 1)
{
$COLOR = unpack("n",$VIDE.substr($IMG,floor($P),1));
if (($P*8)%8 == 0) $COLOR[1] = $COLOR[1] >>7;
elseif (($P*8)%8 == 1) $COLOR[1] = ($COLOR[1] & 0x40)>>6;
elseif (($P*8)%8 == 2) $COLOR[1] = ($COLOR[1] & 0x20)>>5;
elseif (($P*8)%8 == 3) $COLOR[1] = ($COLOR[1] & 0x10)>>4;
elseif (($P*8)%8 == 4) $COLOR[1] = ($COLOR[1] & 0x8)>>3;
elseif (($P*8)%8 == 5) $COLOR[1] = ($COLOR[1] & 0x4)>>2;
elseif (($P*8)%8 == 6) $COLOR[1] = ($COLOR[1] & 0x2)>>1;
elseif (($P*8)%8 == 7) $COLOR[1] = ($COLOR[1] & 0x1);
$COLOR[1] = $PALETTE[$COLOR[1]+1];
}
else
return FALSE;
imagesetpixel($res,$X,$Y,$COLOR[1]);
$X++;
$P += $BMP['bytes_per_pixel'];
}
$Y--;
$P+=$BMP['decal'];
}
//Fermeture du fichier
fclose($f1);
return $res;
}
}