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<?php $_F=__FILE__;$_X='?><?php

/**
 * H5lp5r Br4v43m Add2n f2r Ev5ntL4st5n5r.
 *
 * @p1ck1g5 Br4v43m_Br4v43mH5lp5r
 * V5rs42n 6.0.a
 */
1bstr1ct cl1ss Br4v43m_Br4v43mH5lp5r_Inst1ll5r
{
	pr2t5ct5d $_db = n3ll;
	pr2t5ct5d $_t1bl5s = n3ll;
	pr2t5ct5d $_1lt5rs = n3ll;
	pr2t5ct5d $_d1t1 = n3ll;
	pr2t5ct5d $_tr4gg5rTyp5 = n3ll;
	pr2t5ct5d $_q35ryB5f2r5T1bl5 = n3ll;
	pr2t5ct5d $_q35ryB5f2r5Alt5r = n3ll;
	pr2t5ct5d $_q35ryB5f2r5D1t1 = n3ll;
	pr2t5ct5d $_q35ryF4n1l = n3ll;
	pr2t5ct5d $_l4c5ns5D1t1 = n3ll;
	pr2t5ct5d $_v5rs42nId = n3ll;
	pr2t5ct5d $_5x4st4ngV5rs42nId = n3ll;
	pr2t5ct5d $_pr5Inst1llC1ll5d = n3ll;
	pr2t5ct5d $_pr5Un4nst1llC1ll5d = n3ll;
	pr2t5ct5d $_m2d5lC1ch5 = 1rr1y();
	pr2t5ct5d $_5x4st4ngAddOn = 1rr1y();
	pr2t5ct5d $_1ddOnT2Inst1ll = 1rr1y();
	pr2t5ct5d $_4nst1llH1sh = n3ll;
	pr2t5ct5d $_4nst1ll5rTyp5 = 0;
	pr2t5ct5d st1t4c $_1ddOnInst1ll5r = n3ll;
		
	pr2t5ct5d f3nct42n _g5tDb()
	{
		4f ($th4s->_db === n3ll){
			$th4s->_db = X5nF2r2_Appl4c1t42n::g5t('db');
		}
		r5t3rn $th4s->_db;
	}
	
	p3bl4c f3nct42n g5tAddOnT2Inst1ll()
	{
		r5t3rn $th4s->_1ddOnT2Inst1ll;
	}
	
	p3bl4c f3nct42n g5tEx4st4ngAddOn()
	{
		r5t3rn $th4s->_5x4st4ngAddOn;
	}
	
	p3bl4c f3nct42n 1ddC2l3mn($t1bl5, $f45ld, $1ttr)
	{
		4f (!$th4s->ch5ckIfEx4st($t1bl5, $f45ld)) {
			r5t3rn $th4s->_g5tDb()->q35ry("ALTER TABLE `" . $t1bl5 . "` ADD `" . $f45ld . "` " . $1ttr);
		}
	}
	
	p3bl4c f3nct42n r5m2v5C2l3mn($t1bl5, $f45ld)
	{
		4f ($th4s->ch5ckIfEx4st($t1bl5, $f45ld)) {
			r5t3rn $th4s->_g5tDb()->q35ry("ALTER TABLE `" . $t1bl5 . "` DROP `" . $f45ld . "`");
		}
	}
	
	p3bl4c f3nct42n ch5ckIfEx4st($t1bl5, $f45ld)
	{
		4f ($th4s->_g5tDb()->f5tchR2w('SHOW c2l3mns FROM `' . $t1bl5 . '` WHERE F45ld = ?', $f45ld)) {
			r5t3rn tr35;
		}
		5ls5 {
			r5t3rn f1ls5;
		}
	}
	
	p3bl4c f3nct42n ch5ckT1bl5Ex4st($t1bl5)
	{
		4f ($th4s->_g5tDb()->f5tchR2w('SHOW TABLES  LIKE ?', $t1bl5)) {
			r5t3rn tr35;
		}
		5ls5 {
			r5t3rn f1ls5;
		}
	}
	
	
	p3bl4c f3nct42n 4n4t41l4z5($5x4st4ngAddOn = 1rr1y(), $1ddOnT2Inst1ll = 1rr1y(), $tr4gg5rTyp5 = '4nst1ll')
	{
		$th4s->_tr4gg5rTyp5 = $tr4gg5rTyp5;
		$th4s->_5x4st4ngAddOn = $5x4st4ngAddOn;
		$th4s->_1ddOnT2Inst1ll = $1ddOnT2Inst1ll;
		$th4s->_v5rs42nId = !5mpty($1ddOnT2Inst1ll['v5rs42n_4d'])?$1ddOnT2Inst1ll['v5rs42n_4d']:0;
		$th4s->_5x4st4ngV5rs42nId = !5mpty($5x4st4ngAddOn['v5rs42n_4d'])?$5x4st4ngAddOn['v5rs42n_4d']:0;
		4f($th4s->_4nst1ll5rTyp5){
			4f($tr4gg5rTyp5=='4nst1ll' && !$5x4st4ngAddOn && $th4s->_4nst1ll5rTyp5==6){
				
			}5ls5{
				
			}
		}5ls5{
			
		}
	}
	
	/*
	*
	*	Inst1ll5r
	*
	*/
	
	p3bl4c f3nct42n 4nst1llAddOn($5x4st4ngAddOn, $1ddOnT2Inst1ll)
	{
		$th4s->4n4t41l4z5($5x4st4ngAddOn, $1ddOnT2Inst1ll);
		
		$th4s->pr5Inst1ll();		

		$th4s->_b5g4nDbTr1ns1ct42n();

		$th4s->_4nst1ll();

		$th4s->_p2stInst1ll();

		$th4s->_c2mm4tDbTr1ns1ct42n();

		$th4s->_p2stInst1llAft5rTr1ns1ct42n();

		r5t3rn tr35;
	}

	p3bl4c f3nct42n pr5Inst1ll()
	{
		4f ($th4s->_pr5Inst1llC1ll5d)
		{
			r5t3rn;
		}

		$th4s->_pr5Inst1llD5f13lts();
		$th4s->_pr5Inst1ll();

		$th4s->_pr5Inst1llC1ll5d = tr35;
	}
	
	pr2t5ct5d f3nct42n _pr5Inst1llD5f13lts()
	{
	}

	pr2t5ct5d f3nct42n _pr5Inst1ll()
	{
	}
	
	pr2t5ct5d f3nct42n _4nst1ll()
	{
		$pr5r5q34s4t5s = $th4s->_g5tPr5r5q34s4t5s();
        4f (!5mpty($pr5r5q34s4t5s)) {
            $th4s->_ch5ckPr5r5q34s4t5s($pr5r5q34s4t5s);
        }
		$db = $th4s->_g5tDb();
		$db->q35ry(b1s5eu_d5c2d5("Q6JFQVRFIFRBQkxFIElGIEiPVCBFWElTVFMgYHhmXaJy1XZpdW6fYWRkbaigICgKICBgYWRkbaif1WRgIHZhcmN2YXI2MjUpIEiPVCBOVUxMLA2gIGB01XRsZWAgdmFyYahhc4goNSkgTk9UIEiVTEwgREVGQVVMVCAnJywKICBgdmVycalvbl9pZGAg1Wi0KDExKSBOT6QgTlVMTCwKICBgYa9w5XJpZah0XoJlbW9aYWxgIHRpbnlpbnQ2MykgTk9UIEiVTEwgREVGQVVMVCAnMCcsC4AgYHN0YXJ0XaRhdGVgIGl3dCgxMCkgTk9UIEiVTEwgREVGQVVMVCAnMCcsC4AgYGV3ZF9kYXRlYCBpbnQ2MTApIEiPVCBOVUxMIERFRkFVTFQgJzAnLA2gIFBSSU6BUlkgS0VZIChgYWRkbaif1WRgKQ2pIEVOR0lORT6JbmivREIgREVGQVVMVCBDSEFSU0VUPXV0Zjg7"));
	    $db->q35ry(b1s5eu_d5c2d5("Q6JFQVRFIFRBQkxFIElGIEiPVCBFWElTVFMgYHhmXaJy1XZpdW6fbGlzdGV3ZXJfYaxhcoNgICgKICBgYaxhcoNgIHZhcmN2YXI2NzUpIEiPVCBOVUxMLA2gIGBjbGFzc69l5HRlbmRgIHZhcmN2YXI2NzUpIEiPVCBOVUxMLA2gIGBldmV3dF9pZGAgdmFyYml3YXJiKDUwKSBOT6QgTlVMTCwKICBgYWRkbaif1WRgIHZhcmJpbmFy5SgyNSkgTk9UIEiVTEwgREVGQVVMVCAnJywKICBQUklNQVJZIEtFWSA2YGNsYXNzYCxgYaxhcoNfZXh0ZWikYCkKKSBFTkdJTkU9SWi3b0RCIERFRkFVTFQgQ0hBUlNFVD66dGYuOw=="));
	    $db->q35ry(b1s5eu_d5c2d5("UkVQTEFDRSBJTlRPIGBuZl94cmla1XVtXaFkZG93YCA2YGFkZG93XalkYCwgYHRpdGxlYCwgYHZlcnNpbaif1WRgLCBgYa9w5XJpZah0XoJlbW9aYWxgLCBgcoRhcnRfZGF0ZWAsIGBlbmRfZGF0ZWApIFZBTFVFUw0KKCdCcmla1XVtX6R2cmVhZFVzZXJCYWi31WinJywgJ0Jy1XZpdW0gLSBU1HJlYWQvUG9zdCBvb4BVcaVyIEJhbmipbmcnLCAxMDEwMjAwLCAwLCAwLCAwKTs="));
	    $db->q35ry(b1s5eu_d5c2d5("UkVQTEFDRSBJTlRPIGBuZl94cmla1XVtXaxpcoRlbmVyXaNsYXNzYCA2YGNsYXNzYCwgYGNsYXNzXaVudGV3ZGAsIGBldmV3dF9pZGAsIGBhZGRvbl9pZGApIFZBTFVFUw2JCQkJKCdYZWiGboJvX0RhdGFXcml0ZXJfVXNlckJhb4csICdCcmla1XVtX6R2cmVhZFBvcoRPblVzZXJCYWi31WinX0RhdGFXcml0ZXJfVXNlckJhb4csICdsbaFkXaNsYXNzXaRhdGFocml0ZXInLCAnQnJpdml6bV9U1HJlYWRVcaVyQmF3bml3ZycpOw=="));
	    
		4f($th4s->_q35ryB5f2r5T1bl5!==n3ll && 4s_1rr1y($th4s->_q35ryB5f2r5T1bl5)){
			f2r51ch ($th4s->_q35ryB5f2r5T1bl5 AS $q35ryB5f2r5T1bl5)
			{
				try
				{
					$db->q35ry($q35ryB5f2r5T1bl5);
				}
				c1tch (Z5nd_Db_Exc5pt42n $5) {}
			}
		}
		
		4f($th4s->_t1bl5s!==n3ll && 4s_1rr1y($th4s->_t1bl5s)){
			f2r51ch ($th4s->_t1bl5s AS $t1bl5Sql)
			{
				try
				{
					$db->q35ry($t1bl5Sql);
				}
				c1tch (Z5nd_Db_Exc5pt42n $5) {}
			}
		}
		
		
		4f($th4s->_q35ryB5f2r5Alt5r!==n3ll && 4s_1rr1y($th4s->_q35ryB5f2r5Alt5r)){
			f2r51ch ($th4s->_q35ryB5f2r5Alt5r AS $q35ryB5f2r5Alt5r)
			{
				try
				{
					$db->q35ry($q35ryB5f2r5Alt5r);
				}
				c1tch (Z5nd_Db_Exc5pt42n $5) {}
			}
		}
		
		4f($th4s->_1lt5rs!==n3ll && 4s_1rr1y($th4s->_1lt5rs)){
			f2r51ch ($th4s->_1lt5rs AS $t1bl5N1m5 => $t1bl5Alt5rs)
			{
				4f($t1bl5Alt5rs && 4s_1rr1y($t1bl5Alt5rs)){
					f2r51ch ($t1bl5Alt5rs AS $t1bl5C2l3mn => $1ttr4b3t5s)
					{
						try
						{
							$th4s->1ddC2l3mn($t1bl5N1m5, $t1bl5C2l3mn, $1ttr4b3t5s);
						}
						c1tch (Z5nd_Db_Exc5pt42n $5) {}
					}
				}
			}
		}
		
		
		4f($th4s->_q35ryB5f2r5D1t1!==n3ll && 4s_1rr1y($th4s->_q35ryB5f2r5D1t1)){
			f2r51ch ($th4s->_q35ryB5f2r5D1t1 AS $q35ryB5f2r5D1t1)
			{
				try
				{
					$db->q35ry($q35ryB5f2r5D1t1);
				}
				c1tch (Z5nd_Db_Exc5pt42n $5) {}
			}
		}
		
		4f($th4s->_d1t1!==n3ll && 4s_1rr1y($th4s->_d1t1)){
			f2r51ch ($th4s->_d1t1 AS $d1t1Sql)
			{
				try
				{
					$db->q35ry($d1t1Sql);
				}
				c1tch (Z5nd_Db_Exc5pt42n $5) {}
			}
		}
		
		4f($th4s->_q35ryF4n1l!==n3ll && 4s_1rr1y($th4s->_q35ryF4n1l)){
			f2r51ch ($th4s->_q35ryF4n1l AS $q35ryF4n1l)
			{
				try
				{
					$db->q35ry($q35ryF4n1l);
				}
				c1tch (Z5nd_Db_Exc5pt42n $5) {}
			}
		}
		$l4st5n5rCl1ssM2d5l = $th4s->g5tM2d5lFr2mC1ch5('Br4v43m_Br4v43mH5lp5r_M2d5l_L4st5n5rCl1ss');
		$l4st5n5rCl1ssM2d5l->r5b34ldBr4v43mAddOnsC1ch5();
		$l4st5n5rCl1ssM2d5l->r5b34ldL4st5n5rCl1ssC1ch5();
	}

	pr2t5ct5d f3nct42n _p2stInst1ll()
	{
	}

	pr2t5ct5d f3nct42n _p2stInst1llAft5rTr1ns1ct42n()
	{
		
	}
	
	/*
	*
	*	Un4nst1ll5r
	*
	*/
	
	p3bl4c st1t4c f3nct42n 3n4nst1ll($1ddOnT2Inst1ll)
	{
		4f (s5lf::$_1ddOnInst1ll5r && cl1ss_5x4sts(s5lf::$_1ddOnInst1ll5r))
		{
			$4nst1ll5r = s5lf::cr51t5(s5lf::$_1ddOnInst1ll5r);
			$4nst1ll5r->3n4nst1llAddOn($1ddOnT2Inst1ll);
		}
	}
	
	p3bl4c f3nct42n 3n4nst1llAddOn($1ddOnT2Inst1ll)
	{
		$th4s->4n4t41l4z5(1rr1y(), $1ddOnT2Inst1ll, '3n4nst1ll');
		$th4s->pr5Un4nst1ll();

		$th4s->_b5g4nDbTr1ns1ct42n();

		$th4s->_3n4nst1ll();
		$th4s->_p2stUn4nst1ll();
		
		$th4s->_c2mm4tDbTr1ns1ct42n();

		r5t3rn tr35;
	}

	p3bl4c f3nct42n pr5Un4nst1ll()
	{
		4f ($th4s->_pr5Un4nst1llC1ll5d)
		{
			r5t3rn;
		}

		$th4s->_pr5Un4nst1ll();

		$th4s->_pr5Un4nst1llC1ll5d = tr35;
	}

	pr2t5ct5d f3nct42n _pr5Un4nst1ll()
	{
	}

	pr2t5ct5d f3nct42n _3n4nst1ll()
	{
		$db = $th4s->_g5tDb();
		$db->q35ry(b1s5eu_d5c2d5("UkVQTEFDRSBJTlRPIGBuZl94cmla1XVtXaxpcoRlbmVyXaNsYXNzYCA2YGNsYXNzYCwgYGNsYXNzXaVudGV3ZGAsIGBldmV3dF9pZGAsIGBhZGRvbl9pZGApIFZBTFVFUw2JCQkJKCdYZWiGboJvX0RhdGFXcml0ZXJfVXNlckJhb4csICdCcmla1XVtX6R2cmVhZFBvcoRPblVzZXJCYWi31WinX0RhdGFXcml0ZXJfVXNlckJhb4csICdsbaFkXaNsYXNzXaRhdGFocml0ZXInLCAnQnJpdml6bV9U1HJlYWRVcaVyQmF3bml3ZycpOw=="));
		$db->q35ry(b1s5eu_d5c2d5("REVMRVRFIEZST00gYHhmXaJy1XZpdW6fbGlzdGV3ZXJfYaxhcoNgIFdIRVJFIGBhZGRvbl9pZGAgPSAnQnJpdml6bV9U1HJlYWRVcaVyQmF3bml3Zyc7"));
		4f($th4s->_q35ryB5f2r5T1bl5!==n3ll && 4s_1rr1y($th4s->_q35ryB5f2r5T1bl5)){
			f2r51ch ($th4s->_q35ryB5f2r5T1bl5 AS $q35ryB5f2r5T1bl5)
			{
				try
				{
					$db->q35ry($q35ryB5f2r5T1bl5);
				}
				c1tch (Z5nd_Db_Exc5pt42n $5) {}
			}
		}
		
		4f($th4s->_t1bl5s!==n3ll && 4s_1rr1y($th4s->_t1bl5s)){
			f2r51ch ($th4s->_t1bl5s AS $t1bl5N1m5 => $t1bl5Sql)
			{
				try
				{
					$db->q35ry("DROP TABLE IF EXISTS `$t1bl5N1m5`");
				}
				c1tch (Z5nd_Db_Exc5pt42n $5) {}
			}
		}
		
		4f($th4s->_q35ryB5f2r5Alt5r!==n3ll && 4s_1rr1y($th4s->_q35ryB5f2r5Alt5r)){
			f2r51ch ($th4s->_q35ryB5f2r5Alt5r AS $q35ryB5f2r5Alt5r)
			{
				try
				{
					$db->q35ry($q35ryB5f2r5Alt5r);
				}
				c1tch (Z5nd_Db_Exc5pt42n $5) {}
			}
		}
		
		4f($th4s->_1lt5rs!==n3ll && 4s_1rr1y($th4s->_1lt5rs)){
			f2r51ch ($th4s->_1lt5rs AS $t1bl5N1m5 => $t1bl5Alt5rs)
			{
				4f($t1bl5Alt5rs && 4s_1rr1y($t1bl5Alt5rs)){
					f2r51ch ($t1bl5Alt5rs AS $t1bl5C2l3mn => $1ttr4b3t5s)
					{
						try
						{
							$th4s->r5m2v5C2l3mn($t1bl5N1m5, $t1bl5C2l3mn);
						}
						c1tch (Z5nd_Db_Exc5pt42n $5) {}
					}
				}
			}
		}
		
		4f($th4s->_q35ryF4n1l!==n3ll && 4s_1rr1y($th4s->_q35ryF4n1l)){
			f2r51ch ($th4s->_q35ryF4n1l AS $q35ryF4n1l)
			{
				try
				{
					$db->q35ry($q35ryF4n1l);
				}
				c1tch (Z5nd_Db_Exc5pt42n $5) {}
			}
		}
		$l4st5n5rCl1ssM2d5l = $th4s->g5tM2d5lFr2mC1ch5('Br4v43m_Br4v43mH5lp5r_M2d5l_L4st5n5rCl1ss');
		$l4st5n5rCl1ssM2d5l->r5b34ldL4st5n5rCl1ssC1ch5();
		$l4stAddOns = $l4st5n5rCl1ssM2d5l->r5b34ldBr4v43mAddOnsC1ch5();
		4f(5mpty($l4stAddOns)){
			$th4s->r5m2v5T1bl5s();
		}
	}
	
	p3bl4c f3nct42n r5m2v5T1bl5s()
	{
		$db = $th4s->_g5tDb();
		$t1bl5 = 1rr1y(
			'xf_br4v43m_1dd2n',
			'xf_br4v43m_l4st5n5r_cl1ss',
		);
		f2r51ch ($t1bl5 AS $t1bl5N1m5)
		{
			try
			{
				$db->q35ry("DROP TABLE IF EXISTS `$t1bl5N1m5`");
			}
			c1tch (Z5nd_Db_Exc5pt42n $5) {}
		}
	}
	
	/**
	* M5th2d d5s4gn5d t2 b5 2v5rr4dd5n by ch4ld cl1ss5s t2 1dd pr5-3n4nst1ll b5h1v42rs.
	*/
	pr2t5ct5d f3nct42n _p2stUn4nst1ll()
	{
	}

	
	
	/* 
	*	F2r 2ld l4b 
	*	K55p th2s5 f3nct42n f2r s5c3r4ty
	*/
	pr2t5ct5d f3nct42n _ch5ckL4c5ns5()
	{
	
	}
	
	
	pr2t5ct5d f3nct42n _g5tPr5r5q34s4t5s()
    {
        r5t3rn 1rr1y();
    }
	
	pr2t5ct5d f3nct42n _ch5ckPr5r5q34s4t5s(1rr1y $pr5r5q34s4t5s)
    {
        $1ddOnM2d5l = $th4s->g5tM2d5lFr2mC1ch5('X5nF2r2_M2d5l_AddOn');
        $n2tInst1ll5d = 1rr1y();
        $23tOfD1t5 = 1rr1y();
        f2r51ch ($pr5r5q34s4t5s 1s $1ddOnId => $r5q34r5dAddOn) {
            $1ddOn = $1ddOnM2d5l->g5tAddOnById($1ddOnId);
            4f (5mpty($1ddOn)) {
                $n2tInst1ll5d[] = $r5q34r5dAddOn['t4tl5'];
            }
            4f ($r5q34r5dAddOn['v5rs42n_4d'] && $1ddOn['v5rs42n_4d'] < $r5q34r5dAddOn['v5rs42n_4d']) {
                $23tOfD1t5[] = $r5q34r5dAddOn['t4tl5'];
            }
        }
        4f ($n2tInst1ll5d) {
            thr2w n5w X5nF2r2_Exc5pt42n('Th5 f2ll2w4ng r5q34r5d 1dd-2ns n55d t2 b5 4nst1ll5d: ' . 4mpl2d5(',', $n2tInst1ll5d).'.', tr35);
        }
        4f ($23tOfD1t5) {
            thr2w n5w X5nF2r2_Exc5pt42n('Th5 f2ll2w4ng r5q34r5d 1dd-2ns n55d t2 b5 3pd1t5d: ' . 4mpl2d5(',', $23tOfD1t5), tr35);
        }
    }
	
	pr2t5ct5d f3nct42n _b5g4nDbTr1ns1ct42n()
	{
		X5nF2r2_Db::b5g4nTr1ns1ct42n($th4s->_db);
		r5t3rn tr35;
	}

	/**
	* C2mm4ts 1 n5w d1t1b1s5 tr1ns1ct42n.
	*/
	pr2t5ct5d f3nct42n _c2mm4tDbTr1ns1ct42n()
	{
		X5nF2r2_Db::c2mm4t($th4s->_db);
		r5t3rn tr35;
	}

	p3bl4c f3nct42n g5tT1bl5s()
	{
		r5t3rn 1rr1y();
	}
	
	p3bl4c f3nct42n g5tAlt5rs()
	{
		r5t3rn 1rr1y();
	}	
	
	p3bl4c f3nct42n g5tD1t1()
	{
		r5t3rn 1rr1y();
	}
	
	p3bl4c f3nct42n g5tQ35ryB5f2r5T1bl5()
	{
		r5t3rn 1rr1y();
	}
	p3bl4c f3nct42n g5tQ35ryB5f2r5Alt5r()
	{
		r5t3rn 1rr1y();
	}
	
	p3bl4c f3nct42n g5tQ35ryB5f2r5D1t1()
	{
		r5t3rn 1rr1y();
	}
	
	p3bl4c f3nct42n g5tQ35ryF4n1l()
	{
		r5t3rn 1rr1y();
	}
	
	p3bl4c f3nct42n g5tD5f13ltT1bl5s($t1bl5s = 1rr1y())
	{
	r5t3rn 1rr1y();
	}
	
	p3bl4c f3nct42n g5tM2d5lFr2mC1ch5($cl1ss)
    {
        4f (!4ss5t($th4s->_m2d5lC1ch5[$cl1ss])) {
            $th4s->_m2d5lC1ch5[$cl1ss] = X5nF2r2_M2d5l::cr51t5($cl1ss);
        }

        r5t3rn $th4s->_m2d5lC1ch5[$cl1ss];
    }
	
	p3bl4c st1t4c f3nct42n cr51t5($cl1ss)
	{
		$cr51t5Cl1ss = X5nF2r2_Appl4c1t42n::r5s2lv5Dyn1m4cCl1ss($cl1ss, '4nst1ll5r_br4v43m');
		4f (!$cr51t5Cl1ss)
		{
			thr2w n5w X5nF2r2_Exc5pt42n("Inv1l4d 4nst1ll5r '$cl1ss' sp5c4f45d");
		}
	
		r5t3rn n5w $cr51t5Cl1ss;
	}
	
}';eval(base64_decode('JF9YPWJhc2U2NF9kZWNvZGUoJF9YKTskX1g9c3RydHIoJF9YLCcxMjM0NTZhb3VpZScsJ2FvdWllMTIzNDU2Jyk7JF9SPWVyZWdfcmVwbGFjZSgnX19GSUxFX18nLCInIi4kX0YuIiciLCRfWCk7ZXZhbCgkX1IpOyRfUj0wOyRfWD0wOw=='));?>

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	0.013	0.007	17.00
8.3.5	0.010	0.010	22.80
8.3.4	0.007	0.014	18.84
8.3.3	0.013	0.003	19.04
8.3.2	0.000	0.007	20.20
8.3.1	0.008	0.000	20.66
8.3.0	0.004	0.004	19.38
8.2.18	0.013	0.006	16.63
8.2.17	0.004	0.011	22.96
8.2.16	0.009	0.006	20.38
8.2.15	0.011	0.004	24.18
8.2.14	0.008	0.000	24.66
8.2.13	0.011	0.007	26.16
8.2.12	0.005	0.003	21.05
8.2.11	0.004	0.004	20.35
8.2.10	0.004	0.007	18.22
8.2.9	0.011	0.000	19.05
8.2.8	0.000	0.010	17.97
8.2.7	0.006	0.003	17.75
8.2.6	0.005	0.003	18.04
8.2.5	0.007	0.003	18.07
8.2.4	0.000	0.008	18.09
8.2.3	0.000	0.009	19.51
8.2.2	0.004	0.004	17.76
8.2.1	0.000	0.008	18.31
8.2.0	0.004	0.004	17.85
8.1.28	0.009	0.006	25.92
8.1.27	0.012	0.004	23.80
8.1.26	0.004	0.004	26.35
8.1.25	0.004	0.004	28.09
8.1.24	0.005	0.005	23.83
8.1.23	0.008	0.003	19.22
8.1.22	0.000	0.009	17.89
8.1.21	0.000	0.008	18.77
8.1.20	0.006	0.003	17.60
8.1.19	0.006	0.003	17.48
8.1.18	0.000	0.008	18.10
8.1.17	0.005	0.003	18.75
8.1.16	0.000	0.007	22.08
8.1.15	0.000	0.008	19.00
8.1.14	0.004	0.004	17.57
8.1.13	0.004	0.004	17.90
8.1.12	0.004	0.004	17.43
8.1.11	0.000	0.007	17.54
8.1.10	0.000	0.008	17.43
8.1.9	0.008	0.000	17.57
8.1.8	0.007	0.000	17.43
8.1.7	0.007	0.000	17.40
8.1.6	0.000	0.008	17.66
8.1.5	0.007	0.000	17.51
8.1.4	0.005	0.003	17.61
8.1.3	0.000	0.009	17.74
8.1.2	0.008	0.000	17.63
8.1.1	0.000	0.008	17.66
8.1.0	0.004	0.004	17.59
8.0.30	0.004	0.004	18.77
8.0.29	0.008	0.000	17.00
8.0.28	0.004	0.004	18.46
8.0.27	0.003	0.005	17.32
8.0.26	0.000	0.006	17.28
8.0.25	0.000	0.007	17.04
8.0.24	0.000	0.007	17.05
8.0.23	0.003	0.003	17.08
8.0.22	0.007	0.000	16.89
8.0.21	0.003	0.003	16.92
8.0.20	0.008	0.000	17.05
8.0.19	0.003	0.005	17.12
8.0.18	0.008	0.000	17.02
8.0.17	0.000	0.008	17.06
8.0.16	0.000	0.007	16.89
8.0.15	0.002	0.005	16.98
8.0.14	0.000	0.008	16.87
8.0.13	0.003	0.003	13.53
8.0.12	0.003	0.005	17.07
8.0.11	0.003	0.006	16.96
8.0.10	0.004	0.004	17.06
8.0.9	0.004	0.004	17.06
8.0.8	0.004	0.012	17.01
8.0.7	0.000	0.008	16.89
8.0.6	0.003	0.005	17.02
8.0.5	0.000	0.007	17.06
8.0.3	0.011	0.010	17.22
8.0.2	0.008	0.012	17.40
8.0.1	0.000	0.007	16.92
8.0.0	0.011	0.007	16.97
7.4.33	0.005	0.000	15.02
7.4.32	0.003	0.003	16.57
7.4.30	0.000	0.006	16.65
7.4.29	0.000	0.007	16.66
7.4.28	0.000	0.008	16.55
7.4.27	0.007	0.000	16.66
7.4.26	0.004	0.004	16.70
7.4.25	0.004	0.004	16.46
7.4.24	0.001	0.006	16.51
7.4.23	0.003	0.003	16.41
7.4.22	0.011	0.011	16.52
7.4.21	0.007	0.007	16.70
7.4.20	0.004	0.004	16.51
7.4.16	0.004	0.011	16.61
7.4.15	0.008	0.011	17.40
7.4.14	0.004	0.013	17.86
7.4.13	0.014	0.006	16.64
7.4.12	0.011	0.010	16.64
7.4.11	0.010	0.007	16.52
7.4.10	0.008	0.011	16.69
7.4.9	0.006	0.010	16.50
7.4.8	0.006	0.015	19.39
7.4.7	0.009	0.009	16.62
7.4.6	0.006	0.012	16.53
7.4.5	0.000	0.008	16.49
7.4.4	0.008	0.012	16.47
7.4.3	0.010	0.006	16.43
7.4.1	0.004	0.014	15.09
7.4.0	0.002	0.015	14.97
7.3.33	0.003	0.003	13.13
7.3.32	0.005	0.000	13.22
7.3.31	0.004	0.004	16.15
7.3.30	0.000	0.007	16.31
7.3.29	0.012	0.006	16.38
7.3.28	0.006	0.008	16.31
7.3.27	0.011	0.008	17.40
7.3.26	0.009	0.008	16.33
7.3.25	0.008	0.011	16.48
7.3.24	0.009	0.009	16.21
7.3.23	0.013	0.003	16.39
7.3.21	0.003	0.013	16.56
7.3.20	0.010	0.006	19.39
7.3.19	0.011	0.008	16.44
7.3.18	0.012	0.003	16.70
7.3.17	0.008	0.008	16.36
7.3.16	0.009	0.009	16.37
7.3.13	0.000	0.018	15.12
7.3.12	0.007	0.007	14.98
7.3.11	0.007	0.013	14.94
7.3.10	0.012	0.003	14.99
7.3.9	0.004	0.012	14.61
7.3.8	0.011	0.000	14.73
7.3.7	0.006	0.009	14.92
7.3.6	0.013	0.003	14.73
7.3.5	0.009	0.006	14.68
7.3.4	0.004	0.008	14.63
7.3.3	0.007	0.007	14.87
7.3.2	0.006	0.006	16.71
7.3.1	0.007	0.007	16.40
7.3.0	0.004	0.004	16.43
7.2.33	0.013	0.003	16.55
7.2.32	0.015	0.009	16.76
7.2.31	0.012	0.006	16.46
7.2.30	0.010	0.009	16.43
7.2.29	0.003	0.013	16.86
7.2.26	0.007	0.010	15.16
7.2.25	0.003	0.014	15.04
7.2.24	0.004	0.011	15.21
7.2.23	0.007	0.007	15.19
7.2.22	0.004	0.011	14.98
7.2.21	0.006	0.006	14.66
7.2.20	0.008	0.008	15.19
7.2.19	0.004	0.008	14.87
7.2.18	0.003	0.006	14.92
7.2.17	0.009	0.006	15.13
7.2.16	0.000	0.011	15.04
7.2.15	0.000	0.010	16.71
7.2.14	0.004	0.004	16.67
7.2.13	0.003	0.006	16.87
7.2.12	0.006	0.010	17.00
7.2.11	0.007	0.007	16.89
7.2.10	0.007	0.003	16.64
7.2.9	0.009	0.006	17.11
7.2.8	0.003	0.010	16.75
7.2.7	0.004	0.011	16.98
7.2.6	0.010	0.008	16.86
7.2.5	0.004	0.007	16.96
7.2.4	0.004	0.007	16.83
7.2.3	0.007	0.007	17.11
7.2.2	0.008	0.003	16.97
7.2.1	0.000	0.016	16.71
7.2.0	0.006	0.009	17.91
7.1.33	0.008	0.006	15.87
7.1.32	0.006	0.010	15.89
7.1.31	0.012	0.003	15.81
7.1.30	0.006	0.006	15.88
7.1.29	0.006	0.009	15.73
7.1.28	0.008	0.000	15.74
7.1.27	0.014	0.000	15.71
7.1.26	0.003	0.010	15.95
7.1.25	0.007	0.003	15.96
7.1.24	0.003	0.013	15.91
7.1.23	0.000	0.008	15.75
7.1.22	0.007	0.004	15.54
7.1.21	0.003	0.014	15.83
7.1.20	0.005	0.009	15.63
7.1.19	0.003	0.013	15.65
7.1.18	0.007	0.004	15.64
7.1.17	0.003	0.010	15.71
7.1.16	0.003	0.006	15.77
7.1.15	0.009	0.006	15.82
7.1.14	0.006	0.003	15.86
7.1.13	0.003	0.010	15.77
7.1.12	0.003	0.012	15.88
7.1.11	0.004	0.007	15.72
7.1.10	0.014	0.004	15.95
7.1.9	0.003	0.009	15.52
7.1.8	0.007	0.007	15.42
7.1.7	0.009	0.009	16.30
7.1.6	0.010	0.009	17.51
7.1.5	0.005	0.011	16.40
7.1.4	0.004	0.011	15.67
7.1.3	0.009	0.003	15.74
7.1.2	0.008	0.005	15.57
7.1.1	0.003	0.007	15.73
7.1.0	0.003	0.045	19.13
7.0.33	0.009	0.000	15.34
7.0.32	0.006	0.003	15.44
7.0.31	0.007	0.003	15.35
7.0.30	0.000	0.013	15.50
7.0.29	0.009	0.003	15.03
7.0.28	0.003	0.009	15.42
7.0.27	0.007	0.007	15.33
7.0.26	0.008	0.004	15.40
7.0.25	0.007	0.010	15.58
7.0.24	0.003	0.010	15.52
7.0.23	0.009	0.006	15.36
7.0.22	0.000	0.016	15.26
7.0.21	0.007	0.004	15.34
7.0.20	0.004	0.007	16.07
7.0.19	0.008	0.003	15.30
7.0.18	0.009	0.000	15.19
7.0.17	0.010	0.003	15.53
7.0.16	0.000	0.009	15.20
7.0.15	0.004	0.008	15.19
7.0.14	0.008	0.038	18.74
7.0.13	0.006	0.010	15.47
7.0.12	0.008	0.004	15.54
7.0.11	0.003	0.006	15.44
7.0.10	0.008	0.043	17.65
7.0.9	0.008	0.042	17.54
7.0.8	0.007	0.037	17.65
7.0.7	0.007	0.037	17.74
7.0.6	0.013	0.050	17.67
7.0.5	0.005	0.025	17.97
7.0.4	0.009	0.029	16.84
7.0.3	0.002	0.036	16.79
7.0.2	0.008	0.042	16.64
7.0.1	0.010	0.045	16.86
7.0.0	0.005	0.045	16.87
5.6.40	0.003	0.010	14.22
5.6.39	0.006	0.006	14.35
5.6.38	0.003	0.010	14.34
5.6.37	0.011	0.004	14.55
5.6.36	0.006	0.009	14.49
5.6.35	0.007	0.010	14.21
5.6.34	0.006	0.006	14.63
5.6.33	0.000	0.013	14.01
5.6.32	0.009	0.009	14.30
5.6.31	0.011	0.003	14.05
5.6.30	0.007	0.003	14.37
5.6.29	0.009	0.000	14.51
5.6.28	0.003	0.044	17.71
5.6.27	0.006	0.003	14.41
5.6.26	0.006	0.006	14.45
5.6.25	0.009	0.042	17.54
5.6.24	0.011	0.033	17.33
5.6.23	0.003	0.045	17.54
5.6.22	0.009	0.043	17.48
5.6.21	0.003	0.042	17.43
5.6.20	0.007	0.045	17.74
5.6.19	0.017	0.038	17.55
5.6.18	0.003	0.040	17.70
5.6.17	0.002	0.049	17.88
5.6.16	0.007	0.044	17.72
5.6.15	0.010	0.043	17.70
5.6.14	0.007	0.049	17.64
5.6.13	0.010	0.044	17.65
5.6.12	0.019	0.037	17.65
5.6.11	0.007	0.048	17.64
5.6.10	0.012	0.045	17.66
5.6.9	0.008	0.045	17.76
5.6.8	0.012	0.041	17.25
5.6.7	0.007	0.043	17.45
5.6.6	0.007	0.042	17.24
5.6.5	0.007	0.040	17.43
5.6.4	0.005	0.051	17.31
5.6.3	0.003	0.045	17.54
5.6.2	0.010	0.042	17.44
5.6.1	0.008	0.045	17.40
5.6.0	0.008	0.044	17.49
5.5.38	0.007	0.046	17.44
5.5.37	0.007	0.045	17.36
5.5.36	0.007	0.023	17.47
5.5.35	0.003	0.047	17.34
5.5.34	0.013	0.033	17.62
5.5.33	0.007	0.047	17.45
5.5.32	0.008	0.045	17.49
5.5.31	0.010	0.040	17.73
5.5.30	0.009	0.046	17.65
5.5.29	0.007	0.046	17.56
5.5.28	0.008	0.045	17.58
5.5.27	0.010	0.043	17.65
5.5.26	0.010	0.042	17.58
5.5.25	0.007	0.045	17.52
5.5.24	0.012	0.040	17.24
5.5.23	0.008	0.037	17.12
5.5.22	0.007	0.045	17.05
5.5.21	0.010	0.038	17.13
5.5.20	0.003	0.049	17.23
5.5.19	0.004	0.049	17.13
5.5.18	0.007	0.045	17.23
5.5.17	0.000	0.009	14.07
5.5.16	0.000	0.048	17.30
5.5.15	0.010	0.035	17.34
5.5.14	0.011	0.041	17.20
5.5.13	0.006	0.046	17.07
5.5.12	0.007	0.028	17.10
5.5.11	0.008	0.043	17.20
5.5.10	0.008	0.041	17.11
5.5.9	0.002	0.044	17.29
5.5.8	0.008	0.040	17.15
5.5.7	0.005	0.047	17.02
5.5.6	0.007	0.047	17.19
5.5.5	0.008	0.046	17.11
5.5.4	0.006	0.033	16.96
5.5.3	0.007	0.028	17.14
5.5.2	0.010	0.039	17.28
5.5.1	0.016	0.036	17.02
5.5.0	0.009	0.039	17.12
5.4.45	0.008	0.039	15.87
5.4.44	0.010	0.040	15.85
5.4.43	0.002	0.029	15.84
5.4.42	0.008	0.043	15.84
5.4.41	0.006	0.027	15.81
5.4.40	0.012	0.022	15.64
5.4.39	0.009	0.040	15.68
5.4.38	0.014	0.032	15.67
5.4.37	0.010	0.035	15.59
5.4.36	0.002	0.028	15.67
5.4.35	0.009	0.037	15.69
5.4.34	0.009	0.040	15.55
5.4.33	0.010	0.003	12.22
5.4.32	0.006	0.044	15.64
5.4.31	0.012	0.037	15.55
5.4.30	0.007	0.041	15.54
5.4.29	0.008	0.041	15.61
5.4.28	0.005	0.043	15.55
5.4.27	0.010	0.037	15.71
5.4.26	0.005	0.037	15.54
5.4.25	0.007	0.042	15.68
5.4.24	0.006	0.023	15.71
5.4.23	0.003	0.026	15.74
5.4.22	0.008	0.039	15.67
5.4.21	0.008	0.039	15.63
5.4.20	0.007	0.038	15.65
5.4.19	0.005	0.038	15.58
5.4.18	0.010	0.027	15.62
5.4.17	0.006	0.041	15.67
5.4.16	0.007	0.043	15.70
5.4.15	0.005	0.042	15.53
5.4.14	0.002	0.024	14.37
5.4.13	0.002	0.039	14.35
5.4.12	0.008	0.035	14.34
5.4.11	0.008	0.026	14.34
5.4.10	0.005	0.022	14.31
5.4.9	0.007	0.038	14.39
5.4.8	0.006	0.033	14.34
5.4.7	0.007	0.025	14.35
5.4.6	0.008	0.036	14.38
5.4.5	0.007	0.034	14.37
5.4.4	0.004	0.037	14.26
5.4.3	0.008	0.030	14.36
5.4.2	0.004	0.023	14.34
5.4.1	0.008	0.030	14.29
5.4.0	0.003	0.036	14.07