@ 2014-09-09T18:05:40Z <?php
if (!class_exists('nanoSha2'))
{
class nanoSha2
{
// php 4 - 5 compatable class properties
var $toUpper;
var $platform;
// Php 4 - 6 compatable constructor
function nanoSha2($toUpper = false) {
// Determine if the caller wants upper case or not.
$this->toUpper = is_bool($toUpper)
? $toUpper
: ((defined('_NANO_SHA2_UPPER')) ? true : false);
// Deteremine if the system is 32 or 64 bit.
$tmpInt = (int)4294967295;
$this->platform = ($tmpInt > 0) ? 64 : 32;
}
// Do the SHA-256 Padding routine (make input a multiple of 512 bits)
function char_pad($str)
{
$tmpStr = $str;
$l = strlen($tmpStr)*8; // # of bits from input string
$tmpStr .= "\x80"; // append the "1" bit followed by 7 0's
$k = (512 - (($l + 8 + 64) % 512)) / 8; // # of 0 bytes to append
$k += 4; // PHP Strings will never exceed (2^31)-1, 1st 32bits of
// the 64-bit value representing $l can be all 0's
for ($x = 0; $x < $k; $x++) {
$tmpStr .= "\0";
}
// append the 32-bits representing # of bits from input string ($l)
$tmpStr .= chr((($l>>24) & 0xFF));
$tmpStr .= chr((($l>>16) & 0xFF));
$tmpStr .= chr((($l>>8) & 0xFF));
$tmpStr .= chr(($l & 0xFF));
return $tmpStr;
}
// Here are the bitwise and functions as defined in FIPS180-2 Standard
function addmod2n($x, $y, $n = 4294967296) // Z = (X + Y) mod 2^32
{
$mask = 0x80000000;
if ($x < 0) {
$x &= 0x7FFFFFFF;
$x = (float)$x + $mask;
}
if ($y < 0) {
$y &= 0x7FFFFFFF;
$y = (float)$y + $mask;
}
$r = $x + $y;
if ($r >= $n) {
while ($r >= $n) {
$r -= $n;
}
}
return (int)$r;
}
// Logical bitwise right shift (PHP default is arithmetic shift)
function SHR($x, $n) // x >> n
{
if ($n >= 32) { // impose some limits to keep it 32-bit
return (int)0;
}
if ($n <= 0) {
return (int)$x;
}
$mask = 0x40000000;
if ($x < 0) {
$x &= 0x7FFFFFFF;
$mask = $mask >> ($n-1);
return ($x >> $n) | $mask;
}
return (int)$x >> (int)$n;
}
function ROTR($x, $n) { return (int)(($this->SHR($x, $n) | ($x << (32-$n)) & 0xFFFFFFFF)); }
function Ch($x, $y, $z) { return ($x & $y) ^ ((~$x) & $z); }
function Maj($x, $y, $z) { return ($x & $y) ^ ($x & $z) ^ ($y & $z); }
function Sigma0($x) { return (int) ($this->ROTR($x, 2)^$this->ROTR($x, 13)^$this->ROTR($x, 22)); }
function Sigma1($x) { return (int) ($this->ROTR($x, 6)^$this->ROTR($x, 11)^$this->ROTR($x, 25)); }
function sigma_0($x) { return (int) ($this->ROTR($x, 7)^$this->ROTR($x, 18)^$this->SHR($x, 3)); }
function sigma_1($x) { return (int) ($this->ROTR($x, 17)^$this->ROTR($x, 19)^$this->SHR($x, 10)); }
/*
* Custom functions to provide PHP support
*/
// split a byte-string into integer array values
function int_split($input)
{
$l = strlen($input);
if ($l <= 0) {
return (int)0;
}
if (($l % 4) != 0) { // invalid input
return false;
}
for ($i = 0; $i < $l; $i += 4)
{
$int_build = (ord($input[$i]) << 24);
$int_build += (ord($input[$i+1]) << 16);
$int_build += (ord($input[$i+2]) << 8);
$int_build += (ord($input[$i+3]));
$result[] = $int_build;
}
return $result;
}
/**
* Process and return the hash.
*
* @param $str Input string to hash
* @param $ig_func Option param to ignore checking for php > 5.1.2
* @return string Hexadecimal representation of the message digest
*/
function hash($str, $ig_func = false)
{
unset($binStr); // binary representation of input string
unset($hexStr); // 256-bit message digest in readable hex format
// check for php's internal sha256 function, ignore if ig_func==true
if ($ig_func == false) {
if (version_compare(PHP_VERSION,'5.1.2','>=')) {
return hash("sha256", $str, false);
} else if (function_exists('mhash') && defined('MHASH_SHA256')) {
return base64_encode(bin2hex(mhash(MHASH_SHA256, $str)));
}
}
/*
* SHA-256 Constants
* Sequence of sixty-four constant 32-bit words representing the
* first thirty-two bits of the fractional parts of the cube roots
* of the first sixtyfour prime numbers.
*/
$K = array((int)0x428a2f98, (int)0x71374491, (int)0xb5c0fbcf,
(int)0xe9b5dba5, (int)0x3956c25b, (int)0x59f111f1,
(int)0x923f82a4, (int)0xab1c5ed5, (int)0xd807aa98,
(int)0x12835b01, (int)0x243185be, (int)0x550c7dc3,
(int)0x72be5d74, (int)0x80deb1fe, (int)0x9bdc06a7,
(int)0xc19bf174, (int)0xe49b69c1, (int)0xefbe4786,
(int)0x0fc19dc6, (int)0x240ca1cc, (int)0x2de92c6f,
(int)0x4a7484aa, (int)0x5cb0a9dc, (int)0x76f988da,
(int)0x983e5152, (int)0xa831c66d, (int)0xb00327c8,
(int)0xbf597fc7, (int)0xc6e00bf3, (int)0xd5a79147,
(int)0x06ca6351, (int)0x14292967, (int)0x27b70a85,
(int)0x2e1b2138, (int)0x4d2c6dfc, (int)0x53380d13,
(int)0x650a7354, (int)0x766a0abb, (int)0x81c2c92e,
(int)0x92722c85, (int)0xa2bfe8a1, (int)0xa81a664b,
(int)0xc24b8b70, (int)0xc76c51a3, (int)0xd192e819,
(int)0xd6990624, (int)0xf40e3585, (int)0x106aa070,
(int)0x19a4c116, (int)0x1e376c08, (int)0x2748774c,
(int)0x34b0bcb5, (int)0x391c0cb3, (int)0x4ed8aa4a,
(int)0x5b9cca4f, (int)0x682e6ff3, (int)0x748f82ee,
(int)0x78a5636f, (int)0x84c87814, (int)0x8cc70208,
(int)0x90befffa, (int)0xa4506ceb, (int)0xbef9a3f7,
(int)0xc67178f2);
// Pre-processing: Padding the string
$binStr = $this->char_pad($str);
// Parsing the Padded Message (Break into N 512-bit blocks)
$M = str_split($binStr, 64);
// Set the initial hash values
$h[0] = (int)0x6a09e667;
$h[1] = (int)0xbb67ae85;
$h[2] = (int)0x3c6ef372;
$h[3] = (int)0xa54ff53a;
$h[4] = (int)0x510e527f;
$h[5] = (int)0x9b05688c;
$h[6] = (int)0x1f83d9ab;
$h[7] = (int)0x5be0cd19;
// loop through message blocks and compute hash. ( For i=1 to N : )
$N = count($M);
for ($i = 0; $i < $N; $i++)
{
// Break input block into 16 32bit words (message schedule prep)
$MI = $this->int_split($M[$i]);
// Initialize working variables
$_a = (int)$h[0];
$_b = (int)$h[1];
$_c = (int)$h[2];
$_d = (int)$h[3];
$_e = (int)$h[4];
$_f = (int)$h[5];
$_g = (int)$h[6];
$_h = (int)$h[7];
unset($_s0);
unset($_s1);
unset($_T1);
unset($_T2);
$W = array();
// Compute the hash and update
for ($t = 0; $t < 16; $t++)
{
// Prepare the first 16 message schedule values as we loop
$W[$t] = $MI[$t];
// Compute hash
$_T1 = $this->addmod2n($this->addmod2n($this->addmod2n($this->addmod2n($_h, $this->Sigma1($_e)), $this->Ch($_e, $_f, $_g)), $K[$t]), $W[$t]);
$_T2 = $this->addmod2n($this->Sigma0($_a), $this->Maj($_a, $_b, $_c));
// Update working variables
$_h = $_g; $_g = $_f; $_f = $_e; $_e = $this->addmod2n($_d, $_T1);
$_d = $_c; $_c = $_b; $_b = $_a; $_a = $this->addmod2n($_T1, $_T2);
}
for (; $t < 64; $t++)
{
// Continue building the message schedule as we loop
$_s0 = $W[($t+1)&0x0F];
$_s0 = $this->sigma_0($_s0);
$_s1 = $W[($t+14)&0x0F];
$_s1 = $this->sigma_1($_s1);
$W[$t&0xF] = $this->addmod2n($this->addmod2n($this->addmod2n($W[$t&0xF], $_s0), $_s1), $W[($t+9)&0x0F]);
// Compute hash
$_T1 = $this->addmod2n($this->addmod2n($this->addmod2n($this->addmod2n($_h, $this->Sigma1($_e)), $this->Ch($_e, $_f, $_g)), $K[$t]), $W[$t&0xF]);
$_T2 = $this->addmod2n($this->Sigma0($_a), $this->Maj($_a, $_b, $_c));
// Update working variables
$_h = $_g; $_g = $_f; $_f = $_e; $_e = $this->addmod2n($_d, $_T1);
$_d = $_c; $_c = $_b; $_b = $_a; $_a = $this->addmod2n($_T1, $_T2);
}
$h[0] = $this->addmod2n($h[0], $_a);
$h[1] = $this->addmod2n($h[1], $_b);
$h[2] = $this->addmod2n($h[2], $_c);
$h[3] = $this->addmod2n($h[3], $_d);
$h[4] = $this->addmod2n($h[4], $_e);
$h[5] = $this->addmod2n($h[5], $_f);
$h[6] = $this->addmod2n($h[6], $_g);
$h[7] = $this->addmod2n($h[7], $_h);
}
// Convert the 32-bit words into human readable hexadecimal format.
$hexStr = sprintf("%08x%08x%08x%08x%08x%08x%08x%08x", $h[0], $h[1], $h[2], $h[3], $h[4], $h[5], $h[6], $h[7]);
return ($this->toUpper) ? strtoupper($hexStr) : $hexStr;
}
}
}
if (!function_exists('str_split'))
{
/**
* Splits a string into an array of strings with specified length.
* Compatability with older verions of PHP
*/
function str_split($string, $split_length = 1)
{
$sign = ($split_length < 0) ? -1 : 1;
$strlen = strlen($string);
$split_length = abs($split_length);
if (($split_length == 0) || ($strlen == 0)) {
$result = false;
} elseif ($split_length >= $strlen) {
$result[] = $string;
} else {
$length = $split_length;
for ($i = 0; $i < $strlen; $i++)
{
$i = (($sign < 0) ? $i + $length : $i);
$result[] = substr($string, $sign*$i, $length);
$i--;
$i = (($sign < 0) ? $i : $i + $length);
$length = (($i + $split_length) > $strlen)
? ($strlen - ($i + 1))
: $split_length;
}
}
return $result;
}
}
/**
* Main routine called from an application using this include.
*
* General usage:
* require_once('sha256.inc.php');
* $hashstr = sha256('abc');
*
* Note:
* PHP Strings are limitd to (2^31)-1, so it is not worth it to
* check for input strings > 2^64 as the FIPS180-2 defines.
*/
// 2009-07-23: Added check for function as the Suhosin plugin adds this routine.
if (!function_exists('sha256')) {
function sha256($str, $ig_func = false) {
$obj = new nanoSha2((defined('_NANO_SHA2_UPPER')) ? true : false);
return $obj->hash($str, $ig_func);
}
} else {
function _nano_sha256($str, $ig_func = false) {
$obj = new nanoSha2((defined('_NANO_SHA2_UPPER')) ? true : false);
return $obj->hash($str, $ig_func);
}
}
// support to give php4 the hash() routine which abstracts this code.
if (!function_exists('hash'))
{
function hash($algo, $data)
{
if (empty($algo) || !is_string($algo) || !is_string($data)) {
return false;
}
if (function_exists($algo)) {
return $algo($data);
}
}
}
//require_once (dirname(__FILE__) . "/sha256.php");
$AWS_ACCESS_KEY = 'AKIAIDMODWRW3CRDO2BA';
$AWS_PRIVATE_KEY = 'kMuJRvcejqzMvmoZWsURIDKkteVTXa3ReDXQ6RqE';
$AWS_REGION = 'us-west-2';
$TOPIC_ARN_UPDATECUS = 'arn:aws:sns:us-west-2:791920038536:updateCusNumberRequest';
$endpoints = array(
'US-EAST-1' => 'sns.us-east-1.amazonaws.com',
'US-WEST-1' => 'sns.us-west-1.amazonaws.com',
'US-WEST-2' => 'sns.us-west-2.amazonaws.com',
'EU-WEST-1' => 'sns.eu-west-1.amazonaws.com',
'AP-SE-1' => 'sns.ap-southeast-1.amazonaws.com',
'AP-NE-1' => 'sns.ap-northeast-1.amazonaws.com',
'SA-EAST-1' => 'sns.sa-east-1.amazonaws.com'
);
$endpoint = $endpoints[strtoupper($AWS_REGION)];
$protocol = 'https://';
$email = '';
$cus_id = '';
$message = array(
'topic' => 'updateCusNumberRequest',
'email' => $email,
'cus_id' => $cus_id
);
$params = array(
'TopicArn' => $TOPIC_ARN_UPDATECUS,
'Message' => php_compat_json_encode($message)
);
$params['Action'] = 'Publish';
$params['AWSAccessKeyId'] = $AWS_ACCESS_KEY;
$params['Timestamp'] = gmdate('Y-m-d\TH:i:s\Z');
$params['SignatureVersion'] = 2;
$params['SignatureMethod'] = 'HmacSHA256';
uksort($params, 'strnatcmp');
$queryString = '';
foreach ($params as $key => $val) {
$queryString .= "&{$key}=".rawurlencode($val);
}
$queryString = substr($queryString, 1);
$requestString = "GET\n"
. $endpoint."\n"
. "/\n"
. $queryString;
$params['Signature'] = base64_encode(
php_compat_hash_hmac('sha256', $requestString, $AWS_PRIVATE_KEY, true)
);
$request = $protocol . $endpoint . '/?' . php_compat_http_build_query($params);
var_dump($request);
/* php4 compatible functions */
//http://bit.ly/1qd0Usl
function php_compat_hash_hmac($algo, $data, $key, $raw_output = false)
{
// Block size (byte) for MD5, SHA-1 and SHA-256.
$blocksize = 64;
$ipad = str_repeat("\x36", $blocksize);
$opad = str_repeat("\x5c", $blocksize);
if (strlen($key) > $blocksize) {
$key = php_compat_hash($algo, $key, true);
} else {
$key = str_pad($key, $blocksize, "\x00");
}
$ipad ^= $key;
$opad ^= $key;
return php_compat_hash($algo, $opad . php_compat_hash($algo, $ipad . $data, true), $raw_output);
}
//http://bit.ly/1nIYD2h
function php_compat_hash($algo, $data, $raw_output = false)
{
$hash = sha256($data);
if ($raw_output) {
return pack('H*', $hash);
} else {
echo "returnhash";
return $hash;
}
}
//http://bit.ly/1uH6OR0
function php_compat_json_encode($a=false)
{
if (is_null($a)) return 'null';
if ($a === false) return 'false';
if ($a === true) return 'true';
if (is_scalar($a))
{
if (is_float($a))
{
// Always use "." for floats.
return floatval(str_replace(",", ".", strval($a)));
}
if (is_string($a))
{
$jsonReplaces = array(array("\\", "/", "\n", "\t", "\r", "\b", "\f", '"'), array('\\\\', '\\/', '\\n', '\\t', '\\r', '\\b', '\\f', '\"'));
return '"' . str_replace($jsonReplaces[0], $jsonReplaces[1], $a) . '"';
}
else
return $a;
}
$isList = true;
for ($i = 0, reset($a); $i < count($a); $i++, next($a))
{
if (key($a) !== $i)
{
$isList = false;
break;
}
}
$result = array();
if ($isList)
{
foreach ($a as $v) $result[] = php_compat_json_encode($v);
return '[' . join(',', $result) . ']';
}
else
{
foreach ($a as $k => $v) $result[] = php_compat_json_encode($k).':'.php_compat_json_encode($v);
return '{' . join(',', $result) . '}';
}
}
//http://bit.ly/1q8GwII
function php_compat_http_build_query($data, $prefix = null, $sep = '', $key = '')
{
$ret = array();
foreach ((array )$data as $k => $v) {
$k = urlencode($k);
if (is_int($k) && $prefix != null) {
$k = $prefix . $k;
}
if (!empty($key)) {
$k = $key . "[" . $k . "]";
}
if (is_array($v) || is_object($v)) {
array_push($ret, http_build_query($v, "", $sep, $k));
} else {
array_push($ret, $k . "=" . urlencode($v));
}
}
if (empty($sep)) {
$sep = ini_get("arg_separator.output");
}
return implode($sep, $ret);
}
?>
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Here you find the average performance (time & memory) of each version. A grayed out version indicates it didn't complete successfully (based on exit-code).
Version System time (s) User time (s) Memory (MiB) 8.3.6 0.010 0.010 18.56 8.3.5 0.011 0.005 23.00 8.3.4 0.010 0.010 18.95 8.3.3 0.017 0.003 19.29 8.3.2 0.004 0.004 20.46 8.3.1 0.005 0.003 23.52 8.3.0 0.006 0.003 19.51 8.2.18 0.006 0.009 18.06 8.2.17 0.015 0.000 22.96 8.2.16 0.004 0.011 20.60 8.2.15 0.008 0.000 24.18 8.2.14 0.004 0.004 24.66 8.2.13 0.007 0.007 26.16 8.2.12 0.000 0.009 19.78 8.2.11 0.006 0.003 22.07 8.2.10 0.011 0.004 18.09 8.2.9 0.003 0.006 19.42 8.2.8 0.006 0.003 17.97 8.2.7 0.007 0.003 18.00 8.2.6 0.000 0.008 18.30 8.2.5 0.003 0.006 18.07 8.2.4 0.003 0.005 18.41 8.2.3 0.000 0.008 18.42 8.2.2 0.005 0.003 18.03 8.2.1 0.006 0.003 18.46 8.2.0 0.005 0.003 17.93 8.1.28 0.010 0.010 25.92 8.1.27 0.004 0.004 23.87 8.1.26 0.003 0.006 26.35 8.1.25 0.006 0.003 28.09 8.1.24 0.000 0.011 23.96 8.1.23 0.004 0.008 19.22 8.1.22 0.003 0.006 18.04 8.1.21 0.004 0.004 18.77 8.1.20 0.000 0.010 17.73 8.1.19 0.006 0.003 17.60 8.1.18 0.000 0.010 18.10 8.1.17 0.000 0.008 18.84 8.1.16 0.003 0.005 22.30 8.1.15 0.004 0.004 18.98 8.1.14 0.005 0.003 17.64 8.1.13 0.000 0.007 18.05 8.1.12 0.007 0.000 17.64 8.1.11 0.000 0.008 17.76 8.1.10 0.004 0.007 17.71 8.1.9 0.000 0.008 17.66 8.1.8 0.006 0.003 17.64 8.1.7 0.004 0.004 17.72 8.1.6 0.003 0.006 17.71 8.1.5 0.003 0.006 17.74 8.1.4 0.003 0.007 17.61 8.1.3 0.003 0.006 17.67 8.1.2 0.005 0.003 17.79 8.1.1 0.000 0.009 17.84 8.1.0 0.005 0.005 17.62 8.0.30 0.004 0.004 18.77 8.0.29 0.000 0.008 16.88 8.0.28 0.000 0.007 18.72 8.0.27 0.003 0.006 17.50 8.0.26 0.000 0.008 17.55 8.0.25 0.007 0.000 17.25 8.0.24 0.005 0.003 17.27 8.0.23 0.003 0.005 17.28 8.0.22 0.008 0.000 17.15 8.0.21 0.000 0.007 17.18 8.0.20 0.004 0.004 17.05 8.0.19 0.004 0.004 17.16 8.0.18 0.000 0.008 17.12 8.0.17 0.007 0.003 17.07 8.0.16 0.004 0.004 17.19 8.0.15 0.003 0.006 16.96 8.0.14 0.004 0.004 16.98 8.0.13 0.000 0.008 13.59 8.0.12 0.009 0.000 16.97 8.0.11 0.003 0.005 16.94 8.0.10 0.003 0.005 17.16 8.0.9 0.004 0.004 17.23 8.0.8 0.010 0.006 17.06 8.0.7 0.004 0.004 17.15 8.0.6 0.000 0.008 16.98 8.0.5 0.003 0.006 16.96 8.0.3 0.010 0.011 17.46 8.0.2 0.010 0.010 17.40 8.0.1 0.003 0.005 17.20 8.0.0 0.010 0.009 17.17 7.4.33 0.000 0.006 15.14 7.4.32 0.003 0.003 16.80 7.4.30 0.007 0.000 16.86 7.4.29 0.004 0.004 16.75 7.4.28 0.003 0.005 16.70 7.4.27 0.004 0.004 16.73 7.4.26 0.004 0.004 16.75 7.4.25 0.009 0.000 16.80 7.4.24 0.006 0.003 16.73 7.4.23 0.005 0.003 16.93 7.4.22 0.018 0.009 16.86 7.4.21 0.005 0.016 16.78 7.4.20 0.002 0.005 16.94 7.4.16 0.009 0.009 16.84 7.4.15 0.007 0.020 17.40 7.4.14 0.008 0.010 17.86 7.4.13 0.015 0.005 16.75 7.4.12 0.005 0.015 16.87 7.4.11 0.010 0.009 16.77 7.4.10 0.011 0.007 16.88 7.4.9 0.016 0.003 16.73 7.4.8 0.007 0.010 19.39 7.4.7 0.011 0.007 16.88 7.4.6 0.006 0.012 16.79 7.4.5 0.005 0.003 16.79 7.4.4 0.007 0.014 16.52 7.4.3 0.003 0.014 16.74 7.4.0 0.006 0.009 15.19 7.3.33 0.003 0.003 13.57 7.3.32 0.000 0.007 13.62 7.3.31 0.000 0.008 16.66 7.3.30 0.005 0.002 16.47 7.3.29 0.006 0.015 16.61 7.3.28 0.009 0.008 16.65 7.3.27 0.013 0.007 17.40 7.3.26 0.009 0.009 16.82 7.3.25 0.006 0.011 16.73 7.3.24 0.013 0.006 16.71 7.3.23 0.009 0.009 16.66 7.3.21 0.007 0.011 16.59 7.3.20 0.003 0.014 19.39 7.3.19 0.012 0.006 16.88 7.3.18 0.008 0.008 16.59 7.3.17 0.007 0.010 16.69 7.3.16 0.003 0.013 16.77 7.2.33 0.017 0.009 16.74 7.2.32 0.014 0.007 16.89 7.2.31 0.007 0.011 17.20 7.2.30 0.013 0.013 17.10 7.2.29 0.017 0.007 16.91 7.2.6 0.006 0.009 16.95 7.2.0 0.006 0.009 19.67 7.1.20 0.003 0.009 15.55 7.1.10 0.003 0.009 18.40 7.1.7 0.003 0.008 17.26 7.1.6 0.009 0.012 19.40 7.1.5 0.004 0.012 16.96 7.1.0 0.010 0.070 22.44 7.0.20 0.010 0.003 16.69 7.0.14 0.003 0.077 22.05 7.0.10 0.013 0.080 20.15 7.0.9 0.007 0.077 20.21 7.0.8 0.020 0.067 20.09 7.0.7 0.003 0.050 20.19 7.0.6 0.023 0.070 20.09 7.0.5 0.003 0.077 20.55 7.0.4 0.007 0.080 20.17 7.0.3 0.000 0.047 20.07 7.0.2 0.010 0.080 20.15 7.0.1 0.013 0.077 20.12 7.0.0 0.010 0.040 20.06 5.6.28 0.003 0.073 20.91 5.6.25 0.013 0.080 20.76 5.6.24 0.010 0.053 20.88 5.6.23 0.013 0.043 20.67 5.6.22 0.017 0.057 20.66 5.6.21 0.007 0.050 20.90 5.6.20 0.003 0.053 21.05 5.6.19 0.003 0.063 21.19 5.6.18 0.007 0.083 21.10 5.6.17 0.007 0.087 21.14 5.6.16 0.007 0.080 21.11 5.6.15 0.010 0.083 21.07 5.6.14 0.017 0.073 21.30 5.6.13 0.007 0.077 21.27 5.6.12 0.000 0.087 21.15 5.6.11 0.010 0.083 21.18 5.6.10 0.013 0.073 21.29 5.6.9 0.003 0.047 21.11 5.6.8 0.007 0.063 20.69 5.6.7 0.000 0.053 20.54 5.6.6 0.010 0.070 20.54 5.6.5 0.017 0.053 20.59 5.6.4 0.000 0.057 20.54 5.6.3 0.020 0.063 20.54 5.6.2 0.007 0.080 20.54 5.6.1 0.003 0.090 20.55 5.6.0 0.010 0.080 20.58 5.5.38 0.007 0.053 20.52 5.5.37 0.013 0.073 20.55 5.5.36 0.017 0.063 20.55 5.5.35 0.007 0.080 20.57 5.5.34 0.013 0.063 20.77 5.5.33 0.003 0.067 21.06 5.5.32 0.010 0.073 21.07 5.5.31 0.010 0.080 21.05 5.5.30 0.010 0.073 21.04 5.5.29 0.023 0.023 21.02 5.5.28 0.013 0.033 20.97 5.5.27 0.010 0.047 20.98 5.5.26 0.003 0.087 21.01 5.5.25 0.010 0.070 20.68 5.5.24 0.003 0.073 20.25 5.5.23 0.003 0.063 20.38 5.5.22 0.010 0.077 20.37 5.5.21 0.013 0.053 20.28 5.5.20 0.013 0.063 20.25 5.5.19 0.007 0.050 20.27 5.5.18 0.010 0.080 20.26 5.5.16 0.010 0.073 20.38 5.5.15 0.007 0.077 20.41 5.5.14 0.017 0.060 20.37 5.5.13 0.010 0.063 20.40 5.5.12 0.007 0.067 20.41 5.5.11 0.017 0.070 20.40 5.5.10 0.007 0.080 20.15 5.5.9 0.000 0.070 20.20 5.5.8 0.010 0.067 20.28 5.5.7 0.007 0.053 20.22 5.5.6 0.007 0.037 20.07 5.5.5 0.007 0.063 20.17 5.5.4 0.003 0.087 20.07 5.5.3 0.003 0.083 20.28 5.5.2 0.013 0.070 20.21 5.5.1 0.003 0.073 20.24 5.5.0 0.000 0.067 20.26 5.4.45 0.010 0.073 19.45 5.4.44 0.000 0.093 19.51 5.4.43 0.007 0.083 19.52 5.4.42 0.010 0.063 19.47 5.4.41 0.010 0.080 19.38 5.4.40 0.013 0.060 18.96 5.4.39 0.010 0.070 19.13 5.4.38 0.000 0.067 18.96 5.4.37 0.000 0.067 19.11 5.4.36 0.010 0.040 19.09 5.4.35 0.007 0.057 18.98 5.4.34 0.007 0.070 19.17 5.4.32 0.007 0.050 19.08 5.4.31 0.010 0.077 19.23 5.4.30 0.017 0.060 19.16 5.4.29 0.007 0.080 19.13 5.4.28 0.000 0.080 19.09 5.4.27 0.003 0.080 19.08 5.4.26 0.017 0.037 18.95 5.4.25 0.010 0.043 19.23 5.4.24 0.003 0.053 19.08 5.4.23 0.013 0.060 19.22 5.4.22 0.013 0.070 19.24 5.4.21 0.010 0.077 19.13 5.4.20 0.007 0.080 19.12 5.4.19 0.023 0.063 18.94 5.4.18 0.000 0.083 19.10 5.4.17 0.007 0.077 19.07 5.4.16 0.007 0.073 19.15 5.4.15 0.007 0.080 19.08 5.4.14 0.010 0.067 16.52 5.4.13 0.010 0.063 16.48 5.4.12 0.003 0.050 16.43 5.4.11 0.000 0.043 16.61 5.4.10 0.007 0.033 16.44 5.4.9 0.013 0.040 16.38 5.4.8 0.007 0.077 16.43 5.4.7 0.007 0.070 16.59 5.4.6 0.003 0.063 16.45 5.4.5 0.010 0.033 16.54 5.4.4 0.007 0.073 16.53 5.4.3 0.007 0.067 16.38 5.4.2 0.007 0.063 16.51 5.4.1 0.000 0.047 16.36 5.4.0 0.010 0.060 15.83
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45.08 ms | 401 KiB | 5 Q