<p>-Xloggc</p>

<pre>0.202: [GC 896K->820K(5056K), 0.0140510 secs]
0.221: [GC 1716K->1715K(5056K), 0.0131680 secs]
0.237: [GC 2611K->2610K(5056K), 0.0130280 secs]
0.253: [GC 3506K->3505K(5056K), 0.0126450 secs]
0.268: [GC 4401K->4399K(5312K), 0.0126160 secs]
0.281: [Full GC 4399K->4399K(5312K), 0.0496460 secs]
0.334: [GC 5248K->5247K(8216K), 0.0210850 secs]
0.358: [GC 6143K->6141K(8216K), 0.0124680 secs]
0.393: [GC 7037K->7035K(8216K), 0.0158890 secs]
0.412: [GC 7931K->7930K(8856K), 0.0548920 secs]
0.468: [Full GC 7930K->1899K(8856K), 0.0443240 secs]
0.515: [GC 2795K->2794K(8216K), 0.0110080 secs]
0.530: [GC 3690K->3289K(8216K), 0.0068820 secs]
0.540: [GC 4185K->3289K(8216K), 0.0007080 secs]
0.544: [GC 4185K->3289K(8216K), 0.0002640 secs]
0.547: [GC 4185K->3289K(8216K), 0.0002420 secs]
0.550: [GC 4185K->3290K(8216K), 0.0002550 secs]
0.554: [GC 4186K->3289K(8216K), 0.0003300 secs]
0.557: [GC 4185K->3289K(8216K), 0.0002330 secs]
0.560: [GC 4185K->3289K(8216K), 0.0002440 secs]
0.569: [GC 4185K->3289K(8216K), 0.0002580 secs]
0.572: [GC 4185K->3289K(8216K), 0.0002460 secs]
0.575: [GC 4185K->3289K(8216K), 0.0002250 secs]
0.578: [GC 4185K->3289K(8216K), 0.0002250 secs]
0.581: [GC 4185K->3290K(8216K), 0.0002480 secs]
0.584: [GC 4186K->3289K(8216K), 0.0002410 secs]
0.587: [GC 4185K->3289K(8216K), 0.0002190 secs]
0.590: [GC 4185K->3289K(8216K), 0.0002210 secs]
0.593: [GC 4185K->3289K(8216K), 0.0002470 secs]
0.597: [GC 4185K->3289K(8216K), 0.0002250 secs]
0.599: [GC 4185K->3289K(8216K), 0.0002260 secs]
0.604: [GC 4185K->3289K(8216K), 0.0007230 secs]
0.607: [GC 4185K->3290K(8216K), 0.0002410 secs]
0.610: [GC 4186K->3289K(8216K), 0.0002270 secs]
0.613: [GC 4185K->3289K(8216K), 0.0002260 secs]
0.616: [GC 4185K->3289K(8216K), 0.0005890 secs]
0.639: [GC 4185K->3289K(8216K), 0.0002760 secs]
0.642: [GC 4185K->3289K(8216K), 0.0002290 secs]
0.645: [GC 4185K->3289K(8216K), 0.0002250 secs]
0.648: [GC 4185K->3290K(8216K), 0.0002250 secs]
0.651: [GC 4186K->3289K(8216K), 0.0002380 secs]
0.655: [GC 4185K->3289K(8216K), 0.0002220 secs]
0.657: [GC 4185K->3289K(8216K), 0.0002170 secs]
0.660: [GC 4185K->3289K(8216K), 0.0007320 secs]
0.664: [GC 4185K->3289K(8216K), 0.0002500 secs]
0.667: [GC 4185K->3289K(8216K), 0.0002220 secs]
0.670: [GC 4185K->3289K(8216K), 0.0002250 secs]
0.673: [GC 4185K->3290K(8216K), 0.0002440 secs]
0.676: [GC 4186K->3289K(8216K), 0.0002360 secs]
0.679: [GC 4185K->3289K(8216K), 0.0002180 secs]
0.682: [GC 4185K->3289K(8216K), 0.0002160 secs]
0.685: [GC 4185K->3289K(8216K), 0.0002400 secs]
0.689: [GC 4185K->3289K(8216K), 0.0002250 secs]
0.691: [GC 4185K->3289K(8216K), 0.0002190 secs]
0.694: [GC 4185K->3289K(8216K), 0.0002280 secs]
0.698: [GC 4185K->3290K(8216K), 0.0002440 secs]
0.701: [GC 4186K->3289K(8216K), 0.0002220 secs]
0.704: [GC 4185K->3289K(8216K), 0.0002360 secs]
0.707: [GC 4185K->3289K(8216K), 0.0002220 secs]
0.710: [GC 4185K->3289K(8216K), 0.0002420 secs]
0.713: [GC 4185K->3289K(8216K), 0.0002300 secs]
0.716: [GC 4185K->3289K(8216K), 0.0002390 secs]
0.719: [GC 4185K->3289K(8216K), 0.0002210 secs]
0.722: [GC 4185K->3290K(8216K), 0.0002490 secs]
0.726: [GC 4186K->3289K(8216K), 0.0002280 secs]
0.729: [GC 4185K->3289K(8216K), 0.0002210 secs]
0.731: [GC 4185K->3289K(8216K), 0.0002240 secs]
0.735: [GC 4185K->3289K(8216K), 0.0002430 secs]
0.738: [GC 4185K->3289K(8216K), 0.0002330 secs]
0.741: [GC 4185K->3289K(8216K), 0.0002280 secs]
0.744: [GC 4185K->3290K(8216K), 0.0002380 secs]
0.747: [GC 4186K->3289K(8216K), 0.0002380 secs]
0.750: [GC 4185K->3289K(8216K), 0.0002250 secs]
0.753: [GC 4185K->3289K(8216K), 0.0002260 secs]
0.756: [GC 4185K->3289K(8216K), 0.0006050 secs]
0.760: [GC 4185K->3289K(8216K), 0.0002320 secs]
0.763: [GC 4185K->3289K(8216K), 0.0002310 secs]
0.766: [GC 4185K->3289K(8216K), 0.0002240 secs]
0.769: [GC 4185K->3290K(8216K), 0.0002460 secs]
0.772: [GC 4186K->3289K(8216K), 0.0002380 secs]
0.775: [GC 4185K->3289K(8216K), 0.0002210 secs]
0.778: [GC 4185K->3289K(8216K), 0.0002210 secs]
0.782: [GC 4185K->3289K(8216K), 0.0002390 secs]
0.785: [GC 4185K->3289K(8216K), 0.0002260 secs]
0.788: [GC 4185K->3289K(8216K), 0.0002230 secs]
0.790: [GC 4185K->3289K(8216K), 0.0002400 secs]
0.794: [GC 4185K->3290K(8216K), 0.0002490 secs]
0.797: [GC 4186K->3289K(8216K), 0.0002270 secs]
0.800: [GC 4185K->3289K(8216K), 0.0002390 secs]
0.803: [GC 4185K->3289K(8216K), 0.0002190 secs]
0.806: [GC 4185K->3289K(8216K), 0.0002430 secs]
0.809: [GC 4185K->3289K(8216K), 0.0002220 secs]
0.812: [GC 4185K->3289K(8216K), 0.0002280 secs]
0.815: [GC 4185K->3289K(8216K), 0.0002240 secs]
0.819: [GC 4185K->3290K(8216K), 0.0002480 secs]
0.822: [GC 4186K->3289K(8216K), 0.0002240 secs]
0.825: [GC 4185K->3289K(8216K), 0.0002220 secs]
0.828: [GC 4185K->3289K(8216K), 0.0002220 secs]
0.831: [GC 4185K->3289K(8216K), 0.0002410 secs]
0.834: [GC 4185K->3289K(8216K), 0.0002230 secs]
0.837: [GC 4185K->3289K(8216K), 0.0002210 secs]
0.840: [GC 4185K->3290K(8216K), 0.0002250 secs]
0.844: [GC 4186K->3289K(8216K), 0.0002310 secs]
0.846: [GC 4185K->3289K(8216K), 0.0002210 secs]
0.849: [GC 4185K->3289K(8216K), 0.0002220 secs]
0.852: [GC 4185K->3289K(8216K), 0.0002640 secs]
0.856: [GC 4185K->3289K(8216K), 0.0002290 secs]
0.859: [GC 4185K->3289K(8216K), 0.0002210 secs]
0.862: [GC 4185K->3289K(8216K), 0.0002300 secs]
0.865: [GC 4185K->3290K(8216K), 0.0002420 secs]
0.868: [GC 4186K->3289K(8216K), 0.0002260 secs]
0.871: [GC 4185K->3289K(8216K), 0.0002260 secs]
0.874: [GC 4185K->3289K(8216K), 0.0002230 secs]
0.878: [GC 4185K->3289K(8216K), 0.0002430 secs]
0.881: [GC 4185K->3289K(8216K), 0.0002290 secs]
0.884: [GC 4185K->3289K(8216K), 0.0002370 secs]
0.887: [GC 4185K->3289K(8216K), 0.0002240 secs]
0.890: [GC 4185K->3290K(8216K), 0.0002450 secs]
0.894: [GC 4186K->3290K(8216K), 0.0002500 secs]
0.897: [GC 4186K->3289K(8216K), 0.0002260 secs]
0.900: [GC 4185K->3291K(8216K), 0.0006030 secs]
0.904: [GC 4187K->3291K(8216K), 0.0002450 secs]
0.909: [GC 4187K->3290K(8216K), 0.0002510 secs]
0.912: [GC 4186K->3289K(8216K), 0.0002280 secs]
0.915: [GC 4185K->3291K(8216K), 0.0002660 secs]
0.919: [GC 4187K->3291K(8216K), 0.0002370 secs]
0.963: [GC 4187K->3290K(8216K), 0.0002670 secs]
0.966: [GC 4186K->3289K(8216K), 0.0002310 secs]
0.969: [GC 4185K->3292K(8216K), 0.0002420 secs]
0.972: [GC 4188K->3291K(8216K), 0.0002300 secs]
0.976: [GC 4187K->3290K(8216K), 0.0002490 secs]
0.979: [GC 4186K->3289K(8216K), 0.0002240 secs]
0.982: [GC 4185K->3292K(8216K), 0.0002420 secs]
0.985: [GC 4188K->3291K(8216K), 0.0002530 secs]
0.988: [GC 4187K->3290K(8216K), 0.0002470 secs]
0.991: [GC 4186K->3289K(8216K), 0.0002250 secs]
0.994: [GC 4185K->3292K(8216K), 0.0002370 secs]
0.997: [GC 4188K->3291K(8216K), 0.0002590 secs]
1.001: [GC 4187K->3290K(8216K), 0.0002340 secs]
1.004: [GC 4186K->3290K(8216K), 0.0002260 secs]
1.007: [GC 4186K->3292K(8216K), 0.0002390 secs]
1.010: [GC 4188K->3291K(8216K), 0.0002590 secs]
1.028: [GC 4187K->3290K(8216K), 0.0002670 secs]
1.031: [GC 4186K->3290K(8216K), 0.0002330 secs]
1.034: [GC 4186K->3289K(8216K), 0.0002250 secs]
1.038: [GC 4185K->3291K(8216K), 0.0002460 secs]
1.041: [GC 4187K->3290K(8216K), 0.0002330 secs]
1.044: [GC 4186K->3290K(8216K), 0.0002260 secs]
1.047: [GC 4186K->3289K(8216K), 0.0002220 secs]
1.050: [GC 4185K->3291K(8216K), 0.0002610 secs]
1.053: [GC 4187K->3290K(8216K), 0.0002360 secs]
1.056: [GC 4186K->3290K(8216K), 0.0002400 secs]
1.059: [GC 4186K->3289K(8216K), 0.0002230 secs]
1.063: [GC 4185K->3291K(8216K), 0.0002620 secs]
1.066: [GC 4187K->3291K(8216K), 0.0002390 secs]
1.069: [GC 4187K->3290K(8216K), 0.0002290 secs]
1.072: [GC 4186K->3289K(8216K), 0.0002360 secs]
1.075: [GC 4185K->3291K(8216K), 0.0002620 secs]
1.079: [GC 4187K->3291K(8216K), 0.0002340 secs]
1.082: [GC 4187K->3290K(8216K), 0.0002240 secs]
1.085: [GC 4186K->3289K(8216K), 0.0002500 secs]
1.088: [GC 4185K->3291K(8216K), 0.0002510 secs]
1.091: [GC 4187K->3291K(8216K), 0.0002290 secs]
1.094: [GC 4187K->3290K(8216K), 0.0002280 secs]
1.097: [GC 4186K->3289K(8216K), 0.0002470 secs]
1.100: [GC 4185K->3291K(8216K), 0.0002410 secs]
1.103: [GC 4187K->3291K(8216K), 0.0002370 secs]
1.106: [GC 4187K->3290K(8216K), 0.0002310 secs]
1.110: [GC 4186K->3289K(8216K), 0.0002490 secs]
1.113: [GC 4185K->3292K(8216K), 0.0002390 secs]
1.116: [GC 4188K->3291K(8216K), 0.0002500 secs]
1.119: [GC 4187K->3290K(8216K), 0.0002350 secs]
1.122: [GC 4186K->3289K(8216K), 0.0002780 secs]
1.194: [GC 4185K->3292K(8216K), 0.0002540 secs]
1.197: [GC 4188K->3291K(8216K), 0.0002380 secs]
1.200: [GC 4187K->3290K(8216K), 0.0007720 secs]
1.204: [GC 4186K->3289K(8216K), 0.0002550 secs]
1.207: [GC 4185K->3292K(8216K), 0.0002410 secs]
1.210: [GC 4188K->3291K(8216K), 0.0002370 secs]
1.213: [GC 4187K->3290K(8216K), 0.0002560 secs]
1.216: [GC 4186K->3290K(8216K), 0.0002290 secs]
1.219: [GC 4186K->3292K(8216K), 0.0002400 secs]
1.222: [GC 4188K->3291K(8216K), 0.0002410 secs]
1.226: [GC 4187K->3290K(8216K), 0.0002550 secs]
1.229: [GC 4186K->3290K(8216K), 0.0002310 secs]
1.232: [GC 4186K->3292K(8216K), 0.0002600 secs]
1.235: [GC 4188K->3291K(8216K), 0.0002370 secs]
1.238: [GC 4187K->3290K(8216K), 0.0002480 secs]
1.241: [GC 4186K->3290K(8216K), 0.0002260 secs]
1.244: [GC 4186K->3289K(8216K), 0.0002200 secs]
1.247: [GC 4185K->3291K(8216K), 0.0002360 secs]
1.251: [GC 4187K->3290K(8216K), 0.0002520 secs]
1.254: [GC 4186K->3290K(8216K), 0.0002360 secs]
1.257: [GC 4186K->3289K(8216K), 0.0002240 secs]
1.260: [GC 4185K->3291K(8216K), 0.0002340 secs]
1.263: [GC 4187K->3291K(8216K), 0.0002590 secs]
1.266: [GC 4187K->3290K(8216K), 0.0002360 secs]
1.269: [GC 4186K->3289K(8216K), 0.0002220 secs]
1.272: [GC 4185K->3291K(8216K), 0.0002730 secs]
1.276: [GC 4187K->3291K(8216K), 0.0002540 secs]
1.279: [GC 4187K->3290K(8216K), 0.0002270 secs]
1.282: [GC 4186K->3289K(8216K), 0.0002190 secs]
1.285: [GC 4185K->3291K(8216K), 0.0002620 secs]
1.288: [GC 4187K->3291K(8216K), 0.0002380 secs]
1.291: [GC 4187K->3290K(8216K), 0.0002300 secs]
1.294: [GC 4186K->3289K(8216K), 0.0002200 secs]
1.298: [GC 4185K->3291K(8216K), 0.0002620 secs]
1.301: [GC 4187K->3291K(8216K), 0.0002390 secs]
1.304: [GC 4187K->3290K(8216K), 0.0002340 secs]
1.307: [GC 4186K->3289K(8216K), 0.0002240 secs]
1.310: [GC 4185K->3292K(8216K), 0.0002600 secs]
1.313: [GC 4188K->3291K(8216K), 0.0002320 secs]
1.316: [GC 4187K->3290K(8216K), 0.0002410 secs]
1.319: [GC 4186K->3289K(8216K), 0.0002200 secs]
1.323: [GC 4185K->3292K(8216K), 0.0002650 secs]
1.326: [GC 4188K->3291K(8216K), 0.0002380 secs]
1.329: [GC 4187K->3290K(8216K), 0.0002290 secs]
1.332: [GC 4186K->3289K(8216K), 0.0002230 secs]
1.335: [GC 4185K->3292K(8216K), 0.0002630 secs]
1.338: [GC 4188K->3291K(8216K), 0.0002360 secs]
1.341: [GC 4187K->3290K(8216K), 0.0002310 secs]
1.344: [GC 4186K->3289K(8216K), 0.0005970 secs]
1.348: [GC 4185K->3292K(8216K), 0.0002500 secs]
1.351: [GC 4188K->3291K(8216K), 0.0002360 secs]
1.354: [GC 4187K->3290K(8216K), 0.0002300 secs]
1.357: [GC 4186K->3290K(8216K), 0.0002480 secs]
1.360: [GC 4186K->3292K(8216K), 0.0002650 secs]
1.364: [GC 4188K->3296K(8216K), 0.0002790 secs]
1.367: [GC 4192K->3293K(8216K), 0.0002580 secs]
1.371: [GC 4189K->3290K(8216K), 0.0002570 secs]
1.377: [GC 4186K->3299K(8216K), 0.0003080 secs]
1.380: [GC 4195K->3296K(8216K), 0.0003160 secs]
1.384: [GC 4192K->3293K(8216K), 0.0002680 secs]
1.388: [GC 4189K->3290K(8216K), 0.0002290 secs]
1.432: [GC 4186K->3299K(8216K), 0.0003240 secs]
1.436: [GC 4195K->3296K(8216K), 0.0002890 secs]
1.439: [GC 4192K->3293K(8216K), 0.0002480 secs]
1.443: [GC 4189K->3290K(8216K), 0.0002400 secs]
1.447: [GC 4186K->3299K(8216K), 0.0003140 secs]
1.450: [GC 4195K->3296K(8216K), 0.0002710 secs]
1.454: [GC 4192K->3293K(8216K), 0.0002520 secs]
1.457: [GC 4189K->3290K(8216K), 0.0002530 secs]
1.461: [GC 4186K->3299K(8216K), 0.0002910 secs]
1.464: [GC 4195K->3296K(8216K), 0.0002910 secs]
1.468: [GC 4192K->3292K(8216K), 0.0002670 secs]
1.472: [GC 4188K->3289K(8216K), 0.0002670 secs]
1.475: [GC 4185K->3298K(8216K), 0.0002910 secs]
1.479: [GC 4194K->3295K(8216K), 0.0002700 secs]
1.482: [GC 4191K->3292K(8216K), 0.0002490 secs]
1.486: [GC 4188K->3289K(8216K), 0.0002460 secs]
1.489: [GC 4185K->3298K(8216K), 0.0002870 secs]
1.493: [GC 4194K->3295K(8216K), 0.0002690 secs]
1.496: [GC 4191K->3292K(8216K), 0.0006350 secs]
1.500: [GC 4188K->3289K(8216K), 0.0002360 secs]
1.503: [GC 4185K->3298K(8216K), 0.0002890 secs]
1.507: [GC 4194K->3295K(8216K), 0.0002630 secs]
1.511: [GC 4191K->3292K(8216K), 0.0002700 secs]
1.514: [GC 4188K->3289K(8216K), 0.0002310 secs]
1.517: [GC 4185K->3298K(8216K), 0.0002900 secs]
1.521: [GC 4194K->3295K(8216K), 0.0002850 secs]
1.525: [GC 4191K->3292K(8216K), 0.0002530 secs]
1.528: [GC 4188K->3289K(8216K), 0.0003060 secs]
1.532: [GC 4185K->3298K(8216K), 0.0003230 secs]
1.536: [GC 4194K->3295K(8216K), 0.0002810 secs]
1.540: [GC 4191K->3292K(8216K), 0.0002430 secs]
1.543: [GC 4188K->3289K(8216K), 0.0002220 secs]
1.547: [GC 4185K->3298K(8216K), 0.0003050 secs]
1.550: [GC 4194K->3295K(8216K), 0.0002700 secs]
1.554: [GC 4191K->3292K(8216K), 0.0002520 secs]
1.558: [GC 4188K->3301K(8216K), 0.0003270 secs]
1.561: [GC 4197K->3298K(8216K), 0.0002890 secs]
1.565: [GC 4194K->3295K(8216K), 0.0002660 secs]
1.568: [GC 4191K->3292K(8216K), 0.0006090 secs]
1.572: [GC 4188K->3301K(8216K), 0.0003250 secs]
1.575: [GC 4197K->3298K(8216K), 0.0002840 secs]
1.579: [GC 4194K->3295K(8216K), 0.0002620 secs]
1.583: [GC 4191K->3292K(8216K), 0.0002710 secs]
1.586: [GC 4188K->3300K(8216K), 0.0003020 secs]
1.590: [GC 4196K->3297K(8216K), 0.0002910 secs]
1.593: [GC 4193K->3294K(8216K), 0.0002850 secs]
1.597: [GC 4190K->3291K(8216K), 0.0002490 secs]
1.600: [GC 4187K->3300K(8216K), 0.0003130 secs]
1.604: [GC 4196K->3297K(8216K), 0.0002830 secs]
1.608: [GC 4193K->3294K(8216K), 0.0002990 secs]
1.611: [GC 4190K->3291K(8216K), 0.0002470 secs]
1.614: [GC 4187K->3300K(8216K), 0.0003020 secs]
1.618: [GC 4196K->3297K(8216K), 0.0002860 secs]
1.622: [GC 4193K->3294K(8216K), 0.0002840 secs]
1.625: [GC 4190K->3291K(8216K), 0.0002460 secs]
1.629: [GC 4187K->3300K(8216K), 0.0003000 secs]
1.632: [GC 4196K->3297K(8216K), 0.0006530 secs]
1.636: [GC 4193K->3294K(8216K), 0.0002820 secs]
1.639: [GC 4190K->3291K(8216K), 0.0002440 secs]
1.643: [GC 4187K->3300K(8216K), 0.0003020 secs]
1.647: [GC 4196K->3297K(8216K), 0.0003000 secs]
1.650: [GC 4193K->3294K(8216K), 0.0002630 secs]
1.654: [GC 4190K->3291K(8216K), 0.0002420 secs]
1.658: [GC 4187K->3300K(8216K), 0.0003140 secs]
1.662: [GC 4196K->3297K(8216K), 0.0002780 secs]
1.665: [GC 4193K->3294K(8216K), 0.0002630 secs]
1.669: [GC 4190K->3291K(8216K), 0.0002560 secs]
1.673: [GC 4187K->3300K(8216K), 0.0002980 secs]
1.676: [GC 4196K->3297K(8216K), 0.0002940 secs]
1.679: [GC 4193K->3294K(8216K), 0.0002590 secs]
1.683: [GC 4190K->3291K(8216K), 0.0002620 secs]
1.687: [GC 4187K->3300K(8216K), 0.0003000 secs]
1.690: [GC 4196K->3297K(8216K), 0.0002820 secs]
1.694: [GC 4193K->3294K(8216K), 0.0002780 secs]
1.697: [GC 4190K->3291K(8216K), 0.0002440 secs]
1.701: [GC 4187K->3300K(8216K), 0.0002990 secs]
1.704: [GC 4196K->3297K(8216K), 0.0006960 secs]
1.708: [GC 4193K->3294K(8216K), 0.0002790 secs]
1.712: [GC 4190K->3290K(8216K), 0.0002370 secs]
1.715: [GC 4186K->3299K(8216K), 0.0002930 secs]
1.719: [GC 4195K->3296K(8216K), 0.0002930 secs]
1.722: [GC 4192K->3293K(8216K), 0.0002550 secs]
1.726: [GC 4189K->3290K(8216K), 0.0002390 secs]
1.729: [GC 4186K->3299K(8216K), 0.0003150 secs]
1.734: [GC 4195K->3296K(8216K), 0.0002910 secs]
1.738: [GC 4192K->3293K(8216K), 0.0002570 secs]
1.742: [GC 4189K->3290K(8216K), 0.0002590 secs]
1.745: [GC 4186K->3299K(8216K), 0.0002960 secs]
1.749: [GC 4195K->3296K(8216K), 0.0002710 secs]
1.752: [GC 4192K->3293K(8216K), 0.0006240 secs]
1.756: [GC 4189K->3290K(8216K), 0.0002620 secs]
1.759: [GC 4186K->3299K(8216K), 0.0002980 secs]
1.763: [GC 4195K->3296K(8216K), 0.0002780 secs]
1.767: [GC 4192K->3293K(8216K), 0.0002800 secs]
1.770: [GC 4189K->3290K(8216K), 0.0002380 secs]
1.774: [GC 4186K->3299K(8216K), 0.0002960 secs]
1.778: [GC 4195K->3296K(8216K), 0.0002970 secs]
1.781: [GC 4192K->3293K(8216K), 0.0002590 secs]
1.785: [GC 4189K->3290K(8216K), 0.0002370 secs]
1.788: [GC 4186K->3299K(8216K), 0.0003100 secs]
1.792: [GC 4195K->3296K(8216K), 0.0003100 secs]
1.795: [GC 4192K->3293K(8216K), 0.0002550 secs]
1.799: [GC 4189K->3290K(8216K), 0.0002310 secs]
1.803: [GC 4186K->3322K(8216K), 0.0004480 secs]
1.807: [GC 4218K->3305K(8216K), 0.0003620 secs]
1.812: [GC 4201K->3289K(8216K), 0.0002290 secs]
1.818: [GC 4185K->3321K(8216K), 0.0004740 secs]
1.823: [GC 4217K->3304K(8216K), 0.0003520 secs]
1.827: [GC 4200K->3336K(8216K), 0.0005390 secs]
1.871: [GC 4232K->3320K(8216K), 0.0004780 secs]
1.876: [GC 4216K->3303K(8216K), 0.0003660 secs]
1.880: [GC 4199K->3335K(8216K), 0.0008020 secs]
1.885: [GC 4231K->3318K(8216K), 0.0004440 secs]
1.889: [GC 4214K->3302K(8216K), 0.0003120 secs]
1.893: [GC 4198K->3334K(8216K), 0.0005380 secs]
1.898: [GC 4230K->3317K(8216K), 0.0004350 secs]
1.902: [GC 4213K->3301K(8216K), 0.0003130 secs]
1.907: [GC 4197K->3333K(8216K), 0.0005160 secs]
1.911: [GC 4229K->3316K(8216K), 0.0004490 secs]
1.916: [GC 4212K->3300K(8216K), 0.0003210 secs]
1.920: [GC 4196K->3332K(8216K), 0.0006640 secs]
1.925: [GC 4228K->3315K(8216K), 0.0004160 secs]
1.929: [GC 4211K->3299K(8216K), 0.0003010 secs]
1.934: [GC 4195K->3331K(8216K), 0.0005020 secs]
1.938: [GC 4227K->3314K(8216K), 0.0004200 secs]
1.943: [GC 4210K->3298K(8216K), 0.0002900 secs]
1.947: [GC 4194K->3330K(8216K), 0.0005010 secs]
1.951: [GC 4226K->3313K(8216K), 0.0004210 secs]
1.956: [GC 4209K->3297K(8216K), 0.0003040 secs]
1.960: [GC 4193K->3329K(8216K), 0.0006380 secs]
1.964: [GC 4225K->3312K(8216K), 0.0007860 secs]
1.969: [GC 4208K->3296K(8216K), 0.0002770 secs]
1.973: [GC 4192K->3328K(8216K), 0.0004920 secs]
1.978: [GC 4224K->3311K(8216K), 0.0003940 secs]
1.982: [GC 4207K->3295K(8216K), 0.0002700 secs]
1.986: [GC 4191K->3327K(8216K), 0.0004750 secs]
1.991: [GC 4223K->3310K(8216K), 0.0003900 secs]
1.995: [GC 4206K->3294K(8216K), 0.0002650 secs]
1.999: [GC 4190K->3326K(8216K), 0.0004760 secs]
2.004: [GC 4222K->3309K(8216K), 0.0003920 secs]
2.008: [GC 4205K->3293K(8216K), 0.0002740 secs]
2.012: [GC 4189K->3324K(8216K), 0.0006190 secs]
2.016: [GC 4220K->3308K(8216K), 0.0004030 secs]
2.023: [GC 4204K->3292K(8216K), 0.0002560 secs]
2.027: [GC 4188K->3323K(8216K), 0.0004710 secs]
2.031: [GC 4219K->3307K(8216K), 0.0003680 secs]
2.036: [GC 4203K->3291K(8216K), 0.0002460 secs]
2.040: [GC 4187K->3322K(8216K), 0.0004640 secs]
2.044: [GC 4218K->3306K(8216K), 0.0007180 secs]
2.049: [GC 4202K->3290K(8216K), 0.0002410 secs]
2.053: [GC 4186K->3321K(8216K), 0.0004440 secs]
2.057: [GC 4217K->3305K(8216K), 0.0003530 secs]
2.061: [GC 4201K->3337K(8216K), 0.0005540 secs]
2.066: [GC 4233K->3320K(8216K), 0.0004320 secs]
2.070: [GC 4216K->3304K(8216K), 0.0003460 secs]
2.075: [GC 4200K->3336K(8216K), 0.0005360 secs]
2.079: [GC 4232K->3319K(8216K), 0.0004260 secs]
2.084: [GC 4215K->3303K(8216K), 0.0003530 secs]
2.088: [GC 4199K->3335K(8216K), 0.0005660 secs]
2.092: [GC 4231K->3318K(8216K), 0.0005650 secs]
2.097: [GC 4214K->3302K(8216K), 0.0003320 secs]
2.101: [GC 4198K->3334K(8216K), 0.0005250 secs]
2.105: [GC 4230K->3317K(8216K), 0.0004180 secs]
2.110: [GC 4213K->3301K(8216K), 0.0003210 secs]
2.114: [GC 4197K->3333K(8216K), 0.0005230 secs]
2.118: [GC 4229K->3316K(8216K), 0.0004020 secs]
2.123: [GC 4212K->3300K(8216K), 0.0003190 secs]
2.127: [GC 4196K->3332K(8216K), 0.0005070 secs]
2.131: [GC 4228K->3315K(8216K), 0.0004020 secs]
2.136: [GC 4211K->3299K(8216K), 0.0003310 secs]
2.140: [GC 4195K->3331K(8216K), 0.0005280 secs]
2.145: [GC 4227K->3314K(8216K), 0.0003930 secs]
2.149: [GC 4210K->3298K(8216K), 0.0002900 secs]
2.153: [GC 4194K->3329K(8216K), 0.0004930 secs]
2.158: [GC 4225K->3313K(8216K), 0.0003920 secs]
2.162: [GC 4209K->3297K(8216K), 0.0002830 secs]
2.166: [GC 4193K->3328K(8216K), 0.0004930 secs]
2.171: [GC 4224K->3312K(8216K), 0.0003820 secs]
2.175: [GC 4208K->3296K(8216K), 0.0002770 secs]
2.179: [GC 4192K->3327K(8216K), 0.0004820 secs]
2.183: [GC 4223K->3311K(8216K), 0.0003760 secs]
2.188: [GC 4207K->3295K(8216K), 0.0002730 secs]
2.192: [GC 4191K->3326K(8216K), 0.0006550 secs]
2.196: [GC 4222K->3310K(8216K), 0.0003670 secs]
2.201: [GC 4206K->3294K(8216K), 0.0002620 secs]
2.205: [GC 4190K->3325K(8216K), 0.0004600 secs]
2.209: [GC 4221K->3309K(8216K), 0.0003610 secs]
2.213: [GC 4205K->3293K(8216K), 0.0002540 secs]
2.218: [GC 4189K->3324K(8216K), 0.0004660 secs]
2.222: [GC 4220K->3308K(8216K), 0.0003550 secs]
2.226: [GC 4204K->3292K(8216K), 0.0002520 secs]
2.231: [GC 4188K->3323K(8216K), 0.0004550 secs]
2.235: [GC 4219K->3307K(8216K), 0.0003540 secs]
2.239: [GC 4203K->3291K(8216K), 0.0002470 secs]
2.243: [GC 4187K->3322K(8216K), 0.0004580 secs]
2.248: [GC 4218K->3306K(8216K), 0.0003610 secs]
2.252: [GC 4202K->3290K(8216K), 0.0002500 secs]
2.256: [GC 4186K->3321K(8216K), 0.0004600 secs]
2.260: [GC 4217K->3305K(8216K), 0.0003390 secs]
2.265: [GC 4201K->3337K(8216K), 0.0005290 secs]
2.269: [GC 4233K->3320K(8216K), 0.0004390 secs]
2.274: [GC 4216K->3304K(8216K), 0.0003310 secs]
2.278: [GC 4200K->3336K(8216K), 0.0005500 secs]
2.282: [GC 4232K->3319K(8216K), 0.0004210 secs]
2.287: [GC 4215K->3303K(8216K), 0.0003260 secs]
2.291: [GC 4199K->3334K(8216K), 0.0005310 secs]
2.295: [GC 4230K->3318K(8216K), 0.0004200 secs]
2.300: [GC 4214K->3302K(8216K), 0.0003340 secs]
2.304: [GC 4198K->3333K(8216K), 0.0005770 secs]
2.308: [GC 4229K->3317K(8216K), 0.0004140 secs]
2.313: [GC 4213K->3301K(8216K), 0.0003160 secs]
2.317: [GC 4197K->3332K(8216K), 0.0005270 secs]
2.321: [GC 4228K->3316K(8216K), 0.0004160 secs]
2.326: [GC 4212K->3395K(8216K), 0.0010490 secs]
2.332: [GC 4291K->3372K(8216K), 0.0005390 secs]
2.336: [GC 4268K->3500K(8216K), 0.0017720 secs]
2.342: [GC 4396K->3540K(8216K), 0.0010810 secs]
2.348: [GC 4436K->3515K(8216K), 0.0004980 secs]
2.395: [GC 4411K->3643K(8216K), 0.0020570 secs]
2.402: [GC 4539K->3681K(8216K), 0.0010920 secs]
2.408: [GC 4577K->3654K(8216K), 0.0005260 secs]
2.412: [GC 4550K->3782K(8216K), 0.0016890 secs]
2.419: [GC 4678K->3818K(8216K), 0.0010570 secs]
2.424: [GC 4714K->3789K(8216K), 0.0004730 secs]
2.428: [GC 4685K->3916K(8216K), 0.0018170 secs]
2.434: [GC 4812K->3950K(8216K), 0.0009570 secs]
2.439: [GC 4846K->3920K(8216K), 0.0004520 secs]
2.444: [GC 4816K->4047K(8216K), 0.0018300 secs]
2.450: [GC 4943K->4079K(8216K), 0.0009950 secs]
2.455: [GC 4975K->4047K(8216K), 0.0004310 secs]
2.459: [GC 4943K->4174K(8216K), 0.0018010 secs]
2.465: [GC 5070K->4204K(8216K), 0.0009160 secs]
2.470: [GC 5100K->4169K(8216K), 0.0004190 secs]
2.475: [GC 5065K->4297K(8216K), 0.0018550 secs]
2.481: [GC 5193K->4325K(8216K), 0.0009200 secs]
2.486: [GC 5221K->4288K(8216K), 0.0004030 secs]
2.490: [GC 5184K->4415K(8216K), 0.0017780 secs]
2.496: [GC 5311K->4441K(8216K), 0.0008750 secs]
2.501: [GC 5337K->4403K(8216K), 0.0004040 secs]
2.506: [GC 5299K->4530K(8216K), 0.0016080 secs]
2.512: [GC 5426K->4554K(8216K), 0.0009340 secs]
2.517: [GC 5450K->4513K(8216K), 0.0003780 secs]
2.521: [GC 5409K->4641K(8216K), 0.0017440 secs]
2.527: [GC 5537K->4663K(8216K), 0.0008400 secs]
2.532: [GC 5559K->4620K(8216K), 0.0004150 secs]
2.536: [GC 5516K->4747K(8216K), 0.0015640 secs]
2.542: [GC 5643K->4767K(8216K), 0.0008480 secs]
2.547: [GC 5663K->4723K(8216K), 0.0003550 secs]
2.551: [GC 5619K->4850K(8216K), 0.0017450 secs]
2.557: [GC 5746K->4868K(8216K), 0.0008340 secs]
2.562: [GC 5764K->4821K(8216K), 0.0003520 secs]
2.567: [GC 5717K->4949K(8216K), 0.0017530 secs]
2.573: [GC 5845K->4964K(8216K), 0.0008160 secs]
2.578: [GC 5860K->4916K(8216K), 0.0003310 secs]
2.582: [GC 5812K->5043K(8216K), 0.0014290 secs]
2.588: [GC 5939K->5057K(8216K), 0.0008200 secs]
2.592: [GC 5953K->5006K(8216K), 0.0003220 secs]
2.597: [GC 5902K->5134K(8216K), 0.0013770 secs]
2.602: [GC 6030K->5145K(8216K), 0.0007930 secs]
2.607: [GC 6041K->5093K(8216K), 0.0003070 secs]
2.612: [GC 5989K->5220K(8216K), 0.0014550 secs]
2.617: [GC 6116K->5230K(8216K), 0.0007570 secs]
2.622: [GC 6126K->5175K(8216K), 0.0002990 secs]
2.627: [GC 6071K->5302K(8216K), 0.0013440 secs]
2.632: [GC 6198K->5310K(8216K), 0.0007680 secs]
2.637: [GC 6206K->5253K(8216K), 0.0002830 secs]
2.641: [GC 6149K->5381K(8216K), 0.0014180 secs]
2.647: [GC 6277K->5387K(8216K), 0.0007150 secs]
2.652: [GC 6283K->5328K(8216K), 0.0002730 secs]
2.656: [GC 6224K->5455K(8216K), 0.0013460 secs]
2.662: [GC 6351K->5459K(8216K), 0.0007190 secs]
2.666: [GC 6355K->5398K(8216K), 0.0002550 secs]
2.671: [GC 6294K->5526K(8216K), 0.0013370 secs]
2.676: [GC 6422K->5527K(8216K), 0.0007010 secs]
2.681: [GC 6423K->5465K(8216K), 0.0002440 secs]
2.685: [GC 6361K->5592K(8216K), 0.0012690 secs]
2.691: [GC 6488K->5592K(8216K), 0.0006860 secs]
2.695: [GC 6488K->5719K(8216K), 0.0019900 secs]
2.702: [GC 6615K->5781K(8216K), 0.0013030 secs]
2.707: [GC 6677K->5779K(8216K), 0.0006850 secs]
2.712: [GC 6675K->5907K(8216K), 0.0020730 secs]
2.718: [GC 6803K->5967K(8216K), 0.0012230 secs]
2.724: [GC 6863K->5963K(8216K), 0.0006960 secs]
2.728: [GC 6859K->6090K(8216K), 0.0019120 secs]
2.735: [GC 6986K->6148K(8216K), 0.0013070 secs]
2.740: [GC 7044K->6142K(8216K), 0.0006290 secs]
2.745: [GC 7038K->6270K(8216K), 0.0019700 secs]
2.751: [GC 7166K->6326K(8216K), 0.0012020 secs]
2.757: [GC 7222K->6318K(8216K), 0.0006290 secs]
2.761: [GC 7214K->6445K(8216K), 0.0018690 secs]
2.767: [GC 7341K->6499K(8216K), 0.0014220 secs]
2.773: [GC 7395K->6489K(8216K), 0.0005990 secs]
2.777: [GC 7385K->6616K(8216K), 0.0019730 secs]
2.784: [GC 7512K->6669K(8216K), 0.0011620 secs]
2.789: [GC 7565K->6657K(8216K), 0.0006020 secs]
2.793: [GC 7553K->6784K(8216K), 0.0018590 secs]
2.800: [GC 7680K->6834K(8216K), 0.0013540 secs]
2.805: [GC 7730K->6820K(8216K), 0.0005700 secs]
2.810: [GC 7716K->6947K(8216K), 0.0019480 secs]
2.816: [GC 7843K->6996K(8216K), 0.0011330 secs]
2.821: [GC 7892K->6979K(8216K), 0.0005660 secs]
2.826: [GC 7875K->7107K(8216K), 0.0018240 secs]
2.832: [GC 8003K->7153K(8216K), 0.0012920 secs]
2.837: [GC 8049K->7135K(8216K), 0.0005410 secs]
2.842: [GC 8031K->7262K(8216K), 0.0018950 secs]
2.848: [GC 8158K->7306K(8216K), 0.0010960 secs]
2.853: [GC 8202K->7286K(8216K), 0.0005540 secs]
2.858: [GC 8182K->7413K(8344K), 0.0020510 secs]
2.860: [Full GC 7413K->3460K(8344K), 0.0467160 secs]
2.911: [GC 4356K->3587K(8216K), 0.0013100 secs]
2.916: [GC 4483K->3586K(8216K), 0.0006810 secs]
2.921: [GC 4482K->3713K(8216K), 0.0018640 secs]
2.927: [GC 4609K->3753K(8216K), 0.0010380 secs]
2.932: [GC 4649K->3729K(8216K), 0.0005000 secs]
2.938: [GC 4625K->3856K(8216K), 0.0017300 secs]
2.944: [GC 4752K->3895K(8216K), 0.0010860 secs]
2.949: [GC 4791K->3868K(8216K), 0.0004700 secs]
2.954: [GC 4764K->3996K(8216K), 0.0018150 secs]
2.960: [GC 4892K->4032K(8216K), 0.0010160 secs]
2.965: [GC 4928K->4003K(8216K), 0.0004720 secs]
2.970: [GC 4899K->4131K(8216K), 0.0016530 secs]
2.976: [GC 5027K->4165K(8216K), 0.0010760 secs]
2.981: [GC 5061K->4135K(8216K), 0.0004450 secs]
2.985: [GC 5031K->4262K(8216K), 0.0018240 secs]
2.992: [GC 5158K->4293K(8216K), 0.0009770 secs]
2.997: [GC 5189K->4452K(8216K), 0.0024020 secs]
3.006: [GC 5348K->4739K(8216K), 0.0041030 secs]
3.014: [GC 5635K->5152K(8216K), 0.0054960 secs]
3.073: [GC 6048K->5693K(8216K), 0.0073110 secs]
3.084: [GC 6589K->6360K(8216K), 0.0091700 secs]
3.098: [GC 7256K->6388K(8216K), 0.0008940 secs]
3.103: [GC 7284K->6542K(8216K), 0.0024130 secs]
3.110: [GC 7438K->6824K(8216K), 0.0039450 secs]
3.118: [GC 7720K->7232K(8216K), 0.0055460 secs]
3.155: [GC 8128K->7769K(8728K), 0.0081330 secs]
3.164: [Full GC 7769K->3776K(8728K), 0.0704620 secs]
3.238: [GC 4672K->4671K(8216K), 0.0109840 secs]
3.254: [GC 5567K->4723K(8216K), 0.0010770 secs]
3.259: [GC 5619K->4873K(8216K), 0.0023640 secs]
3.266: [GC 5769K->5150K(8216K), 0.0038270 secs]
3.274: [GC 6046K->5555K(8216K), 0.0055060 secs]
3.283: [GC 6451K->6086K(8216K), 0.0073250 secs]
3.295: [GC 6982K->6745K(8216K), 0.0088000 secs]
3.309: [GC 7641K->6763K(8216K), 0.0008290 secs]
3.313: [GC 7659K->6909K(8216K), 0.0023230 secs]
3.320: [GC 7805K->7181K(8216K), 0.0038690 secs]
3.328: [GC 8077K->7581K(8600K), 0.0061030 secs]
3.334: [Full GC 7581K->3639K(8600K), 0.0499750 secs]
3.388: [GC 4535K->4535K(8216K), 0.0111530 secs]
3.403: [GC 5431K->5214K(8216K), 0.0092740 secs]
3.417: [GC 6110K->5227K(8216K), 0.0008020 secs]
3.422: [GC 6123K->5368K(8216K), 0.0023550 secs]
3.429: [GC 6264K->5636K(8216K), 0.0037270 secs]
3.436: [GC 6532K->6032K(8216K), 0.0054090 secs]
3.446: [GC 6928K->6554K(8216K), 0.0072380 secs]
3.457: [GC 7450K->7204K(8216K), 0.0088440 secs]
3.471: [GC 8100K->7213K(8216K), 0.0007590 secs]
3.476: [GC 8109K->7349K(8344K), 0.0024080 secs]
3.478: [Full GC 7349K->3376K(8344K), 0.0474770 secs]
3.530: [GC 4272K->4271K(8216K), 0.0122140 secs]
3.546: [GC 5167K->4696K(8216K), 0.0054940 secs]
3.556: [GC 5592K->5214K(8216K), 0.0070470 secs]
3.567: [GC 6110K->5859K(8216K), 0.0090970 secs]
3.581: [GC 6755K->5863K(8216K), 0.0007110 secs]
3.586: [GC 6759K->5995K(8216K), 0.0021950 secs]
3.592: [GC 6891K->6254K(8216K), 0.0035770 secs]
3.600: [GC 7150K->6640K(8216K), 0.0052640 secs]
3.609: [GC 7536K->7154K(8216K), 0.0071910 secs]
3.620: [GC 8050K->7795K(8728K), 0.0092770 secs]
3.630: [Full GC 7795K->3880K(8728K), 0.0528080 secs]
3.688: [GC 4776K->4008K(8216K), 0.0012840 secs]
3.694: [GC 4904K->4162K(8216K), 0.0022110 secs]
3.700: [GC 5058K->4416K(8216K), 0.0034530 secs]
3.708: [GC 5312K->4798K(8216K), 0.0056070 secs]
3.717: [GC 5694K->5307K(8216K), 0.0067100 secs]
3.728: [GC 6203K->5943K(8216K), 0.0086740 secs]
3.742: [GC 6839K->5939K(8216K), 0.0006360 secs]
3.747: [GC 6835K->6066K(8216K), 0.0024040 secs]
3.753: [GC 6962K->6316K(8216K), 0.0035540 secs]
3.761: [GC 7212K->6693K(8216K), 0.0051610 secs]
3.770: [GC 7589K->7198K(8216K), 0.0066740 secs]
3.781: [GC 8094K->7829K(8728K), 0.0092940 secs]
3.790: [Full GC 7829K->3871K(8728K), 0.0532320 secs]
3.849: [GC 4767K->3998K(8216K), 0.0012760 secs]
3.854: [GC 4894K->4150K(8216K), 0.0021880 secs]
3.860: [GC 5046K->4395K(8216K), 0.0033490 secs]
3.868: [GC 5291K->4768K(8216K), 0.0051520 secs]
3.877: [GC 5664K->5268K(8216K), 0.0066820 secs]
3.888: [GC 6164K->5895K(8216K), 0.0083940 secs]
3.901: [GC 6791K->5881K(8216K), 0.0005720 secs]
3.906: [GC 6777K->6009K(8216K), 0.0019010 secs]
3.912: [GC 6905K->6249K(8216K), 0.0033640 secs]
3.920: [GC 7145K->6618K(8216K), 0.0052060 secs]
3.929: [GC 7514K->7113K(8216K), 0.0068140 secs]
3.940: [GC 8009K->7736K(8728K), 0.0094550 secs]
3.950: [Full GC 7736K->3862K(8728K), 0.0535880 secs]
4.009: [GC 4758K->3989K(8216K), 0.0012330 secs]
4.014: [GC 4885K->4129K(8216K), 0.0020470 secs]
4.020: [GC 5025K->4365K(8216K), 0.0032650 secs]
4.028: [GC 5261K->4729K(8216K), 0.0050920 secs]
4.037: [GC 5625K->5220K(8216K), 0.0064130 secs]
4.047: [GC 6116K->5838K(8216K), 0.0083620 secs]
4.061: [GC 6734K->5815K(8216K), 0.0005140 secs]
4.065: [GC 6711K->5942K(8216K), 0.0018490 secs]
4.071: [GC 6838K->6174K(8216K), 0.0033250 secs]
4.079: [GC 7070K->6533K(8216K), 0.0049030 secs]
4.088: [GC 7429K->7020K(8216K), 0.0065030 secs]
4.099: [GC 7916K->7633K(8600K), 0.0091220 secs]
4.109: [Full GC 7633K->3853K(8600K), 0.0531740 secs]
4.167: [GC 4749K->3980K(8216K), 0.0012520 secs]
4.172: [GC 4876K->4120K(8216K), 0.0020400 secs]
4.178: [GC 5016K->4347K(8216K), 0.0032470 secs]
4.186: [GC 5243K->4702K(8216K), 0.0048050 secs]
4.195: [GC 5598K->5183K(8216K), 0.0064620 secs]
4.205: [GC 6079K->5792K(8216K), 0.0084610 secs]
4.218: [GC 6688K->5761K(8216K), 0.0004500 secs]
4.223: [GC 6657K->5888K(8216K), 0.0017760 secs]
4.229: [GC 6784K->6111K(8216K), 0.0030470 secs]
4.236: [GC 7007K->6461K(8216K), 0.0048550 secs]
4.245: [GC 7357K->6938K(8216K), 0.0064080 secs]
4.255: [GC 7834K->7543K(8472K), 0.0083980 secs]
4.264: [Full GC 7543K->3844K(8472K), 0.0522090 secs]
4.321: [GC 4740K->3971K(8216K), 0.0012240 secs]
4.326: [GC 4867K->4099K(8216K), 0.0020000 secs]
4.333: [GC 4995K->4317K(8216K), 0.0029570 secs]
4.340: [GC 5213K->4662K(8216K), 0.0047790 secs]
4.348: [GC 5558K->5135K(8216K), 0.0065770 secs]
4.359: [GC 6031K->5735K(8216K), 0.0081270 secs]
4.372: [GC 6631K->5694K(8216K), 0.0003960 secs]
4.376: [GC 6590K->5822K(8216K), 0.0016690 secs]
4.382: [GC 6718K->6036K(8216K), 0.0030090 secs]
4.389: [GC 6932K->6377K(8216K), 0.0049530 secs]
4.399: [GC 7273K->6845K(8216K), 0.0067210 secs]
4.410: [GC 7741K->7440K(8344K), 0.0089560 secs]
4.419: [Full GC 7440K->3835K(8344K), 0.0522320 secs]
4.476: [GC 4731K->3962K(8216K), 0.0012240 secs]
4.482: [GC 4858K->4090K(8216K), 0.0019410 secs]
4.488: [GC 4986K->4299K(8216K), 0.0030340 secs]
4.495: [GC 5195K->4635K(8216K), 0.0046740 secs]
4.504: [GC 5531K->5099K(8216K), 0.0061560 secs]
4.514: [GC 5995K->5690K(8216K), 0.0080410 secs]
4.527: [GC 6586K->5640K(8216K), 0.0003330 secs]
4.532: [GC 6536K->5767K(8216K), 0.0014200 secs]
4.536: [GC 6663K->6662K(8216K), 0.0126910 secs]
4.553: [GC 7558K->7557K(8472K), 0.0133810 secs]
4.566: [Full GC 7557K->5107K(8472K), 0.1040770 secs]
4.674: [GC 6067K->6066K(9540K), 0.0121650 secs]
4.693: [GC 7026K->7025K(9540K), 0.0120280 secs]
4.708: [GC 7985K->7985K(9540K), 0.0126550 secs]
4.724: [GC 8945K->8944K(9924K), 0.0136370 secs]
4.738: [Full GC 8944K->5872K(9924K), 0.0784270 secs]
4.823: [GC 6896K->6895K(10940K), 0.0129330 secs]
4.840: [GC 7919K->7918K(10940K), 0.0136540 secs]
4.857: [GC 8942K->8941K(10940K), 0.0135460 secs]
4.877: [GC 9965K->9965K(11068K), 0.0146060 secs]
4.892: [Full GC 9965K->3821K(11068K), 0.0844310 secs]
4.980: [GC 4845K->4844K(10940K), 0.0125150 secs]
4.996: [GC 5868K->5867K(10940K), 0.0135130 secs]
5.016: [GC 6891K->6890K(10940K), 0.0133660 secs]
5.033: [GC 7914K->7914K(10940K), 0.0134960 secs]
5.050: [GC 8938K->8937K(10940K), 0.0133080 secs]
5.078: [GC 9961K->9960K(11068K), 0.0139820 secs]
5.093: [Full GC 9960K->3816K(11068K), 0.1090040 secs]
5.208: [GC 4840K->4839K(10940K), 0.0125940 secs]
5.224: [GC 5863K->5862K(10940K), 0.0134370 secs]
5.244: [GC 6886K->6886K(10940K), 0.0135370 secs]
5.261: [GC 7910K->7909K(10940K), 0.0129590 secs]
5.278: [GC 8933K->8932K(10940K), 0.0131350 secs]
5.298: [GC 9956K->9955K(11068K), 0.0132790 secs]
5.312: [Full GC 9955K->3811K(11068K), 0.0841980 secs]
5.399: [GC 4835K->4835K(10940K), 0.0124540 secs]
5.415: [GC 5859K->5858K(10940K), 0.0134710 secs]
5.435: [GC 6882K->6881K(10940K), 0.0135080 secs]
5.452: [GC 7905K->7904K(10940K), 0.0132700 secs]
5.469: [GC 8928K->8927K(10940K), 0.0133880 secs]
5.489: [GC 9951K->9951K(11068K), 0.0134700 secs]
5.503: [Full GC 9951K->3807K(11068K), 0.0830650 secs]
5.589: [GC 4831K->4830K(10940K), 0.0131340 secs]
5.606: [GC 5854K->5853K(10940K), 0.0141350 secs]
5.627: [GC 6877K->6876K(10940K), 0.0134900 secs]
5.644: [GC 7900K->7899K(10940K), 0.0129010 secs]
5.661: [GC 8923K->8923K(10940K), 0.0132700 secs]
5.682: [GC 9947K->9946K(11068K), 0.0132890 secs]
5.695: [Full GC 9946K->3802K(11068K), 0.0826090 secs]
5.781: [GC 4826K->4825K(10940K), 0.0124400 secs]
5.797: [GC 5849K->5848K(10940K), 0.0133510 secs]
5.817: [GC 6872K->6872K(10940K), 0.0133780 secs]
5.834: [GC 7896K->7895K(10940K), 0.0132520 secs]
5.851: [GC 8919K->8918K(10940K), 0.0130030 secs]
5.871: [GC 9942K->9941K(11068K), 0.0133890 secs]
5.885: [Full GC 9941K->3797K(11068K), 0.0837060 secs]
5.972: [GC 4821K->4820K(10940K), 0.0132450 secs]
5.989: [GC 5844K->5844K(10940K), 0.0134630 secs]
6.009: [GC 6868K->6867K(10940K), 0.0133590 secs]
6.026: [GC 7891K->7890K(10940K), 0.0134260 secs]
6.042: [GC 8914K->8913K(10940K), 0.0131340 secs]
6.063: [GC 9937K->9937K(11068K), 0.0131620 secs]
6.076: [Full GC 9937K->3793K(11068K), 0.0833940 secs]
6.163: [GC 4817K->4816K(10940K), 0.0125610 secs]
6.179: [GC 5840K->5839K(10940K), 0.0137090 secs]
6.199: [GC 6863K->6862K(10940K), 0.0134430 secs]
6.216: [GC 7886K->7885K(10940K), 0.0132640 secs]
6.233: [GC 8909K->8909K(10940K), 0.0130170 secs]
6.253: [GC 9933K->9932K(11068K), 0.0133560 secs]
6.267: [Full GC 9932K->3788K(11068K), 0.0825290 secs]
6.352: [GC 4812K->4811K(10940K), 0.0125270 secs]
6.368: [GC 5835K->5834K(10940K), 0.0133990 secs]
6.389: [GC 6858K->6858K(10940K), 0.0142480 secs]
6.407: [GC 7882K->7881K(10940K), 0.0140340 secs]
6.424: [GC 8905K->8904K(10940K), 0.0132650 secs]
6.444: [GC 9928K->9927K(11068K), 0.0132450 secs]
6.458: [Full GC 9927K->3783K(11068K), 0.0824700 secs]
6.544: [GC 4807K->4806K(10940K), 0.0133960 secs]
6.560: [GC 5830K->5830K(10940K), 0.0133880 secs]
6.581: [GC 6854K->6853K(10940K), 0.0134160 secs]
6.598: [GC 7877K->7876K(10940K), 0.0133120 secs]
6.614: [GC 8900K->8899K(10940K), 0.0133540 secs]
6.635: [GC 9923K->9922K(11068K), 0.0131460 secs]
6.648: [Full GC 9922K->3778K(11068K), 0.0827070 secs]
6.735: [GC 4802K->4802K(10940K), 0.0125370 secs]
6.750: [GC 5826K->5825K(10940K), 0.0134920 secs]
6.771: [GC 6849K->6848K(10940K), 0.0134430 secs]
6.788: [GC 7872K->7871K(10940K), 0.0134260 secs]
6.804: [GC 8895K->8895K(10940K), 0.0133890 secs]
6.825: [GC 9919K->9918K(11068K), 0.0135370 secs]
6.838: [Full GC 9918K->3774K(11068K), 0.0823660 secs]
6.924: [GC 4798K->4797K(10940K), 0.0124620 secs]
6.940: [GC 5821K->5820K(10940K), 0.0134250 secs]
6.960: [GC 6844K->6843K(10940K), 0.0133420 secs]
6.977: [GC 7867K->7867K(10940K), 0.0133100 secs]
6.993: [GC 8891K->8890K(10940K), 0.0135470 secs]
7.014: [GC 9914K->9913K(10940K), 0.0134050 secs]
7.028: [Full GC 9913K->3769K(10940K), 0.0863770 secs]
7.130: [GC 4793K->4792K(10940K), 0.0126750 secs]
7.146: [GC 5816K->5816K(10940K), 0.0131020 secs]
7.167: [GC 6840K->6839K(10940K), 0.0140720 secs]
7.185: [GC 7863K->7862K(10940K), 0.0132210 secs]
7.202: [GC 8886K->8885K(10940K), 0.0170600 secs]
7.250: [GC 9909K->9908K(10940K), 0.0134100 secs]
7.264: [Full GC 9908K->3764K(10940K), 0.0825670 secs]
7.350: [GC 4788K->4788K(10940K), 0.0126500 secs]
7.366: [GC 5812K->5811K(10940K), 0.0133940 secs]
7.386: [GC 6835K->6834K(10940K), 0.0135960 secs]
7.403: [GC 7858K->7857K(10940K), 0.0135940 secs]
7.420: [GC 8881K->8880K(10940K), 0.0131700 secs]
7.440: [GC 9904K->9904K(10940K), 0.0133050 secs]
7.457: [GC 10928K->10927K(11964K), 0.0149480 secs]
7.472: [Full GC 10927K->4783K(11964K), 0.0945830 secs]
7.570: [GC 5807K->5806K(10940K), 0.0127710 secs]
7.590: [GC 6830K->6829K(10940K), 0.0135080 secs]
7.607: [GC 7853K->7853K(10940K), 0.0138000 secs]
7.624: [GC 8877K->8876K(10940K), 0.0138010 secs]
7.645: [GC 9900K->9899K(10940K), 0.0136120 secs]
7.662: [GC 10923K->10922K(11964K), 0.0149280 secs]
7.677: [Full GC 10922K->4778K(11964K), 0.0962310 secs]
7.777: [GC 5802K->5801K(10940K), 0.0127660 secs]</pre>
