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gerrit-public.fairphone.software / platform / external / caliper / e236301e5fc778bffe1748ed80d7936e6c807012 / . / caliper / src / test / resources / com / google / caliper / bridge / jdk6-gc.txt
blob: fd9d07c823a2b1435d1603532ce33139b36f4c9b [file] [log] [blame]
Paul Duffine2363012015-11-30 16:20:41 +0000[diff] [blame^]1[GC 987K->384K(62848K), 0.0012320 secs]
2[Full GC 384K->288K(62848K), 0.0054550 secs]
3[GC 288K->288K(62848K), 0.0004450 secs]
4[Full GC 288K->288K(62848K), 0.0049580 secs]
5[GC 288K->288K(62848K), 0.0004590 secs]
6[Full GC 288K->288K(62848K), 0.0048240 secs]
7[GC 288K->288K(62848K), 0.0005700 secs]
8[Full GC 288K->288K(62848K), 0.0063250 secs]
9[GC 288K->288K(62848K), 0.0003540 secs]
10[Full GC 288K->288K(62848K), 0.0048210 secs]
11[GC 288K->288K(62848K), 0.0003700 secs]
12[Full GC 288K->288K(62848K), 0.0049430 secs]
13[GC 288K->288K(62848K), 0.0004250 secs]
14[Full GC 288K->288K(62848K), 0.0047700 secs]
15[GC 288K->288K(62848K), 0.0003550 secs]
16[Full GC 288K->288K(62848K), 0.0047090 secs]
17[GC 288K->288K(62848K), 0.0003850 secs]
18[Full GC 288K->288K(62848K), 0.0047220 secs]
19[GC 288K->288K(62848K), 0.0003830 secs]
20[Full GC 288K->288K(62848K), 0.0047330 secs]
21[GC 288K->288K(62848K), 0.0004230 secs]
22[Full GC 288K->288K(62848K), 0.0047130 secs]
23[GC 288K->288K(62848K), 0.0003140 secs]
24[Full GC 288K->288K(62848K), 0.0047360 secs]
25[GC 288K->288K(62848K), 0.0003540 secs]
26[Full GC 288K->288K(62848K), 0.0047210 secs]
27[GC 288K->288K(62848K), 0.0003610 secs]
28[Full GC 288K->288K(62848K), 0.0047280 secs]
29[GC 288K->288K(62848K), 0.0004640 secs]
30[Full GC 288K->288K(62848K), 0.0046920 secs]
31[GC 288K->288K(62848K), 0.0004700 secs]
32[Full GC 288K->288K(62848K), 0.0047080 secs]
33[GC 288K->288K(62848K), 0.0003220 secs]
34[Full GC 288K->288K(62848K), 0.0047020 secs]
35[GC 288K->288K(62848K), 0.0004100 secs]
36[Full GC 288K->288K(62848K), 0.0047860 secs]
37[GC 288K->288K(62848K), 0.0004340 secs]
38[Full GC 288K->288K(62848K), 0.0047310 secs]
39[GC 288K->288K(62848K), 0.0003980 secs]
40[Full GC 288K->288K(62848K), 0.0047440 secs]
41[GC 288K->288K(62848K), 0.0004540 secs]
42[Full GC 288K->288K(62848K), 0.0047260 secs]
43[GC 288K->288K(62848K), 0.0003340 secs]
44[Full GC 288K->288K(62848K), 0.0047130 secs]
45[GC 288K->288K(62848K), 0.0003420 secs]
46[Full GC 288K->288K(62848K), 0.0046830 secs]
47[GC 288K->288K(62848K), 0.0003560 secs]
48[Full GC 288K->288K(62848K), 0.0047030 secs]
49[GC 288K->288K(62848K), 0.0003440 secs]
50[Full GC 288K->288K(62848K), 0.0047340 secs]
51[GC 288K->288K(62848K), 0.0004980 secs]
52[Full GC 288K->288K(62848K), 0.0048440 secs]
53[GC 288K->288K(62848K), 0.0003500 secs]
54[Full GC 288K->288K(62848K), 0.0048000 secs]
55[GC 288K->288K(62848K), 0.0004090 secs]
56[Full GC 288K->288K(62848K), 0.0048140 secs]
57[GC 288K->288K(62848K), 0.0004960 secs]
58[Full GC 288K->288K(62848K), 0.0048130 secs]
59[GC 288K->288K(62848K), 0.0003140 secs]
60[Full GC 288K->288K(62848K), 0.0047990 secs]
61[GC 288K->288K(62848K), 0.0003350 secs]
62[Full GC 288K->288K(62848K), 0.0048460 secs]
63[GC 288K->288K(62848K), 0.0002190 secs]
64[Full GC 288K->288K(62848K), 0.0047700 secs]
65[GC 288K->288K(62848K), 0.0003200 secs]
66[Full GC 288K->288K(62848K), 0.0047690 secs]
67[GC 288K->288K(62848K), 0.0003220 secs]
68[Full GC 288K->288K(62848K), 0.0047490 secs]
69[GC 288K->288K(62848K), 0.0003210 secs]
70[Full GC 288K->288K(62848K), 0.0047590 secs]
71[GC 288K->288K(62848K), 0.0002560 secs]
72[Full GC 288K->288K(62848K), 0.0047250 secs]
73[GC 288K->288K(62848K), 0.0003560 secs]
74[Full GC 288K->288K(62848K), 0.0047430 secs]
75[GC 288K->288K(62848K), 0.0002860 secs]
76[Full GC 288K->288K(62848K), 0.0047320 secs]
77[GC 288K->288K(62848K), 0.0003470 secs]
78[Full GC 288K->288K(62848K), 0.0047370 secs]
79[GC 288K->288K(62848K), 0.0003020 secs]
80[Full GC 288K->288K(62848K), 0.0047140 secs]
81[GC 288K->288K(62848K), 0.0002670 secs]
82[Full GC 288K->288K(62848K), 0.0047510 secs]
83[GC 288K->288K(62848K), 0.0003510 secs]
84[Full GC 288K->288K(62848K), 0.0047140 secs]
85[GC 288K->288K(62848K), 0.0002680 secs]
86[Full GC 288K->288K(62848K), 0.0047100 secs]
87[GC 288K->288K(62848K), 0.0002390 secs]
88[Full GC 288K->288K(62848K), 0.0047820 secs]
89[GC 288K->288K(62848K), 0.0002780 secs]
90[Full GC 288K->288K(62848K), 0.0047480 secs]
91[GC 288K->288K(62848K), 0.0002590 secs]
92[Full GC 288K->288K(62848K), 0.0048950 secs]
93[GC 288K->288K(62848K), 0.0004100 secs]
94[Full GC 288K->288K(62848K), 0.0047580 secs]
95[GC 288K->288K(62848K), 0.0003630 secs]
96[Full GC 288K->288K(62848K), 0.0047230 secs]
97[GC 288K->288K(62848K), 0.0003200 secs]
98[Full GC 288K->288K(62848K), 0.0047490 secs]
99[GC 288K->288K(62848K), 0.0002940 secs]
100[Full GC 288K->288K(62848K), 0.0047300 secs]
101[GC 288K->288K(62848K), 0.0016660 secs]
102[Full GC 288K->288K(62848K), 0.0052520 secs]
103[GC 288K->288K(62848K), 0.0003090 secs]
104[Full GC 288K->288K(62848K), 0.0051710 secs]
105[GC 288K->288K(62848K), 0.0003220 secs]
106[Full GC 288K->288K(62848K), 0.0050270 secs]
107[GC 288K->288K(62848K), 0.0003390 secs]
108[Full GC 288K->288K(62848K), 0.0048450 secs]
109[GC 288K->288K(62848K), 0.0003830 secs]
110[Full GC 288K->288K(62848K), 0.0047870 secs]
111[GC 288K->288K(62848K), 0.0003800 secs]
112[Full GC 288K->288K(62848K), 0.0051750 secs]
113[GC 288K->288K(62848K), 0.0004380 secs]
114[Full GC 288K->288K(62848K), 0.0052900 secs]
115[GC 288K->288K(62848K), 0.0003550 secs]
116[Full GC 288K->288K(62848K), 0.0053350 secs]
117[GC 288K->288K(62848K), 0.0003090 secs]
118[Full GC 288K->288K(62848K), 0.0053060 secs]
119[GC 288K->288K(62848K), 0.0003030 secs]
120[Full GC 288K->288K(62848K), 0.0052720 secs]
121[GC 288K->288K(62848K), 0.0003220 secs]
122[Full GC 288K->288K(62848K), 0.0053230 secs]
123[GC 288K->288K(62848K), 0.0003610 secs]
124[Full GC 288K->288K(62848K), 0.0053970 secs]
125[GC 288K->288K(62848K), 0.0003590 secs]
126[Full GC 288K->288K(62848K), 0.0053740 secs]
127[GC 288K->288K(62848K), 0.0003610 secs]
128[Full GC 288K->288K(62848K), 0.0054130 secs]
129[GC 288K->288K(62848K), 0.0004750 secs]
130[Full GC 288K->288K(62848K), 0.0053560 secs]
131[GC 288K->288K(62848K), 0.0003510 secs]
132[Full GC 288K->288K(62848K), 0.0053140 secs]
133[GC 288K->288K(62848K), 0.0004350 secs]
134[Full GC 288K->288K(62848K), 0.0053260 secs]
135[GC 288K->288K(62848K), 0.0004010 secs]
136[Full GC 288K->288K(62848K), 0.0054420 secs]
137[GC 288K->288K(62848K), 0.0004300 secs]
138[Full GC 288K->288K(62848K), 0.0053740 secs]
139[GC 288K->288K(62848K), 0.0003610 secs]
140[Full GC 288K->288K(62848K), 0.0070060 secs]
141[GC 288K->288K(62848K), 0.0003240 secs]
142[Full GC 288K->288K(62848K), 0.0067830 secs]
143[GC 288K->288K(62848K), 0.0003500 secs]
144[Full GC 288K->288K(62848K), 0.0068030 secs]
145[GC 288K->288K(62848K), 0.0003260 secs]
146[Full GC 288K->288K(62848K), 0.0066850 secs]
147[GC 288K->288K(62848K), 0.0004600 secs]
148[Full GC 288K->288K(62848K), 0.0067520 secs]
149[GC 288K->288K(62848K), 0.0003550 secs]
150[Full GC 288K->288K(62848K), 0.0067010 secs]
151[GC 288K->288K(62848K), 0.0004590 secs]
152[Full GC 288K->288K(62848K), 0.0069550 secs]
153[GC 288K->288K(62848K), 0.0004450 secs]
154[Full GC 288K->288K(62848K), 0.0068770 secs]
155[GC 288K->288K(62848K), 0.0005830 secs]
156[Full GC 288K->288K(62848K), 0.0067410 secs]
157[GC 288K->288K(62848K), 0.0004850 secs]
158[Full GC 288K->288K(62848K), 0.0067660 secs]
159[GC 288K->288K(62848K), 0.0004270 secs]
160[Full GC 288K->288K(62848K), 0.0067770 secs]
161[GC 288K->288K(62848K), 0.0004140 secs]
162[Full GC 288K->288K(62848K), 0.0067090 secs]
163[GC 288K->288K(62848K), 0.0004360 secs]
164[Full GC 288K->288K(62848K), 0.0067760 secs]
165[GC 288K->288K(62848K), 0.0005740 secs]
166[Full GC 288K->288K(62848K), 0.0067000 secs]
167[GC 288K->288K(62848K), 0.0004730 secs]
168[Full GC 288K->288K(62848K), 0.0066820 secs]
169[GC 288K->288K(62848K), 0.0003490 secs]
170[Full GC 288K->288K(62848K), 0.0067010 secs]
171[GC 288K->288K(62848K), 0.0004610 secs]
172[Full GC 288K->288K(62848K), 0.0067730 secs]
173[GC 288K->288K(62848K), 0.0005560 secs]
174[Full GC 288K->288K(62848K), 0.0067720 secs]
175[GC 288K->288K(62848K), 0.0004240 secs]
176[Full GC 288K->288K(62848K), 0.0066300 secs]
177[GC 288K->288K(62848K), 0.0005200 secs]
178[Full GC 288K->288K(62848K), 0.0069920 secs]
179[GC 288K->288K(62848K), 0.0004240 secs]
180[Full GC 288K->288K(62848K), 0.0076550 secs]
181[GC 617K->304K(62848K), 0.0004960 secs]
182[Full GC 304K->288K(62848K), 0.0076840 secs]
183[GC 617K->304K(62848K), 0.0003870 secs]
184[Full GC 304K->288K(62848K), 0.0077080 secs]
185[GC 288K->288K(62848K), 0.0004140 secs]
186[Full GC 288K->288K(62848K), 0.0073410 secs]
187[GC 288K->288K(62848K), 0.0004640 secs]
188[Full GC 288K->288K(62848K), 0.0066710 secs]
189[GC 288K->288K(62848K), 0.0004830 secs]
190[Full GC 288K->288K(62848K), 0.0066390 secs]
191[GC 288K->288K(62848K), 0.0006970 secs]
192[Full GC 288K->288K(62848K), 0.0066070 secs]
193[GC 288K->288K(62848K), 0.0003500 secs]
194[Full GC 288K->288K(62848K), 0.0065460 secs]
195[GC 288K->288K(62848K), 0.0004160 secs]
196[Full GC 288K->288K(62848K), 0.0065420 secs]
197[GC 288K->288K(62848K), 0.0003710 secs]
198[Full GC 288K->288K(62848K), 0.0066060 secs]
199[GC 288K->288K(62848K), 0.0003510 secs]
200[Full GC 288K->288K(62848K), 0.0065420 secs]