B3NCH 2.3 by Kenan Sulayman.

B3NCH.2.4.php

/* B3NCH.php */

<?php
	define( "b3nch_", true );
	class b3nch {
		//json_encode($a,JSON_HEX_TAG|JSON_HEX_APOS|JSON_HEX_QUOT|JSON_HEX_AMP)
		private $cache, $b3nch = array();
		private $memc = 0;
		
		public function __b3nch_init () {
			// inititalize exts'..
			$this->__b3nch_ext_gather();
			return count($this->cache[0x8A]);
		}
		
		private function __b3nch_ext_gather () {
			// Find index
			$this->cache[0x8A] = glob("ext/*.b3c");
			for ( $i = 0; $i <= count( $this->cache[0x8A] ); ++$i ){
				// foreach $(.*?).b3? find the corresponding b3c-configuration.
				if (file_exists($p=(substr($this->cache[0x8A][$i],0,strlen($this->cache[0x8A][$i])-4 ).".b3"))){
					$q = json_decode ( file_get_contents ( $p ) );
					($t = $q->{"Name"}) && ($$t = substr( $p, 4, strlen($p) - 7 ));
					if ( $t == $$t ) {
						// critical section..
						include( $p."c" );
						if ( !is_object( $interface ) )
							continue;
						else
							$this->cache[0x8A][$i] = array( $t, $interface, $q );
						// ..end.
						continue;
					} else {
						continue;
					}
				}
			}
		}
		
		public function __b3nch_rel_init () {
			foreach ( $this->cache[0x8A] as $s ) {
				print "We now load << " . $s[0] . " >>:";
				$s[1]->__ceil( $this->cache[0x8A][2] );
			}
			print "\r\n\r\n< end >.";
		}
	}
	$b3nch = new b3nch;
	print "B3NCH - v1.35, w/o UI.\r\nThe kernel is initializing...";
	$q = $b3nch -> __b3nch_init();
	print "done.\r\nThe system has found and loaded " . $q . " libraries.\r\n\r\n";
	$b3nch->__b3nch_rel_init();
?>

/* ext/acc_n2_stress.b3c */

<?
        defined("b3nch_") or die;
        final class acc_n2_stress {
		private $memc = "";
		public function __init ( $z = 1000000, $y = 1 ) { 
			for($k=$i=$$q=$n=$yx=$yxp=$nq=$p=$r=0, $q=array(); $i <= $z ;++$i, ++$r){
				if ( $nq == 0 && $i % $y == 0 ) {
					$nq = 1;
					$p = $y;
					$yx = microtime(1);
				}
				
				$k = md5 ( ord(chr($i+mt_rand())) ^ ord(chr(($i+1)+mt_rand())) );
				$p = md5 ( ord(chr(($i+1)+mt_rand())) ^ ord(chr($i+mt_rand())) );
				$$q = md5(( ord( $k[0] ) + ord( $k[1] ) ) ^ ( ord( $p[0] ) ^ ord( $p[1] ) ) + mt_rand());
				$$prt = in_array( $$q, $q ); $q[] = $$q; !in_array( $$q, $q ) ? ++$n : null;
				$$t = ( $i % 5 == 0);  ( $$t ) ? $n = null : null;
				//if ( $r % 100 == 0 )
				//	print "Iteration: $r \r";
				
				if ( $i % $y == 0 && $p != $y) {
					$yxp += microtime(1) - $yx;
					$nq = 0;
				}
				if ( $r == $z )
					return array( $yxp / ($r / $y), $yxp );
			}
		}
		
		private function __mem () {
			if ( $this -> memc == 0 ) {
				return $this -> memc = memory_get_peak_usage(1) / 1000;
			} else {
				$p = $this -> memc - ( memory_get_peak_usage(1) / 1000 );
				if ( $p <= 0 ) $p *= -1; // if delta[p] < 0, invert.
				$this -> memc = 0;
				return $p;
			}
		}
                
                public function __ceil ( $v ) {
                        print "\r\n\r\nWelcome to b3nch::acc_n2_stress-test. This might take a few minutes.";
			$this->__mem();
                        $k = 25;
                        for ( $i = $pqw = 0; $i <= $k; ++$i) {
                                $p = $this -> __init( 1000, 1 );
                                $prt = $p[1];
                                $prt /= 1;
                                $prt *= 1/2;
                                $prt /= 1;
                                $prt *= 10000;
                                $pqw += $prt;
                                $pqt += $p[0];
                        }
                        $prt = $pqw / $k;
                        $ppp = $pqt / $k;
                        print "\r\n\r\nResult: " . $prt . " at an average per iteration of: " . $ppp;
                        print "\r\nMemPeak loaded by ext: " . $this->__mem() . " bytes.";
                }
        }
	$interface = new acc_n2_stress;
?>

/* acc_b2_stress.b3 */

{"Name":"acc_n2_stress","Config":{"Iterations":1000,"k":1,"c_mempeak":true}}