Your IP : 172.70.80.238
<?
IncludeModuleLangFile(__FILE__);
class CPerfomanceMeasure
{
function GetPHPCPUMark()
{
$res = array();
for($j = 0; $j < 4; $j++)
{
$N1 = 0;
$N2 = 0;
$s1 = getmicrotime();
for($i = 0; $i < 1000000; $i++)
{
}
$e1 = getmicrotime();
$N1 = $e1 - $s1;
$s2 = getmicrotime();
for($i = 0; $i < 1000000; $i++)
{
//This is one op
$k++;$k--;
$k++;$k--;
}
$e2 = getmicrotime();
$N2 = $e2 - $s2;
if($N2 > $N1)
$res[] = 1 / ($N2 - $N1);
}
if(count($res))
return array_sum($res)/doubleval(count($res));
else
return 0;
}
function GetPHPFilesMark()
{
$res = array();
$file_name = $_SERVER["DOCUMENT_ROOT"]."/".COption::GetOptionString("main","upload_dir","/upload/"). "/perfmon#i#.php";
$content = "<?\$s='".str_repeat("x", 1024)."';?><?/*".str_repeat("y", 1024)."*/?><?\$r='".str_repeat("z", 1024)."';?>";
for($j = 0; $j < 4; $j++)
{
$N1 = 0;
$N2 = 0;
$s1 = getmicrotime();
for($i = 0; $i < 100; $i++)
{
$fn = str_replace("#i#", $i, $file_name);
}
$e1 = getmicrotime();
$N1 = $e1 - $s1;
$s2 = getmicrotime();
for($i = 0; $i < 100; $i++)
{
//This is one op
$fn = str_replace("#i#", $i, $file_name);
$fh = fopen($fn, "wb");
fwrite($fh, $content);
fclose($fh);
include($fn);
unlink($fn);
}
$e2 = getmicrotime();
$N2 = $e2 - $s2;
if($N2 > $N1)
$res[] = 100 / ($N2 - $N1);
}
if(count($res))
return array_sum($res)/doubleval(count($res));
else
return 0;
}
function GetPHPMailMark()
{
$res = array();
$addr = "hosting_test@bitrix.ru";
$subj = "Bitrix server test";
$body = "This is test message. Delete it.";
$s1 = getmicrotime();
bxmail($addr, $subj, $body);
$e1 = getmicrotime();
$t1 = $e1 - $s1;
return $t1;
}
function GetDBMark($type)
{
global $DB;
$res = array();
switch($type)
{
case "read":
$strSql = "select * from b_perf_test WHERE ID = #i#";
$bFetch = true;
break;
case "update":
$strSql = "update b_perf_test set REFERENCE_ID = ID+1, NAME = '".str_repeat("y", 200)."' WHERE ID = #i#";
$bFetch = false;
break;
default:
$DB->Query("truncate table b_perf_test");
$strSql = "insert into b_perf_test (REFERENCE_ID, NAME) values (#i#-1, '".str_repeat("x", 200)."')";
$bFetch = false;
}
for($j = 0; $j < 4; $j++)
{
$N1 = 0;
$N2 = 0;
$s1 = getmicrotime();
for($i = 0; $i < 100; $i++)
{
$sql = str_replace("#i#", $i, $strSql);
}
$e1 = getmicrotime();
$N1 = $e1 - $s1;
$s2 = getmicrotime();
for($i = 0; $i < 100; $i++)
{
//This is one op
$sql = str_replace("#i#", $i, $strSql);
$rs = $DB->Query($sql);
if($bFetch)
$rs->Fetch();
}
$e2 = getmicrotime();
$N2 = $e2 - $s2;
if($N2 > $N1)
$res[] = 100 / ($N2 - $N1);
}
if(count($res))
return array_sum($res)/doubleval(count($res));
else
return 0;
}
function GetAccelerator()
{
if(function_exists('accelerator_reset'))
return new CPerfAccelZend;
elseif(extension_loaded('apc'))
return new CPerfAccelAPC;
elseif(extension_loaded('eaccelerator'))
return new CPerfAccelEAccel;
elseif(extension_loaded('xcache'))
return new CPerfAccelXCache;
elseif(extension_loaded('wincache'))
return new CPerfAccelWinCache;
else
return false;
}
}
class CPerfAccel
{
var $enabled, $cache_ttl, $max_file_size, $check_mtime, $memory_total, $memory_used;
function __construct($enabled, $cache_ttl, $max_file_size, $check_mtime, $memory_total, $memory_used)
{
return $this->CPerfAccel($enabled, $cache_ttl, $max_file_size, $check_mtime, $memory_total, $memory_used);
}
function CPerfAccel($enabled, $cache_ttl, $max_file_size, $check_mtime, $memory_total, $memory_used)
{
$this->enabled = $enabled;
$this->cache_ttl = $cache_ttl;
$this->max_file_size = $max_file_size;
$this->check_mtime = $check_mtime;
$this->memory_total = $memory_total;
$this->memory_used = $memory_used;
}
function IsWorking()
{
if(!$this->enabled)
return false;
if($this->cache_ttl == 0)
return false;
if($this->max_file_size >= 0)
{
if($this->max_file_size < 4*1024*1024)
return false;
}
if(!$this->check_mtime)
return false;
if($this->memory_used >= 0)
{
//Check for 10% free
if(($this->memory_used / $this->memory_total) > 0.9)
return false;
}
else
{
//Or at least 40M total when no used memory stat available
if($this->memory_total < 40*1024*1024)
return false;
}
return true;
}
function GetRecommendations()
{
$arResult = array();
$arParams = $this->GetParams();
if(array_key_exists("enabled", $arParams))
{
$is_ok = $this->enabled;
foreach($arParams["enabled"] as $ar)
{
$ar["IS_OK"] = $is_ok;
$arResult[] = $ar;
}
}
if(array_key_exists("cache_ttl", $arParams))
{
$is_ok = $this->cache_ttl != 0;
foreach($arParams["cache_ttl"] as $ar)
{
$ar["IS_OK"] = $is_ok;
$arResult[] = $ar;
}
}
if(array_key_exists("max_file_size", $arParams) && $this->max_file_size >= 0)
{
$is_ok = $this->max_file_size >= 4*1024*1024;
foreach($arParams["max_file_size"] as $ar)
{
$ar["IS_OK"] = $is_ok;
$arResult[] = $ar;
}
}
if(array_key_exists("check_mtime", $arParams))
{
$is_ok = $this->check_mtime;
foreach($arParams["check_mtime"] as $ar)
{
$ar["IS_OK"] = $is_ok;
$arResult[] = $ar;
}
}
if(array_key_exists("memory_pct", $arParams) && $this->memory_used >= 0)
{
//Check for 10% free
$is_ok = ($this->memory_used / $this->memory_total) <= 0.9;
foreach($arParams["memory_pct"] as $ar)
$arResult[] = array(
"PARAMETER" => $ar["PARAMETER"],
"VALUE" => GetMessage("PERFMON_MEASURE_MEMORY_USAGE", array("#percent#"=>number_format(($this->memory_used / $this->memory_total)*100, 2))),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_CACHE_REC"),
"IS_OK" => $is_ok,
);
}
elseif(array_key_exists("memory_abs", $arParams))
{
//Or at least 40M total when no used memory stat available
$is_ok = $this->memory_total >= 40*1024*1024;
foreach($arParams["memory_abs"] as $ar)
{
$ar["IS_OK"] = $is_ok;
$arResult[] = $ar;
}
}
return $arResult;
}
function unformat($str)
{
$str = strtolower($str);
$res = intval($str);
if(substr($str, -1) == "k")
$res *= 1024;
elseif(substr($str, -1) == "m")
$res *= 1024*1024;
return $res;
}
}
class CPerfAccelZend extends CPerfAccel
{
function __construct()
{
return $this->CPerfAccelZend();
}
function CPerfAccelZend()
{
$zend_enable = ini_get('zend_optimizerplus.enable');
$zend_mtime = ini_get('zend_optimizerplus.validate_timestamps');
parent::CPerfAccel(
strtolower($zend_enable) == "on" || $zend_enable == "1",
-1,
-1,
strtolower($zend_mtime) == "on" || $zend_mtime == "1",
intval(ini_get('zend_optimizerplus.memory_consumption'))*1024*1024,
-1
);
}
function GetParams()
{
return array(
"enabled" => array(
array(
"PARAMETER" => 'zend_optimizerplus.enable',
"VALUE" => ini_get('zend_optimizerplus.enable'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_SET_REC", array("#value#" => "On"))
),
),
"check_mtime" => array(
array(
"PARAMETER" => 'zend_optimizerplus.validate_timestamps',
"VALUE" => ini_get('zend_optimizerplus.validate_timestamps'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_SET_REC", array("#value#" => "On"))
),
),
"memory_abs" => array(
array(
"PARAMETER" => 'zend_optimizerplus.memory_consumption',
"VALUE" => ini_get('zend_optimizerplus.memory_consumption'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_SET_REC", array("#value#" => "40"))
),
),
);
}
}
class CPerfAccelAPC extends CPerfAccel
{
function __construct()
{
return $this->CPerfAccelAPC();
}
function CPerfAccelAPC()
{
$apc_enabled = ini_get('apc.enabled');
$apc_stat = ini_get('apc.stat');
$memory = apc_sma_info(true);
parent::CPerfAccel(
!($apc_enabled=="0" || strtolower($apc_enabled)=="off"),
intval(ini_get('apc.ttl')),
CPerfAccel::unformat(ini_get('apc.max_file_size')),
!($apc_stat=="0" || strtolower($apc_stat)=="off"),
$memory["seg_size"],
$memory["seg_size"] - $memory["avail_mem"]
);
}
function GetParams()
{
return array(
"enabled" => array(
array(
"PARAMETER" => 'apc.enabled',
"VALUE" => ini_get('apc.enabled'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_SET_REC", array("#value#" => "1")),
),
),
"cache_ttl" => array(
array(
"PARAMETER" => 'apc.ttl',
"VALUE" => ini_get('apc.ttl'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_GREATER_THAN_ZERO_REC"),
),
),
"max_file_size" => array(
array(
"PARAMETER" => 'apc.max_file_size',
"VALUE" => ini_get('apc.max_file_size'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_EQUAL_OR_GREATER_THAN_REC", array("#value#" => "4M")),
),
),
"check_mtime" => array(
array(
"PARAMETER" => 'apc.stat',
"VALUE" => ini_get('apc.stat'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_SET_REC", array("#value#" => "1")),
),
),
"memory_pct" => array(
array(
"PARAMETER" => 'apc.shm_size ('.GetMessage("PERFMON_MEASURE_CURRENT_VALUE", array("#value#" => ini_get('apc.shm_size'))).')',
"VALUE" => ini_get('apc.shm_size'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_EQUAL_OR_GREATER_THAN_REC", array("#value#" => "40")),
),
),
);
}
}
class CPerfAccelEAccel extends CPerfAccel
{
function __construct()
{
return $this->CPerfAccelEAccel();
}
function CPerfAccelEAccel()
{
$memory = eaccelerator_info();
parent::CPerfAccel(
ini_get('eaccelerator.enable') != "0",
intval(ini_get('eaccelerator.shm_ttl')),
-1,
ini_get('eaccelerator.check_mtime') != "0",
$memory["memorySize"],
$memory["memoryAllocated"]
);
}
function GetParams()
{
return array(
"enabled" => array(
array(
"PARAMETER" => 'eaccelerator.enable',
"VALUE" => ini_get('eaccelerator.enable'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_SET_REC", array("#value#" => "1")),
),
),
"cache_ttl" => array(
array(
"PARAMETER" => 'eaccelerator.shm_ttl',
"VALUE" => ini_get('eaccelerator.shm_ttl'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_GREATER_THAN_ZERO_REC"),
),
),
"check_mtime" => array(
array(
"PARAMETER" => 'eaccelerator.check_mtime',
"VALUE" => ini_get('eaccelerator.check_mtime'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_SET_REC", array("#value#" => "1")),
),
),
"memory_pct" => array(
array(
"PARAMETER" => 'eaccelerator.shm_size ('.GetMessage("PERFMON_MEASURE_CURRENT_VALUE", array("#value#" => ini_get('eaccelerator.shm_size'))).')',
"VALUE" => ini_get('eaccelerator.shm_size'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_EQUAL_OR_GREATER_THAN_REC", array("#value#" => "40")),
),
),
);
}
}
class CPerfAccelXCache extends CPerfAccel
{
function __construct()
{
return $this->CPerfAccelXCache();
}
function CPerfAccelXCache()
{
$xcache_stat = ini_get('xcache.stat');
//$memory = eaccelerator_info();
parent::CPerfAccel(
ini_get('xcache.cacher') != "0",
intval(ini_get('xcache.ttl')),
-1,
!($xcache_stat=="0" || strtolower($xcache_stat)=="off"),
CPerfAccel::unformat(ini_get('xcache.size')),
-1
);
}
function GetParams()
{
return array(
"enabled" => array(
array(
"PARAMETER" => 'xcache.cacher',
"VALUE" => ini_get('apc.enabled'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_SET_REC", array("#value#" => "1")),
),
),
"cache_ttl" => array(
array(
"PARAMETER" => 'xcache.ttl',
"VALUE" => ini_get('xcache.ttl'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_GREATER_THAN_ZERO_REC"),
),
),
"check_mtime" => array(
array(
"PARAMETER" => 'xcache.stat',
"VALUE" => ini_get('xcache.stat'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_SET_REC", array("#value#" => "1")),
),
),
"memory_abs" => array(
array(
"PARAMETER" => 'xcache.size',
"VALUE" => ini_get('xcache.size'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_EQUAL_OR_GREATER_THAN_REC", array("#value#" => "40M")),
),
),
);
}
}
class CPerfAccelWinCache extends CPerfAccel
{
function __construct()
{
return $this->CPerfAccelWinCache();
}
function CPerfAccelWinCache()
{
$wincache_enabled = ini_get('wincache.ocenabled');
$memory = wincache_ocache_meminfo();
parent::CPerfAccel(
!($wincache_enabled=="0" || strtolower($wincache_enabled)=="off"),
-1,
-1,
true, //Because there is no way to turn on check file mtime we'll assume it's ok
$memory["memory_total"],
$memory["memory_total"] - $memory["memory_free"]
);
}
function GetParams()
{
return array(
"enabled" => array(
array(
"PARAMETER" => 'wincache.ocenabled',
"VALUE" => ini_get('wincache.ocenabled'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_SET_REC", array("#value#" => "1")),
),
),
"memory_pct" => array(
array(
"PARAMETER" => 'wincache.ocachesize ('.GetMessage("PERFMON_MEASURE_CURRENT_VALUE", array("#value#" => ini_get('wincache.ocachesize'))).')',
"VALUE" => ini_get('wincache.ocachesize'),
"RECOMMENDATION" => GetMessage("PERFMON_MEASURE_EQUAL_OR_GREATER_THAN_REC", array("#value#" => "40")),
),
),
);
}
}
?>