From sitnikov.vladimir at gmail.com Wed Mar 5 05:25:33 2014 From: sitnikov.vladimir at gmail.com (Vladimir Sitnikov) Date: Wed, 5 Mar 2014 17:25:33 +0400 Subject: Error in TraceCPUTime in gc log Message-ID: Hello, I've installed java 1.7.0_51 to my Synology NAS (ds413j) and it turns out gc log shows Error in TraceCPUTime. Can you please clarify why Error in TraceCPUTime happens and what is the way to eliminate it? The error appear from time to time, and typically gc log prints meaningful times (user, sys, real) Relevant startup arguments are: -Xms20m -Xmx384m -Xloggc:/.../gc.log -XX:+PrintGCDetails -XX:+PrintGCDateStamps Here's extract from gc log: 2014-03-05T09:03:31.739+0000: 67.290: [GC2014-03-05T09:03:31.740+0000: 67.290: [DefNew: 5760K->639K(6400K), 0.0391810 secs] 12413K->8398K(20096K), 0.0395380 secs] [Times: user=0.04 sys=0.00, real=0.04 secs] 2014-03-05T09:03:33.971+0000: 69.521: [GC2014-03-05T09:03:33.971+0000: 69.521: [DefNew: 6399K->639K(6400K), 0.0483430 secs] 14158K->10024K(20096K), 0.0486930 secs][Error in TraceCPUTime] 2014-03-05T09:03:36.220+0000: 71.770: [GC2014-03-05T09:03:36.220+0000: 71.770: [DefNew: 6399K->639K(6400K), 0.0434850 secs] 15784K->11383K(20096K), 0.0438150 secs][Error in TraceCPUTime] 2014-03-05T09:03:38.709+0000: 74.259: [GC2014-03-05T09:03:38.709+0000: 74.259: [DefNew: 6399K->639K(6400K), 0.0485340 secs] 17143K->12902K(20096K), 0.0488690 secs][Error in TraceCPUTime] 2014-03-05T09:03:41.089+0000: 76.639: [GC2014-03-05T09:03:41.089+0000: 76.640: [DefNew: 4619K->475K(6400K), 0.0295340 secs] 16882K->13280K(20096K), 0.0298930 secs][Error in TraceCPUTime] 2014-03-05T09:03:41.147+0000: 76.698: [GC2014-03-05T09:03:41.147+0000: 76.698: [DefNew: 4871K->8K(6400K), 0.0260880 secs]2014-03-05T09:03:41.173+0000: 76.724: [Tenured: 17299K->9531K(18056K), 0.3326210 secs] 17676K->9531K(24456K), [Perm : 15271K->15271K(15360K)], 0.3594560 secs][Error in TraceCPUTime] 2014-03-05T09:03:42.129+0000: 77.679: [GC2014-03-05T09:03:42.129+0000: 77.679: [DefNew: 6653K->677K(7424K), 0.0307960 secs] 16184K->12512K(23312K), 0.0311450 secs][Error in TraceCPUTime] 2014-03-05T09:03:42.725+0000: 78.276: [GC2014-03-05T09:03:42.725+0000: 78.276: [DefNew: 5128K->768K(7424K), 0.0334390 secs] 16963K->15077K(23312K), 0.0337950 secs][Error in TraceCPUTime] 2014-03-05T09:03:43.519+0000: 79.069: [GC2014-03-05T09:03:43.519+0000: 79.069: [DefNew: 7424K->590K(7424K), 0.0361830 secs]2014-03-05T09:03:43.555+0000: 79.106: [Tenured: 18740K->19055K(19712K), 0.3247280 secs] 21733K->19055K(27136K), [Perm : 15581K->15581K(15616K)], 0.3616160 secs][Error in TraceCPUTime] Here are the versions being used: DiskStation> uname -a Linux DiskStation 2.6.32.12 #3827 Tue Feb 11 19:48:33 CST 2014 armv5tel GNU/Linux DiskStation> java -version java version "1.7.0_51" Java(TM) SE Embedded Runtime Environment (build 1.7.0_51-b13, headless) Java HotSpot(TM) Embedded Client VM (build 24.51-b03, mixed mode) -- Regards, Vladimir Sitnikov -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140305/b2a1fd9c/attachment.html From jon.masamitsu at oracle.com Wed Mar 5 08:53:17 2014 From: jon.masamitsu at oracle.com (Jon Masamitsu) Date: Wed, 05 Mar 2014 08:53:17 -0800 Subject: Error in TraceCPUTime in gc log In-Reply-To: References: Message-ID: <5317567D.8050506@oracle.com> That message indicates that the call to times(2) returned a -1 instead of the values for the current time. The linux times(2) man page I'm reading says that it can happen when the return value wraps. > BUGS > A limitation of the Linux system call conventions on some > architectures > (notably i386) means that on Linux 2.6 there is a small time > window (41 > seconds) soon after boot when times() can return -1, falsely > indicating > that an error occurred. The same problem can occur when the > return > value wraps passed the maximum value that can be stored in clock_t. Does that sound like what could be happening? Jon On 3/5/2014 5:25 AM, Vladimir Sitnikov wrote: > Hello, > > I've installed java 1.7.0_51 to my Synology NAS (ds413j) and it turns > out gc log shows Error in TraceCPUTime. > > Can you please clarify why Error in TraceCPUTime happens and what is > the way to eliminate it? > The error appear from time to time, and typically gc log prints > meaningful times (user, sys, real) > > Relevant startup arguments are: -Xms20m -Xmx384m -Xloggc:/.../gc.log > -XX:+PrintGCDetails -XX:+PrintGCDateStamps > > Here's extract from gc log: > > 2014-03-05T09:03:31.739+0000: 67.290: [GC2014-03-05T09:03:31.740+0000: > 67.290: [DefNew: 5760K->639K(6400K), 0.0391810 secs] > 12413K->8398K(20096K), 0.0395380 secs] [Times: user=0.04 sys=0.00, > real=0.04 secs] > 2014-03-05T09:03:33.971+0000: 69.521: [GC2014-03-05T09:03:33.971+0000: > 69.521: [DefNew: 6399K->639K(6400K), 0.0483430 secs] > 14158K->10024K(20096K), 0.0486930 secs][Error in TraceCPUTime] > 2014-03-05T09:03:36.220+0000: 71.770: [GC2014-03-05T09:03:36.220+0000: > 71.770: [DefNew: 6399K->639K(6400K), 0.0434850 secs] > 15784K->11383K(20096K), 0.0438150 secs][Error in TraceCPUTime] > 2014-03-05T09:03:38.709+0000: 74.259: [GC2014-03-05T09:03:38.709+0000: > 74.259: [DefNew: 6399K->639K(6400K), 0.0485340 secs] > 17143K->12902K(20096K), 0.0488690 secs][Error in TraceCPUTime] > 2014-03-05T09:03:41.089+0000: 76.639: [GC2014-03-05T09:03:41.089+0000: > 76.640: [DefNew: 4619K->475K(6400K), 0.0295340 secs] > 16882K->13280K(20096K), 0.0298930 secs][Error in TraceCPUTime] > 2014-03-05T09:03:41.147+0000: 76.698: [GC2014-03-05T09:03:41.147+0000: > 76.698: [DefNew: 4871K->8K(6400K), 0.0260880 > secs]2014-03-05T09:03:41.173+0000: 76.724: [Tenured: > 17299K->9531K(18056K), 0.3326210 secs] 17676K->9531K(24456K), [Perm : > 15271K->15271K(15360K)], 0.3594560 secs][Error in TraceCPUTime] > 2014-03-05T09:03:42.129+0000: 77.679: [GC2014-03-05T09:03:42.129+0000: > 77.679: [DefNew: 6653K->677K(7424K), 0.0307960 secs] > 16184K->12512K(23312K), 0.0311450 secs][Error in TraceCPUTime] > 2014-03-05T09:03:42.725+0000: 78.276: [GC2014-03-05T09:03:42.725+0000: > 78.276: [DefNew: 5128K->768K(7424K), 0.0334390 secs] > 16963K->15077K(23312K), 0.0337950 secs][Error in TraceCPUTime] > 2014-03-05T09:03:43.519+0000: 79.069: [GC2014-03-05T09:03:43.519+0000: > 79.069: [DefNew: 7424K->590K(7424K), 0.0361830 > secs]2014-03-05T09:03:43.555+0000: 79.106: [Tenured: > 18740K->19055K(19712K), 0.3247280 secs] 21733K->19055K(27136K), [Perm > : 15581K->15581K(15616K)], 0.3616160 secs][Error in TraceCPUTime] > > Here are the versions being used: > > DiskStation> uname -a > > Linux DiskStation 2.6.32.12 #3827 Tue Feb 11 19:48:33 CST 2014 > armv5tel GNU/Linux > > DiskStation> java -version > java version "1.7.0_51" > Java(TM) SE Embedded Runtime Environment (build 1.7.0_51-b13, headless) > Java HotSpot(TM) Embedded Client VM (build 24.51-b03, mixed mode) > > -- > Regards, > Vladimir Sitnikov > > > _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140305/82ca8a7b/attachment.html From sitnikov.vladimir at gmail.com Wed Mar 5 09:31:26 2014 From: sitnikov.vladimir at gmail.com (Vladimir Sitnikov) Date: Wed, 5 Mar 2014 21:31:26 +0400 Subject: Error in TraceCPUTime in gc log In-Reply-To: <5317567D.8050506@oracle.com> References: <5317567D.8050506@oracle.com> Message-ID: Yes, that sounds plausible. It was indeed system start and errors appear only in seconds 69.521...107.760 (38.239 sec timeframe) Thank you for the explanation. -- Vladimir -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140305/4aeca83b/attachment.html From yu.zhang at oracle.com Wed Mar 5 10:34:29 2014 From: yu.zhang at oracle.com (YU ZHANG) Date: Wed, 05 Mar 2014 10:34:29 -0800 Subject: AW: G1 GC - pauses much larger than target In-Reply-To: References: <46FF8393B58AD84D95E444264805D98FBDE16A40@edata01.mgm-edv.de> <46FF8393B58AD84D95E444264805D98FBDE16C3F@edata01.mgm-edv.de> <46FF8393B58AD84D95E444264805D98FBDE17F74@edata01.mgm-edv.de> Message-ID: <53176E35.2090607@oracle.com> Kirti, Sorry for the late response. I think there is a bug in gc log reporting the gc pause time(marked in read in the following log). There was a bug filed https://bugs.openjdk.java.net/browse/JDK-7178365 Basically the time is just parallel gc time, not the whole young gc pause time. After parallel phase, there are some sequential operations(marked in green in the gc logs). Though each step does not take a long time, but gc threads could be swapped out during these operations. One question I have, is why system cpu is 0? Maybe Linux does not use much cpu when swapping? 2014-02-20T02:15:42.580+0000: 14840.246: Application time: 8.5619840 seconds 2014-02-20T02:15:42.581+0000: 14840.247: [GC pause (young) Desired survivor size 83886080 bytes, new threshold 15 (max 15) - age 1: 2511184 bytes, 2511184 total - age 2: 1672024 bytes, 4183208 total - age 3: 1733824 bytes, 5917032 total - age 4: 1663920 bytes, 7580952 total - age 5: 1719944 bytes, 9300896 total - age 6: 1641904 bytes, 10942800 total - age 7: 1796976 bytes, 12739776 total - age 8: 1706344 bytes, 14446120 total - age 9: 1722920 bytes, 16169040 total - age 10: 1729176 bytes, 17898216 total - age 11: 1500056 bytes, 19398272 total - age 12: 1486520 bytes, 20884792 total - age 13: 1618272 bytes, 22503064 total - age 14: 1492840 bytes, 23995904 total - age 15: 1486920 bytes, 25482824 total 14840.247: [G1Ergonomics (CSet Construction) start choosing CSet, _pending_cards: 12196, predicted base time: 7.85 ms, remaining time: 17.15 ms, target pause time: 25.00 ms] 14840.247: [G1Ergonomics (CSet Construction) add young regions to CSet, eden: 146 regions, survivors: 7 regions, predicted young region time: 8.76 ms] 14840.247: [G1Ergonomics (CSet Construction) finish choosing CSet, eden: 146 regions, survivors: 7 regions, old: 0 regions, predicted pause time: 16.60 ms, target pause time: 25.00 ms] , 0.0247660 secs] [Parallel Time: 23.2 ms, GC Workers: 9] [GC Worker Start (ms): Min: 14840247.4, Avg: 14840247.6, Max: 14840247.8, Diff: 0.4] [Ext Root Scanning (ms): Min: 3.5, Avg: 4.1, Max: 5.4, Diff: 1.9, Sum: 37.2] [Update RS (ms): Min: 1.1, Avg: 2.2, Max: 2.8, Diff: 1.7, Sum: 19.8] [Processed Buffers: Min: 5, Avg: 9.4, Max: 15, Diff: 10, Sum: 85] [Scan RS (ms): Min: 0.0, Avg: 0.1, Max: 0.1, Diff: 0.1, Sum: 0.7] [Object Copy (ms): Min: 15.8, Avg: 16.0, Max: 16.2, Diff: 0.4, Sum: 144.2] [Termination (ms): Min: 0.0, Avg: 0.0, Max: 0.0, Diff: 0.0, Sum: 0.0] [GC Worker Other (ms): Min: 0.0, Avg: 0.1, Max: 0.2, Diff: 0.2, Sum: 0.8] [GC Worker Total (ms): Min: 22.3, Avg: 22.5, Max: 22.7, Diff: 0.4, Sum: 202.7] [GC Worker End (ms): Min: 14840270.1, Avg: 14840270.1, Max: 14840270.2, Diff: 0.2] [Code Root Fixup: 0.0 ms] [Clear CT: 0.4 ms] [Other: 1.1 ms] [Choose CSet: 0.1 ms] [Ref Proc: 0.4 ms] [Ref Enq: 0.0 ms] [Free CSet: 0.3 ms] [Eden: 1168.0M(1168.0M)->0.0B(1160.0M) Survivors: 56.0M->64.0M Heap: 1718.4M(2048.0M)->563.4M(2048.0M)] [Times: user=0.21 sys=0.00, real=0.52 secs] 2014-02-20T02:15:43.098+0000: 14840.764: Total time for which application threads were stopped: 0.5178390 seconds Thanks, Jenny Thanks, Jenny On 2/27/2014 11:51 AM, Kirti Teja Rao wrote: > There is a follow up question i have. What is the GC phase that is > affected due to paging and why is it not showing up in PrintGCDetails? > Also, i see this is the time spent after the parallel phase is > complete. Any ideas on this? > -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140305/b15131c4/attachment.html From luke.bike at gmail.com Thu Mar 6 07:30:56 2014 From: luke.bike at gmail.com (luke) Date: Thu, 6 Mar 2014 16:30:56 +0100 Subject: Fwd: java.lang.OutOfMemoryError: GC overhead limit exceeded In-Reply-To: References: Message-ID: ---------- Forwarded message ---------- From: luke Date: 2014-03-06 16:13 GMT+01:00 Subject: java.lang.OutOfMemoryError: GC overhead limit exceeded To: "hotspot-gc-use at openjdk.java.net" Hi, I'm java.lang.OutOfMemoryError in a java application working on a JBossAS. It's strange that OutOfMemory happen when application is not so stressed. In my application log I found this exception *WARN [org.jboss.mq.Connection] Connection failure, use javax.jms.Connection.setExceptionListener() to handle this error and reconnect* *org.jboss.mq.SpyJMSException: Exiting on IOE; - nested throwable: (java.net.SocketTimeoutException: Read timed out)* * at org.jboss.mq.SpyJMSException.getAsJMSException(SpyJMSException.java:72)* * at org.jboss.mq.Connection.asynchFailure(Connection.java:423)* * at org.jboss.mq.il.uil2.UILClientILService.asynchFailure(UILClientILService.java:174)* * at org.jboss.mq.il.uil2.SocketManager$ReadTask.handleStop(SocketManager.java:466)* * at org.jboss.mq.il.uil2.SocketManager$ReadTask.run(SocketManager.java:395)* * at java.lang.Thread.run(Thread.java:619)* *Caused by: java.net.SocketTimeoutException: Read timed out* and after some minutes: *2014-03-06 01:09:32,173 WARN [org.jboss.mq.Connection] Exception listener ended abnormally: java.lang.OutOfMemoryError: GC overhead limit exceeded at java.lang.ThreadLocal.createInheritedMap(ThreadLocal.java:217) at java.lang.Thread.init(Thread.java:358) at java.lang.Thread.(Thread.java:445) at org.jboss.mq.SpyMessageConsumer.setMessageListener(SpyMessageConsumer.java:237) at it.oneans.iemx.qf.ejb.QueueService$QueueServiceExceptionListener.onException(QueueService.java:193) at org.jboss.mq.Connection$ExceptionListenerRunnable.run(Connection.java:1356) at java.lang.Thread.run(Thread.java:619)* In my GC.log I can see a rapid increase in heap memory: 54967.049: [GC [PSYoungGen: 171815K->3032K(2024448K)] 1716963K->1583328K(8315904K), 0.0466930 secs] [Times: user=0.20 sys=0.09, real=0.04 secs] 54967.097: [*Full GC (System)* [PSYoungGen: 3032K->0K(2024448K)] [*ParOldGen: 1580296K->1501278K*(6291456K)] 1583328K->1501278K(8315904K) [PSPermGen: 230071K->229632K(239744K)], 4.5397660 secs] [Times: user=18.01 sys=2.81, real=4.53 secs] ... 55546.522: [GC [PSYoungGen: 1883953K->129792K(1929216K)] 6315956K->4689948K(8220672K), 0.7681860 secs] [Times: user=8.76 sys=0.61, real=0.77 secs] 55561.317: [GC [PSYoungGen: 1890304K->124543K(1928448K)] 6450460K->4814699K(8219904K), 1.8698640 secs] [Times: user=3.30 sys=0.26, real=1.87 secs] ... 55754.485: [GC [PSYoungGen: 1753886K->116213K(1881920K)] 7755780K->6232689K(8173376K), 0.5959420 secs] [Times: user=4.34 sys=0.30, real=0.60 secs] 55755.083: [Full GC [PSYoungGen: 116213K->0K(1881920K)] [*ParOldGen: 6116476K->6031245K*(6291456K)] 6232689K->6031245K(8173376K) [PSPermGen: 229665K->222795K(231488K)], 36.6400980 secs] [Times: user=160.17 sys=8.40, real=36.63 secs] ======================================== SUMMARY: ======================================== # GC Events: 947 GC Event Types: PARALLEL_SCAVENGE, PARALLEL_OLD_COMPACTING Max Heap Space: 8372416K Max Heap Occupancy: 7957408K Max Perm Space: 419072K Max Perm Occupancy: 237674K Throughput: 97% Max Pause: 74541 ms Total Pause: 2728421 ms First Timestamp: 4316 ms Last Timestamp: 85186298 ms ======================================== ANALYSIS: ======================================== ======================================== Could be OutOfmemory a side effect related to not enough free sockets on the server or something else? thanks in advance for any suggestions luca P.S.:my gc triggers: -Xms6g -Xmx6g -XX:MaxPermSize=512m -Dsun.rmi.dgc.client.gcInterval=2100000 -Dsun.rmi.dgc.server.gcInterval=2100000 -XX:+UseParallelOldGC -XX:+UseParallelGC -XX:MaxHeapFreeRatio=70 -XX:MinHeapFreeRatio=40 -Xverify:none -XX:+BindGCTaskThreadsToCPUs -XX:NewSize=2g -XX:MaxNewSize=2g -XX:SurvivorRatio=4 -Djava.awt.headless=true -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140306/5871fd10/attachment.html From luke.bike at gmail.com Thu Mar 6 07:13:06 2014 From: luke.bike at gmail.com (luke) Date: Thu, 6 Mar 2014 16:13:06 +0100 Subject: java.lang.OutOfMemoryError: GC overhead limit exceeded Message-ID: Hi, I'm java.lang.OutOfMemoryError in a java application working on a JBossAS. It's strange that OutOfMemory happen when application is not so stressed. In my application log I found this exception *WARN [org.jboss.mq.Connection] Connection failure, use javax.jms.Connection.setExceptionListener() to handle this error and reconnect* *org.jboss.mq.SpyJMSException: Exiting on IOE; - nested throwable: (java.net.SocketTimeoutException: Read timed out)* * at org.jboss.mq.SpyJMSException.getAsJMSException(SpyJMSException.java:72)* * at org.jboss.mq.Connection.asynchFailure(Connection.java:423)* * at org.jboss.mq.il.uil2.UILClientILService.asynchFailure(UILClientILService.java:174)* * at org.jboss.mq.il.uil2.SocketManager$ReadTask.handleStop(SocketManager.java:466)* * at org.jboss.mq.il.uil2.SocketManager$ReadTask.run(SocketManager.java:395)* * at java.lang.Thread.run(Thread.java:619)* *Caused by: java.net.SocketTimeoutException: Read timed out* and after some minutes: *2014-03-06 01:09:32,173 WARN [org.jboss.mq.Connection] Exception listener ended abnormally: java.lang.OutOfMemoryError: GC overhead limit exceeded at java.lang.ThreadLocal.createInheritedMap(ThreadLocal.java:217) at java.lang.Thread.init(Thread.java:358) at java.lang.Thread.(Thread.java:445) at org.jboss.mq.SpyMessageConsumer.setMessageListener(SpyMessageConsumer.java:237) at it.oneans.iemx.qf.ejb.QueueService$QueueServiceExceptionListener.onException(QueueService.java:193) at org.jboss.mq.Connection$ExceptionListenerRunnable.run(Connection.java:1356) at java.lang.Thread.run(Thread.java:619)* In my GC.log I can see a rapid increase in heap memory: 54967.049: [GC [PSYoungGen: 171815K->3032K(2024448K)] 1716963K->1583328K(8315904K), 0.0466930 secs] [Times: user=0.20 sys=0.09, real=0.04 secs] 54967.097: [*Full GC (System)* [PSYoungGen: 3032K->0K(2024448K)] [*ParOldGen: 1580296K->1501278K*(6291456K)] 1583328K->1501278K(8315904K) [PSPermGen: 230071K->229632K(239744K)], 4.5397660 secs] [Times: user=18.01 sys=2.81, real=4.53 secs] ... 55546.522: [GC [PSYoungGen: 1883953K->129792K(1929216K)] 6315956K->4689948K(8220672K), 0.7681860 secs] [Times: user=8.76 sys=0.61, real=0.77 secs] 55561.317: [GC [PSYoungGen: 1890304K->124543K(1928448K)] 6450460K->4814699K(8219904K), 1.8698640 secs] [Times: user=3.30 sys=0.26, real=1.87 secs] ... 55754.485: [GC [PSYoungGen: 1753886K->116213K(1881920K)] 7755780K->6232689K(8173376K), 0.5959420 secs] [Times: user=4.34 sys=0.30, real=0.60 secs] 55755.083: [Full GC [PSYoungGen: 116213K->0K(1881920K)] [*ParOldGen: 6116476K->6031245K*(6291456K)] 6232689K->6031245K(8173376K) [PSPermGen: 229665K->222795K(231488K)], 36.6400980 secs] [Times: user=160.17 sys=8.40, real=36.63 secs] Could be OutOfmemory a side effect related to not enough free sockets on the server or something else? thanks in advance for any suggestions luca P.S.:my gc triggers: -Xms6g -Xmx6g -XX:MaxPermSize=512m -Dsun.rmi.dgc.client.gcInterval=2100000 -Dsun.rmi.dgc.server.gcInterval=2100000 -XX:+UseParallelOldGC -XX:+UseParallelGC -XX:MaxHeapFreeRatio=70 -XX:MinHeapFreeRatio=40 -Xverify:none -XX:+BindGCTaskThreadsToCPUs -XX:NewSize=2g -XX:MaxNewSize=2g -XX:SurvivorRatio=4 -Djava.awt.headless=true -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140306/8b04bf1d/attachment-0001.html -------------- next part -------------- ======================================== Throughput less than 90% ======================================== 4.316: [GC [PSYoungGen: 223719K->7344K(1747648K)] 223719K->7344K(8039104K), 0.0159620 secs] [Times: user=0.07 sys=0.02, real=0.02 secs] 4.332: [Full GC (System) [PSYoungGen: 7344K->0K(1747648K)] [ParOldGen: 0K->7007K(6291456K)] 7344K->7007K(8039104K) [PSPermGen: 15045K->15029K(30592K)], 0.0938120 secs] [Times: user=0.25 sys=0.01, real=0.09 secs] ... 2104.760: [GC [PSYoungGen: 1134447K->9854K(2080000K)] 2281496K->1159495K(8371456K), 0.0436310 secs] [Times: user=0.20 sys=0.01, real=0.04 secs] 2104.805: [Full GC (System) [PSYoungGen: 9854K->0K(2080000K)] [ParOldGen: 1149641K->548004K(6291456K)] 1159495K->548004K(8371456K) [PSPermGen: 209011K->179823K(419072K)], 2.7049720 secs] [Times: user=15.65 sys=0.94, real=2.70 secs] ... 4207.874: [GC [PSYoungGen: 349621K->5642K(2060416K)] 974976K->635452K(8351872K), 0.0331380 secs] [Times: user=0.12 sys=0.02, real=0.03 secs] 4207.908: [Full GC (System) [PSYoungGen: 5642K->0K(2060416K)] [ParOldGen: 629809K->537294K(6291456K)] 635452K->537294K(8351872K) [PSPermGen: 184286K->180772K(408832K)], 1.3320010 secs] [Times: user=7.07 sys=0.03, real=1.33 secs] ... 6309.581: [GC [PSYoungGen: 171892K->5209K(2063232K)] 992290K->831095K(8354688K), 0.0339700 secs] [Times: user=0.12 sys=0.01, real=0.03 secs] 6309.617: [Full GC (System) [PSYoungGen: 5209K->0K(2063232K)] [ParOldGen: 825886K->658096K(6291456K)] 831095K->658096K(8354688K) [PSPermGen: 237496K->225040K(418624K)], 2.1069450 secs] [Times: user=10.24 sys=0.20, real=2.11 secs] ... 8412.070: [GC [PSYoungGen: 1516286K->9056K(2076288K)] 2377806K->877077K(8367744K), 0.0541170 secs] [Times: user=0.16 sys=0.01, real=0.06 secs] 8412.126: [Full GC (System) [PSYoungGen: 9056K->0K(2076288K)] [ParOldGen: 868021K->686041K(6291456K)] 877077K->686041K(8367744K) [PSPermGen: 231199K->220724K(406208K)], 2.0438320 secs] [Times: user=10.59 sys=0.04, real=2.04 secs] ... 9101.415: [GC [PSYoungGen: 304634K->2223K(2069248K)] 1076952K->781816K(8360704K), 0.0294330 secs] [Times: user=0.13 sys=0.01, real=0.03 secs] 9101.446: [Full GC (System) [PSYoungGen: 2223K->0K(2069248K)] [ParOldGen: 779592K->644281K(6291456K)] 781816K->644281K(8360704K) [PSPermGen: 226141K->220288K(393792K)], 1.8725000 secs] [Times: user=9.75 sys=0.14, real=1.88 secs] ... 9103.624: [GC [PSYoungGen: 31712K->946K(2044096K)] 675994K->645228K(8335552K), 0.0230540 secs] [Times: user=0.07 sys=0.01, real=0.02 secs] 9103.648: [Full GC (System) [PSYoungGen: 946K->0K(2044096K)] [ParOldGen: 644281K->629600K(6291456K)] 645228K->629600K(8335552K) [PSPermGen: 220289K->220289K(380928K)], 2.6595010 secs] [Times: user=8.03 sys=0.99, real=2.66 secs] ... 9106.728: [GC [PSYoungGen: 25721K->736K(2068800K)] 655322K->630336K(8360256K), 0.0185730 secs] [Times: user=0.06 sys=0.01, real=0.02 secs] 9106.747: [Full GC (System) [PSYoungGen: 736K->0K(2068800K)] [ParOldGen: 629600K->629446K(6291456K)] 630336K->629446K(8360256K) [PSPermGen: 220290K->220290K(366528K)], 3.3028140 secs] [Times: user=7.77 sys=1.23, real=3.31 secs] ... 9111.174: [GC [PSYoungGen: 111998K->3040K(2069120K)] 741444K->632487K(8360576K), 0.0246560 secs] [Times: user=0.09 sys=0.01, real=0.02 secs] 9111.200: [Full GC (System) [PSYoungGen: 3040K->0K(2069120K)] [ParOldGen: 629446K->631805K(6291456K)] 632487K->631805K(8360576K) [PSPermGen: 220969K->220761K(351616K)], 1.6608860 secs] [Times: user=9.16 sys=0.13, real=1.66 secs] ... 11212.991: [GC [PSYoungGen: 432138K->3686K(2072192K)] 1416593K->992459K(8363648K), 0.0341090 secs] [Times: user=0.12 sys=0.00, real=0.04 secs] 11213.027: [Full GC (System) [PSYoungGen: 3686K->0K(2072192K)] [ParOldGen: 988773K->711801K(6291456K)] 992459K->711801K(8363648K) [PSPermGen: 234370K->225008K(337152K)], 1.9740780 secs] [Times: user=9.90 sys=0.10, real=1.97 secs] ... 13315.345: [GC [PSYoungGen: 1512155K->12884K(2066560K)] 2516294K->1023270K(8358016K), 0.0640010 secs] [Times: user=0.18 sys=0.01, real=0.07 secs] 13315.411: [Full GC (System) [PSYoungGen: 12884K->0K(2066560K)] [ParOldGen: 1010386K->717744K(6291456K)] 1023270K->717744K(8358016K) [PSPermGen: 237674K->226381K(322624K)], 2.2486120 secs] [Times: user=10.47 sys=0.15, real=2.25 secs] ... 15418.006: [GC [PSYoungGen: 80385K->818K(2055936K)] 880950K->812286K(8347392K), 0.0300310 secs] [Times: user=0.13 sys=0.01, real=0.03 secs] 15418.039: [Full GC (System) [PSYoungGen: 818K->0K(2055936K)] [ParOldGen: 811468K->698283K(6291456K)] 812286K->698283K(8347392K) [PSPermGen: 235233K->226935K(311168K)], 2.6880450 secs] [Times: user=12.21 sys=1.19, real=2.69 secs] ... 17104.415: [GC [PSYoungGen: 1793330K->22403K(2059968K)] 2534268K->767787K(8351424K), 0.1133610 secs] [Times: user=0.22 sys=0.01, real=0.12 secs] 17104.531: [Full GC (System) [PSYoungGen: 22403K->0K(2059968K)] [ParOldGen: 745383K->703497K(6291456K)] 767787K->703497K(8351424K) [PSPermGen: 235369K->226078K(299840K)], 2.3958640 secs] [Times: user=10.01 sys=0.40, real=2.40 secs] ... 17111.125: [GC [PSYoungGen: 41155K->897K(2058112K)] 744653K->704395K(8349568K), 0.0543270 secs] [Times: user=0.06 sys=0.01, real=0.06 secs] 17111.181: [Full GC (System) [PSYoungGen: 897K->0K(2058112K)] [ParOldGen: 703497K->674513K(6291456K)] 704395K->674513K(8349568K) [PSPermGen: 226078K->226078K(292480K)], 3.3993820 secs] [Times: user=8.66 sys=1.80, real=3.40 secs] ... 19214.858: [GC [PSYoungGen: 1896327K->31035K(2051520K)] 2628221K->774800K(8342976K), 0.1479410 secs] [Times: user=0.31 sys=0.01, real=0.15 secs] 19215.007: [Full GC (System) [PSYoungGen: 31035K->0K(2051520K)] [ParOldGen: 743765K->726302K(6291456K)] 774800K->726302K(8342976K) [PSPermGen: 230523K->223476K(281216K)], 2.4657970 secs] [Times: user=13.39 sys=2.36, real=2.47 secs] ... 21317.812: [GC [PSYoungGen: 466510K->4496K(2050112K)] 1309564K->853425K(8341568K), 0.0327610 secs] [Times: user=0.10 sys=0.01, real=0.03 secs] 21317.846: [Full GC (System) [PSYoungGen: 4496K->0K(2050112K)] [ParOldGen: 848928K->713106K(6291456K)] 853425K->713106K(8341568K) [PSPermGen: 226979K->223650K(274368K)], 2.3320220 secs] [Times: user=11.25 sys=0.91, real=2.33 secs] ... 23420.523: [GC [PSYoungGen: 942211K->5659K(2060032K)] 1810857K->881093K(8351488K), 0.0555740 secs] [Times: user=0.14 sys=0.02, real=0.06 secs] 23420.581: [Full GC (System) [PSYoungGen: 5659K->0K(2060032K)] [ParOldGen: 875434K->711547K(6291456K)] 881093K->711547K(8351488K) [PSPermGen: 227307K->225048K(269184K)], 2.6663420 secs] [Times: user=10.18 sys=0.91, real=2.67 secs] ... 25523.592: [GC [PSYoungGen: 489838K->8662K(2043648K)] 1237176K->767826K(8335104K), 0.0500950 secs] [Times: user=0.22 sys=0.02, real=0.05 secs] 25523.644: [Full GC (System) [PSYoungGen: 8662K->0K(2043648K)] [ParOldGen: 759164K->710152K(6291456K)] 767826K->710152K(8335104K) [PSPermGen: 226787K->224140K(262976K)], 2.9680830 secs] [Times: user=10.10 sys=0.97, real=2.97 secs] ... 27626.958: [GC [PSYoungGen: 1892088K->15705K(2052992K)] 2657581K->786400K(8344448K), 0.0767110 secs] [Times: user=0.19 sys=0.02, real=0.07 secs] 27627.036: [Full GC (System) [PSYoungGen: 15705K->0K(2052992K)] [ParOldGen: 770695K->739439K(6291456K)] 786400K->739439K(8344448K) [PSPermGen: 226312K->224007K(257664K)], 1.9666600 secs] [Times: user=10.01 sys=0.10, real=1.96 secs] ... 29729.355: [GC [PSYoungGen: 1272664K->20679K(2056640K)] 2062034K->814789K(8348096K), 0.1186280 secs] [Times: user=0.20 sys=0.01, real=0.11 secs] 29729.475: [Full GC (System) [PSYoungGen: 20679K->0K(2056640K)] [ParOldGen: 794110K->754736K(6291456K)] 814789K->754736K(8348096K) [PSPermGen: 227097K->223775K(252992K)], 2.5021920 secs] [Times: user=11.17 sys=0.28, real=2.50 secs] ... 29919.737: [GC [PSYoungGen: 2021348K->7237K(2054720K)] 2829935K->820995K(8346176K), 0.0337090 secs] [Times: user=0.21 sys=0.01, real=0.03 secs] 29926.454: [GC [PSYoungGen: 2020549K->6775K(2057856K)] 2834307K->824429K(8349312K), 0.9195030 secs] [Times: user=0.12 sys=0.00, real=0.92 secs] ... 31832.323: [GC [PSYoungGen: 663503K->7510K(2060608K)] 1723006K->1070016K(8352064K), 0.0405040 secs] [Times: user=0.15 sys=0.02, real=0.05 secs] 31832.365: [Full GC (System) [PSYoungGen: 7510K->0K(2060608K)] [ParOldGen: 1062505K->769416K(6291456K)] 1070016K->769416K(8352064K) [PSPermGen: 227793K->222857K(247744K)], 2.9424900 secs] [Times: user=14.15 sys=2.57, real=2.94 secs] ... 33935.663: [GC [PSYoungGen: 813004K->6245K(2068992K)] 1660187K->855716K(8360448K), 0.0401200 secs] [Times: user=0.14 sys=0.00, real=0.04 secs] 33935.705: [Full GC (System) [PSYoungGen: 6245K->0K(2068992K)] [ParOldGen: 849471K->755815K(6291456K)] 855716K->755815K(8360448K) [PSPermGen: 227512K->226259K(247680K)], 1.8548000 secs] [Times: user=10.35 sys=0.16, real=1.85 secs] ... 36037.908: [GC [PSYoungGen: 1903990K->18866K(2071232K)] 2712543K->828762K(8362688K), 0.1081490 secs] [Times: user=0.19 sys=0.01, real=0.11 secs] 36038.018: [Full GC (System) [PSYoungGen: 18866K->0K(2071232K)] [ParOldGen: 809895K->757175K(6291456K)] 828762K->757175K(8362688K) [PSPermGen: 227176K->226380K(245504K)], 2.6509410 secs] [Times: user=12.60 sys=1.28, real=2.65 secs] ... 38141.018: [GC [PSYoungGen: 1049693K->15988K(2057536K)] 1840477K->812735K(8348992K), 0.0810210 secs] [Times: user=0.21 sys=0.01, real=0.08 secs] 38141.101: [Full GC (System) [PSYoungGen: 15988K->0K(2057536K)] [ParOldGen: 796747K->745567K(6291456K)] 812735K->745567K(8348992K) [PSPermGen: 226413K->225684K(242816K)], 2.2526560 secs] [Times: user=12.19 sys=0.77, real=2.25 secs] ... 40243.705: [GC [PSYoungGen: 1955589K->24912K(2056064K)] 2718319K->790563K(8347520K), 0.1324560 secs] [Times: user=0.24 sys=0.01, real=0.14 secs] 40243.839: [Full GC (System) [PSYoungGen: 24912K->0K(2056064K)] [ParOldGen: 765651K->749248K(6291456K)] 790563K->749248K(8347520K) [PSPermGen: 225722K->224564K(240128K)], 2.3027490 secs] [Times: user=10.39 sys=0.22, real=2.30 secs] ... 42346.485: [GC [PSYoungGen: 802389K->9847K(2012672K)] 1573069K->786908K(8304128K), 0.4666220 secs] [Times: user=0.11 sys=0.00, real=0.46 secs] 42346.953: [Full GC (System) [PSYoungGen: 9847K->0K(2012672K)] [ParOldGen: 777060K->737074K(6291456K)] 786908K->737074K(8304128K) [PSPermGen: 226964K->221957K(235392K)], 3.4306490 secs] [Times: user=9.46 sys=0.08, real=3.43 secs] ... 44450.729: [GC [PSYoungGen: 305718K->7379K(2004224K)] 1085912K->792808K(8295680K), 0.0539800 secs] [Times: user=0.13 sys=0.01, real=0.05 secs] 44450.785: [Full GC (System) [PSYoungGen: 7379K->0K(2004224K)] [ParOldGen: 785428K->732483K(6291456K)] 792808K->732483K(8295680K) [PSPermGen: 222844K->221594K(233216K)], 2.1454910 secs] [Times: user=10.97 sys=0.73, real=2.15 secs] ... 46553.274: [GC [PSYoungGen: 297814K->3384K(2051584K)] 1047152K->757598K(8343040K), 0.0334320 secs] [Times: user=0.11 sys=0.02, real=0.03 secs] 46553.308: [Full GC (System) [PSYoungGen: 3384K->0K(2051584K)] [ParOldGen: 754214K->728607K(6291456K)] 757598K->728607K(8343040K) [PSPermGen: 221684K->221675K(232128K)], 2.8169880 secs] [Times: user=9.87 sys=0.98, real=2.82 secs] ... 47599.885: [GC [PSYoungGen: 2025277K->13028K(2035904K)] 2868549K->901911K(8327360K), 0.1677160 secs] [Times: user=0.72 sys=0.01, real=0.17 secs] 47607.178: [GC [PSYoungGen: 1987684K->15662K(2038016K)] 2876567K->916510K(8329472K), 1.6800260 secs] [Times: user=0.26 sys=0.01, real=1.68 secs] ... 47638.365: [GC [PSYoungGen: 1994323K->7836K(2041088K)] 2935981K->956174K(8332544K), 0.0887480 secs] [Times: user=0.21 sys=0.00, real=0.09 secs] 47645.029: [GC [PSYoungGen: 1993948K->8146K(2045056K)] 2942286K->962867K(8336512K), 1.2144970 secs] [Times: user=0.17 sys=0.01, real=1.46 secs] ... 48656.470: [GC [PSYoungGen: 1962339K->16181K(2053440K)] 2976857K->1035925K(8344896K), 0.0979380 secs] [Times: user=0.21 sys=0.01, real=0.09 secs] 48656.569: [Full GC (System) [PSYoungGen: 16181K->0K(2053440K)] [ParOldGen: 1019743K->759194K(6291456K)] 1035925K->759194K(8344896K) [PSPermGen: 230737K->229671K(243584K)], 2.6590540 secs] [Times: user=12.99 sys=1.97, real=2.66 secs] ... 50759.573: [GC [PSYoungGen: 1043637K->13085K(2059200K)] 1820714K->792597K(8350656K), 0.0801530 secs] [Times: user=0.14 sys=0.02, real=0.08 secs] 50759.654: [Full GC (System) [PSYoungGen: 13085K->0K(2059200K)] [ParOldGen: 779511K->743113K(6291456K)] 792597K->743113K(8350656K) [PSPermGen: 229697K->229685K(242496K)], 3.5602940 secs] [Times: user=8.36 sys=0.13, real=3.56 secs] ... 52863.557: [GC [PSYoungGen: 1146388K->11617K(1963520K)] 2325172K->1192695K(8254976K), 0.0721250 secs] [Times: user=0.14 sys=0.01, real=0.07 secs] 52863.631: [Full GC (System) [PSYoungGen: 11617K->0K(1963520K)] [ParOldGen: 1181077K->749995K(6291456K)] 1192695K->749995K(8254976K) [PSPermGen: 229960K->229946K(241280K)], 3.0713460 secs] [Times: user=11.25 sys=1.99, real=3.08 secs] ... 54967.049: [GC [PSYoungGen: 171815K->3032K(2024448K)] 1716963K->1583328K(8315904K), 0.0466930 secs] [Times: user=0.20 sys=0.09, real=0.04 secs] 54967.097: [Full GC (System) [PSYoungGen: 3032K->0K(2024448K)] [ParOldGen: 1580296K->1501278K(6291456K)] 1583328K->1501278K(8315904K) [PSPermGen: 230071K->229632K(239744K)], 4.5397660 secs] [Times: user=18.01 sys=2.81, real=4.53 secs] ... 55546.522: [GC [PSYoungGen: 1883953K->129792K(1929216K)] 6315956K->4689948K(8220672K), 0.7681860 secs] [Times: user=8.76 sys=0.61, real=0.77 secs] 55561.317: [GC [PSYoungGen: 1890304K->124543K(1928448K)] 6450460K->4814699K(8219904K), 1.8698640 secs] [Times: user=3.30 sys=0.26, real=1.87 secs] ... 55754.485: [GC [PSYoungGen: 1753886K->116213K(1881920K)] 7755780K->6232689K(8173376K), 0.5959420 secs] [Times: user=4.34 sys=0.30, real=0.60 secs] 55755.083: [Full GC [PSYoungGen: 116213K->0K(1881920K)] [ParOldGen: 6116476K->6031245K(6291456K)] 6232689K->6031245K(8173376K) [PSPermGen: 229665K->222795K(231488K)], 36.6400980 secs] [Times: user=160.17 sys=8.40, real=36.63 secs] ... 55835.626: [GC [PSYoungGen: 1834351K->118336K(1860480K)] 7877509K->6373236K(8151936K), 0.6831970 secs] [Times: user=5.18 sys=0.48, real=0.68 secs] 55836.310: [Full GC [PSYoungGen: 118336K->42147K(1860480K)] [ParOldGen: 6254899K->6291453K(6291456K)] 6373236K->6333601K(8151936K) [PSPermGen: 222800K->222585K(230784K)], 22.7695160 secs] [Times: user=85.04 sys=8.16, real=22.77 secs] 55872.461: [Full GC [PSYoungGen: 1665955K->145835K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7957409K->6437291K(8151936K) [PSPermGen: 222588K->222524K(229696K)], 23.7738890 secs] [Times: user=86.17 sys=9.24, real=23.77 secs] 55907.121: [Full GC [PSYoungGen: 1623808K->247665K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->6539120K(8151936K) [PSPermGen: 222527K->222524K(228544K)], 23.3630960 secs] [Times: user=89.32 sys=10.98, real=23.36 secs] 55941.582: [Full GC [PSYoungGen: 1623808K->337268K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->6628722K(8151936K) [PSPermGen: 222529K->222371K(227328K)], 28.9272350 secs] [Times: user=98.60 sys=17.81, real=28.92 secs] 55980.225: [Full GC [PSYoungGen: 1623808K->410260K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->6701714K(8151936K) [PSPermGen: 222375K->222371K(227136K)], 22.5973860 secs] [Times: user=95.30 sys=12.44, real=22.59 secs] 56013.555: [Full GC [PSYoungGen: 1623808K->482512K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->6773967K(8151936K) [PSPermGen: 222375K->222371K(226560K)], 21.2734790 secs] [Times: user=86.10 sys=11.38, real=21.27 secs] 56044.265: [Full GC [PSYoungGen: 1623808K->565430K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->6856883K(8151936K) [PSPermGen: 222371K->222371K(225472K)], 26.3345350 secs] [Times: user=99.16 sys=11.28, real=26.33 secs] 56078.896: [Full GC [PSYoungGen: 1623808K->637417K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->6928871K(8151936K) [PSPermGen: 222377K->222371K(225280K)], 26.3564290 secs] [Times: user=120.85 sys=19.51, real=26.36 secs] 56113.021: [Full GC [PSYoungGen: 1623808K->703483K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7915261K->6994938K(8151936K) [PSPermGen: 222375K->222307K(224768K)], 23.9825540 secs] [Times: user=100.54 sys=11.10, real=23.98 secs] 56142.972: [Full GC [PSYoungGen: 1623808K->745138K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7036590K(8151936K) [PSPermGen: 222310K->220739K(223104K)], 32.1598940 secs] [Times: user=98.64 sys=14.25, real=32.15 secs] 56183.573: [Full GC [PSYoungGen: 1623808K->796153K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7087609K(8151936K) [PSPermGen: 220743K->220739K(222592K)], 28.6766930 secs] [Times: user=97.65 sys=11.18, real=28.68 secs] 56218.444: [Full GC [PSYoungGen: 1623808K->847943K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7139395K(8151936K) [PSPermGen: 220745K->220726K(222592K)], 26.3771300 secs] [Times: user=101.05 sys=16.58, real=26.37 secs] 56251.851: [Full GC [PSYoungGen: 1623808K->901035K(1860480K)] [ParOldGen: 6291452K->6291454K(6291456K)] 7915260K->7192489K(8151936K) [PSPermGen: 220726K->220726K(222080K)], 23.4509320 secs] [Times: user=107.98 sys=15.83, real=23.45 secs] 56280.900: [Full GC [PSYoungGen: 1623808K->950326K(1860480K)] [ParOldGen: 6291454K->6291455K(6291456K)] 7915262K->7241781K(8151936K) [PSPermGen: 220726K->220726K(221952K)], 31.9860830 secs] [Times: user=101.82 sys=18.59, real=32.58 secs] 56319.523: [Full GC [PSYoungGen: 1623808K->996864K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7288319K(8151936K) [PSPermGen: 220729K->220726K(221760K)], 27.7472690 secs] [Times: user=105.73 sys=15.66, real=27.75 secs] 56351.649: [Full GC [PSYoungGen: 1623808K->1032119K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7323572K(8151936K) [PSPermGen: 220731K->220726K(221632K)], 25.5720080 secs] [Times: user=102.83 sys=9.23, real=25.57 secs] 56381.109: [Full GC [PSYoungGen: 1623808K->1060732K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7352185K(8151936K) [PSPermGen: 220729K->220726K(221568K)], 27.4419550 secs] [Times: user=93.76 sys=11.53, real=27.44 secs] 56412.113: [Full GC [PSYoungGen: 1623808K->1089514K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7915261K->7380970K(8151936K) [PSPermGen: 220730K->220726K(221440K)], 27.1771970 secs] [Times: user=102.42 sys=13.07, real=27.17 secs] 56444.110: [Full GC [PSYoungGen: 1623808K->1126400K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7417854K(8151936K) [PSPermGen: 220801K->220801K(221248K)], 29.8826150 secs] [Times: user=136.68 sys=30.93, real=29.88 secs] 56477.220: [Full GC [PSYoungGen: 1623808K->1153340K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7444792K(8151936K) [PSPermGen: 220806K->220801K(221184K)], 33.9282890 secs] [Times: user=106.86 sys=18.85, real=33.93 secs] 56514.727: [Full GC [PSYoungGen: 1623808K->1179051K(1860480K)] [ParOldGen: 6291452K->6291453K(6291456K)] 7915260K->7470504K(8151936K) [PSPermGen: 220804K->220801K(221376K)], 30.3673360 secs] [Times: user=108.02 sys=14.63, real=30.36 secs] 56547.946: [Full GC [PSYoungGen: 1623808K->1200480K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7915261K->7491935K(8151936K) [PSPermGen: 220805K->220801K(221312K)], 43.5598880 secs] [Times: user=117.81 sys=28.92, real=43.55 secs] 56597.009: [Full GC [PSYoungGen: 1623808K->1217289K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7508741K(8151936K) [PSPermGen: 220806K->220801K(221312K)], 41.2359740 secs] [Times: user=102.07 sys=9.30, real=41.23 secs] 56642.035: [Full GC [PSYoungGen: 1623808K->1237578K(1860480K)] [ParOldGen: 6291452K->6291454K(6291456K)] 7915260K->7529032K(8151936K) [PSPermGen: 220808K->220802K(221248K)], 32.9291960 secs] [Times: user=100.91 sys=9.51, real=32.93 secs] 56678.901: [Full GC [PSYoungGen: 1623808K->1258947K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7550401K(8151936K) [PSPermGen: 220934K->220833K(221312K)], 31.6157870 secs] [Times: user=106.39 sys=12.25, real=31.61 secs] 56713.326: [Full GC [PSYoungGen: 1623808K->1275540K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7566994K(8151936K) [PSPermGen: 220883K->220834K(221312K)], 28.9281240 secs] [Times: user=110.00 sys=14.01, real=28.93 secs] 56744.783: [Full GC [PSYoungGen: 1623808K->1290754K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->7582208K(8151936K) [PSPermGen: 220846K->220841K(221312K)], 43.8061300 secs] [Times: user=165.77 sys=61.06, real=43.80 secs] 56791.292: [Full GC [PSYoungGen: 1623808K->1304398K(1860480K)] [ParOldGen: 6291454K->6291452K(6291456K)] 7915262K->7595851K(8151936K) [PSPermGen: 220844K->220838K(221248K)], 37.7282220 secs] [Times: user=106.46 sys=17.96, real=37.72 secs] 56831.034: [Full GC [PSYoungGen: 1623808K->1313360K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7604816K(8151936K) [PSPermGen: 220841K->220838K(221248K)], 47.2234870 secs] [Times: user=222.65 sys=105.34, real=47.22 secs] 56879.623: [Full GC [PSYoungGen: 1623808K->1320549K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7612002K(8151936K) [PSPermGen: 220843K->220838K(221248K)], 43.4244500 secs] [Times: user=103.42 sys=24.67, real=43.41 secs] 56924.616: [Full GC [PSYoungGen: 1623808K->1327467K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7915261K->7618922K(8151936K) [PSPermGen: 220841K->220838K(221248K)], 43.2718360 secs] [Times: user=105.08 sys=22.47, real=43.27 secs] 56969.769: [Full GC [PSYoungGen: 1623808K->1337197K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7628651K(8151936K) [PSPermGen: 220841K->220838K(221184K)], 31.3602360 secs] [Times: user=142.21 sys=19.69, real=31.36 secs] 57002.782: [Full GC [PSYoungGen: 1623808K->1342995K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7915261K->7634450K(8151936K) [PSPermGen: 220843K->220838K(221184K)], 48.2929690 secs] [Times: user=127.06 sys=45.24, real=48.28 secs] 57052.236: [Full GC [PSYoungGen: 1623808K->1350837K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7642290K(8151936K) [PSPermGen: 220841K->220838K(221184K)], 54.5672060 secs] [Times: user=200.65 sys=93.88, real=54.56 secs] 57108.611: [Full GC [PSYoungGen: 1623808K->1358278K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7915261K->7649734K(8151936K) [PSPermGen: 220876K->220865K(221248K)], 34.5059870 secs] [Times: user=103.62 sys=12.73, real=34.50 secs] 57144.951: [Full GC [PSYoungGen: 1623808K->1363359K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7654811K(8151936K) [PSPermGen: 220973K->220871K(221312K)], 26.2451700 secs] [Times: user=118.74 sys=11.25, real=26.25 secs] 57173.202: [Full GC [PSYoungGen: 1623808K->1372042K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7663495K(8151936K) [PSPermGen: 220874K->220796K(221184K)], 27.9525400 secs] [Times: user=107.31 sys=13.73, real=27.95 secs] 57203.271: [Full GC [PSYoungGen: 1623808K->1384010K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7675465K(8151936K) [PSPermGen: 220845K->220796K(221184K)], 27.5048140 secs] [Times: user=124.67 sys=9.96, real=27.51 secs] 57232.440: [Full GC [PSYoungGen: 1623808K->1395587K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7687039K(8151936K) [PSPermGen: 220799K->220796K(221184K)], 45.0206480 secs] [Times: user=145.72 sys=52.28, real=45.01 secs] 57278.802: [Full GC [PSYoungGen: 1623808K->1402280K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7693735K(8151936K) [PSPermGen: 220801K->220796K(221184K)], 47.7847370 secs] [Times: user=119.35 sys=34.14, real=47.78 secs] 57327.918: [Full GC [PSYoungGen: 1623808K->1409773K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7701227K(8151936K) [PSPermGen: 220799K->220796K(221184K)], 41.9505180 secs] [Times: user=103.04 sys=20.56, real=41.95 secs] 57371.106: [Full GC [PSYoungGen: 1623808K->1417213K(1860480K)] [ParOldGen: 6291454K->6291452K(6291456K)] 7915262K->7708665K(8151936K) [PSPermGen: 220802K->220796K(221184K)], 43.6959480 secs] [Times: user=101.84 sys=27.28, real=43.69 secs] 57417.587: [Full GC [PSYoungGen: 1623808K->1424935K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7716390K(8151936K) [PSPermGen: 220847K->220796K(221184K)], 52.6716720 secs] [Times: user=112.21 sys=35.83, real=52.66 secs] 57471.677: [Full GC [PSYoungGen: 1623808K->1431789K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7723242K(8151936K) [PSPermGen: 220796K->220796K(221184K)], 74.5415930 secs] [Times: user=138.08 sys=47.75, real=74.53 secs] 57549.100: [Full GC [PSYoungGen: 1623808K->1434329K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7725782K(8151936K) [PSPermGen: 220922K->220867K(221312K)], 30.3109760 secs] [Times: user=103.98 sys=10.70, real=30.31 secs] 57580.650: [Full GC [PSYoungGen: 1623808K->1443473K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7915261K->7734929K(8151936K) [PSPermGen: 220953K->220867K(221312K)], 34.8541630 secs] [Times: user=115.29 sys=16.42, real=34.85 secs] 57617.232: [Full GC [PSYoungGen: 1623808K->1448102K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7739555K(8151936K) [PSPermGen: 220997K->220946K(221184K)], 34.2429370 secs] [Times: user=129.16 sys=13.80, real=34.24 secs] 57652.635: [Full GC [PSYoungGen: 1623808K->1454797K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7915261K->7746252K(8151936K) [PSPermGen: 220949K->220946K(221184K)], 52.4091550 secs] [Times: user=178.47 sys=82.35, real=52.40 secs] 57706.801: [Full GC [PSYoungGen: 1623808K->1458006K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7749460K(8151936K) [PSPermGen: 220954K->220946K(221376K)], 25.8769550 secs] [Times: user=107.67 sys=14.23, real=25.87 secs] 57733.536: [Full GC [PSYoungGen: 1623808K->1464293K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7755747K(8151936K) [PSPermGen: 220996K->220938K(221376K)], 29.7550520 secs] [Times: user=131.32 sys=16.38, real=29.75 secs] 57763.967: [Full GC [PSYoungGen: 1623808K->1468101K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7915261K->7759556K(8151936K) [PSPermGen: 220949K->220876K(221312K)], 31.7053730 secs] [Times: user=134.25 sys=19.67, real=31.71 secs] 57796.316: [Full GC [PSYoungGen: 1623808K->1470110K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7761565K(8151936K) [PSPermGen: 220933K->220880K(221312K)], 40.3426850 secs] [Times: user=97.88 sys=25.26, real=40.34 secs] 57837.389: [Full GC [PSYoungGen: 1623808K->1472958K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7764413K(8151936K) [PSPermGen: 220893K->220880K(221312K)], 54.1571330 secs] [Times: user=217.96 sys=112.90, real=54.15 secs] 57892.035: [Full GC [PSYoungGen: 1623808K->1476608K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7768063K(8151936K) [PSPermGen: 220930K->220883K(221312K)], 49.6370990 secs] [Times: user=194.89 sys=72.73, real=49.63 secs] 57942.213: [Full GC [PSYoungGen: 1623808K->1477285K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7768738K(8151936K) [PSPermGen: 220893K->220886K(221312K)], 61.0628870 secs] [Times: user=265.06 sys=153.16, real=61.06 secs] 58004.035: [Full GC [PSYoungGen: 1623808K->1479381K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7770833K(8151936K) [PSPermGen: 220938K->220887K(221248K)], 29.7260030 secs] [Times: user=112.34 sys=11.67, real=29.72 secs] 58035.112: [Full GC [PSYoungGen: 1623808K->1484400K(1860480K)] [ParOldGen: 6291452K->6291453K(6291456K)] 7915260K->7775854K(8151936K) [PSPermGen: 221023K->220890K(221312K)], 32.4526580 secs] [Times: user=131.29 sys=13.56, real=32.45 secs] 58068.463: [Full GC [PSYoungGen: 1623808K->1490588K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7782041K(8151936K) [PSPermGen: 220891K->220890K(221312K)], 50.8450560 secs] [Times: user=161.78 sys=67.90, real=50.84 secs] 58119.995: [Full GC [PSYoungGen: 1623808K->1496889K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7788344K(8151936K) [PSPermGen: 220890K->220890K(221312K)], 33.4310450 secs] [Times: user=153.65 sys=24.05, real=33.42 secs] 58154.056: [Full GC [PSYoungGen: 1623808K->1499101K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7790556K(8151936K) [PSPermGen: 220896K->220848K(221248K)], 25.3855320 secs] [Times: user=93.11 sys=12.46, real=25.39 secs] 58180.414: [Full GC [PSYoungGen: 1623808K->1502380K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7793833K(8151936K) [PSPermGen: 220851K->220848K(221248K)], 45.9382690 secs] [Times: user=103.13 sys=26.32, real=45.93 secs] 58227.054: [Full GC [PSYoungGen: 1623808K->1504421K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7795875K(8151936K) [PSPermGen: 220852K->220770K(221184K)], 52.7589560 secs] [Times: user=135.43 sys=58.37, real=52.75 secs] 58280.479: [Full GC [PSYoungGen: 1623808K->1508692K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7800145K(8151936K) [PSPermGen: 220772K->220770K(221184K)], 47.3685200 secs] [Times: user=96.71 sys=30.55, real=47.36 secs] 58328.960: [Full GC [PSYoungGen: 1623808K->1510907K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7802360K(8151936K) [PSPermGen: 220774K->220770K(221120K)], 47.4028310 secs] [Times: user=102.34 sys=29.19, real=47.40 secs] ... 58821.745: [Full GC [PSYoungGen: 1623808K->1522188K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7813642K(8151936K) [PSPermGen: 220809K->220773K(221184K)], 23.0222890 secs] [Times: user=101.77 sys=6.84, real=23.02 secs] 58845.169: [Full GC [PSYoungGen: 1623808K->1522154K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7915261K->7813609K(8151936K) [PSPermGen: 220870K->220616K(221056K)], 24.9896240 secs] [Times: user=106.08 sys=6.98, real=24.99 secs] 58870.639: [Full GC [PSYoungGen: 1623808K->1524982K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7816435K(8151936K) [PSPermGen: 220772K->220641K(220864K)], 23.3156860 secs] [Times: user=114.74 sys=7.19, real=23.31 secs] 58895.059: [Full GC [PSYoungGen: 1623808K->1526327K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7817780K(8151936K) [PSPermGen: 220969K->220963K(221632K)], 23.6063680 secs] [Times: user=107.84 sys=8.51, real=23.61 secs] 58918.947: [Full GC [PSYoungGen: 1623808K->1527669K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7819121K(8151936K) [PSPermGen: 221105K->220989K(221568K)], 25.4251150 secs] [Times: user=107.66 sys=9.59, real=25.42 secs] 58944.826: [Full GC [PSYoungGen: 1623808K->1526475K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7817930K(8151936K) [PSPermGen: 221029K->220996K(221568K)], 23.2980420 secs] [Times: user=115.24 sys=7.30, real=23.30 secs] 58968.478: [Full GC [PSYoungGen: 1623790K->1528564K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915245K->7820016K(8151936K) [PSPermGen: 221487K->221037K(222080K)], 27.3062790 secs] [Times: user=114.28 sys=7.97, real=27.30 secs] ... 76630.371: [GC [PSYoungGen: 1989176K->37868K(2033856K)] 2695599K->744307K(8325312K), 0.0954510 secs] [Times: user=0.30 sys=0.01, real=0.19 secs] 76635.104: [GC [PSYoungGen: 2009196K->58192K(2029568K)] 2715635K->764639K(8321024K), 0.6074670 secs] [Times: user=0.45 sys=0.00, real=0.61 secs] ... 76828.735: [GC [PSYoungGen: 1900439K->57205K(1965056K)] 2775161K->952463K(8256512K), 0.1437250 secs] [Times: user=0.64 sys=0.00, real=0.14 secs] 76833.471: [GC [PSYoungGen: 1891061K->50576K(1884480K)] 2786319K->954190K(8175936K), 0.5462510 secs] [Times: user=0.46 sys=0.01, real=0.54 secs] ... 77027.361: [GC [PSYoungGen: 1913204K->95939K(1953024K)] 2865863K->1059374K(8244480K), 0.0808640 secs] [Times: user=0.89 sys=0.00, real=0.08 secs] 77030.544: [GC [PSYoungGen: 1905347K->85909K(1960896K)] 2868782K->1062183K(8252352K), 0.4064290 secs] [Times: user=0.75 sys=0.00, real=0.40 secs] ... 78337.188: [GC [PSYoungGen: 938573K->35275K(1976128K)] 2084449K->1183063K(8267584K), 0.0526190 secs] [Times: user=0.28 sys=0.01, real=0.05 secs] 78337.241: [Full GC (System) [PSYoungGen: 35275K->0K(1976128K)] [ParOldGen: 1147787K->726426K(6291456K)] 1183063K->726426K(8267584K) [PSPermGen: 229912K->220969K(227776K)], 2.2812560 secs] [Times: user=10.28 sys=0.62, real=2.28 secs] ... 80439.861: [GC [PSYoungGen: 936782K->18933K(1971264K)] 1663209K->745359K(8262720K), 0.1071260 secs] [Times: user=0.32 sys=0.07, real=0.11 secs] 80439.968: [Full GC (System) [PSYoungGen: 18933K->0K(1971264K)] [ParOldGen: 726426K->692387K(6291456K)] 745359K->692387K(8262720K) [PSPermGen: 222476K->221306K(227072K)], 3.7885990 secs] [Times: user=21.35 sys=8.64, real=3.79 secs] ... 82544.103: [GC [PSYoungGen: 974660K->16414K(1867200K)] 1667047K->708802K(8158656K), 0.2803170 secs] [Times: user=0.14 sys=0.01, real=0.28 secs] 82544.384: [Full GC (System) [PSYoungGen: 16414K->0K(1867200K)] [ParOldGen: 692387K->690281K(6291456K)] 708802K->690281K(8158656K) [PSPermGen: 222593K->221429K(226560K)], 3.5897020 secs] [Times: user=11.94 sys=3.60, real=3.59 secs] ... 84648.315: [GC [PSYoungGen: 814424K->14508K(1971392K)] 1504705K->704789K(8262848K), 0.0895930 secs] [Times: user=0.31 sys=0.07, real=0.09 secs] 84648.405: [Full GC (System) [PSYoungGen: 14508K->0K(1971392K)] [ParOldGen: 690281K->688856K(6291456K)] 704789K->688856K(8262848K) [PSPermGen: 222604K->221236K(225856K)], 3.6293110 secs] [Times: user=8.05 sys=1.21, real=3.63 secs] ... 85180.256: [GC [PSYoungGen: 385911K->8137K(1854848K)] 1074767K->696993K(8146304K), 0.0416180 secs] [Times: user=0.20 sys=0.01, real=0.05 secs] 85180.298: [Full GC (System) [PSYoungGen: 8137K->0K(1854848K)] [ParOldGen: 688856K->411574K(6291456K)] 696993K->411574K(8146304K) [PSPermGen: 225546K->219861K(225792K)], 1.8058410 secs] [Times: user=7.31 sys=0.13, real=1.80 secs] ... 85183.711: [GC [PSYoungGen: 1198K->224K(1970624K)] 412773K->411798K(8262080K), 0.0145470 secs] [Times: user=0.04 sys=0.00, real=0.01 secs] 85183.726: [Full GC (System) [PSYoungGen: 224K->0K(1970624K)] [ParOldGen: 411574K->389842K(6291456K)] 411798K->389842K(8262080K) [PSPermGen: 219868K->219105K(225216K)], 1.5348500 secs] [Times: user=6.26 sys=0.19, real=1.54 secs] ... 85186.283: [GC [PSYoungGen: 14202K->3104K(1971072K)] 404045K->392946K(8262528K), 0.0146120 secs] [Times: user=0.05 sys=0.01, real=0.01 secs] 85186.298: [Full GC (System) [PSYoungGen: 3104K->0K(1971072K)] [ParOldGen: 389842K->389661K(6291456K)] 392946K->389661K(8262528K) [PSPermGen: 219113K->219096K(224640K)], 1.3847740 secs] [Times: user=5.66 sys=0.07, real=1.39 secs] ======================================== SUMMARY: ======================================== # GC Events: 947 GC Event Types: PARALLEL_SCAVENGE, PARALLEL_OLD_COMPACTING Max Heap Space: 8372416K Max Heap Occupancy: 7957408K Max Perm Space: 419072K Max Perm Occupancy: 237674K Throughput: 97% Max Pause: 74541 ms Total Pause: 2728421 ms First Timestamp: 4316 ms Last Timestamp: 85186298 ms ======================================== ANALYSIS: ======================================== ======================================== 1000 UNIDENTIFIED LOG LINE(S): ======================================== 58377.506: [Full GC [PSYoungGen: 1623808K->1514579K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7806031K(8151936K) [PSPermGen: 220862K->220770K(221184K)] GC time would exceed GCTimeLimit of 98% , 50.3050700 secs] [Times: user=95.02 sys=16.46, real=50.30 secs] 58428.604: [Full GC [PSYoungGen: 1623808K->1516150K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7807605K(8151936K) [PSPermGen: 220820K->220757K(221184K)] GC time would exceed GCTimeLimit of 98% , 55.9048340 secs] [Times: user=118.64 sys=47.00, real=55.90 secs] 58485.155: [Full GC [PSYoungGen: 1623732K->1519087K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915188K->7810542K(8151936K) [PSPermGen: 220779K->220767K(221184K)] GC time would exceed GCTimeLimit of 98% , 47.3183340 secs] [Times: user=100.73 sys=31.82, real=47.31 secs] 58534.956: [Full GC [PSYoungGen: 1623808K->1522528K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7813983K(8151936K) [PSPermGen: 220776K->220751K(221120K)] GC time would exceed GCTimeLimit of 98% , 52.8799490 secs] [Times: user=260.26 sys=112.47, real=52.88 secs] 58588.324: [Full GC [PSYoungGen: 1623808K->1524136K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7815589K(8151936K) [PSPermGen: 220847K->220793K(221184K)] GC time would exceed GCTimeLimit of 98% , 26.9519360 secs] [Times: user=108.97 sys=9.87, real=26.95 secs] 58616.612: [Full GC [PSYoungGen: 1623808K->1524873K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->7816327K(8151936K) [PSPermGen: 220793K->220793K(221184K)] GC time is exceeding GCTimeLimit of 98% , 45.7113080 secs] [Times: user=231.39 sys=94.74, real=45.70 secs] 58662.483: [Full GC [PSYoungGen: 1623808K->1523267K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7814720K(8151936K) [PSPermGen: 220793K->220793K(221184K)] GC time would exceed GCTimeLimit of 98% , 23.0427090 secs] [Times: user=105.33 sys=8.47, real=23.04 secs] 58996.409: [Full GC [PSYoungGen: 1623808K->1529395K(1860480K)] [ParOldGen: 6291452K->6291454K(6291456K)] 7915260K->7820850K(8151936K) [PSPermGen: 221640K->221148K(222208K)] GC time would exceed GCTimeLimit of 98% , 40.9747650 secs] [Times: user=213.58 sys=63.05, real=40.97 secs] 59038.058: [Full GC [PSYoungGen: 1623808K->1529573K(1860480K)] [ParOldGen: 6291454K->6291455K(6291456K)] 7915262K->7821029K(8151936K) [PSPermGen: 221612K->221351K(222400K)] GC time would exceed GCTimeLimit of 98% , 30.1097590 secs] [Times: user=140.46 sys=13.03, real=30.11 secs] 59068.459: [Full GC [PSYoungGen: 1623808K->1530450K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7821903K(8151936K) [PSPermGen: 221862K->221528K(222400K)] GC time would exceed GCTimeLimit of 98% , 37.1756540 secs] [Times: user=180.13 sys=42.73, real=37.17 secs] 59105.892: [Full GC [PSYoungGen: 1623808K->1531371K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7822826K(8151936K) [PSPermGen: 221735K->221610K(222400K)] GC time would exceed GCTimeLimit of 98% , 38.8715520 secs] [Times: user=210.03 sys=55.13, real=38.87 secs] 59145.061: [Full GC [PSYoungGen: 1623808K->1533110K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7824566K(8151936K) [PSPermGen: 221657K->221635K(222400K)] GC time would exceed GCTimeLimit of 98% , 62.0099030 secs] [Times: user=308.66 sys=172.00, real=62.00 secs] 59207.339: [Full GC [PSYoungGen: 1623808K->1534615K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7826067K(8151936K) [PSPermGen: 221803K->221710K(222400K)] GC time is exceeding GCTimeLimit of 98% , 30.5286560 secs] [Times: user=120.53 sys=13.33, real=30.52 secs] 59238.088: [Full GC [PSYoungGen: 1623808K->1537820K(1860480K)] [ParOldGen: 6291452K->6291453K(6291456K)] 7915260K->7829274K(8151936K) [PSPermGen: 221794K->221748K(222400K)] GC time would exceed GCTimeLimit of 98% , 55.3070650 secs] [Times: user=164.78 sys=59.84, real=55.30 secs] 59295.065: [Full GC [PSYoungGen: 1623808K->1538556K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->7830010K(8151936K) [PSPermGen: 221848K->221842K(222976K)] GC time would exceed GCTimeLimit of 98% , 62.0715160 secs] [Times: user=146.35 sys=35.43, real=62.06 secs] 59357.550: [Full GC [PSYoungGen: 1623808K->1540218K(1860480K)] [ParOldGen: 6291454K->6291452K(6291456K)] 7915262K->7831671K(8151936K) [PSPermGen: 222041K->222027K(222848K)] GC time would exceed GCTimeLimit of 98% , 43.5150850 secs] [Times: user=155.67 sys=33.67, real=43.51 secs] 59401.468: [Full GC [PSYoungGen: 1623808K->1538122K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7829575K(8151936K) [PSPermGen: 222180K->222013K(222784K)] GC time would exceed GCTimeLimit of 98% , 44.6232240 secs] [Times: user=101.94 sys=32.31, real=44.62 secs] 59446.576: [Full GC [PSYoungGen: 1623808K->1538319K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7829775K(8151936K) [PSPermGen: 222032K->221980K(222720K)] GC time would exceed GCTimeLimit of 98% , 52.7084040 secs] [Times: user=128.76 sys=48.79, real=52.71 secs] 59499.664: [Full GC [PSYoungGen: 1623808K->1537255K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7828708K(8151936K) [PSPermGen: 222057K->221970K(222656K)] GC time is exceeding GCTimeLimit of 98% , 27.3745900 secs] [Times: user=127.12 sys=17.25, real=27.37 secs] 59527.232: [Full GC [PSYoungGen: 1623808K->1537681K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7829137K(8151936K) [PSPermGen: 221986K->221973K(222656K)] GC time would exceed GCTimeLimit of 98% , 50.7428790 secs] [Times: user=144.46 sys=54.74, real=50.74 secs] 59578.676: [Full GC [PSYoungGen: 1623808K->1537434K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7828890K(8151936K) [PSPermGen: 221999K->221975K(222592K)] GC time would exceed GCTimeLimit of 98% , 40.5615510 secs] [Times: user=98.34 sys=15.77, real=40.55 secs] 59619.470: [Full GC [PSYoungGen: 1623808K->1538663K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7830116K(8151936K) [PSPermGen: 222028K->221897K(222528K)] GC time would exceed GCTimeLimit of 98% , 52.0744400 secs] [Times: user=284.01 sys=150.23, real=52.07 secs] 59671.742: [Full GC [PSYoungGen: 1623808K->1537555K(1860480K)] [ParOldGen: 6291452K->6291454K(6291456K)] 7915260K->7829009K(8151936K) [PSPermGen: 221915K->221894K(222464K)] GC time would exceed GCTimeLimit of 98% , 38.0304870 secs] [Times: user=191.29 sys=53.44, real=38.02 secs] 59709.923: [Full GC [PSYoungGen: 1623808K->1537751K(1860480K)] [ParOldGen: 6291454K->6291455K(6291456K)] 7915262K->7829207K(8151936K) [PSPermGen: 222020K->221889K(222464K)] GC time would exceed GCTimeLimit of 98% , 40.1154940 secs] [Times: user=206.50 sys=72.79, real=40.11 secs] 59750.151: [Full GC [PSYoungGen: 1623808K->1538464K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7829916K(8151936K) [PSPermGen: 221893K->221805K(222336K)] GC time is exceeding GCTimeLimit of 98% , 34.1539690 secs] [Times: user=163.81 sys=33.54, real=34.15 secs] 59784.446: [Full GC [PSYoungGen: 1623808K->1538549K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7830005K(8151936K) [PSPermGen: 221812K->221809K(222336K)] GC time would exceed GCTimeLimit of 98% , 49.2688630 secs] [Times: user=151.99 sys=59.94, real=49.27 secs] 59833.953: [Full GC [PSYoungGen: 1623808K->1539743K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7831197K(8151936K) [PSPermGen: 221839K->221816K(222336K)] GC time would exceed GCTimeLimit of 98% , 44.8590920 secs] [Times: user=204.97 sys=89.35, real=44.86 secs] 59878.969: [Full GC [PSYoungGen: 1623808K->1539344K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7915261K->7830800K(8151936K) [PSPermGen: 221952K->221804K(222336K)] GC time would exceed GCTimeLimit of 98% , 51.5716920 secs] [Times: user=142.27 sys=54.88, real=51.57 secs] 59930.913: [Full GC [PSYoungGen: 1623808K->1539350K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7830805K(8151936K) [PSPermGen: 222074K->221764K(222400K)] GC time would exceed GCTimeLimit of 98% , 42.3965330 secs] [Times: user=207.93 sys=63.60, real=42.39 secs] 59974.104: [Full GC [PSYoungGen: 1623797K->1539345K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915253K->7830799K(8151936K) [PSPermGen: 221770K->221688K(222272K)] GC time would exceed GCTimeLimit of 98% , 43.0288450 secs] [Times: user=99.28 sys=15.26, real=43.02 secs] 60017.364: [Full GC [PSYoungGen: 1623808K->1541520K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7832973K(8151936K) [PSPermGen: 221980K->221698K(222400K)] GC time is exceeding GCTimeLimit of 98% , 44.5312940 secs] [Times: user=99.72 sys=15.79, real=44.52 secs] 60061.990: [Full GC [PSYoungGen: 1623808K->1543414K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7834870K(8151936K) [PSPermGen: 222105K->221707K(222272K)] GC time would exceed GCTimeLimit of 98% , 48.9435640 secs] [Times: user=143.91 sys=59.40, real=48.94 secs] 60111.063: [Full GC [PSYoungGen: 1623808K->1544131K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7835586K(8151936K) [PSPermGen: 222165K->221714K(222400K)] GC time would exceed GCTimeLimit of 98% , 44.7968960 secs] [Times: user=105.88 sys=31.24, real=44.79 secs] 60156.168: [Full GC [PSYoungGen: 1623808K->1545336K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7836790K(8151936K) [PSPermGen: 221986K->221701K(222336K)] GC time would exceed GCTimeLimit of 98% , 64.2163910 secs] [Times: user=155.19 sys=54.98, real=64.20 secs] 60220.741: [Full GC [PSYoungGen: 1623808K->1543462K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->7834917K(8151936K) [PSPermGen: 221721K->221589K(222208K)] GC time would exceed GCTimeLimit of 98% , 33.2215320 secs] [Times: user=125.13 sys=12.09, real=33.22 secs] 60254.822: [Full GC [PSYoungGen: 1623808K->1542027K(1860480K)] [ParOldGen: 6291454K->6291451K(6291456K)] 7915262K->7833478K(8151936K) [PSPermGen: 221697K->221597K(222400K)] GC time would exceed GCTimeLimit of 98% , 54.6386200 secs] [Times: user=109.43 sys=45.06, real=54.63 secs] 60310.026: [Full GC [PSYoungGen: 1623808K->1542340K(1860480K)] [ParOldGen: 6291451K->6291452K(6291456K)] 7915259K->7833793K(8151936K) [PSPermGen: 221773K->221535K(222272K)] GC time is exceeding GCTimeLimit of 98% , 28.9727440 secs] [Times: user=128.93 sys=20.20, real=28.97 secs] 60339.819: [Full GC [PSYoungGen: 1623808K->1542203K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7833656K(8151936K) [PSPermGen: 221731K->221537K(222272K)] GC time would exceed GCTimeLimit of 98% , 44.0864560 secs] [Times: user=95.14 sys=25.50, real=44.08 secs] 60384.362: [Full GC [PSYoungGen: 1623808K->1540468K(1860480K)] [ParOldGen: 6291452K->6291454K(6291456K)] 7915260K->7831923K(8151936K) [PSPermGen: 221721K->221524K(222208K)] GC time would exceed GCTimeLimit of 98% , 40.9621450 secs] [Times: user=184.14 sys=46.40, real=40.95 secs] 60425.726: [Full GC [PSYoungGen: 1623808K->1540308K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7831761K(8151936K) [PSPermGen: 221792K->221507K(222208K)] GC time would exceed GCTimeLimit of 98% , 59.3064040 secs] [Times: user=327.10 sys=160.28, real=59.30 secs] 60485.361: [Full GC [PSYoungGen: 1623808K->1541057K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7832510K(8151936K) [PSPermGen: 221825K->221430K(222144K)] GC time would exceed GCTimeLimit of 98% , 42.5716820 secs] [Times: user=95.53 sys=15.76, real=42.57 secs] 60528.171: [Full GC [PSYoungGen: 1623808K->1542699K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7834152K(8151936K) [PSPermGen: 221726K->221443K(222144K)] GC time would exceed GCTimeLimit of 98% , 40.6582460 secs] [Times: user=94.80 sys=14.00, real=40.66 secs] 60568.972: [Full GC [PSYoungGen: 1623808K->1543502K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7834958K(8151936K) [PSPermGen: 221613K->221441K(222144K)] GC time is exceeding GCTimeLimit of 98% , 52.6370190 secs] [Times: user=139.69 sys=47.40, real=52.63 secs] 60621.753: [Full GC [PSYoungGen: 1623808K->1542887K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7834341K(8151936K) [PSPermGen: 221733K->221463K(222208K)] GC time would exceed GCTimeLimit of 98% , 39.1548570 secs] [Times: user=97.28 sys=13.23, real=39.15 secs] 60661.021: [Full GC [PSYoungGen: 1623808K->1543690K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7835144K(8151936K) [PSPermGen: 221554K->221486K(222208K)] GC time would exceed GCTimeLimit of 98% , 38.4580490 secs] [Times: user=94.44 sys=12.91, real=38.46 secs] 60699.686: [Full GC [PSYoungGen: 1623808K->1544785K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7836238K(8151936K) [PSPermGen: 221537K->221486K(222208K)] GC time would exceed GCTimeLimit of 98% , 39.9169960 secs] [Times: user=95.76 sys=12.49, real=39.91 secs] 60739.840: [Full GC [PSYoungGen: 1623808K->1546231K(1860480K)] [ParOldGen: 6291452K->6291453K(6291456K)] 7915260K->7837685K(8151936K) [PSPermGen: 221648K->221599K(222272K)] GC time would exceed GCTimeLimit of 98% , 32.8786030 secs] [Times: user=196.42 sys=46.67, real=32.87 secs] 60772.868: [Full GC [PSYoungGen: 1623808K->1546701K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7838155K(8151936K) [PSPermGen: 221600K->221597K(222272K)] GC time would exceed GCTimeLimit of 98% , 47.5018490 secs] [Times: user=99.17 sys=18.66, real=47.50 secs] 60820.528: [Full GC [PSYoungGen: 1623808K->1547573K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7839026K(8151936K) [PSPermGen: 221652K->221565K(222208K)] GC time is exceeding GCTimeLimit of 98% , 38.5507790 secs] [Times: user=97.26 sys=13.93, real=38.55 secs] 60859.233: [Full GC [PSYoungGen: 1623808K->1549077K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7840530K(8151936K) [PSPermGen: 221576K->221556K(222208K)] GC time would exceed GCTimeLimit of 98% , 39.4326670 secs] [Times: user=97.73 sys=16.33, real=39.43 secs] 60898.790: [Full GC [PSYoungGen: 1623808K->1548574K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7840026K(8151936K) [PSPermGen: 221563K->221551K(222144K)] GC time would exceed GCTimeLimit of 98% , 34.7463780 secs] [Times: user=92.27 sys=10.10, real=34.75 secs] 60933.677: [Full GC [PSYoungGen: 1623808K->1549317K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7840769K(8151936K) [PSPermGen: 221564K->221511K(222080K)] GC time would exceed GCTimeLimit of 98% , 46.5757830 secs] [Times: user=99.44 sys=14.41, real=46.57 secs] 60980.420: [Full GC [PSYoungGen: 1623808K->1550234K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7841686K(8151936K) [PSPermGen: 221524K->221480K(222016K)] GC time would exceed GCTimeLimit of 98% , 21.4667760 secs] [Times: user=86.35 sys=11.20, real=21.47 secs] 61002.099: [Full GC [PSYoungGen: 1623808K->1551152K(1860480K)] [ParOldGen: 6291452K->6291451K(6291456K)] 7915260K->7842604K(8151936K) [PSPermGen: 221488K->221485K(222016K)] GC time would exceed GCTimeLimit of 98% , 39.9525230 secs] [Times: user=98.61 sys=17.60, real=39.94 secs] 61042.257: [Full GC [PSYoungGen: 1623808K->1550828K(1860480K)] [ParOldGen: 6291451K->6291453K(6291456K)] 7915259K->7842281K(8151936K) [PSPermGen: 221585K->221565K(221824K)] GC time is exceeding GCTimeLimit of 98% , 50.1430890 secs] [Times: user=146.57 sys=37.20, real=50.14 secs] 61093.629: [Full GC [PSYoungGen: 1623808K->1548548K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7840001K(8151936K) [PSPermGen: 221674K->221591K(221888K)] GC time would exceed GCTimeLimit of 98% , 54.5730680 secs] [Times: user=131.85 sys=32.32, real=54.57 secs] 61148.334: [Full GC [PSYoungGen: 1623808K->1548750K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7840202K(8151936K) [PSPermGen: 221631K->221608K(221824K)] GC time would exceed GCTimeLimit of 98% , 43.5244740 secs] [Times: user=99.29 sys=28.97, real=43.52 secs] 61192.170: [Full GC [PSYoungGen: 1623808K->1547610K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7839062K(8151936K) [PSPermGen: 222072K->221663K(222400K)] GC time would exceed GCTimeLimit of 98% , 41.2765940 secs] [Times: user=150.43 sys=45.29, real=41.27 secs] 61233.629: [Full GC [PSYoungGen: 1623808K->1547958K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7839414K(8151936K) [PSPermGen: 222010K->221639K(222208K)] GC time would exceed GCTimeLimit of 98% , 49.5884540 secs] [Times: user=141.66 sys=56.14, real=49.58 secs] 61283.498: [Full GC [PSYoungGen: 1623808K->1547767K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7839219K(8151936K) [PSPermGen: 221703K->221653K(222208K)] GC time would exceed GCTimeLimit of 98% , 55.5637030 secs] [Times: user=210.98 sys=115.61, real=55.56 secs] 61339.329: [Full GC [PSYoungGen: 1623808K->1548558K(1860480K)] [ParOldGen: 6291452K->6291453K(6291456K)] 7915260K->7840011K(8151936K) [PSPermGen: 221843K->221660K(222400K)] GC time is exceeding GCTimeLimit of 98% , 39.2930670 secs] [Times: user=181.67 sys=52.04, real=39.29 secs] 61378.751: [Full GC [PSYoungGen: 1623808K->1549543K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->7840998K(8151936K) [PSPermGen: 221828K->221659K(222336K)] GC time would exceed GCTimeLimit of 98% , 46.7795580 secs] [Times: user=145.59 sys=51.25, real=46.77 secs] 61426.286: [Full GC [PSYoungGen: 1623808K->1551160K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7842614K(8151936K) [PSPermGen: 221897K->221606K(222272K)] GC time would exceed GCTimeLimit of 98% , 61.8760310 secs] [Times: user=334.15 sys=178.89, real=61.87 secs] 61488.476: [Full GC [PSYoungGen: 1623808K->1552321K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->7843775K(8151936K) [PSPermGen: 221748K->221605K(222272K)] GC time would exceed GCTimeLimit of 98% , 52.4421510 secs] [Times: user=248.05 sys=118.50, real=52.43 secs] 61541.044: [Full GC [PSYoungGen: 1623808K->1552955K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7844409K(8151936K) [PSPermGen: 221731K->221707K(222336K)] GC time would exceed GCTimeLimit of 98% , 38.8701550 secs] [Times: user=94.41 sys=11.83, real=38.86 secs] 61580.051: [Full GC [PSYoungGen: 1623808K->1555261K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7846715K(8151936K) [PSPermGen: 221799K->221702K(222336K)] GC time would exceed GCTimeLimit of 98% , 25.1575060 secs] [Times: user=94.00 sys=10.01, real=25.15 secs] 61605.619: [Full GC [PSYoungGen: 1623792K->1556599K(1860480K)] [ParOldGen: 6291454K->6291452K(6291456K)] 7915246K->7848051K(8151936K) [PSPermGen: 221958K->221745K(222400K)] GC time is exceeding GCTimeLimit of 98% , 42.4798830 secs] [Times: user=225.50 sys=81.03, real=42.48 secs] 61648.302: [Full GC [PSYoungGen: 1623808K->1556852K(1860480K)] [ParOldGen: 6291452K->6291454K(6291456K)] 7915260K->7848307K(8151936K) [PSPermGen: 221985K->221854K(222272K)] GC time would exceed GCTimeLimit of 98% , 30.7445230 secs] [Times: user=161.30 sys=21.79, real=30.74 secs] 61679.175: [Full GC [PSYoungGen: 1623808K->1556978K(1860480K)] [ParOldGen: 6291454K->6291452K(6291456K)] 7915262K->7848430K(8151936K) [PSPermGen: 221946K->221856K(222272K)] GC time would exceed GCTimeLimit of 98% , 41.9244280 secs] [Times: user=99.21 sys=14.29, real=41.92 secs] 61721.310: [Full GC [PSYoungGen: 1623808K->1557704K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7849156K(8151936K) [PSPermGen: 221881K->221803K(222208K)] GC time would exceed GCTimeLimit of 98% , 39.9981440 secs] [Times: user=97.56 sys=15.98, real=39.99 secs] 61761.451: [Full GC [PSYoungGen: 1623808K->1557153K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7848609K(8151936K) [PSPermGen: 221806K->221796K(222208K)] GC time would exceed GCTimeLimit of 98% , 50.8286350 secs] [Times: user=120.12 sys=41.04, real=50.82 secs] 61812.426: [Full GC [PSYoungGen: 1623808K->1554805K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7846261K(8151936K) [PSPermGen: 221843K->221763K(222400K)] GC time would exceed GCTimeLimit of 98% , 40.5286250 secs] [Times: user=99.07 sys=15.66, real=40.52 secs] 61853.107: [Full GC [PSYoungGen: 1623808K->1555834K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7847289K(8151936K) [PSPermGen: 221798K->221769K(222336K)] GC time is exceeding GCTimeLimit of 98% , 19.6718670 secs] [Times: user=85.95 sys=4.66, real=19.67 secs] 61872.951: [Full GC [PSYoungGen: 1623808K->1556243K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7847696K(8151936K) [PSPermGen: 221789K->221758K(222336K)] GC time would exceed GCTimeLimit of 98% , 44.7870290 secs] [Times: user=102.03 sys=22.59, real=44.79 secs] 61918.109: [Full GC [PSYoungGen: 1623808K->1556412K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->7847866K(8151936K) [PSPermGen: 221894K->221888K(222208K)] GC time would exceed GCTimeLimit of 98% , 42.3917950 secs] [Times: user=173.07 sys=50.37, real=42.38 secs] 61960.671: [Full GC [PSYoungGen: 1623808K->1555764K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7847218K(8151936K) [PSPermGen: 221913K->221863K(222400K)] GC time would exceed GCTimeLimit of 98% , 47.5435450 secs] [Times: user=97.50 sys=17.87, real=47.54 secs] 62008.654: [Full GC [PSYoungGen: 1623806K->1555980K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915260K->7847434K(8151936K) [PSPermGen: 221906K->221873K(222400K)] GC time would exceed GCTimeLimit of 98% , 25.3072910 secs] [Times: user=90.12 sys=9.66, real=25.40 secs] 62034.431: [Full GC [PSYoungGen: 1623808K->1558549K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7850004K(8151936K) [PSPermGen: 221980K->221908K(222400K)] GC time would exceed GCTimeLimit of 98% , 28.2692810 secs] [Times: user=90.83 sys=9.64, real=28.27 secs] 62062.900: [Full GC [PSYoungGen: 1623808K->1559759K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7851213K(8151936K) [PSPermGen: 221927K->221807K(222272K)] GC time is exceeding GCTimeLimit of 98% , 46.3082740 secs] [Times: user=103.22 sys=35.04, real=46.31 secs] 62109.528: [Full GC [PSYoungGen: 1623808K->1560606K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7852060K(8151936K) [PSPermGen: 222397K->221832K(222400K)] GC time would exceed GCTimeLimit of 98% , 44.3034220 secs] [Times: user=105.53 sys=34.09, real=44.30 secs] 62154.117: [Full GC [PSYoungGen: 1623808K->1559695K(1860480K)] [ParOldGen: 6291454K->6291455K(6291456K)] 7915262K->7851150K(8151936K) [PSPermGen: 222137K->221884K(222976K)] GC time would exceed GCTimeLimit of 98% , 29.0655640 secs] [Times: user=137.78 sys=13.59, real=29.06 secs] 62183.528: [Full GC [PSYoungGen: 1623808K->1557490K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7848946K(8151936K) [PSPermGen: 222195K->221920K(222784K)] GC time would exceed GCTimeLimit of 98% , 34.9833110 secs] [Times: user=163.22 sys=28.25, real=34.98 secs] 62218.680: [Full GC [PSYoungGen: 1623808K->1557820K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7849272K(8151936K) [PSPermGen: 222038K->221847K(222656K)] GC time would exceed GCTimeLimit of 98% , 41.9222520 secs] [Times: user=100.53 sys=18.47, real=41.92 secs] 62261.033: [Full GC [PSYoungGen: 1623808K->1558925K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7850380K(8151936K) [PSPermGen: 222060K->221862K(222592K)] GC time would exceed GCTimeLimit of 98% , 35.8344550 secs] [Times: user=170.26 sys=30.56, real=35.83 secs] 62297.054: [Full GC [PSYoungGen: 1623808K->1558908K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7850364K(8151936K) [PSPermGen: 222036K->221854K(222592K)] GC time is exceeding GCTimeLimit of 98% , 51.8348870 secs] [Times: user=161.85 sys=64.35, real=51.90 secs] 62349.140: [Full GC [PSYoungGen: 1623808K->1559975K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7851429K(8151936K) [PSPermGen: 221888K->221854K(222592K)] GC time would exceed GCTimeLimit of 98% , 41.7224380 secs] [Times: user=97.94 sys=14.15, real=41.72 secs] 62390.945: [Full GC [PSYoungGen: 1623808K->1561171K(1860480K)] [ParOldGen: 6291454K->6291455K(6291456K)] 7915262K->7852626K(8151936K) [PSPermGen: 222009K->221849K(222528K)] GC time would exceed GCTimeLimit of 98% , 51.7620410 secs] [Times: user=150.22 sys=58.10, real=51.75 secs] 62442.926: [Full GC [PSYoungGen: 1623808K->1562479K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7853932K(8151936K) [PSPermGen: 221986K->221885K(222528K)] GC time would exceed GCTimeLimit of 98% , 43.6883430 secs] [Times: user=92.33 sys=14.16, real=43.68 secs] 62486.762: [Full GC [PSYoungGen: 1623808K->1560833K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7852286K(8151936K) [PSPermGen: 221899K->221841K(222464K)] GC time would exceed GCTimeLimit of 98% , 39.1884460 secs] [Times: user=98.77 sys=19.29, real=39.18 secs] 62526.583: [Full GC [PSYoungGen: 1623808K->1559377K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7850830K(8151936K) [PSPermGen: 221846K->221833K(222464K)] GC time would exceed GCTimeLimit of 98% , 40.1982400 secs] [Times: user=96.10 sys=18.65, real=40.19 secs] 62566.913: [Full GC [PSYoungGen: 1623808K->1559695K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7851148K(8151936K) [PSPermGen: 221867K->221829K(222400K)] GC time is exceeding GCTimeLimit of 98% , 40.0918550 secs] [Times: user=100.36 sys=16.54, real=40.09 secs] 62607.099: [Full GC [PSYoungGen: 1623808K->1560270K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7851723K(8151936K) [PSPermGen: 221920K->221827K(222400K)] GC time would exceed GCTimeLimit of 98% , 40.5991150 secs] [Times: user=96.17 sys=17.29, real=40.59 secs] 62647.885: [Full GC [PSYoungGen: 1623808K->1560414K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7851867K(8151936K) [PSPermGen: 221911K->221824K(222336K)] GC time would exceed GCTimeLimit of 98% , 41.1855790 secs] [Times: user=98.44 sys=17.46, real=41.18 secs] 62689.327: [Full GC [PSYoungGen: 1623808K->1561996K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7853449K(8151936K) [PSPermGen: 221946K->221745K(222272K)] GC time would exceed GCTimeLimit of 98% , 50.7185550 secs] [Times: user=143.16 sys=57.24, real=50.71 secs] 62740.324: [Full GC [PSYoungGen: 1623808K->1563663K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7855116K(8151936K) [PSPermGen: 221808K->221746K(222272K)] GC time would exceed GCTimeLimit of 98% , 40.7567960 secs] [Times: user=96.11 sys=14.21, real=40.75 secs] 62781.491: [Full GC [PSYoungGen: 1623808K->1564209K(1860480K)] [ParOldGen: 6291452K->6291453K(6291456K)] 7915260K->7855662K(8151936K) [PSPermGen: 221860K->221729K(222208K)] GC time would exceed GCTimeLimit of 98% , 52.1700960 secs] [Times: user=141.17 sys=58.74, real=52.17 secs] 62833.815: [Full GC [PSYoungGen: 1623808K->1564254K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7855706K(8151936K) [PSPermGen: 221800K->221752K(222208K)] GC time is exceeding GCTimeLimit of 98% , 41.1904370 secs] [Times: user=97.41 sys=20.16, real=41.18 secs] 62875.333: [Full GC [PSYoungGen: 1623807K->1563839K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7855294K(8151936K) [PSPermGen: 221807K->221758K(222208K)] GC time would exceed GCTimeLimit of 98% , 54.3854890 secs] [Times: user=100.72 sys=24.20, real=54.38 secs] 62929.998: [Full GC [PSYoungGen: 1605561K->1563714K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7897016K->7855170K(8151936K) [PSPermGen: 221759K->221759K(222208K)] GC time would exceed GCTimeLimit of 98% , 34.6253530 secs] [Times: user=109.96 sys=15.78, real=34.62 secs] 62964.811: [Full GC [PSYoungGen: 1623808K->1607094K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7898550K(8151936K) [PSPermGen: 221764K->221750K(222208K)] GC time would exceed GCTimeLimit of 98% , 45.0835700 secs] [Times: user=102.40 sys=31.11, real=45.08 secs] 63009.997: [Full GC [PSYoungGen: 1623808K->1607945K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7899400K(8151936K) [PSPermGen: 221764K->221631K(222080K)] GC time would exceed GCTimeLimit of 98% , 46.3863750 secs] [Times: user=184.46 sys=60.79, real=46.38 secs] 63056.437: [Full GC [PSYoungGen: 1623808K->1609183K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7900638K(8151936K) [PSPermGen: 221635K->221558K(222016K)] GC time would exceed GCTimeLimit of 98% , 46.2741610 secs] [Times: user=104.55 sys=29.48, real=46.26 secs] 63102.811: [Full GC [PSYoungGen: 1623808K->1608940K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7900395K(8151936K) [PSPermGen: 221560K->221549K(221952K)] GC time is exceeding GCTimeLimit of 98% , 22.4319180 secs] [Times: user=87.85 sys=10.99, real=22.43 secs] 63125.317: [Full GC [PSYoungGen: 1623808K->1609948K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7901402K(8151936K) [PSPermGen: 221550K->221483K(221888K)] GC time would exceed GCTimeLimit of 98% , 23.0117520 secs] [Times: user=88.76 sys=7.25, real=23.00 secs] 63148.382: [Full GC [PSYoungGen: 1623808K->1609397K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7900851K(8151936K) [PSPermGen: 221489K->221404K(221824K)] GC time would exceed GCTimeLimit of 98% , 47.0824280 secs] [Times: user=232.50 sys=114.95, real=47.07 secs] 63195.508: [Full GC [PSYoungGen: 1623808K->1609445K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7900900K(8151936K) [PSPermGen: 221407K->221407K(221824K)] GC time would exceed GCTimeLimit of 98% , 40.4285580 secs] [Times: user=96.38 sys=15.31, real=40.42 secs] 63235.968: [Full GC [PSYoungGen: 1623808K->1609896K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7901351K(8151936K) [PSPermGen: 221417K->221346K(221696K)] GC time would exceed GCTimeLimit of 98% , 39.3877310 secs] [Times: user=95.21 sys=14.54, real=39.38 secs] 63275.495: [Full GC [PSYoungGen: 1623808K->1609626K(1860480K)] [ParOldGen: 6291454K->6291455K(6291456K)] 7915262K->7901082K(8151936K) [PSPermGen: 221355K->221286K(221632K)] GC time would exceed GCTimeLimit of 98% , 35.5979580 secs] [Times: user=182.56 sys=50.04, real=35.59 secs] 63311.130: [Full GC [PSYoungGen: 1623808K->1610972K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7902427K(8151936K) [PSPermGen: 221288K->220961K(221568K)] GC time is exceeding GCTimeLimit of 98% , 27.9584810 secs] [Times: user=124.37 sys=10.99, real=27.95 secs] 63339.133: [Full GC [PSYoungGen: 1623808K->1610390K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7901843K(8151936K) [PSPermGen: 220966K->220818K(221440K)] GC time would exceed GCTimeLimit of 98% , 34.0946570 secs] [Times: user=169.87 sys=29.58, real=34.09 secs] 63373.572: [Full GC [PSYoungGen: 1623808K->1610262K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7901714K(8151936K) [PSPermGen: 220821K->220818K(221440K)] GC time would exceed GCTimeLimit of 98% , 47.8813880 secs] [Times: user=237.46 sys=96.02, real=47.88 secs] 63421.524: [Full GC [PSYoungGen: 1623808K->1610666K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7902119K(8151936K) [PSPermGen: 220823K->220808K(220864K)] GC time would exceed GCTimeLimit of 98% , 47.7244690 secs] [Times: user=221.73 sys=112.52, real=47.71 secs] 63469.322: [Full GC [PSYoungGen: 1623808K->1610782K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7902235K(8151936K) [PSPermGen: 220819K->220818K(220864K)] GC time would exceed GCTimeLimit of 98% , 40.9006570 secs] [Times: user=96.57 sys=15.09, real=40.89 secs] 63510.270: [Full GC [PSYoungGen: 1623808K->1611126K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7902582K(8151936K) [PSPermGen: 220836K->220816K(220864K)] GC time would exceed GCTimeLimit of 98% , 51.9691930 secs] [Times: user=165.50 sys=66.93, real=51.96 secs] 63562.280: [Full GC [PSYoungGen: 1623808K->1612791K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7904245K(8151936K) [PSPermGen: 220851K->220804K(220864K)] GC time is exceeding GCTimeLimit of 98% , 42.7684850 secs] [Times: user=95.84 sys=14.37, real=42.76 secs] 63605.528: [Full GC [PSYoungGen: 1623808K->1612793K(1860480K)] [ParOldGen: 6291454K->6291452K(6291456K)] 7915262K->7904245K(8151936K) [PSPermGen: 220893K->220889K(221248K)] GC time would exceed GCTimeLimit of 98% , 41.7538360 secs] [Times: user=97.24 sys=19.33, real=41.75 secs] 63647.340: [Full GC [PSYoungGen: 1623808K->1612656K(1860480K)] [ParOldGen: 6291452K->6291453K(6291456K)] 7915260K->7904110K(8151936K) [PSPermGen: 220898K->220809K(221184K)] GC time would exceed GCTimeLimit of 98% , 49.7010400 secs] [Times: user=200.39 sys=96.83, real=49.69 secs] 63697.119: [Full GC [PSYoungGen: 1623808K->1613624K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7905078K(8151936K) [PSPermGen: 220833K->220825K(221184K)] GC time would exceed GCTimeLimit of 98% , 51.9074110 secs] [Times: user=149.27 sys=61.63, real=51.90 secs] 63749.111: [Full GC [PSYoungGen: 1623808K->1614485K(1860480K)] [ParOldGen: 6291453K->6291455K(6291456K)] 7915261K->7905941K(8151936K) [PSPermGen: 220852K->220846K(221184K)] GC time would exceed GCTimeLimit of 98% , 55.7510660 secs] [Times: user=150.55 sys=48.37, real=55.75 secs] 63805.065: [Full GC [PSYoungGen: 1623808K->1617612K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7909065K(8151936K) [PSPermGen: 220890K->220877K(221248K)] GC time would exceed GCTimeLimit of 98% , 54.7445850 secs] [Times: user=148.04 sys=45.79, real=54.74 secs] 63859.875: [Full GC [PSYoungGen: 1623808K->1617556K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7909009K(8151936K) [PSPermGen: 220880K->220833K(221184K)] GC time is exceeding GCTimeLimit of 98% , 43.2860450 secs] [Times: user=107.51 sys=29.83, real=43.28 secs] 63903.232: [Full GC [PSYoungGen: 1623808K->1617759K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7909211K(8151936K) [PSPermGen: 220841K->220832K(221184K)] GC time would exceed GCTimeLimit of 98% , 41.6366250 secs] [Times: user=102.45 sys=26.82, real=41.63 secs] 63944.900: [Full GC [PSYoungGen: 1623808K->1617919K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7909375K(8151936K) [PSPermGen: 220832K->220828K(221184K)] GC time would exceed GCTimeLimit of 98% , 51.3051290 secs] [Times: user=144.35 sys=68.60, real=51.30 secs] 63996.263: [Full GC [PSYoungGen: 1623808K->1618204K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7909659K(8151936K) [PSPermGen: 220830K->220824K(221184K)] GC time would exceed GCTimeLimit of 98% , 44.0028790 secs] [Times: user=100.59 sys=20.41, real=43.99 secs] 64040.345: [Full GC [PSYoungGen: 1623808K->1617981K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7909434K(8151936K) [PSPermGen: 220824K->220814K(221184K)] GC time would exceed GCTimeLimit of 98% , 42.0981850 secs] [Times: user=99.27 sys=16.25, real=42.09 secs] 64082.473: [Full GC [PSYoungGen: 1623808K->1617977K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7909431K(8151936K) [PSPermGen: 220818K->220702K(221056K)] GC time would exceed GCTimeLimit of 98% , 41.0959700 secs] [Times: user=98.92 sys=14.59, real=41.09 secs] 64123.691: [Full GC [PSYoungGen: 1623808K->1618121K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7909573K(8151936K) [PSPermGen: 220713K->220691K(220992K)] GC time is exceeding GCTimeLimit of 98% , 66.5854990 secs] [Times: user=375.02 sys=204.84, real=66.57 secs] 64190.303: [Full GC [PSYoungGen: 1623808K->1617860K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7909316K(8151936K) [PSPermGen: 220710K->220618K(220928K)] GC time would exceed GCTimeLimit of 98% , 39.4263970 secs] [Times: user=226.00 sys=57.54, real=39.42 secs] 64229.754: [Full GC [PSYoungGen: 1623808K->1617445K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7908897K(8151936K) [PSPermGen: 220632K->220535K(220864K)] GC time would exceed GCTimeLimit of 98% , 27.3065840 secs] [Times: user=136.69 sys=11.47, real=27.31 secs] 64257.184: [Full GC [PSYoungGen: 1623808K->1616461K(1860480K)] [ParOldGen: 6291452K->6291453K(6291456K)] 7915260K->7907914K(8151936K) [PSPermGen: 220536K->220523K(220864K)] GC time would exceed GCTimeLimit of 98% , 24.3424590 secs] [Times: user=110.41 sys=8.87, real=24.34 secs] 64281.577: [Full GC [PSYoungGen: 1623808K->1616488K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7907941K(8151936K) [PSPermGen: 220573K->220567K(220672K)] GC time would exceed GCTimeLimit of 98% , 64.7579730 secs] [Times: user=354.63 sys=190.99, real=64.75 secs] 64346.588: [Full GC [PSYoungGen: 1623808K->1616472K(1860480K)] [ParOldGen: 6291452K->6291454K(6291456K)] 7915260K->7907926K(8151936K) [PSPermGen: 220597K->220594K(220672K)] GC time would exceed GCTimeLimit of 98% , 28.4157980 secs] [Times: user=120.89 sys=7.34, real=28.41 secs] 64375.036: [Full GC [PSYoungGen: 1623808K->1617218K(1860480K)] [ParOldGen: 6291454K->6291455K(6291456K)] 7915262K->7908673K(8151936K) [PSPermGen: 220672K->220655K(220800K)] GC time is exceeding GCTimeLimit of 98% , 48.9859570 secs] [Times: user=261.55 sys=132.48, real=48.98 secs] 64424.049: [Full GC [PSYoungGen: 1623808K->1616856K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7908310K(8151936K) [PSPermGen: 220658K->220651K(220800K)] GC time would exceed GCTimeLimit of 98% , 39.6495310 secs] [Times: user=95.09 sys=13.97, real=39.64 secs] 64463.831: [Full GC [PSYoungGen: 1623808K->1617426K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7908880K(8151936K) [PSPermGen: 220668K->220662K(220800K)] GC time would exceed GCTimeLimit of 98% , 39.4258300 secs] [Times: user=97.58 sys=12.86, real=39.42 secs] 64503.290: [Full GC [PSYoungGen: 1623808K->1617445K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7908898K(8151936K) [PSPermGen: 220680K->220675K(220800K)] GC time would exceed GCTimeLimit of 98% , 38.8043320 secs] [Times: user=95.58 sys=12.53, real=38.79 secs] 64542.166: [Full GC [PSYoungGen: 1623808K->1618172K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7909628K(8151936K) [PSPermGen: 220704K->220704K(220800K)] GC time would exceed GCTimeLimit of 98% , 47.4547190 secs] [Times: user=136.73 sys=54.51, real=47.44 secs] 64589.684: [Full GC [PSYoungGen: 1623808K->1618192K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7909647K(8151936K) [PSPermGen: 220749K->220732K(220864K)] GC time would exceed GCTimeLimit of 98% , 45.5845230 secs] [Times: user=97.58 sys=22.98, real=45.57 secs] 64635.308: [Full GC [PSYoungGen: 1623808K->1618301K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7909754K(8151936K) [PSPermGen: 220750K->220733K(220800K)] GC time is exceeding GCTimeLimit of 98% , 44.7374830 secs] [Times: user=102.51 sys=19.07, real=44.73 secs] 64680.130: [Full GC [PSYoungGen: 1623808K->1618284K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7909737K(8151936K) [PSPermGen: 220733K->220733K(220800K)] GC time would exceed GCTimeLimit of 98% , 48.0150900 secs] [Times: user=97.41 sys=19.06, real=48.01 secs] 64728.495: [Full GC [PSYoungGen: 1623808K->1618419K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7909871K(8151936K) [PSPermGen: 220750K->220750K(220864K)] GC time would exceed GCTimeLimit of 98% , 44.6761130 secs] [Times: user=101.30 sys=22.30, real=44.67 secs] 64773.201: [Full GC [PSYoungGen: 1623808K->1619279K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7910734K(8151936K) [PSPermGen: 220761K->220694K(220800K)] GC time would exceed GCTimeLimit of 98% , 48.4865750 secs] [Times: user=106.69 sys=36.57, real=48.48 secs] 64821.751: [Full GC [PSYoungGen: 1623808K->1619213K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7910668K(8151936K) [PSPermGen: 220701K->220692K(220800K)] GC time would exceed GCTimeLimit of 98% , 41.0804370 secs] [Times: user=102.29 sys=25.85, real=41.07 secs] 64862.867: [Full GC [PSYoungGen: 1623808K->1619242K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7910696K(8151936K) [PSPermGen: 220692K->220619K(220672K)] GC time would exceed GCTimeLimit of 98% , 40.8658840 secs] [Times: user=100.87 sys=25.42, real=40.86 secs] 64903.769: [Full GC [PSYoungGen: 1623808K->1619557K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7911011K(8151936K) [PSPermGen: 220625K->220609K(220672K)] GC time is exceeding GCTimeLimit of 98% , 39.5051510 secs] [Times: user=101.07 sys=20.06, real=39.50 secs] 64943.301: [Full GC [PSYoungGen: 1623808K->1619218K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7910673K(8151936K) [PSPermGen: 220612K->220592K(220672K)] GC time would exceed GCTimeLimit of 98% , 39.6219080 secs] [Times: user=98.04 sys=16.18, real=39.61 secs] 64982.969: [Full GC [PSYoungGen: 1623808K->1619749K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7911203K(8151936K) [PSPermGen: 220596K->220588K(220672K)] GC time would exceed GCTimeLimit of 98% , 39.2049410 secs] [Times: user=96.33 sys=14.01, real=39.20 secs] 65022.208: [Full GC [PSYoungGen: 1623808K->1619958K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7911412K(8151936K) [PSPermGen: 220589K->220578K(220672K)] GC time would exceed GCTimeLimit of 98% , 37.5777340 secs] [Times: user=96.83 sys=12.19, real=37.58 secs] 65059.805: [Full GC [PSYoungGen: 1623808K->1620610K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7912063K(8151936K) [PSPermGen: 220593K->220569K(220864K)] GC time would exceed GCTimeLimit of 98% , 38.3828020 secs] [Times: user=96.33 sys=15.31, real=38.37 secs] 65098.215: [Full GC [PSYoungGen: 1623808K->1620462K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7911915K(8151936K) [PSPermGen: 220570K->220569K(220864K)] GC time would exceed GCTimeLimit of 98% , 38.9983880 secs] [Times: user=100.07 sys=13.52, real=38.99 secs] 65137.231: [Full GC [PSYoungGen: 1623808K->1620785K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7912237K(8151936K) [PSPermGen: 220582K->220530K(220864K)] GC time is exceeding GCTimeLimit of 98% , 63.4701700 secs] [Times: user=373.49 sys=212.51, real=63.46 secs] 65200.716: [Full GC [PSYoungGen: 1623808K->1620785K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7912237K(8151936K) [PSPermGen: 220538K->220538K(220864K)] GC time would exceed GCTimeLimit of 98% , 38.9269240 secs] [Times: user=96.64 sys=13.44, real=38.92 secs] 65239.705: [Full GC [PSYoungGen: 1623808K->1620916K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7912371K(8151936K) [PSPermGen: 220538K->220504K(220800K)] GC time would exceed GCTimeLimit of 98% , 43.1026660 secs] [Times: user=249.86 sys=85.38, real=43.09 secs] 65282.841: [Full GC [PSYoungGen: 1623808K->1621190K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7912645K(8151936K) [PSPermGen: 220530K->220525K(220864K)] GC time would exceed GCTimeLimit of 98% , 41.6050100 secs] [Times: user=95.40 sys=14.20, real=41.59 secs] 65324.519: [Full GC [PSYoungGen: 1623808K->1621454K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7912909K(8151936K) [PSPermGen: 220537K->220537K(220864K)] GC time would exceed GCTimeLimit of 98% , 23.9662640 secs] [Times: user=82.72 sys=7.31, real=23.96 secs] 65348.510: [Full GC [PSYoungGen: 1623808K->1621540K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7912995K(8151936K) [PSPermGen: 220541K->220531K(220864K)] GC time would exceed GCTimeLimit of 98% , 37.6403890 secs] [Times: user=98.60 sys=14.17, real=37.64 secs] 65386.201: [Full GC [PSYoungGen: 1623808K->1621567K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913022K(8151936K) [PSPermGen: 220532K->220532K(220864K)] GC time is exceeding GCTimeLimit of 98% , 19.2144090 secs] [Times: user=87.02 sys=5.65, real=19.21 secs] 65405.487: [Full GC [PSYoungGen: 1623808K->1622146K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913601K(8151936K) [PSPermGen: 220532K->220529K(220864K)] GC time would exceed GCTimeLimit of 98% , 22.1807350 secs] [Times: user=82.33 sys=5.35, real=22.18 secs] 65427.683: [Full GC [PSYoungGen: 1623808K->1622187K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913641K(8151936K) [PSPermGen: 220538K->220531K(220864K)] GC time would exceed GCTimeLimit of 98% , 36.2769930 secs] [Times: user=96.53 sys=11.36, real=36.27 secs] 65463.992: [Full GC [PSYoungGen: 1623808K->1622296K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913751K(8151936K) [PSPermGen: 220532K->220532K(220864K)] GC time would exceed GCTimeLimit of 98% , 19.5829270 secs] [Times: user=89.47 sys=9.10, real=19.58 secs] 65483.593: [Full GC [PSYoungGen: 1623808K->1622299K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913753K(8151936K) [PSPermGen: 220532K->220532K(220864K)] GC time would exceed GCTimeLimit of 98% , 43.1571350 secs] [Times: user=103.69 sys=30.12, real=43.15 secs] 65526.776: [Full GC [PSYoungGen: 1623808K->1622290K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913745K(8151936K) [PSPermGen: 220532K->220524K(220800K)] GC time would exceed GCTimeLimit of 98% , 42.9242790 secs] [Times: user=101.87 sys=25.90, real=42.92 secs] 65569.712: [Full GC [PSYoungGen: 1623808K->1622287K(1860480K)] [ParOldGen: 6291454K->6291455K(6291456K)] 7915262K->7913742K(8151936K) [PSPermGen: 220524K->220521K(220800K)] GC time is exceeding GCTimeLimit of 98% , 53.2589160 secs] [Times: user=116.27 sys=33.80, real=53.25 secs] 65623.008: [Full GC [PSYoungGen: 1623808K->1622231K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7913684K(8151936K) [PSPermGen: 220521K->220450K(220736K)] GC time would exceed GCTimeLimit of 98% , 50.2979810 secs] [Times: user=162.10 sys=37.81, real=50.29 secs] 65673.339: [Full GC [PSYoungGen: 1623808K->1622267K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7913719K(8151936K) [PSPermGen: 220454K->220435K(220736K)] GC time would exceed GCTimeLimit of 98% , 56.4216540 secs] [Times: user=201.45 sys=98.08, real=56.42 secs] 65729.794: [Full GC [PSYoungGen: 1623808K->1622278K(1860480K)] [ParOldGen: 6291452K->6291454K(6291456K)] 7915260K->7913732K(8151936K) [PSPermGen: 220435K->220425K(220736K)] GC time would exceed GCTimeLimit of 98% , 48.2618530 secs] [Times: user=217.89 sys=93.24, real=48.26 secs] 65778.128: [Full GC [PSYoungGen: 1623808K->1622384K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913838K(8151936K) [PSPermGen: 220426K->220384K(220672K)] GC time would exceed GCTimeLimit of 98% , 41.0445550 secs] [Times: user=198.26 sys=68.67, real=41.03 secs] 65819.194: [Full GC [PSYoungGen: 1623808K->1622223K(1860480K)] [ParOldGen: 6291454K->6291452K(6291456K)] 7915262K->7913675K(8151936K) [PSPermGen: 220384K->220384K(220672K)] GC time would exceed GCTimeLimit of 98% , 34.0218810 secs] [Times: user=180.72 sys=36.16, real=34.01 secs] 65853.350: [Full GC [PSYoungGen: 1623808K->1622172K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7913628K(8151936K) [PSPermGen: 220385K->220384K(220672K)] GC time is exceeding GCTimeLimit of 98% , 51.1898870 secs] [Times: user=139.79 sys=46.86, real=51.18 secs] 65904.559: [Full GC [PSYoungGen: 1623808K->1622134K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913590K(8151936K) [PSPermGen: 220384K->220384K(220672K)] GC time would exceed GCTimeLimit of 98% , 37.7707170 secs] [Times: user=97.20 sys=13.33, real=37.76 secs] 65942.354: [Full GC [PSYoungGen: 1623808K->1622160K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7913614K(8151936K) [PSPermGen: 220392K->220379K(220672K)] GC time would exceed GCTimeLimit of 98% , 40.5027160 secs] [Times: user=100.71 sys=13.18, real=40.49 secs] 65983.144: [Full GC [PSYoungGen: 1623808K->1622132K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7913584K(8151936K) [PSPermGen: 220379K->220366K(220672K)] GC time would exceed GCTimeLimit of 98% , 35.4919880 secs] [Times: user=201.19 sys=41.90, real=35.49 secs] 66018.648: [Full GC [PSYoungGen: 1623808K->1622146K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913598K(8151936K) [PSPermGen: 220366K->220366K(220672K)] GC time would exceed GCTimeLimit of 98% , 39.6614450 secs] [Times: user=100.84 sys=12.87, real=39.66 secs] 66058.324: [Full GC [PSYoungGen: 1623808K->1622166K(1860480K)] [ParOldGen: 6291452K->6291451K(6291456K)] 7915260K->7913618K(8151936K) [PSPermGen: 220367K->220367K(220672K)] GC time would exceed GCTimeLimit of 98% , 38.3406430 secs] [Times: user=98.39 sys=12.81, real=38.33 secs] 66096.679: [Full GC [PSYoungGen: 1623808K->1622168K(1860480K)] [ParOldGen: 6291451K->6291451K(6291456K)] 7915259K->7913620K(8151936K) [PSPermGen: 220367K->220367K(220672K)] GC time is exceeding GCTimeLimit of 98% , 19.1443810 secs] [Times: user=89.28 sys=6.52, real=19.14 secs] 66115.837: [Full GC [PSYoungGen: 1623808K->1622157K(1860480K)] [ParOldGen: 6291451K->6291455K(6291456K)] 7915259K->7913613K(8151936K) [PSPermGen: 220367K->220357K(220672K)] GC time would exceed GCTimeLimit of 98% , 46.3472770 secs] [Times: user=165.05 sys=62.96, real=46.34 secs] 66162.196: [Full GC [PSYoungGen: 1623808K->1622144K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913600K(8151936K) [PSPermGen: 220357K->220357K(220672K)] GC time would exceed GCTimeLimit of 98% , 20.0668320 secs] [Times: user=89.89 sys=4.63, real=20.07 secs] 66182.283: [Full GC [PSYoungGen: 1623808K->1622128K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913584K(8151936K) [PSPermGen: 220357K->220357K(220672K)] GC time would exceed GCTimeLimit of 98% , 38.2222770 secs] [Times: user=98.95 sys=14.95, real=38.21 secs] 66220.525: [Full GC [PSYoungGen: 1623808K->1622130K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913586K(8151936K) [PSPermGen: 220357K->220357K(220672K)] GC time would exceed GCTimeLimit of 98% , 17.8234070 secs] [Times: user=88.96 sys=3.97, real=17.83 secs] 66238.377: [Full GC [PSYoungGen: 1623808K->1622152K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913607K(8151936K) [PSPermGen: 220357K->220357K(220672K)] GC time would exceed GCTimeLimit of 98% , 24.0326430 secs] [Times: user=91.04 sys=5.25, real=24.03 secs] 66262.477: [Full GC [PSYoungGen: 1623808K->1622151K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913607K(8151936K) [PSPermGen: 220357K->220357K(220672K)] GC time is exceeding GCTimeLimit of 98% , 19.2333560 secs] [Times: user=92.63 sys=3.68, real=19.23 secs] 66281.723: [Full GC [PSYoungGen: 1623808K->1622161K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913617K(8151936K) [PSPermGen: 220357K->220357K(220672K)] GC time would exceed GCTimeLimit of 98% , 20.8787990 secs] [Times: user=86.47 sys=4.35, real=20.88 secs] 66302.618: [Full GC [PSYoungGen: 1623808K->1622048K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913503K(8151936K) [PSPermGen: 220358K->220353K(220672K)] GC time would exceed GCTimeLimit of 98% , 38.1455200 secs] [Times: user=95.70 sys=10.61, real=38.14 secs] 66340.806: [Full GC [PSYoungGen: 1623808K->1622004K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913459K(8151936K) [PSPermGen: 220353K->220351K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.6798200 secs] [Times: user=88.57 sys=4.36, real=18.67 secs] 66359.497: [Full GC [PSYoungGen: 1623808K->1622008K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913463K(8151936K) [PSPermGen: 220351K->220351K(220672K)] GC time would exceed GCTimeLimit of 98% , 41.0420820 secs] [Times: user=102.52 sys=16.66, real=41.03 secs] 66400.551: [Full GC [PSYoungGen: 1623808K->1622009K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913464K(8151936K) [PSPermGen: 220351K->220351K(220672K)] GC time would exceed GCTimeLimit of 98% , 40.0550700 secs] [Times: user=101.33 sys=21.32, real=40.05 secs] 66440.617: [Full GC [PSYoungGen: 1623808K->1621989K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913444K(8151936K) [PSPermGen: 220351K->220346K(220608K)] GC time is exceeding GCTimeLimit of 98% , 43.4414850 secs] [Times: user=106.64 sys=22.59, real=43.44 secs] 66484.076: [Full GC [PSYoungGen: 1623808K->1621996K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7913451K(8151936K) [PSPermGen: 220346K->220346K(220608K)] GC time would exceed GCTimeLimit of 98% , 45.9185590 secs] [Times: user=98.86 sys=18.93, real=45.91 secs] 66530.019: [Full GC [PSYoungGen: 1623808K->1621996K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913451K(8151936K) [PSPermGen: 220349K->220349K(220672K)] GC time would exceed GCTimeLimit of 98% , 43.7313140 secs] [Times: user=103.14 sys=26.13, real=43.73 secs] 66573.766: [Full GC [PSYoungGen: 1623808K->1622024K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913479K(8151936K) [PSPermGen: 220350K->220350K(220672K)] GC time would exceed GCTimeLimit of 98% , 45.8716160 secs] [Times: user=104.47 sys=31.09, real=45.87 secs] 66619.653: [Full GC [PSYoungGen: 1623808K->1622027K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913482K(8151936K) [PSPermGen: 220350K->220350K(220672K)] GC time would exceed GCTimeLimit of 98% , 20.3349820 secs] [Times: user=90.98 sys=11.16, real=20.33 secs] 66640.001: [Full GC [PSYoungGen: 1623808K->1622037K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913492K(8151936K) [PSPermGen: 220350K->220350K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.5241460 secs] [Times: user=97.88 sys=10.57, real=22.52 secs] 66662.545: [Full GC [PSYoungGen: 1623808K->1622086K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913540K(8151936K) [PSPermGen: 220357K->220357K(220672K)] GC time is exceeding GCTimeLimit of 98% , 42.5194450 secs] [Times: user=106.39 sys=25.19, real=42.51 secs] 66705.080: [Full GC [PSYoungGen: 1623808K->1622081K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7913535K(8151936K) [PSPermGen: 220361K->220361K(220672K)] GC time would exceed GCTimeLimit of 98% , 43.1671520 secs] [Times: user=105.27 sys=19.14, real=43.17 secs] 66748.259: [Full GC [PSYoungGen: 1623808K->1622056K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913510K(8151936K) [PSPermGen: 220361K->220361K(220672K)] GC time would exceed GCTimeLimit of 98% , 37.4529660 secs] [Times: user=97.10 sys=13.19, real=37.44 secs] 66785.726: [Full GC [PSYoungGen: 1623808K->1622077K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7913530K(8151936K) [PSPermGen: 220363K->220356K(220672K)] GC time would exceed GCTimeLimit of 98% , 46.1136390 secs] [Times: user=271.93 sys=115.40, real=46.10 secs] 66831.850: [Full GC [PSYoungGen: 1623808K->1622075K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913527K(8151936K) [PSPermGen: 220356K->220355K(220672K)] GC time would exceed GCTimeLimit of 98% , 19.6106800 secs] [Times: user=90.28 sys=5.78, real=19.61 secs] 66851.473: [Full GC [PSYoungGen: 1623808K->1622066K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913518K(8151936K) [PSPermGen: 220356K->220356K(220672K)] GC time would exceed GCTimeLimit of 98% , 20.2983800 secs] [Times: user=86.37 sys=4.44, real=20.30 secs] 66871.783: [Full GC [PSYoungGen: 1623808K->1622157K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913609K(8151936K) [PSPermGen: 220356K->220356K(220672K)] GC time is exceeding GCTimeLimit of 98% , 37.0272920 secs] [Times: user=94.39 sys=9.92, real=37.02 secs] 66908.824: [Full GC [PSYoungGen: 1623808K->1622161K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913614K(8151936K) [PSPermGen: 220357K->220357K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.9552420 secs] [Times: user=87.39 sys=4.70, real=18.95 secs] 66927.794: [Full GC [PSYoungGen: 1623808K->1622120K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7913575K(8151936K) [PSPermGen: 220367K->220367K(220672K)] GC time would exceed GCTimeLimit of 98% , 48.6471650 secs] [Times: user=111.43 sys=24.17, real=48.64 secs] 66976.458: [Full GC [PSYoungGen: 1623808K->1622089K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913544K(8151936K) [PSPermGen: 220368K->220367K(220672K)] GC time would exceed GCTimeLimit of 98% , 122.8255900 secs] [Times: user=172.36 sys=123.87, real=122.81 secs] 67099.296: [Full GC [PSYoungGen: 1623808K->1622082K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913537K(8151936K) [PSPermGen: 220367K->220367K(220672K)] GC time would exceed GCTimeLimit of 98% , 21.1467370 secs] [Times: user=89.28 sys=4.48, real=21.14 secs] 67120.456: [Full GC [PSYoungGen: 1623808K->1622084K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913539K(8151936K) [PSPermGen: 220371K->220371K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.2526510 secs] [Times: user=88.50 sys=4.33, real=18.25 secs] 67138.721: [Full GC [PSYoungGen: 1623808K->1622085K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913540K(8151936K) [PSPermGen: 220371K->220371K(220672K)] GC time is exceeding GCTimeLimit of 98% , 21.3137890 secs] [Times: user=89.35 sys=4.77, real=21.31 secs] 67160.056: [Full GC [PSYoungGen: 1623808K->1622117K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7913572K(8151936K) [PSPermGen: 220372K->220369K(220672K)] GC time would exceed GCTimeLimit of 98% , 38.0196990 secs] [Times: user=96.86 sys=11.90, real=38.01 secs] 67198.089: [Full GC [PSYoungGen: 1623808K->1622233K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913688K(8151936K) [PSPermGen: 220374K->220373K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.5702630 secs] [Times: user=87.73 sys=5.76, real=18.56 secs] 67216.680: [Full GC [PSYoungGen: 1623808K->1622229K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913684K(8151936K) [PSPermGen: 220373K->220373K(220672K)] GC time would exceed GCTimeLimit of 98% , 21.7051050 secs] [Times: user=88.54 sys=5.65, real=21.70 secs] 67238.399: [Full GC [PSYoungGen: 1623808K->1622303K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913757K(8151936K) [PSPermGen: 220376K->220374K(220672K)] GC time would exceed GCTimeLimit of 98% , 38.9373820 secs] [Times: user=95.84 sys=12.83, real=38.93 secs] 67277.349: [Full GC [PSYoungGen: 1623808K->1622236K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913691K(8151936K) [PSPermGen: 220376K->220376K(220672K)] GC time would exceed GCTimeLimit of 98% , 19.5903030 secs] [Times: user=93.20 sys=9.96, real=19.58 secs] 67296.953: [Full GC [PSYoungGen: 1623808K->1622245K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913699K(8151936K) [PSPermGen: 220380K->220380K(220672K)] GC time is exceeding GCTimeLimit of 98% , 40.8364400 secs] [Times: user=100.14 sys=20.29, real=40.83 secs] 67337.816: [Full GC [PSYoungGen: 1623808K->1622218K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913673K(8151936K) [PSPermGen: 220383K->220382K(220672K)] GC time would exceed GCTimeLimit of 98% , 42.6198720 secs] [Times: user=101.59 sys=19.44, real=42.62 secs] 67380.455: [Full GC [PSYoungGen: 1623808K->1622207K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913661K(8151936K) [PSPermGen: 220387K->220383K(220672K)] GC time would exceed GCTimeLimit of 98% , 49.8109500 secs] [Times: user=97.48 sys=16.43, real=49.81 secs] 67430.295: [Full GC [PSYoungGen: 1623808K->1622160K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913614K(8151936K) [PSPermGen: 220385K->220380K(220672K)] GC time would exceed GCTimeLimit of 98% , 30.9139830 secs] [Times: user=95.18 sys=14.47, real=30.91 secs] 67461.229: [Full GC [PSYoungGen: 1623808K->1622317K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913772K(8151936K) [PSPermGen: 220380K->220380K(220672K)] GC time would exceed GCTimeLimit of 98% , 26.4934540 secs] [Times: user=90.31 sys=13.49, real=26.49 secs] 67487.752: [Full GC [PSYoungGen: 1623808K->1622160K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7913614K(8151936K) [PSPermGen: 220380K->220380K(220672K)] GC time would exceed GCTimeLimit of 98% , 45.7537410 secs] [Times: user=113.28 sys=34.05, real=45.74 secs] 67533.549: [Full GC [PSYoungGen: 1623808K->1622160K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913614K(8151936K) [PSPermGen: 220391K->220388K(220672K)] GC time is exceeding GCTimeLimit of 98% , 22.0743000 secs] [Times: user=90.59 sys=9.56, real=22.07 secs] 67555.636: [Full GC [PSYoungGen: 1623808K->1622163K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913617K(8151936K) [PSPermGen: 220388K->220388K(220672K)] GC time would exceed GCTimeLimit of 98% , 20.0750540 secs] [Times: user=90.90 sys=8.64, real=20.07 secs] 67575.736: [Full GC [PSYoungGen: 1623808K->1622171K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913624K(8151936K) [PSPermGen: 220388K->220388K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.9617940 secs] [Times: user=90.63 sys=9.58, real=22.95 secs] 67598.710: [Full GC [PSYoungGen: 1623808K->1622169K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913623K(8151936K) [PSPermGen: 220388K->220388K(220672K)] GC time would exceed GCTimeLimit of 98% , 23.9516650 secs] [Times: user=95.61 sys=13.01, real=23.94 secs] 67622.677: [Full GC [PSYoungGen: 1623808K->1622183K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913637K(8151936K) [PSPermGen: 220389K->220389K(220672K)] GC time would exceed GCTimeLimit of 98% , 27.3944290 secs] [Times: user=95.79 sys=12.15, real=27.39 secs] 67650.084: [Full GC [PSYoungGen: 1623808K->1622172K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913626K(8151936K) [PSPermGen: 220389K->220387K(220672K)] GC time would exceed GCTimeLimit of 98% , 21.0354210 secs] [Times: user=89.14 sys=4.94, real=21.03 secs] 67671.133: [Full GC [PSYoungGen: 1623808K->1622239K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913693K(8151936K) [PSPermGen: 220395K->220395K(220672K)] GC time is exceeding GCTimeLimit of 98% , 44.6927680 secs] [Times: user=102.33 sys=19.41, real=44.68 secs] 67715.838: [Full GC [PSYoungGen: 1623808K->1622231K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913684K(8151936K) [PSPermGen: 220400K->220400K(220672K)] GC time would exceed GCTimeLimit of 98% , 35.7324960 secs] [Times: user=98.76 sys=12.77, real=35.72 secs] 67751.585: [Full GC [PSYoungGen: 1623808K->1622154K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913607K(8151936K) [PSPermGen: 220403K->220399K(220672K)] GC time would exceed GCTimeLimit of 98% , 37.7639570 secs] [Times: user=98.49 sys=11.23, real=37.76 secs] 67789.370: [Full GC [PSYoungGen: 1623808K->1622191K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913644K(8151936K) [PSPermGen: 220402K->220402K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.9807350 secs] [Times: user=90.39 sys=6.06, real=18.97 secs] 67808.363: [Full GC [PSYoungGen: 1623808K->1622153K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913606K(8151936K) [PSPermGen: 220402K->220394K(220672K)] GC time would exceed GCTimeLimit of 98% , 21.5007240 secs] [Times: user=89.48 sys=6.14, real=21.49 secs] 67829.877: [Full GC [PSYoungGen: 1623808K->1622151K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913604K(8151936K) [PSPermGen: 220397K->220395K(220672K)] GC time would exceed GCTimeLimit of 98% , 38.9926810 secs] [Times: user=97.96 sys=12.53, real=38.99 secs] 67868.882: [Full GC [PSYoungGen: 1623808K->1622153K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913607K(8151936K) [PSPermGen: 220395K->220395K(220672K)] GC time is exceeding GCTimeLimit of 98% , 18.3516940 secs] [Times: user=89.60 sys=4.98, real=18.35 secs] 67887.258: [Full GC [PSYoungGen: 1623808K->1622098K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913551K(8151936K) [PSPermGen: 220396K->220395K(220672K)] GC time would exceed GCTimeLimit of 98% , 36.6845280 secs] [Times: user=98.45 sys=11.56, real=36.68 secs] 67923.957: [Full GC [PSYoungGen: 1623808K->1622112K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7913564K(8151936K) [PSPermGen: 220397K->220397K(220672K)] GC time would exceed GCTimeLimit of 98% , 38.5974400 secs] [Times: user=98.49 sys=11.39, real=38.59 secs] 67962.567: [Full GC [PSYoungGen: 1623808K->1622106K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913559K(8151936K) [PSPermGen: 220400K->220400K(220672K)] GC time would exceed GCTimeLimit of 98% , 19.7366290 secs] [Times: user=87.54 sys=5.38, real=19.73 secs] 67982.315: [Full GC [PSYoungGen: 1623808K->1622101K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913553K(8151936K) [PSPermGen: 220400K->220395K(220672K)] GC time would exceed GCTimeLimit of 98% , 20.2620790 secs] [Times: user=89.21 sys=6.15, real=20.26 secs] 68002.597: [Full GC [PSYoungGen: 1623808K->1622130K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913583K(8151936K) [PSPermGen: 220397K->220397K(220672K)] GC time would exceed GCTimeLimit of 98% , 19.1426730 secs] [Times: user=89.31 sys=4.88, real=19.14 secs] 68021.751: [Full GC [PSYoungGen: 1623808K->1622134K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913586K(8151936K) [PSPermGen: 220398K->220398K(220672K)] GC time is exceeding GCTimeLimit of 98% , 19.7117330 secs] [Times: user=88.25 sys=3.76, real=19.71 secs] 68041.478: [Full GC [PSYoungGen: 1623808K->1622163K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913615K(8151936K) [PSPermGen: 220400K->220400K(220672K)] GC time would exceed GCTimeLimit of 98% , 23.1490560 secs] [Times: user=92.41 sys=5.48, real=23.14 secs] 68064.641: [Full GC [PSYoungGen: 1623808K->1622161K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913614K(8151936K) [PSPermGen: 220400K->220400K(220672K)] GC time would exceed GCTimeLimit of 98% , 23.7111330 secs] [Times: user=81.42 sys=5.08, real=23.70 secs] 68088.365: [Full GC [PSYoungGen: 1623808K->1622225K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913677K(8151936K) [PSPermGen: 220407K->220407K(220672K)] GC time would exceed GCTimeLimit of 98% , 38.1721080 secs] [Times: user=96.61 sys=12.16, real=38.17 secs] 68126.559: [Full GC [PSYoungGen: 1623808K->1622253K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913705K(8151936K) [PSPermGen: 220407K->220407K(220672K)] GC time would exceed GCTimeLimit of 98% , 38.5652740 secs] [Times: user=95.16 sys=10.35, real=38.56 secs] 68165.139: [Full GC [PSYoungGen: 1623808K->1622204K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7913659K(8151936K) [PSPermGen: 220407K->220405K(220672K)] GC time would exceed GCTimeLimit of 98% , 32.1054430 secs] [Times: user=152.44 sys=22.45, real=32.10 secs] 68197.257: [Full GC [PSYoungGen: 1623808K->1622174K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913630K(8151936K) [PSPermGen: 220405K->220399K(220672K)] GC time is exceeding GCTimeLimit of 98% , 50.4686110 secs] [Times: user=157.73 sys=60.17, real=50.46 secs] 68247.737: [Full GC [PSYoungGen: 1623808K->1622157K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913613K(8151936K) [PSPermGen: 220399K->220388K(220672K)] GC time would exceed GCTimeLimit of 98% , 21.2496990 secs] [Times: user=91.73 sys=6.78, real=21.25 secs] 68269.005: [Full GC [PSYoungGen: 1623808K->1622173K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913628K(8151936K) [PSPermGen: 220388K->220388K(220672K)] GC time would exceed GCTimeLimit of 98% , 44.6314470 secs] [Times: user=100.57 sys=19.55, real=44.62 secs] 68313.649: [Full GC [PSYoungGen: 1623808K->1622173K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913628K(8151936K) [PSPermGen: 220388K->220384K(220672K)] GC time would exceed GCTimeLimit of 98% , 25.2544240 secs] [Times: user=92.52 sys=8.77, real=25.26 secs] 68338.918: [Full GC [PSYoungGen: 1623808K->1622337K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913792K(8151936K) [PSPermGen: 220384K->220384K(220672K)] GC time would exceed GCTimeLimit of 98% , 26.3583540 secs] [Times: user=91.34 sys=9.13, real=26.35 secs] 68365.294: [Full GC [PSYoungGen: 1623808K->1622337K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913792K(8151936K) [PSPermGen: 220384K->220384K(220672K)] GC time would exceed GCTimeLimit of 98% , 26.3773480 secs] [Times: user=92.60 sys=11.95, real=26.37 secs] 68391.686: [Full GC [PSYoungGen: 1623808K->1622317K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7913772K(8151936K) [PSPermGen: 220384K->220378K(220672K)] GC time is exceeding GCTimeLimit of 98% , 40.9511710 secs] [Times: user=104.61 sys=28.87, real=40.95 secs] 68432.652: [Full GC [PSYoungGen: 1623808K->1622333K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913788K(8151936K) [PSPermGen: 220380K->220380K(220672K)] GC time would exceed GCTimeLimit of 98% , 19.3584210 secs] [Times: user=94.10 sys=11.72, real=19.35 secs] 68452.023: [Full GC [PSYoungGen: 1623808K->1622287K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913742K(8151936K) [PSPermGen: 220380K->220380K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.7661270 secs] [Times: user=97.17 sys=11.92, real=22.76 secs] 68474.803: [Full GC [PSYoungGen: 1623808K->1622284K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913739K(8151936K) [PSPermGen: 220380K->220375K(220672K)] GC time would exceed GCTimeLimit of 98% , 45.8039700 secs] [Times: user=107.27 sys=28.49, real=45.80 secs] 68520.620: [Full GC [PSYoungGen: 1623808K->1622113K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7913567K(8151936K) [PSPermGen: 220376K->220376K(220672K)] GC time would exceed GCTimeLimit of 98% , 39.1728960 secs] [Times: user=99.70 sys=15.06, real=39.17 secs] 68559.805: [Full GC [PSYoungGen: 1623808K->1622111K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913565K(8151936K) [PSPermGen: 220376K->220376K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.8197600 secs] [Times: user=88.94 sys=5.63, real=18.82 secs] 68578.636: [Full GC [PSYoungGen: 1623808K->1622118K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913572K(8151936K) [PSPermGen: 220376K->220372K(220672K)] GC time is exceeding GCTimeLimit of 98% , 20.6454300 secs] [Times: user=91.70 sys=6.20, real=20.64 secs] 68599.296: [Full GC [PSYoungGen: 1623808K->1622116K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913570K(8151936K) [PSPermGen: 220372K->220372K(220672K)] GC time would exceed GCTimeLimit of 98% , 19.5955140 secs] [Times: user=87.68 sys=6.37, real=19.59 secs] 68618.904: [Full GC [PSYoungGen: 1623808K->1622108K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913562K(8151936K) [PSPermGen: 220373K->220371K(220672K)] GC time would exceed GCTimeLimit of 98% , 40.5366950 secs] [Times: user=99.56 sys=14.15, real=40.53 secs] 68659.452: [Full GC [PSYoungGen: 1623808K->1622020K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913473K(8151936K) [PSPermGen: 220371K->220362K(220672K)] GC time would exceed GCTimeLimit of 98% , 20.7523980 secs] [Times: user=93.16 sys=6.42, real=20.75 secs] 68680.216: [Full GC [PSYoungGen: 1623808K->1622035K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7913488K(8151936K) [PSPermGen: 220362K->220355K(220672K)] GC time would exceed GCTimeLimit of 98% , 38.9239230 secs] [Times: user=96.94 sys=11.73, real=38.91 secs] 68719.160: [Full GC [PSYoungGen: 1623808K->1622038K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913491K(8151936K) [PSPermGen: 220358K->220358K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.3545870 secs] [Times: user=90.65 sys=5.02, real=18.36 secs] 68737.527: [Full GC [PSYoungGen: 1623808K->1622009K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913461K(8151936K) [PSPermGen: 220358K->220355K(220672K)] GC time is exceeding GCTimeLimit of 98% , 40.2657970 secs] [Times: user=100.11 sys=13.88, real=40.26 secs] 68777.805: [Full GC [PSYoungGen: 1623808K->1622009K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913461K(8151936K) [PSPermGen: 220355K->220355K(220672K)] GC time would exceed GCTimeLimit of 98% , 21.0716270 secs] [Times: user=91.22 sys=6.18, real=21.07 secs] 68798.888: [Full GC [PSYoungGen: 1623808K->1622009K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913462K(8151936K) [PSPermGen: 220355K->220355K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.4795560 secs] [Times: user=89.42 sys=5.68, real=18.48 secs] 68817.379: [Full GC [PSYoungGen: 1623808K->1622015K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913468K(8151936K) [PSPermGen: 220356K->220356K(220672K)] GC time would exceed GCTimeLimit of 98% , 21.3668390 secs] [Times: user=91.90 sys=7.51, real=21.36 secs] 68838.758: [Full GC [PSYoungGen: 1623808K->1622029K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913481K(8151936K) [PSPermGen: 220356K->220356K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.4888990 secs] [Times: user=91.13 sys=5.72, real=18.49 secs] 68857.258: [Full GC [PSYoungGen: 1623808K->1622030K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913483K(8151936K) [PSPermGen: 220356K->220356K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.2714360 secs] [Times: user=87.88 sys=5.52, real=22.27 secs] 68879.543: [Full GC [PSYoungGen: 1623808K->1622047K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913499K(8151936K) [PSPermGen: 220356K->220356K(220672K)] GC time is exceeding GCTimeLimit of 98% , 18.6718020 secs] [Times: user=90.09 sys=4.69, real=18.67 secs] 68898.228: [Full GC [PSYoungGen: 1623808K->1622049K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913501K(8151936K) [PSPermGen: 220357K->220357K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.4734080 secs] [Times: user=91.66 sys=7.54, real=22.47 secs] 68920.724: [Full GC [PSYoungGen: 1623808K->1622050K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913503K(8151936K) [PSPermGen: 220357K->220355K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.7566140 secs] [Times: user=91.24 sys=5.48, real=18.75 secs] 68939.535: [Full GC [PSYoungGen: 1623808K->1622041K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913494K(8151936K) [PSPermGen: 220356K->220356K(220672K)] GC time would exceed GCTimeLimit of 98% , 21.5978360 secs] [Times: user=88.88 sys=6.69, real=21.60 secs] 68961.195: [Full GC [PSYoungGen: 1623808K->1622046K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913498K(8151936K) [PSPermGen: 220356K->220356K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.3792340 secs] [Times: user=87.95 sys=4.21, real=18.38 secs] 68979.589: [Full GC [PSYoungGen: 1623808K->1622119K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7913574K(8151936K) [PSPermGen: 220380K->220380K(220672K)] GC time would exceed GCTimeLimit of 98% , 51.0733880 secs] [Times: user=104.00 sys=16.39, real=51.07 secs] 69030.676: [Full GC [PSYoungGen: 1623808K->1622157K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7913609K(8151936K) [PSPermGen: 220382K->220382K(220672K)] GC time is exceeding GCTimeLimit of 98% , 38.3242510 secs] [Times: user=96.72 sys=9.52, real=38.32 secs] 69069.014: [Full GC [PSYoungGen: 1623808K->1622160K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913612K(8151936K) [PSPermGen: 220384K->220384K(220672K)] GC time would exceed GCTimeLimit of 98% , 39.1741080 secs] [Times: user=100.30 sys=20.64, real=39.17 secs] 69108.200: [Full GC [PSYoungGen: 1623808K->1622152K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913605K(8151936K) [PSPermGen: 220384K->220383K(220672K)] GC time would exceed GCTimeLimit of 98% , 43.8455190 secs] [Times: user=107.13 sys=20.10, real=43.84 secs] 69152.060: [Full GC [PSYoungGen: 1623808K->1622154K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913606K(8151936K) [PSPermGen: 220383K->220383K(220672K)] GC time would exceed GCTimeLimit of 98% , 25.2772110 secs] [Times: user=99.81 sys=13.51, real=25.27 secs] 69177.397: [Full GC [PSYoungGen: 1623808K->1622263K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913715K(8151936K) [PSPermGen: 220391K->220391K(220672K)] GC time would exceed GCTimeLimit of 98% , 44.5783910 secs] [Times: user=100.72 sys=17.76, real=44.57 secs] 69221.992: [Full GC [PSYoungGen: 1623808K->1622175K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913628K(8151936K) [PSPermGen: 220392K->220392K(220672K)] GC time would exceed GCTimeLimit of 98% , 28.3063920 secs] [Times: user=90.34 sys=9.96, real=28.30 secs] 69250.315: [Full GC [PSYoungGen: 1623808K->1622274K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913727K(8151936K) [PSPermGen: 220392K->220392K(220672K)] GC time is exceeding GCTimeLimit of 98% , 25.7712360 secs] [Times: user=90.04 sys=12.64, real=25.76 secs] 69276.107: [Full GC [PSYoungGen: 1623808K->1622195K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913648K(8151936K) [PSPermGen: 220396K->220396K(220672K)] GC time would exceed GCTimeLimit of 98% , 40.3883770 secs] [Times: user=112.13 sys=32.87, real=40.39 secs] 69316.514: [Full GC [PSYoungGen: 1623808K->1622173K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7913629K(8151936K) [PSPermGen: 220398K->220388K(220672K)] GC time would exceed GCTimeLimit of 98% , 85.3773770 secs] [Times: user=122.86 sys=73.90, real=85.36 secs] 69401.919: [Full GC [PSYoungGen: 1623808K->1622192K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913648K(8151936K) [PSPermGen: 220388K->220388K(220672K)] GC time would exceed GCTimeLimit of 98% , 20.2696580 secs] [Times: user=90.85 sys=9.69, real=20.26 secs] 69422.211: [Full GC [PSYoungGen: 1623808K->1622196K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913652K(8151936K) [PSPermGen: 220389K->220388K(220672K)] GC time would exceed GCTimeLimit of 98% , 41.7502020 secs] [Times: user=98.61 sys=15.12, real=41.74 secs] 69463.974: [Full GC [PSYoungGen: 1623808K->1622198K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913653K(8151936K) [PSPermGen: 220390K->220381K(220672K)] GC time would exceed GCTimeLimit of 98% , 42.8518920 secs] [Times: user=101.59 sys=14.80, real=42.85 secs] 69506.838: [Full GC [PSYoungGen: 1623808K->1622199K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7913654K(8151936K) [PSPermGen: 220381K->220381K(220672K)] GC time is exceeding GCTimeLimit of 98% , 40.5486390 secs] [Times: user=100.17 sys=12.63, real=40.54 secs] 69547.400: [Full GC [PSYoungGen: 1623808K->1622223K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913678K(8151936K) [PSPermGen: 220383K->220383K(220672K)] GC time would exceed GCTimeLimit of 98% , 21.3282770 secs] [Times: user=88.02 sys=6.14, real=21.32 secs] 69568.740: [Full GC [PSYoungGen: 1623808K->1622322K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913777K(8151936K) [PSPermGen: 220386K->220386K(220672K)] GC time would exceed GCTimeLimit of 98% , 37.4230710 secs] [Times: user=98.43 sys=12.97, real=37.42 secs] 69606.175: [Full GC [PSYoungGen: 1623808K->1622324K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913779K(8151936K) [PSPermGen: 220387K->220387K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.5080860 secs] [Times: user=89.82 sys=4.55, real=18.51 secs] 69624.696: [Full GC [PSYoungGen: 1623808K->1622322K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913776K(8151936K) [PSPermGen: 220387K->220387K(220672K)] GC time would exceed GCTimeLimit of 98% , 39.5909970 secs] [Times: user=98.89 sys=12.28, real=39.64 secs] 69664.357: [Full GC [PSYoungGen: 1623808K->1622307K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913762K(8151936K) [PSPermGen: 220388K->220382K(220672K)] GC time would exceed GCTimeLimit of 98% , 39.5185240 secs] [Times: user=98.62 sys=13.49, real=39.51 secs] 69703.890: [Full GC [PSYoungGen: 1623808K->1622167K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7913621K(8151936K) [PSPermGen: 220390K->220386K(220672K)] GC time is exceeding GCTimeLimit of 98% , 41.1599120 secs] [Times: user=99.37 sys=13.73, real=41.16 secs] 69745.065: [Full GC [PSYoungGen: 1623808K->1622173K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913627K(8151936K) [PSPermGen: 220387K->220387K(220672K)] GC time would exceed GCTimeLimit of 98% , 40.9393880 secs] [Times: user=101.59 sys=14.21, real=40.93 secs] 69786.018: [Full GC [PSYoungGen: 1623808K->1622231K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913685K(8151936K) [PSPermGen: 220394K->220394K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.0124730 secs] [Times: user=90.73 sys=6.33, real=22.01 secs] 69808.044: [Full GC [PSYoungGen: 1623808K->1622360K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->7913815K(8151936K) [PSPermGen: 220401K->220401K(220672K)] GC time would exceed GCTimeLimit of 98% , 49.2271520 secs] [Times: user=164.81 sys=60.03, real=49.22 secs] 69857.283: [Full GC [PSYoungGen: 1623808K->1622369K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913823K(8151936K) [PSPermGen: 220401K->220401K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.3755220 secs] [Times: user=88.11 sys=4.14, real=18.37 secs] 69875.682: [Full GC [PSYoungGen: 1623808K->1622371K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913826K(8151936K) [PSPermGen: 220401K->220401K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.2938970 secs] [Times: user=82.33 sys=7.97, real=22.29 secs] 69897.990: [Full GC [PSYoungGen: 1623808K->1622371K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913826K(8151936K) [PSPermGen: 220401K->220401K(220672K)] GC time is exceeding GCTimeLimit of 98% , 18.8069400 secs] [Times: user=87.74 sys=5.09, real=18.81 secs] 69916.838: [Full GC [PSYoungGen: 1623808K->1622361K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913816K(8151936K) [PSPermGen: 220401K->220398K(220672K)] GC time would exceed GCTimeLimit of 98% , 20.5248690 secs] [Times: user=83.67 sys=4.71, real=20.52 secs] 69937.388: [Full GC [PSYoungGen: 1623808K->1622379K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7913833K(8151936K) [PSPermGen: 220404K->220383K(220672K)] GC time would exceed GCTimeLimit of 98% , 45.0008990 secs] [Times: user=252.10 sys=99.68, real=45.00 secs] 69982.480: [Full GC [PSYoungGen: 1623808K->1622376K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913829K(8151936K) [PSPermGen: 220383K->220383K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.5062110 secs] [Times: user=92.10 sys=9.24, real=22.50 secs] 70005.007: [Full GC [PSYoungGen: 1623808K->1622376K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913830K(8151936K) [PSPermGen: 220385K->220381K(220672K)] GC time would exceed GCTimeLimit of 98% , 19.6859990 secs] [Times: user=91.10 sys=6.62, real=19.69 secs] 70024.715: [Full GC [PSYoungGen: 1623808K->1622338K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913791K(8151936K) [PSPermGen: 220382K->220382K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.3642010 secs] [Times: user=91.91 sys=7.83, real=22.36 secs] 70047.177: [Full GC [PSYoungGen: 1623808K->1622429K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913882K(8151936K) [PSPermGen: 220382K->220381K(220672K)] GC time is exceeding GCTimeLimit of 98% , 20.1918390 secs] [Times: user=86.04 sys=6.01, real=20.19 secs] 70067.395: [Full GC [PSYoungGen: 1623808K->1622447K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913901K(8151936K) [PSPermGen: 220381K->220381K(220672K)] GC time would exceed GCTimeLimit of 98% , 26.9683780 secs] [Times: user=92.12 sys=6.96, real=26.97 secs] 70094.393: [Full GC [PSYoungGen: 1623808K->1622385K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913838K(8151936K) [PSPermGen: 220394K->220390K(220672K)] GC time would exceed GCTimeLimit of 98% , 23.6377860 secs] [Times: user=89.01 sys=8.52, real=23.64 secs] 70118.067: [Full GC [PSYoungGen: 1623808K->1622336K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913790K(8151936K) [PSPermGen: 220390K->220390K(220672K)] GC time would exceed GCTimeLimit of 98% , 26.9821000 secs] [Times: user=84.54 sys=9.46, real=26.97 secs] 70145.321: [Full GC [PSYoungGen: 1623808K->1622365K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913818K(8151936K) [PSPermGen: 220409K->220409K(220736K)] GC time would exceed GCTimeLimit of 98% , 25.1510340 secs] [Times: user=91.46 sys=8.88, real=25.14 secs] 70170.501: [Full GC [PSYoungGen: 1623808K->1622426K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913880K(8151936K) [PSPermGen: 220417K->220404K(220736K)] GC time would exceed GCTimeLimit of 98% , 39.7087400 secs] [Times: user=104.40 sys=24.11, real=39.70 secs] 70210.227: [Full GC [PSYoungGen: 1623808K->1622206K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913659K(8151936K) [PSPermGen: 220404K->220400K(220736K)] GC time is exceeding GCTimeLimit of 98% , 42.9307210 secs] [Times: user=104.70 sys=26.30, real=42.93 secs] 70253.233: [Full GC [PSYoungGen: 1623808K->1622282K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913735K(8151936K) [PSPermGen: 220405K->220405K(220736K)] GC time would exceed GCTimeLimit of 98% , 21.9233760 secs] [Times: user=91.36 sys=10.73, real=21.92 secs] 70275.218: [Full GC [PSYoungGen: 1623808K->1622349K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->7913804K(8151936K) [PSPermGen: 220405K->220399K(220672K)] GC time would exceed GCTimeLimit of 98% , 30.8195970 secs] [Times: user=132.87 sys=14.22, real=30.82 secs] 70306.053: [Full GC [PSYoungGen: 1623808K->1622364K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913818K(8151936K) [PSPermGen: 220402K->220402K(220672K)] GC time would exceed GCTimeLimit of 98% , 44.7508800 secs] [Times: user=108.06 sys=23.55, real=44.75 secs] 70350.827: [Full GC [PSYoungGen: 1623808K->1622398K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913852K(8151936K) [PSPermGen: 220402K->220402K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.1884560 secs] [Times: user=88.05 sys=5.60, real=22.19 secs] 70373.030: [Full GC [PSYoungGen: 1623808K->1622382K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913837K(8151936K) [PSPermGen: 220410K->220410K(220736K)] GC time would exceed GCTimeLimit of 98% , 18.0710870 secs] [Times: user=90.23 sys=4.76, real=18.07 secs] 70391.115: [Full GC [PSYoungGen: 1623808K->1622400K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913854K(8151936K) [PSPermGen: 220411K->220409K(220736K)] GC time is exceeding GCTimeLimit of 98% , 39.6908490 secs] [Times: user=98.43 sys=12.43, real=39.69 secs] 70430.819: [Full GC [PSYoungGen: 1623808K->1622389K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913843K(8151936K) [PSPermGen: 220414K->220404K(220672K)] GC time would exceed GCTimeLimit of 98% , 38.5991360 secs] [Times: user=101.01 sys=12.57, real=38.59 secs] 70469.430: [Full GC [PSYoungGen: 1623808K->1622370K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913824K(8151936K) [PSPermGen: 220405K->220405K(220736K)] GC time would exceed GCTimeLimit of 98% , 20.7353610 secs] [Times: user=88.61 sys=5.19, real=20.74 secs] 70490.182: [Full GC [PSYoungGen: 1623808K->1622672K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7914126K(8151936K) [PSPermGen: 220408K->220407K(220736K)] GC time would exceed GCTimeLimit of 98% , 38.4726620 secs] [Times: user=98.25 sys=14.57, real=38.47 secs] 70528.669: [Full GC [PSYoungGen: 1623808K->1622414K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913868K(8151936K) [PSPermGen: 220424K->220422K(220736K)] GC time would exceed GCTimeLimit of 98% , 63.4350890 secs] [Times: user=374.25 sys=216.15, real=63.43 secs] 70592.117: [Full GC [PSYoungGen: 1623808K->1622419K(1860480K)] [ParOldGen: 6291454K->6291455K(6291456K)] 7915262K->7913874K(8151936K) [PSPermGen: 220422K->220422K(220736K)] GC time would exceed GCTimeLimit of 98% , 50.3000650 secs] [Times: user=278.80 sys=142.55, real=50.29 secs] 70642.440: [Full GC [PSYoungGen: 1623808K->1622282K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7913737K(8151936K) [PSPermGen: 220425K->220412K(220736K)] GC time is exceeding GCTimeLimit of 98% , 68.4054910 secs] [Times: user=382.60 sys=225.20, real=68.39 secs] 70710.857: [Full GC [PSYoungGen: 1623808K->1622253K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913708K(8151936K) [PSPermGen: 220412K->220403K(220736K)] GC time would exceed GCTimeLimit of 98% , 21.8881030 secs] [Times: user=87.76 sys=6.21, real=21.89 secs] 70732.762: [Full GC [PSYoungGen: 1623808K->1622205K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913660K(8151936K) [PSPermGen: 220405K->220401K(220672K)] GC time would exceed GCTimeLimit of 98% , 37.2614140 secs] [Times: user=96.05 sys=11.93, real=37.25 secs] 70770.040: [Full GC [PSYoungGen: 1623808K->1622200K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913655K(8151936K) [PSPermGen: 220418K->220415K(220736K)] GC time would exceed GCTimeLimit of 98% , 18.6884780 secs] [Times: user=87.34 sys=4.13, real=18.68 secs] 70788.759: [Full GC [PSYoungGen: 1623808K->1622227K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913682K(8151936K) [PSPermGen: 220416K->220410K(220736K)] GC time would exceed GCTimeLimit of 98% , 38.6483610 secs] [Times: user=100.49 sys=15.38, real=38.65 secs] 70827.423: [Full GC [PSYoungGen: 1623808K->1622413K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7913866K(8151936K) [PSPermGen: 220423K->220419K(220736K)] GC time would exceed GCTimeLimit of 98% , 39.9297050 secs] [Times: user=100.26 sys=12.08, real=39.93 secs] 70867.369: [Full GC [PSYoungGen: 1623808K->1622286K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913739K(8151936K) [PSPermGen: 220427K->220425K(220736K)] GC time is exceeding GCTimeLimit of 98% , 22.5156250 secs] [Times: user=90.80 sys=10.01, real=22.52 secs] 70889.898: [Full GC [PSYoungGen: 1623808K->1622284K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7913737K(8151936K) [PSPermGen: 220425K->220425K(220736K)] GC time would exceed GCTimeLimit of 98% , 38.9919680 secs] [Times: user=100.31 sys=19.75, real=38.98 secs] 70928.905: [Full GC [PSYoungGen: 1623808K->1622279K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913732K(8151936K) [PSPermGen: 220425K->220425K(220736K)] GC time would exceed GCTimeLimit of 98% , 19.8215160 secs] [Times: user=91.28 sys=8.22, real=19.82 secs] 70948.741: [Full GC [PSYoungGen: 1623808K->1622297K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913750K(8151936K) [PSPermGen: 220428K->220425K(220736K)] GC time would exceed GCTimeLimit of 98% , 25.2347030 secs] [Times: user=92.93 sys=10.44, real=25.23 secs] 70974.009: [Full GC [PSYoungGen: 1623808K->1622283K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913736K(8151936K) [PSPermGen: 220429K->220401K(220672K)] GC time would exceed GCTimeLimit of 98% , 23.8700910 secs] [Times: user=91.01 sys=7.90, real=23.86 secs] 70997.908: [Full GC [PSYoungGen: 1623808K->1622368K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7913824K(8151936K) [PSPermGen: 220401K->220401K(220672K)] GC time would exceed GCTimeLimit of 98% , 52.9581900 secs] [Times: user=107.90 sys=27.73, real=52.95 secs] 71050.938: [Full GC [PSYoungGen: 1623808K->1622380K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913835K(8151936K) [PSPermGen: 220404K->220404K(220672K)] GC time is exceeding GCTimeLimit of 98% , 23.0423230 secs] [Times: user=91.26 sys=14.06, real=23.04 secs] 71074.023: [Full GC [PSYoungGen: 1623808K->1622595K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7914048K(8151936K) [PSPermGen: 220411K->220411K(220736K)] GC time would exceed GCTimeLimit of 98% , 47.4151280 secs] [Times: user=110.73 sys=35.24, real=47.41 secs] 71121.488: [Full GC [PSYoungGen: 1623808K->1622451K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913904K(8151936K) [PSPermGen: 220413K->220411K(220736K)] GC time would exceed GCTimeLimit of 98% , 22.9564990 secs] [Times: user=95.43 sys=15.24, real=22.96 secs] 71144.461: [Full GC [PSYoungGen: 1623808K->1622436K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913888K(8151936K) [PSPermGen: 220411K->220411K(220736K)] GC time would exceed GCTimeLimit of 98% , 24.3777840 secs] [Times: user=94.28 sys=14.89, real=24.38 secs] 71168.860: [Full GC [PSYoungGen: 1623808K->1622417K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913869K(8151936K) [PSPermGen: 220412K->220412K(220736K)] GC time would exceed GCTimeLimit of 98% , 22.5614130 secs] [Times: user=89.02 sys=14.03, real=22.56 secs] 71191.439: [Full GC [PSYoungGen: 1623808K->1622394K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7913849K(8151936K) [PSPermGen: 220413K->220413K(220736K)] GC time would exceed GCTimeLimit of 98% , 51.6664350 secs] [Times: user=105.82 sys=26.82, real=51.66 secs] 71243.125: [Full GC [PSYoungGen: 1623808K->1622332K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913787K(8151936K) [PSPermGen: 220413K->220368K(220672K)] GC time is exceeding GCTimeLimit of 98% , 19.2088260 secs] [Times: user=90.16 sys=5.00, real=19.21 secs] 71262.361: [Full GC [PSYoungGen: 1623808K->1622370K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913826K(8151936K) [PSPermGen: 220376K->220375K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.2241340 secs] [Times: user=89.94 sys=5.68, real=22.22 secs] 71284.599: [Full GC [PSYoungGen: 1623808K->1622406K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913861K(8151936K) [PSPermGen: 220376K->220373K(220672K)] GC time would exceed GCTimeLimit of 98% , 19.2832710 secs] [Times: user=89.31 sys=5.31, real=19.28 secs] 71303.902: [Full GC [PSYoungGen: 1623808K->1622451K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913907K(8151936K) [PSPermGen: 220373K->220373K(220672K)] GC time would exceed GCTimeLimit of 98% , 20.5395800 secs] [Times: user=89.45 sys=5.57, real=20.53 secs] 71324.453: [Full GC [PSYoungGen: 1623808K->1622429K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913885K(8151936K) [PSPermGen: 220373K->220367K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.8104410 secs] [Times: user=89.58 sys=6.31, real=18.81 secs] 71343.278: [Full GC [PSYoungGen: 1623808K->1622551K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7914007K(8151936K) [PSPermGen: 220368K->220368K(220672K)] GC time would exceed GCTimeLimit of 98% , 21.6314170 secs] [Times: user=93.96 sys=6.27, real=21.63 secs] 71364.924: [Full GC [PSYoungGen: 1623808K->1622591K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7914047K(8151936K) [PSPermGen: 220370K->220370K(220672K)] GC time is exceeding GCTimeLimit of 98% , 18.6246640 secs] [Times: user=88.57 sys=4.87, real=18.62 secs] 71383.564: [Full GC [PSYoungGen: 1623808K->1622583K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7914039K(8151936K) [PSPermGen: 220370K->220370K(220672K)] GC time would exceed GCTimeLimit of 98% , 20.6174150 secs] [Times: user=89.64 sys=4.47, real=20.61 secs] 71404.198: [Full GC [PSYoungGen: 1623808K->1622603K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7914059K(8151936K) [PSPermGen: 220387K->220385K(220672K)] GC time would exceed GCTimeLimit of 98% , 19.4432350 secs] [Times: user=88.28 sys=5.88, real=19.44 secs] 71423.655: [Full GC [PSYoungGen: 1623808K->1622608K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7914064K(8151936K) [PSPermGen: 220385K->220385K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.4385700 secs] [Times: user=89.07 sys=6.50, real=22.44 secs] 71446.105: [Full GC [PSYoungGen: 1623808K->1622632K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7914088K(8151936K) [PSPermGen: 220385K->220385K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.9239970 secs] [Times: user=88.05 sys=5.60, real=18.92 secs] 71465.062: [Full GC [PSYoungGen: 1623808K->1622611K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7914066K(8151936K) [PSPermGen: 220389K->220389K(220672K)] GC time would exceed GCTimeLimit of 98% , 38.8059830 secs] [Times: user=98.22 sys=13.34, real=38.80 secs] 71503.886: [Full GC [PSYoungGen: 1623808K->1622573K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7914029K(8151936K) [PSPermGen: 220396K->220396K(220672K)] GC time is exceeding GCTimeLimit of 98% , 26.9347250 secs] [Times: user=123.65 sys=6.47, real=26.93 secs] 71530.842: [Full GC [PSYoungGen: 1623808K->1622509K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7913963K(8151936K) [PSPermGen: 220403K->220403K(220736K)] GC time would exceed GCTimeLimit of 98% , 38.9003750 secs] [Times: user=96.86 sys=13.14, real=38.90 secs] 71569.768: [Full GC [PSYoungGen: 1623808K->1622410K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913864K(8151936K) [PSPermGen: 220412K->220409K(220736K)] GC time would exceed GCTimeLimit of 98% , 42.8704560 secs] [Times: user=102.42 sys=15.42, real=42.87 secs] 71612.670: [Full GC [PSYoungGen: 1623808K->1622440K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913894K(8151936K) [PSPermGen: 220410K->220407K(220736K)] GC time would exceed GCTimeLimit of 98% , 37.6373200 secs] [Times: user=97.25 sys=11.56, real=37.63 secs] 71650.377: [Full GC [PSYoungGen: 1623808K->1622443K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913897K(8151936K) [PSPermGen: 220408K->220408K(220736K)] GC time would exceed GCTimeLimit of 98% , 19.8111480 secs] [Times: user=85.57 sys=5.65, real=19.81 secs] 71670.200: [Full GC [PSYoungGen: 1623808K->1622447K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913901K(8151936K) [PSPermGen: 220408K->220408K(220736K)] GC time would exceed GCTimeLimit of 98% , 38.1778680 secs] [Times: user=96.05 sys=9.30, real=38.17 secs] 71708.393: [Full GC [PSYoungGen: 1623808K->1622471K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7913924K(8151936K) [PSPermGen: 220408K->220408K(220736K)] GC time is exceeding GCTimeLimit of 98% , 40.4404970 secs] [Times: user=96.92 sys=10.34, real=40.43 secs] 71748.855: [Full GC [PSYoungGen: 1623808K->1622495K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913949K(8151936K) [PSPermGen: 220411K->220411K(220736K)] GC time would exceed GCTimeLimit of 98% , 21.2293740 secs] [Times: user=88.87 sys=6.17, real=21.23 secs] 71770.097: [Full GC [PSYoungGen: 1623808K->1622518K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7913971K(8151936K) [PSPermGen: 220411K->220411K(220736K)] GC time would exceed GCTimeLimit of 98% , 40.9105670 secs] [Times: user=104.05 sys=19.48, real=40.91 secs] 71811.034: [Full GC [PSYoungGen: 1623808K->1622500K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913953K(8151936K) [PSPermGen: 220411K->220411K(220736K)] GC time would exceed GCTimeLimit of 98% , 20.5997490 secs] [Times: user=89.92 sys=8.71, real=20.60 secs] 71831.648: [Full GC [PSYoungGen: 1623808K->1622489K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913941K(8151936K) [PSPermGen: 220411K->220411K(220736K)] GC time would exceed GCTimeLimit of 98% , 21.5652770 secs] [Times: user=91.92 sys=6.34, real=21.56 secs] 71853.226: [Full GC [PSYoungGen: 1623808K->1622577K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7914030K(8151936K) [PSPermGen: 220413K->220409K(220736K)] GC time would exceed GCTimeLimit of 98% , 21.2715340 secs] [Times: user=93.70 sys=9.01, real=21.27 secs] 71874.513: [Full GC [PSYoungGen: 1623808K->1622485K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913938K(8151936K) [PSPermGen: 220409K->220405K(220672K)] GC time is exceeding GCTimeLimit of 98% , 45.9188240 secs] [Times: user=95.31 sys=18.06, real=45.91 secs] 71920.461: [Full GC [PSYoungGen: 1623808K->1622630K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7914083K(8151936K) [PSPermGen: 220405K->220405K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.5186190 secs] [Times: user=91.15 sys=7.71, real=22.52 secs] 71942.995: [Full GC [PSYoungGen: 1623808K->1622480K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913932K(8151936K) [PSPermGen: 220406K->220405K(220672K)] GC time would exceed GCTimeLimit of 98% , 26.5999010 secs] [Times: user=90.53 sys=10.63, real=26.60 secs] 71969.618: [Full GC [PSYoungGen: 1623808K->1622474K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913926K(8151936K) [PSPermGen: 220405K->220399K(220672K)] GC time would exceed GCTimeLimit of 98% , 23.6562940 secs] [Times: user=90.68 sys=14.94, real=23.65 secs] 71993.299: [Full GC [PSYoungGen: 1623808K->1622419K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913872K(8151936K) [PSPermGen: 220402K->220400K(220672K)] GC time would exceed GCTimeLimit of 98% , 24.5872040 secs] [Times: user=89.28 sys=12.81, real=24.58 secs] 72017.900: [Full GC [PSYoungGen: 1623808K->1622397K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7913853K(8151936K) [PSPermGen: 220400K->220397K(220672K)] GC time would exceed GCTimeLimit of 98% , 49.8623340 secs] [Times: user=107.60 sys=38.10, real=49.86 secs] 72067.798: [Full GC [PSYoungGen: 1623808K->1622432K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913887K(8151936K) [PSPermGen: 220398K->220398K(220672K)] GC time is exceeding GCTimeLimit of 98% , 41.3339070 secs] [Times: user=101.28 sys=24.26, real=41.32 secs] 72109.150: [Full GC [PSYoungGen: 1623808K->1622492K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913947K(8151936K) [PSPermGen: 220401K->220398K(220672K)] GC time would exceed GCTimeLimit of 98% , 41.1813270 secs] [Times: user=97.31 sys=18.96, real=41.18 secs] 72150.343: [Full GC [PSYoungGen: 1623808K->1622494K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913949K(8151936K) [PSPermGen: 220398K->220398K(220672K)] GC time would exceed GCTimeLimit of 98% , 21.8123620 secs] [Times: user=88.50 sys=5.22, real=21.81 secs] 72172.173: [Full GC [PSYoungGen: 1623808K->1622511K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7913966K(8151936K) [PSPermGen: 220400K->220387K(220672K)] GC time would exceed GCTimeLimit of 98% , 18.8031030 secs] [Times: user=88.94 sys=4.91, real=18.80 secs] 72191.000: [Full GC [PSYoungGen: 1623808K->1622530K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7913983K(8151936K) [PSPermGen: 220399K->220392K(220672K)] GC time would exceed GCTimeLimit of 98% , 41.7721260 secs] [Times: user=99.72 sys=12.78, real=41.76 secs] 72232.785: [Full GC [PSYoungGen: 1623808K->1622366K(1860480K)] [ParOldGen: 6291452K->6291453K(6291456K)] 7915260K->7913819K(8151936K) [PSPermGen: 220398K->220396K(220672K)] GC time would exceed GCTimeLimit of 98% , 30.8504280 secs] [Times: user=160.62 sys=26.36, real=30.84 secs] 72263.650: [Full GC [PSYoungGen: 1623808K->1622337K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7913790K(8151936K) [PSPermGen: 220410K->220404K(220736K)] GC time is exceeding GCTimeLimit of 98% , 20.1307180 secs] [Times: user=87.88 sys=4.35, real=20.12 secs] 72283.794: [Full GC [PSYoungGen: 1623808K->1622346K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7913799K(8151936K) [PSPermGen: 220404K->220404K(220736K)] GC time would exceed GCTimeLimit of 98% , 37.9045320 secs] [Times: user=95.34 sys=12.24, real=37.90 secs] 72321.713: [Full GC [PSYoungGen: 1623808K->1622479K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913931K(8151936K) [PSPermGen: 220413K->220407K(220736K)] GC time would exceed GCTimeLimit of 98% , 38.5696830 secs] [Times: user=97.20 sys=11.25, real=38.57 secs] 72360.295: [Full GC [PSYoungGen: 1623808K->1622479K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913932K(8151936K) [PSPermGen: 220407K->220407K(220736K)] GC time would exceed GCTimeLimit of 98% , 19.1799840 secs] [Times: user=87.62 sys=4.84, real=19.17 secs] 72379.487: [Full GC [PSYoungGen: 1623808K->1622482K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913934K(8151936K) [PSPermGen: 220407K->220407K(220736K)] GC time would exceed GCTimeLimit of 98% , 21.6551040 secs] [Times: user=87.83 sys=5.39, real=21.65 secs] 72401.172: [Full GC [PSYoungGen: 1623808K->1622517K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913970K(8151936K) [PSPermGen: 220421K->220419K(220736K)] GC time would exceed GCTimeLimit of 98% , 19.6005390 secs] [Times: user=91.08 sys=4.76, real=19.60 secs] 72420.785: [Full GC [PSYoungGen: 1623808K->1622475K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913928K(8151936K) [PSPermGen: 220419K->220419K(220736K)] GC time is exceeding GCTimeLimit of 98% , 21.6054760 secs] [Times: user=92.06 sys=5.79, real=21.60 secs] 72442.403: [Full GC [PSYoungGen: 1623808K->1622466K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913919K(8151936K) [PSPermGen: 220419K->220416K(220736K)] GC time would exceed GCTimeLimit of 98% , 18.4366320 secs] [Times: user=88.87 sys=5.02, real=18.44 secs] 72460.852: [Full GC [PSYoungGen: 1623808K->1622464K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913917K(8151936K) [PSPermGen: 220416K->220416K(220736K)] GC time would exceed GCTimeLimit of 98% , 21.1481670 secs] [Times: user=87.96 sys=4.70, real=21.14 secs] 72482.012: [Full GC [PSYoungGen: 1623808K->1622457K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7913910K(8151936K) [PSPermGen: 220419K->220418K(220736K)] GC time would exceed GCTimeLimit of 98% , 19.0236640 secs] [Times: user=87.68 sys=5.22, real=19.02 secs] 72501.051: [Full GC [PSYoungGen: 1623808K->1622368K(1860480K)] [ParOldGen: 6291452K->6291454K(6291456K)] 7915260K->7913823K(8151936K) [PSPermGen: 220425K->220422K(220736K)] GC time would exceed GCTimeLimit of 98% , 48.2722750 secs] [Times: user=102.23 sys=17.67, real=48.27 secs] 72549.338: [Full GC [PSYoungGen: 1623808K->1622441K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913895K(8151936K) [PSPermGen: 220432K->220425K(220736K)] GC time would exceed GCTimeLimit of 98% , 20.6596720 secs] [Times: user=86.90 sys=5.22, real=20.66 secs] 72570.013: [Full GC [PSYoungGen: 1623808K->1622305K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913759K(8151936K) [PSPermGen: 220438K->220413K(220736K)] GC time is exceeding GCTimeLimit of 98% , 23.8324110 secs] [Times: user=91.98 sys=6.64, real=23.83 secs] 72593.860: [Full GC [PSYoungGen: 1623808K->1622302K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913757K(8151936K) [PSPermGen: 220419K->220414K(220736K)] GC time would exceed GCTimeLimit of 98% , 21.1623290 secs] [Times: user=86.26 sys=5.22, real=21.15 secs] 72615.060: [Full GC [PSYoungGen: 1623808K->1622285K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913739K(8151936K) [PSPermGen: 220420K->220419K(220736K)] GC time would exceed GCTimeLimit of 98% , 37.5657850 secs] [Times: user=97.49 sys=12.45, real=37.56 secs] 72652.655: [Full GC [PSYoungGen: 1623808K->1622275K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913729K(8151936K) [PSPermGen: 220424K->220424K(220736K)] GC time would exceed GCTimeLimit of 98% , 18.6327030 secs] [Times: user=87.71 sys=4.59, real=18.63 secs] 72671.319: [Full GC [PSYoungGen: 1623808K->1622349K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913803K(8151936K) [PSPermGen: 220424K->220424K(220736K)] GC time would exceed GCTimeLimit of 98% , 22.1952370 secs] [Times: user=93.49 sys=9.15, real=22.19 secs] 72693.547: [Full GC [PSYoungGen: 1623808K->1622383K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913837K(8151936K) [PSPermGen: 220425K->220425K(220736K)] GC time would exceed GCTimeLimit of 98% , 20.6959970 secs] [Times: user=89.46 sys=8.52, real=20.69 secs] 72714.260: [Full GC [PSYoungGen: 1623808K->1622400K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913854K(8151936K) [PSPermGen: 220440K->220438K(220736K)] GC time is exceeding GCTimeLimit of 98% , 22.5002480 secs] [Times: user=89.39 sys=7.43, real=22.49 secs] 72736.775: [Full GC [PSYoungGen: 1623808K->1622402K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913857K(8151936K) [PSPermGen: 220451K->220437K(220736K)] GC time would exceed GCTimeLimit of 98% , 20.4279640 secs] [Times: user=90.90 sys=7.69, real=20.42 secs] 72757.238: [Full GC [PSYoungGen: 1623808K->1622440K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913895K(8151936K) [PSPermGen: 220437K->220437K(220736K)] GC time would exceed GCTimeLimit of 98% , 53.2993700 secs] [Times: user=99.13 sys=23.63, real=53.29 secs] 72810.549: [Full GC [PSYoungGen: 1623808K->1622429K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913884K(8151936K) [PSPermGen: 220437K->220426K(220736K)] GC time would exceed GCTimeLimit of 98% , 23.4885150 secs] [Times: user=87.90 sys=8.37, real=23.49 secs] 72834.126: [Full GC [PSYoungGen: 1623808K->1622538K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913992K(8151936K) [PSPermGen: 220426K->220426K(220736K)] GC time would exceed GCTimeLimit of 98% , 30.0523290 secs] [Times: user=94.60 sys=14.56, real=30.05 secs] 72864.195: [Full GC [PSYoungGen: 1623808K->1622359K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913813K(8151936K) [PSPermGen: 220428K->220428K(220736K)] GC time would exceed GCTimeLimit of 98% , 26.9008610 secs] [Times: user=92.83 sys=14.83, real=26.89 secs] 72891.112: [Full GC [PSYoungGen: 1623808K->1622276K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913730K(8151936K) [PSPermGen: 220431K->220428K(220736K)] GC time is exceeding GCTimeLimit of 98% , 21.5988260 secs] [Times: user=96.40 sys=15.85, real=21.60 secs] 72912.727: [Full GC [PSYoungGen: 1623808K->1622282K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913736K(8151936K) [PSPermGen: 220429K->220428K(220736K)] GC time would exceed GCTimeLimit of 98% , 24.6879600 secs] [Times: user=90.23 sys=13.77, real=24.69 secs] 72937.433: [Full GC [PSYoungGen: 1623807K->1622052K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913506K(8151936K) [PSPermGen: 220429K->220429K(220736K)] GC time would exceed GCTimeLimit of 98% , 20.4445690 secs] [Times: user=91.96 sys=11.72, real=20.45 secs] 72957.936: [Full GC [PSYoungGen: 1623808K->1621788K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7913243K(8151936K) [PSPermGen: 220437K->220428K(220736K)] GC time would exceed GCTimeLimit of 98% , 27.3241610 secs] [Times: user=80.33 sys=14.03, real=27.32 secs] 72985.311: [Full GC [PSYoungGen: 1623808K->1620652K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7912106K(8151936K) [PSPermGen: 220428K->220427K(220736K)] GC time would exceed GCTimeLimit of 98% , 28.7043940 secs] [Times: user=96.91 sys=16.70, real=28.70 secs] 73014.043: [Full GC [PSYoungGen: 1623808K->1620733K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7912187K(8151936K) [PSPermGen: 220463K->220448K(220800K)] GC time would exceed GCTimeLimit of 98% , 37.0767340 secs] [Times: user=94.00 sys=17.13, real=37.07 secs] 73051.148: [Full GC [PSYoungGen: 1623808K->1620732K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7912186K(8151936K) [PSPermGen: 220450K->220450K(220800K)] GC time is exceeding GCTimeLimit of 98% , 20.7135970 secs] [Times: user=89.61 sys=6.95, real=20.71 secs] 73071.885: [Full GC [PSYoungGen: 1623808K->1620755K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7912209K(8151936K) [PSPermGen: 220452K->220431K(220736K)] GC time would exceed GCTimeLimit of 98% , 21.9023310 secs] [Times: user=89.63 sys=4.75, real=21.90 secs] 73093.822: [Full GC [PSYoungGen: 1623808K->1620231K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7911684K(8151936K) [PSPermGen: 220456K->220449K(220800K)] GC time would exceed GCTimeLimit of 98% , 30.7828800 secs] [Times: user=156.37 sys=16.94, real=30.78 secs] 73124.636: [Full GC [PSYoungGen: 1623808K->1620306K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->7911760K(8151936K) [PSPermGen: 220457K->220453K(220800K)] GC time would exceed GCTimeLimit of 98% , 49.8806870 secs] [Times: user=166.75 sys=64.27, real=49.87 secs] 73174.567: [Full GC [PSYoungGen: 1623808K->1620295K(1860480K)] [ParOldGen: 6291454K->6291452K(6291456K)] 7915262K->7911747K(8151936K) [PSPermGen: 220479K->220479K(220800K)] GC time would exceed GCTimeLimit of 98% , 53.8309120 secs] [Times: user=311.81 sys=153.58, real=53.83 secs] 73228.435: [Full GC [PSYoungGen: 1623808K->1620412K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7911864K(8151936K) [PSPermGen: 220479K->220472K(220800K)] GC time would exceed GCTimeLimit of 98% , 40.3343900 secs] [Times: user=97.73 sys=14.93, real=40.33 secs] 73268.807: [Full GC [PSYoungGen: 1623808K->1620503K(1860480K)] [ParOldGen: 6291452K->6291454K(6291456K)] 7915260K->7911957K(8151936K) [PSPermGen: 220488K->220480K(220800K)] GC time is exceeding GCTimeLimit of 98% , 54.6226210 secs] [Times: user=288.20 sys=135.97, real=54.61 secs] 73323.480: [Full GC [PSYoungGen: 1623808K->1620606K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7912060K(8151936K) [PSPermGen: 220488K->220488K(220800K)] GC time would exceed GCTimeLimit of 98% , 23.8089650 secs] [Times: user=93.38 sys=7.87, real=23.81 secs] 73347.307: [Full GC [PSYoungGen: 1623808K->1620544K(1860480K)] [ParOldGen: 6291454K->6291452K(6291456K)] 7915262K->7911997K(8151936K) [PSPermGen: 220491K->220490K(220800K)] GC time would exceed GCTimeLimit of 98% , 41.5204640 secs] [Times: user=99.15 sys=13.67, real=41.52 secs] 73388.846: [Full GC [PSYoungGen: 1623808K->1620274K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7911727K(8151936K) [PSPermGen: 220529K->220526K(220864K)] GC time would exceed GCTimeLimit of 98% , 21.8001210 secs] [Times: user=90.08 sys=6.74, real=21.79 secs] 73410.665: [Full GC [PSYoungGen: 1623808K->1620333K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7911785K(8151936K) [PSPermGen: 220537K->220534K(220864K)] GC time would exceed GCTimeLimit of 98% , 38.3179760 secs] [Times: user=94.78 sys=11.69, real=38.32 secs] 73449.031: [Full GC [PSYoungGen: 1623808K->1620398K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7911854K(8151936K) [PSPermGen: 220537K->220533K(220864K)] GC time would exceed GCTimeLimit of 98% , 47.8560950 secs] [Times: user=158.79 sys=62.54, real=47.85 secs] 73496.959: [Full GC [PSYoungGen: 1623808K->1620387K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7911843K(8151936K) [PSPermGen: 220536K->220534K(220864K)] GC time is exceeding GCTimeLimit of 98% , 19.3832580 secs] [Times: user=85.01 sys=3.71, real=19.38 secs] 73516.369: [Full GC [PSYoungGen: 1623808K->1620591K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7912046K(8151936K) [PSPermGen: 220568K->220540K(220864K)] GC time would exceed GCTimeLimit of 98% , 37.6456740 secs] [Times: user=104.37 sys=11.36, real=37.64 secs] 73554.085: [Full GC [PSYoungGen: 1623807K->1620600K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915262K->7912056K(8151936K) [PSPermGen: 220550K->220547K(220864K)] GC time would exceed GCTimeLimit of 98% , 39.6204710 secs] [Times: user=99.68 sys=19.21, real=39.62 secs] 73593.743: [Full GC [PSYoungGen: 1623808K->1619685K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7911140K(8151936K) [PSPermGen: 220547K->220523K(220864K)] GC time would exceed GCTimeLimit of 98% , 29.5514080 secs] [Times: user=151.63 sys=17.15, real=29.55 secs] 73623.311: [Full GC [PSYoungGen: 1623808K->1619690K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7911146K(8151936K) [PSPermGen: 220554K->220517K(220864K)] GC time would exceed GCTimeLimit of 98% , 21.8107150 secs] [Times: user=89.95 sys=9.30, real=21.80 secs] 73645.139: [Full GC [PSYoungGen: 1623808K->1619770K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7911225K(8151936K) [PSPermGen: 220519K->220517K(220864K)] GC time would exceed GCTimeLimit of 98% , 19.4987580 secs] [Times: user=91.24 sys=7.10, real=19.50 secs] 73664.744: [Full GC [PSYoungGen: 1623808K->1619703K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7911158K(8151936K) [PSPermGen: 220529K->220529K(220864K)] GC time is exceeding GCTimeLimit of 98% , 24.2661210 secs] [Times: user=93.47 sys=7.36, real=24.27 secs] 73689.075: [Full GC [PSYoungGen: 1623808K->1619051K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7910504K(8151936K) [PSPermGen: 220564K->220558K(220864K)] GC time would exceed GCTimeLimit of 98% , 39.4548130 secs] [Times: user=129.47 sys=13.87, real=39.45 secs] 73728.546: [Full GC [PSYoungGen: 1623808K->1615108K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7906560K(8151936K) [PSPermGen: 220570K->220568K(220672K)] GC time would exceed GCTimeLimit of 98% , 22.5165160 secs] [Times: user=92.12 sys=7.87, real=22.52 secs] 73751.129: [Full GC [PSYoungGen: 1623808K->1614331K(1860480K)] [ParOldGen: 6291452K->6291454K(6291456K)] 7915260K->7905786K(8151936K) [PSPermGen: 220641K->220635K(220736K)] GC time would exceed GCTimeLimit of 98% , 50.5671060 secs] [Times: user=112.10 sys=35.04, real=50.56 secs] 73801.754: [Full GC [PSYoungGen: 1623808K->1613979K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7905434K(8151936K) [PSPermGen: 220694K->220676K(220800K)] GC time would exceed GCTimeLimit of 98% , 40.8605640 secs] [Times: user=102.85 sys=28.17, real=40.86 secs] 73842.689: [Full GC [PSYoungGen: 1623808K->1613782K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7905237K(8151936K) [PSPermGen: 220707K->220694K(220800K)] GC time would exceed GCTimeLimit of 98% , 20.7700450 secs] [Times: user=91.07 sys=11.14, real=20.77 secs] 73863.487: [Full GC [PSYoungGen: 1623808K->1614115K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7905569K(8151936K) [PSPermGen: 220720K->220699K(220800K)] GC time is exceeding GCTimeLimit of 98% , 23.6788350 secs] [Times: user=89.59 sys=9.89, real=23.67 secs] 73887.201: [Full GC [PSYoungGen: 1623807K->1613865K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7905318K(8151936K) [PSPermGen: 220712K->220702K(220800K)] GC time would exceed GCTimeLimit of 98% , 40.1930640 secs] [Times: user=100.78 sys=22.34, real=40.18 secs] 73927.494: [Full GC [PSYoungGen: 1623808K->1613877K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->7905332K(8151936K) [PSPermGen: 220714K->220709K(220800K)] GC time would exceed GCTimeLimit of 98% , 53.9994370 secs] [Times: user=111.11 sys=30.45, real=53.99 secs] 73981.542: [Full GC [PSYoungGen: 1623808K->1613946K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7905400K(8151936K) [PSPermGen: 220756K->220755K(220864K)] GC time would exceed GCTimeLimit of 98% , 42.7896560 secs] [Times: user=96.20 sys=15.96, real=42.79 secs] 74024.387: [Full GC [PSYoungGen: 1623808K->1613958K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7905411K(8151936K) [PSPermGen: 220772K->220766K(220864K)] GC time would exceed GCTimeLimit of 98% , 40.2176920 secs] [Times: user=96.84 sys=12.90, real=40.21 secs] 74064.657: [Full GC [PSYoungGen: 1623808K->1613740K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7905193K(8151936K) [PSPermGen: 220771K->220766K(220864K)] GC time would exceed GCTimeLimit of 98% , 21.5820350 secs] [Times: user=86.06 sys=4.67, real=21.58 secs] 74086.310: [Full GC [PSYoungGen: 1623808K->1613930K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7905382K(8151936K) [PSPermGen: 220811K->220786K(220864K)] GC time is exceeding GCTimeLimit of 98% , 38.1248390 secs] [Times: user=213.33 sys=51.65, real=38.12 secs] 74124.488: [Full GC [PSYoungGen: 1623808K->1614064K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905517K(8151936K) [PSPermGen: 220829K->220786K(220864K)] GC time would exceed GCTimeLimit of 98% , 18.7586660 secs] [Times: user=86.22 sys=4.24, real=18.75 secs] 74143.316: [Full GC [PSYoungGen: 1623808K->1613622K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7905077K(8151936K) [PSPermGen: 220812K->220794K(220864K)] GC time would exceed GCTimeLimit of 98% , 50.0684000 secs] [Times: user=153.19 sys=57.60, real=50.06 secs] 74193.440: [Full GC [PSYoungGen: 1623808K->1613644K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7905100K(8151936K) [PSPermGen: 220807K->220801K(221440K)] GC time would exceed GCTimeLimit of 98% , 51.7711170 secs] [Times: user=271.55 sys=109.05, real=51.76 secs] 74245.267: [Full GC [PSYoungGen: 1623808K->1613443K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7904899K(8151936K) [PSPermGen: 220806K->220798K(220864K)] GC time would exceed GCTimeLimit of 98% , 22.3132160 secs] [Times: user=95.23 sys=10.93, real=22.31 secs] 74267.657: [Full GC [PSYoungGen: 1623808K->1612581K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7904036K(8151936K) [PSPermGen: 220835K->220795K(220864K)] GC time would exceed GCTimeLimit of 98% , 29.6924760 secs] [Times: user=151.66 sys=11.79, real=29.69 secs] 74297.485: [Full GC [PSYoungGen: 1623808K->1612768K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7904223K(8151936K) [PSPermGen: 220825K->220811K(221440K)] GC time is exceeding GCTimeLimit of 98% , 19.2162590 secs] [Times: user=88.01 sys=4.81, real=19.21 secs] 74316.792: [Full GC [PSYoungGen: 1623808K->1613529K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7904984K(8151936K) [PSPermGen: 220892K->220810K(221440K)] GC time would exceed GCTimeLimit of 98% , 21.4376090 secs] [Times: user=83.15 sys=4.85, real=21.43 secs] 74338.450: [Full GC [PSYoungGen: 1623808K->1613807K(1860480K)] [ParOldGen: 6291455K->6291452K(6291456K)] 7915263K->7905259K(8151936K) [PSPermGen: 220835K->220800K(221440K)] GC time would exceed GCTimeLimit of 98% , 39.6126250 secs] [Times: user=98.20 sys=12.81, real=39.61 secs] 74378.226: [Full GC [PSYoungGen: 1623808K->1613911K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905363K(8151936K) [PSPermGen: 220811K->220794K(221440K)] GC time would exceed GCTimeLimit of 98% , 19.9525210 secs] [Times: user=90.02 sys=5.16, real=19.95 secs] 74398.341: [Full GC [PSYoungGen: 1623808K->1614453K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905905K(8151936K) [PSPermGen: 220808K->220804K(221440K)] GC time would exceed GCTimeLimit of 98% , 21.2766520 secs] [Times: user=85.40 sys=4.98, real=21.27 secs] 74419.748: [Full GC [PSYoungGen: 1623808K->1614384K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905836K(8151936K) [PSPermGen: 220838K->220826K(221440K)] GC time would exceed GCTimeLimit of 98% , 22.5112440 secs] [Times: user=92.28 sys=6.66, real=22.51 secs] 74442.306: [Full GC [PSYoungGen: 1623808K->1614363K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905816K(8151936K) [PSPermGen: 220898K->220847K(221248K)] GC time is exceeding GCTimeLimit of 98% , 18.9571170 secs] [Times: user=87.30 sys=4.45, real=18.96 secs] 74461.294: [Full GC [PSYoungGen: 1623808K->1614468K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905920K(8151936K) [PSPermGen: 220865K->220849K(221248K)] GC time would exceed GCTimeLimit of 98% , 22.9143370 secs] [Times: user=88.55 sys=7.25, real=22.91 secs] 74484.397: [Full GC [PSYoungGen: 1623808K->1614543K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7905999K(8151936K) [PSPermGen: 220924K->220884K(221248K)] GC time would exceed GCTimeLimit of 98% , 46.8925600 secs] [Times: user=148.07 sys=57.84, real=46.88 secs] 74531.341: [Full GC [PSYoungGen: 1623808K->1614160K(1860480K)] [ParOldGen: 6291455K->6291454K(6291456K)] 7915263K->7905614K(8151936K) [PSPermGen: 220909K->220901K(221312K)] GC time would exceed GCTimeLimit of 98% , 40.0838840 secs] [Times: user=101.62 sys=23.01, real=40.08 secs] 74571.474: [Full GC [PSYoungGen: 1623808K->1614008K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7905463K(8151936K) [PSPermGen: 220950K->220901K(221312K)] GC time would exceed GCTimeLimit of 98% , 25.1873020 secs] [Times: user=90.17 sys=9.57, real=25.19 secs] 74596.794: [Full GC [PSYoungGen: 1623808K->1614016K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7905470K(8151936K) [PSPermGen: 220913K->220899K(221248K)] GC time would exceed GCTimeLimit of 98% , 44.8773340 secs] [Times: user=99.23 sys=19.58, real=44.87 secs] 74641.739: [Full GC [PSYoungGen: 1623808K->1614609K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7906063K(8151936K) [PSPermGen: 220912K->220909K(221312K)] GC time is exceeding GCTimeLimit of 98% , 25.8654490 secs] [Times: user=87.65 sys=9.95, real=25.86 secs] 74667.676: [Full GC [PSYoungGen: 1623808K->1614517K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7905971K(8151936K) [PSPermGen: 220937K->220891K(221248K)] GC time would exceed GCTimeLimit of 98% , 39.9731310 secs] [Times: user=105.78 sys=26.10, real=39.97 secs] 74707.708: [Full GC [PSYoungGen: 1623808K->1613774K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7905228K(8151936K) [PSPermGen: 220932K->220888K(221248K)] GC time would exceed GCTimeLimit of 98% , 21.2239900 secs] [Times: user=93.98 sys=12.19, real=21.22 secs] 74728.995: [Full GC [PSYoungGen: 1623808K->1614113K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7905566K(8151936K) [PSPermGen: 220954K->220896K(221248K)] GC time would exceed GCTimeLimit of 98% , 22.0510990 secs] [Times: user=83.18 sys=10.09, real=22.05 secs] 74751.122: [Full GC [PSYoungGen: 1623808K->1613979K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7905433K(8151936K) [PSPermGen: 220899K->220894K(221248K)] GC time would exceed GCTimeLimit of 98% , 23.3034360 secs] [Times: user=91.69 sys=9.53, real=23.30 secs] 74774.490: [Full GC [PSYoungGen: 1623808K->1614033K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7905486K(8151936K) [PSPermGen: 220914K->220889K(221248K)] GC time would exceed GCTimeLimit of 98% , 20.6335730 secs] [Times: user=91.50 sys=8.86, real=20.63 secs] 74795.224: [Full GC [PSYoungGen: 1623808K->1613867K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7905321K(8151936K) [PSPermGen: 220918K->220869K(221248K)] GC time is exceeding GCTimeLimit of 98% , 21.9406230 secs] [Times: user=93.26 sys=7.65, real=21.94 secs] 74817.212: [Full GC [PSYoungGen: 1623808K->1614216K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7905670K(8151936K) [PSPermGen: 220902K->220877K(221248K)] GC time would exceed GCTimeLimit of 98% , 20.5925670 secs] [Times: user=91.78 sys=8.57, real=20.59 secs] 74837.831: [Full GC [PSYoungGen: 1623808K->1614699K(1860480K)] [ParOldGen: 6291453K->6291454K(6291456K)] 7915261K->7906154K(8151936K) [PSPermGen: 220903K->220881K(221248K)] GC time would exceed GCTimeLimit of 98% , 50.4688540 secs] [Times: user=136.17 sys=50.00, real=50.46 secs] 74888.336: [Full GC [PSYoungGen: 1623808K->1614530K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7905984K(8151936K) [PSPermGen: 220898K->220890K(221248K)] GC time would exceed GCTimeLimit of 98% , 37.5541800 secs] [Times: user=98.41 sys=12.89, real=37.55 secs] 74925.985: [Full GC [PSYoungGen: 1623808K->1614996K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7906450K(8151936K) [PSPermGen: 220906K->220878K(221248K)] GC time would exceed GCTimeLimit of 98% , 21.4241110 secs] [Times: user=90.98 sys=7.00, real=21.42 secs] 74947.454: [Full GC [PSYoungGen: 1623808K->1614810K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7906264K(8151936K) [PSPermGen: 220896K->220849K(221184K)] GC time would exceed GCTimeLimit of 98% , 21.1906370 secs] [Times: user=89.54 sys=6.18, real=21.19 secs] 74968.690: [Full GC [PSYoungGen: 1623808K->1614931K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7906386K(8151936K) [PSPermGen: 220877K->220826K(221184K)] GC time is exceeding GCTimeLimit of 98% , 18.5273790 secs] [Times: user=90.19 sys=4.81, real=18.52 secs] 74987.257: [Full GC [PSYoungGen: 1623808K->1615138K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7906592K(8151936K) [PSPermGen: 220860K->220824K(221184K)] GC time would exceed GCTimeLimit of 98% , 39.6108520 secs] [Times: user=99.03 sys=13.43, real=39.61 secs] 75026.920: [Full GC [PSYoungGen: 1623808K->1615242K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7906697K(8151936K) [PSPermGen: 220858K->220836K(221184K)] GC time would exceed GCTimeLimit of 98% , 20.5766000 secs] [Times: user=90.01 sys=5.08, real=20.57 secs] 75047.547: [Full GC [PSYoungGen: 1623808K->1615083K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7906537K(8151936K) [PSPermGen: 220848K->220836K(221184K)] GC time would exceed GCTimeLimit of 98% , 19.4476070 secs] [Times: user=89.32 sys=5.43, real=19.45 secs] 75067.017: [Full GC [PSYoungGen: 1623808K->1615119K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7906573K(8151936K) [PSPermGen: 220847K->220840K(221184K)] GC time would exceed GCTimeLimit of 98% , 44.2540330 secs] [Times: user=103.67 sys=17.18, real=44.25 secs] 75111.333: [Full GC [PSYoungGen: 1623808K->1614611K(1860480K)] [ParOldGen: 6291454K->6291452K(6291456K)] 7915262K->7906064K(8151936K) [PSPermGen: 220873K->220790K(221120K)] GC time would exceed GCTimeLimit of 98% , 40.5037050 secs] [Times: user=100.11 sys=13.29, real=40.49 secs] 75151.879: [Full GC [PSYoungGen: 1623808K->1614667K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7906119K(8151936K) [PSPermGen: 220812K->220788K(221120K)] GC time is exceeding GCTimeLimit of 98% , 21.6257610 secs] [Times: user=89.92 sys=5.19, real=21.62 secs] 75173.590: [Full GC [PSYoungGen: 1623808K->1614631K(1860480K)] [ParOldGen: 6291452K->6291453K(6291456K)] 7915260K->7906085K(8151936K) [PSPermGen: 220847K->220796K(221120K)] GC time would exceed GCTimeLimit of 98% , 52.4884570 secs] [Times: user=107.86 sys=20.23, real=52.48 secs] 75226.110: [Full GC [PSYoungGen: 1623808K->1614436K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7905889K(8151936K) [PSPermGen: 220816K->220800K(221120K)] GC time would exceed GCTimeLimit of 98% , 22.2379000 secs] [Times: user=88.13 sys=5.92, real=22.23 secs] 75248.423: [Full GC [PSYoungGen: 1623808K->1613921K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7905374K(8151936K) [PSPermGen: 220818K->220802K(221120K)] GC time would exceed GCTimeLimit of 98% , 38.6952480 secs] [Times: user=102.89 sys=12.26, real=38.68 secs] 75287.188: [Full GC [PSYoungGen: 1623808K->1613709K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905162K(8151936K) [PSPermGen: 220820K->220794K(221120K)] GC time would exceed GCTimeLimit of 98% , 41.6591610 secs] [Times: user=102.65 sys=13.89, real=41.66 secs] 75328.884: [Full GC [PSYoungGen: 1623808K->1613943K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905395K(8151936K) [PSPermGen: 220837K->220772K(221120K)] GC time would exceed GCTimeLimit of 98% , 18.8734030 secs] [Times: user=89.07 sys=6.71, real=18.87 secs] 75347.815: [Full GC [PSYoungGen: 1623808K->1614103K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905556K(8151936K) [PSPermGen: 220785K->220746K(221120K)] GC time is exceeding GCTimeLimit of 98% , 20.7757040 secs] [Times: user=90.53 sys=4.63, real=20.78 secs] 75368.622: [Full GC [PSYoungGen: 1623808K->1613764K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905216K(8151936K) [PSPermGen: 220802K->220744K(221120K)] GC time would exceed GCTimeLimit of 98% , 23.9865470 secs] [Times: user=95.43 sys=12.66, real=23.98 secs] 75392.793: [Full GC [PSYoungGen: 1623808K->1613776K(1860480K)] [ParOldGen: 6291452K->6291455K(6291456K)] 7915260K->7905232K(8151936K) [PSPermGen: 220781K->220744K(221120K)] GC time would exceed GCTimeLimit of 98% , 49.9337040 secs] [Times: user=127.56 sys=37.95, real=49.93 secs] 75442.856: [Full GC [PSYoungGen: 1623808K->1614131K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7905586K(8151936K) [PSPermGen: 220807K->220778K(221120K)] GC time would exceed GCTimeLimit of 98% , 20.8625460 secs] [Times: user=90.21 sys=8.09, real=20.86 secs] 75463.799: [Full GC [PSYoungGen: 1623808K->1614114K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7905569K(8151936K) [PSPermGen: 220807K->220786K(221120K)] GC time would exceed GCTimeLimit of 98% , 30.7371150 secs] [Times: user=94.52 sys=11.05, real=30.73 secs] 75494.688: [Full GC [PSYoungGen: 1623808K->1614151K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7905607K(8151936K) [PSPermGen: 220838K->220793K(221184K)] GC time would exceed GCTimeLimit of 98% , 28.0579240 secs] [Times: user=89.16 sys=8.55, real=28.06 secs] 75522.796: [Full GC [PSYoungGen: 1623808K->1615033K(1860480K)] [ParOldGen: 6291455K->6291455K(6291456K)] 7915263K->7906488K(8151936K) [PSPermGen: 220827K->220815K(221184K)] GC time is exceeding GCTimeLimit of 98% , 23.2156230 secs] [Times: user=91.01 sys=9.60, real=23.21 secs] 75546.146: [Full GC [PSYoungGen: 1623808K->1614446K(1860480K)] [ParOldGen: 6291455K->6291453K(6291456K)] 7915263K->7905900K(8151936K) [PSPermGen: 220820K->220806K(221184K)] GC time would exceed GCTimeLimit of 98% , 42.4507790 secs] [Times: user=103.29 sys=24.39, real=42.45 secs] 75588.689: [Full GC [PSYoungGen: 1623808K->1614680K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7906133K(8151936K) [PSPermGen: 220819K->220812K(221184K)] GC time would exceed GCTimeLimit of 98% , 25.3365880 secs] [Times: user=92.78 sys=15.95, real=25.33 secs] 75614.062: [Full GC [PSYoungGen: 1623808K->1614738K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7906192K(8151936K) [PSPermGen: 220868K->220817K(221184K)] GC time would exceed GCTimeLimit of 98% , 21.7094570 secs] [Times: user=91.61 sys=14.28, real=21.70 secs] 75635.964: [Full GC [PSYoungGen: 1623808K->1614973K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7906427K(8151936K) [PSPermGen: 220852K->220846K(221184K)] GC time would exceed GCTimeLimit of 98% , 31.7695650 secs] [Times: user=94.38 sys=27.83, real=31.76 secs] 75667.826: [Full GC [PSYoungGen: 1623807K->1615041K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7906494K(8151936K) [PSPermGen: 220875K->220843K(221184K)] GC time would exceed GCTimeLimit of 98% , 22.8651480 secs] [Times: user=91.95 sys=9.46, real=22.87 secs] 75690.752: [Full GC [PSYoungGen: 1623808K->1615007K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7906460K(8151936K) [PSPermGen: 220846K->220844K(221184K)] GC time is exceeding GCTimeLimit of 98% , 19.9725710 secs] [Times: user=88.01 sys=5.48, real=19.97 secs] 75710.782: [Full GC [PSYoungGen: 1623808K->1614942K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7906394K(8151936K) [PSPermGen: 220862K->220847K(221184K)] GC time would exceed GCTimeLimit of 98% , 38.1302190 secs] [Times: user=97.29 sys=10.03, real=38.13 secs] 75748.945: [Full GC [PSYoungGen: 1623808K->1614757K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7906209K(8151936K) [PSPermGen: 220850K->220832K(221184K)] GC time would exceed GCTimeLimit of 98% , 18.6649390 secs] [Times: user=86.89 sys=4.93, real=18.66 secs] 75767.645: [Full GC [PSYoungGen: 1623808K->1614557K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7906010K(8151936K) [PSPermGen: 220843K->220831K(221184K)] GC time would exceed GCTimeLimit of 98% , 18.8974250 secs] [Times: user=86.89 sys=5.11, real=18.89 secs] 75786.563: [Full GC [PSYoungGen: 1623808K->1614064K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905517K(8151936K) [PSPermGen: 220881K->220833K(221184K)] GC time would exceed GCTimeLimit of 98% , 18.3301950 secs] [Times: user=89.63 sys=5.75, real=18.33 secs] 75804.958: [Full GC [PSYoungGen: 1623808K->1613761K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905213K(8151936K) [PSPermGen: 220864K->220829K(221184K)] GC time would exceed GCTimeLimit of 98% , 19.1291790 secs] [Times: user=88.09 sys=7.73, real=19.13 secs] 75824.132: [Full GC [PSYoungGen: 1623808K->1613843K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905295K(8151936K) [PSPermGen: 220829K->220829K(221184K)] GC time is exceeding GCTimeLimit of 98% , 49.6372310 secs] [Times: user=117.24 sys=36.44, real=49.62 secs] 75873.819: [Full GC [PSYoungGen: 1623808K->1614302K(1860480K)] [ParOldGen: 6291452K->6291454K(6291456K)] 7915260K->7905757K(8151936K) [PSPermGen: 220834K->220829K(221184K)] GC time would exceed GCTimeLimit of 98% , 57.9596980 secs] [Times: user=287.70 sys=139.17, real=57.95 secs] 75931.818: [Full GC [PSYoungGen: 1623808K->1614387K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7905841K(8151936K) [PSPermGen: 220829K->220812K(221184K)] GC time would exceed GCTimeLimit of 98% , 41.2435310 secs] [Times: user=99.17 sys=13.79, real=41.24 secs] 75973.091: [Full GC [PSYoungGen: 1623808K->1614304K(1860480K)] [ParOldGen: 6291454K->6291454K(6291456K)] 7915262K->7905758K(8151936K) [PSPermGen: 220812K->220812K(221184K)] GC time would exceed GCTimeLimit of 98% , 39.0739950 secs] [Times: user=99.60 sys=15.83, real=39.07 secs] 76012.217: [Full GC [PSYoungGen: 1623808K->1614438K(1860480K)] [ParOldGen: 6291454K->6291453K(6291456K)] 7915262K->7905892K(8151936K) [PSPermGen: 220812K->220788K(221120K)] GC time would exceed GCTimeLimit of 98% , 40.6665870 secs] [Times: user=97.94 sys=16.77, real=40.66 secs] 76052.924: [Full GC [PSYoungGen: 1623808K->1614429K(1860480K)] [ParOldGen: 6291453K->6291453K(6291456K)] 7915261K->7905883K(8151936K) [PSPermGen: 220793K->220793K(221120K)] GC time would exceed GCTimeLimit of 98% , 22.1766420 secs] [Times: user=89.97 sys=6.97, real=22.17 secs] 76075.155: [Full GC [PSYoungGen: 1623808K->1614013K(1860480K)] [ParOldGen: 6291453K->6291452K(6291456K)] 7915261K->7905465K(8151936K) [PSPermGen: 220807K->220800K(221120K)] GC time is exceeding GCTimeLimit of 98% , 23.1156070 secs] [Times: user=136.43 sys=7.90, real=23.11 secs] 76098.300: [Full GC [PSYoungGen: 1623808K->1614125K(1860480K)] [ParOldGen: 6291452K->6291452K(6291456K)] 7915260K->7905577K(8151936K) [PSPermGen: 220814K->220791K(221120K)] GC time would exceed GCTimeLimit of 98% , 42.3292020 secs] [Times: user=99.99 sys=17.50, real=42.32 secs] From sitnikov.vladimir at gmail.com Thu Mar 6 11:21:23 2014 From: sitnikov.vladimir at gmail.com (Vladimir Sitnikov) Date: Thu, 6 Mar 2014 23:21:23 +0400 Subject: java.lang.OutOfMemoryError: GC overhead limit exceeded In-Reply-To: References: Message-ID: Can you please add -XX+HeapDumpOnOutOfMemoryError, reproduce the case, and look into the heap dump (e.g. via Eclipse Memory Analyzer)? You are running out of your heap, thus heap dump is your friend. -- Vladimir Sitnikov -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140306/3a649572/attachment.html From jocf83 at gmail.com Thu Mar 6 11:53:28 2014 From: jocf83 at gmail.com (Jose Otavio Carlomagno Filho) Date: Thu, 6 Mar 2014 16:53:28 -0300 Subject: java.lang.OutOfMemoryError: GC overhead limit exceeded In-Reply-To: References: Message-ID: If I'm not mistaken, "*GC overhead limit exceeded" *means the GC is running but is unable to free space in the heap. In many cases, this is caused by the application repeatedly calling "System.gc()", which normally triggers a full GC. You should check your application code and remove these calls if they exist. Additionally, you can add "-XX:+DisableExplicitGC" to your startup parameters, this way the GC will not run if your application calls "System.gc()". Jose On Thu, Mar 6, 2014 at 12:13 PM, luke wrote: > Hi, > > I'm java.lang.OutOfMemoryError in a java application working on a JBossAS. > It's strange that OutOfMemory happen when application is not so stressed. > In my application log I found this exception > > *WARN [org.jboss.mq.Connection] Connection failure, use > javax.jms.Connection.setExceptionListener() to handle this error and > reconnect* > *org.jboss.mq.SpyJMSException: Exiting on IOE; - nested throwable: > (java.net.SocketTimeoutException: Read timed out)* > * at > org.jboss.mq.SpyJMSException.getAsJMSException(SpyJMSException.java:72)* > * at org.jboss.mq.Connection.asynchFailure(Connection.java:423)* > * at > org.jboss.mq.il.uil2.UILClientILService.asynchFailure(UILClientILService.java:174)* > * at > org.jboss.mq.il.uil2.SocketManager$ReadTask.handleStop(SocketManager.java:466)* > * at > org.jboss.mq.il.uil2.SocketManager$ReadTask.run(SocketManager.java:395)* > * at java.lang.Thread.run(Thread.java:619)* > *Caused by: java.net.SocketTimeoutException: Read timed out* > > and after some minutes: > > > > > > > > > > *2014-03-06 01:09:32,173 WARN [org.jboss.mq.Connection] Exception > listener ended abnormally: java.lang.OutOfMemoryError: GC overhead limit > exceeded at > java.lang.ThreadLocal.createInheritedMap(ThreadLocal.java:217) at > java.lang.Thread.init(Thread.java:358) at > java.lang.Thread.(Thread.java:445) at > org.jboss.mq.SpyMessageConsumer.setMessageListener(SpyMessageConsumer.java:237) > at > it.oneans.iemx.qf.ejb.QueueService$QueueServiceExceptionListener.onException(QueueService.java:193) > at > org.jboss.mq.Connection$ExceptionListenerRunnable.run(Connection.java:1356) > at java.lang.Thread.run(Thread.java:619)* > > In my GC.log I can see a rapid increase in heap memory: > > 54967.049: [GC [PSYoungGen: 171815K->3032K(2024448K)] > 1716963K->1583328K(8315904K), 0.0466930 secs] [Times: user=0.20 sys=0.09, > real=0.04 secs] > > 54967.097: [*Full GC (System)* [PSYoungGen: 3032K->0K(2024448K)] [*ParOldGen: > 1580296K->1501278K*(6291456K)] 1583328K->1501278K(8315904K) [PSPermGen: > 230071K->229632K(239744K)], 4.5397660 secs] [Times: user=18.01 sys=2.81, > real=4.53 secs] > > ... > > 55546.522: [GC [PSYoungGen: 1883953K->129792K(1929216K)] > 6315956K->4689948K(8220672K), 0.7681860 secs] [Times: user=8.76 sys=0.61, > real=0.77 secs] > > 55561.317: [GC [PSYoungGen: 1890304K->124543K(1928448K)] > 6450460K->4814699K(8219904K), 1.8698640 secs] [Times: user=3.30 sys=0.26, > real=1.87 secs] > > ... > > 55754.485: [GC [PSYoungGen: 1753886K->116213K(1881920K)] > 7755780K->6232689K(8173376K), 0.5959420 secs] [Times: user=4.34 sys=0.30, > real=0.60 secs] > > 55755.083: [Full GC [PSYoungGen: 116213K->0K(1881920K)] [*ParOldGen: > 6116476K->6031245K*(6291456K)] 6232689K->6031245K(8173376K) [PSPermGen: > 229665K->222795K(231488K)], 36.6400980 secs] [Times: user=160.17 sys=8.40, > real=36.63 secs] > > Could be OutOfmemory a side effect related to not enough free sockets on > the server or something else? > > > thanks in advance for any suggestions > luca > P.S.:my gc triggers: > -Xms6g -Xmx6g -XX:MaxPermSize=512m > -Dsun.rmi.dgc.client.gcInterval=2100000 > -Dsun.rmi.dgc.server.gcInterval=2100000 > -XX:+UseParallelOldGC -XX:+UseParallelGC > -XX:MaxHeapFreeRatio=70 -XX:MinHeapFreeRatio=40 > -Xverify:none -XX:+BindGCTaskThreadsToCPUs > -XX:NewSize=2g -XX:MaxNewSize=2g -XX:SurvivorRatio=4 > -Djava.awt.headless=true > > _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > > -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140306/fd7189e7/attachment.html From sitnikov.vladimir at gmail.com Thu Mar 6 12:21:25 2014 From: sitnikov.vladimir at gmail.com (Vladimir Sitnikov) Date: Fri, 7 Mar 2014 00:21:25 +0400 Subject: java.lang.OutOfMemoryError: GC overhead limit exceeded In-Reply-To: References: Message-ID: >*ParOldGen: 6116476K->6031245K*(6291456K) This means the application does use 6GB ram. So one should either try to give more ram (e.g. -Xmx12G) or analyze why the application requires 6G. -- Vladimir -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140307/287c01de/attachment.html From luke.bike at gmail.com Thu Mar 6 23:52:19 2014 From: luke.bike at gmail.com (luke) Date: Fri, 7 Mar 2014 08:52:19 +0100 Subject: java.lang.OutOfMemoryError: GC overhead limit exceeded In-Reply-To: References: Message-ID: Thanks Vladimir, THe head dump is a big file and at the moment I've some problem in open it on my pc. I'll try to set my heap in order to use more memory (I've physical Memory available). Anyway it's a very strange situation that happen only once a day when my application is doing on only som idle loops, and few minutes before OutOfMemory in jboss log I can see this Exception: *WARN [org.jboss.mq.Connection] Connection failure, use javax.jms.Connection.setExceptionListener() to handle this error and reconnect* *org.jboss.mq.SpyJMSException: Exiting on IOE; - nested throwable: (java.net.SocketTimeoutException: Read timed out)* * at org.jboss.mq.SpyJMSException.getAsJMSException(SpyJMSException.java:72)* * at org.jboss.mq.Connection.asynchFailure(Connection.java:423)* * at org.jboss.mq.il.uil2.UILClientILService.asynchFailure(UILClientILService.java:174)* * at org.jboss.mq.il.uil2.SocketManager$ReadTask.handleStop(SocketManager.java:466)* * at org.jboss.mq.il.uil2.SocketManager$ReadTask.run(SocketManager.java:395)* * at java.lang.Thread.run(Thread.java:619)* *Caused by: java.net.SocketTimeoutException: Read timed out* *At the moment I don't realize how is related with my problem...* *thanksluca* 2014-03-06 21:21 GMT+01:00 Vladimir Sitnikov : > >*ParOldGen: 6116476K->6031245K*(6291456K) > This means the application does use 6GB ram. > So one should either try to give more ram (e.g. -Xmx12G) or analyze why > the application requires 6G. > > -- > Vladimir > -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140307/2dd79175/attachment.html From luke.bike at gmail.com Fri Mar 7 00:09:01 2014 From: luke.bike at gmail.com (luke) Date: Fri, 7 Mar 2014 09:09:01 +0100 Subject: java.lang.OutOfMemoryError: GC overhead limit exceeded In-Reply-To: References: Message-ID: Thanks Jose, I think I haven't in my application "System.gc()" calls, but I'm working on a very large application so I'll check if some explicit call to GC has been introduced. I think the problem is how you wrote that "GC is running but is unable to free space in the heap". Is it possible that GC can't use cpu native threads and so can't run correctly? few minutes before this outOfMemory in my jboss log I see: *SocketTimeoutException: * *Caused by: java.net.SocketTimeoutException: Read timed out* Could be related to my problem? thanks luca 2014-03-06 20:53 GMT+01:00 Jose Otavio Carlomagno Filho : > If I'm not mistaken, "*GC overhead limit exceeded" *means the GC is > running but is unable to free space in the heap. > > In many cases, this is caused by the application repeatedly calling > "System.gc()", which normally triggers a full GC. You should check your > application code and remove these calls if they exist. > > Additionally, you can add "-XX:+DisableExplicitGC" to your startup > parameters, this way the GC will not run if your application calls > "System.gc()". > > Jose > > > On Thu, Mar 6, 2014 at 12:13 PM, luke wrote: > >> Hi, >> >> I'm java.lang.OutOfMemoryError in a java application working on a JBossAS. >> It's strange that OutOfMemory happen when application is not so stressed. >> In my application log I found this exception >> >> *WARN [org.jboss.mq.Connection] Connection failure, use >> javax.jms.Connection.setExceptionListener() to handle this error and >> reconnect* >> *org.jboss.mq.SpyJMSException: Exiting on IOE; - nested throwable: >> (java.net.SocketTimeoutException: Read timed out)* >> * at >> org.jboss.mq.SpyJMSException.getAsJMSException(SpyJMSException.java:72)* >> * at org.jboss.mq.Connection.asynchFailure(Connection.java:423)* >> * at >> org.jboss.mq.il.uil2.UILClientILService.asynchFailure(UILClientILService.java:174)* >> * at >> org.jboss.mq.il.uil2.SocketManager$ReadTask.handleStop(SocketManager.java:466)* >> * at >> org.jboss.mq.il.uil2.SocketManager$ReadTask.run(SocketManager.java:395)* >> * at java.lang.Thread.run(Thread.java:619)* >> *Caused by: java.net.SocketTimeoutException: Read timed out* >> >> and after some minutes: >> >> >> >> >> >> >> >> >> >> *2014-03-06 01:09:32,173 WARN [org.jboss.mq.Connection] Exception >> listener ended abnormally: java.lang.OutOfMemoryError: GC overhead limit >> exceeded at >> java.lang.ThreadLocal.createInheritedMap(ThreadLocal.java:217) at >> java.lang.Thread.init(Thread.java:358) at >> java.lang.Thread.(Thread.java:445) at >> org.jboss.mq.SpyMessageConsumer.setMessageListener(SpyMessageConsumer.java:237) >> at >> it.oneans.iemx.qf.ejb.QueueService$QueueServiceExceptionListener.onException(QueueService.java:193) >> at >> org.jboss.mq.Connection$ExceptionListenerRunnable.run(Connection.java:1356) >> at java.lang.Thread.run(Thread.java:619)* >> >> In my GC.log I can see a rapid increase in heap memory: >> >> 54967.049: [GC [PSYoungGen: 171815K->3032K(2024448K)] >> 1716963K->1583328K(8315904K), 0.0466930 secs] [Times: user=0.20 sys=0.09, >> real=0.04 secs] >> >> 54967.097: [*Full GC (System)* [PSYoungGen: 3032K->0K(2024448K)] [*ParOldGen: >> 1580296K->1501278K*(6291456K)] 1583328K->1501278K(8315904K) [PSPermGen: >> 230071K->229632K(239744K)], 4.5397660 secs] [Times: user=18.01 sys=2.81, >> real=4.53 secs] >> >> ... >> >> 55546.522: [GC [PSYoungGen: 1883953K->129792K(1929216K)] >> 6315956K->4689948K(8220672K), 0.7681860 secs] [Times: user=8.76 sys=0.61, >> real=0.77 secs] >> >> 55561.317: [GC [PSYoungGen: 1890304K->124543K(1928448K)] >> 6450460K->4814699K(8219904K), 1.8698640 secs] [Times: user=3.30 sys=0.26, >> real=1.87 secs] >> >> ... >> >> 55754.485: [GC [PSYoungGen: 1753886K->116213K(1881920K)] >> 7755780K->6232689K(8173376K), 0.5959420 secs] [Times: user=4.34 sys=0.30, >> real=0.60 secs] >> >> 55755.083: [Full GC [PSYoungGen: 116213K->0K(1881920K)] [*ParOldGen: >> 6116476K->6031245K*(6291456K)] 6232689K->6031245K(8173376K) [PSPermGen: >> 229665K->222795K(231488K)], 36.6400980 secs] [Times: user=160.17 sys=8.40, >> real=36.63 secs] >> >> Could be OutOfmemory a side effect related to not enough free sockets on >> the server or something else? >> >> >> thanks in advance for any suggestions >> luca >> P.S.:my gc triggers: >> -Xms6g -Xmx6g -XX:MaxPermSize=512m >> -Dsun.rmi.dgc.client.gcInterval=2100000 >> -Dsun.rmi.dgc.server.gcInterval=2100000 >> -XX:+UseParallelOldGC -XX:+UseParallelGC >> -XX:MaxHeapFreeRatio=70 -XX:MinHeapFreeRatio=40 >> -Xverify:none -XX:+BindGCTaskThreadsToCPUs >> -XX:NewSize=2g -XX:MaxNewSize=2g -XX:SurvivorRatio=4 >> -Djava.awt.headless=true >> >> _______________________________________________ >> hotspot-gc-use mailing list >> hotspot-gc-use at openjdk.java.net >> http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use >> >> > -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140307/6e3c0e10/attachment.html From sitnikov.vladimir at gmail.com Fri Mar 7 00:16:15 2014 From: sitnikov.vladimir at gmail.com (Vladimir Sitnikov) Date: Fri, 7 Mar 2014 12:16:15 +0400 Subject: java.lang.OutOfMemoryError: GC overhead limit exceeded In-Reply-To: References: Message-ID: > > THe head dump is a big file and at the moment I've some problem in open it > on my pc. > I'll try to set my heap in order to use more memory (I've physical Memory > available). You should either increase -Xmx for memory analyzer, or reduce jboss configuration -Xmx6G to something like -Xmx2G. The dump will be smaller and easier to analyze. -- Vladimir -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140307/87053591/attachment.html From bernd at eckenfels.net Fri Mar 7 02:04:04 2014 From: bernd at eckenfels.net (Bernd Eckenfels) Date: Fri, 7 Mar 2014 11:04:04 +0100 Subject: java.lang.OutOfMemoryError: GC overhead limit exceeded In-Reply-To: References: Message-ID: Hello, The timeouts can be caused by excessive GC pauses, it is typical to see them along with und a OOM. From your description it sounds like a classical memory leak. The heapdump in MAT will tell you where it happens. In addition to that you can also check your gc.log file, it will most likely show an steady increase of "Heap usage after GC" and then in one point a larger number of full GCs back-to-back. BTW: MAT has a headless mode which can be used on the production server to actually parse the heapdump into its index files. This is the phaye which needs more RAM. If you do this you can later copy the parsed results to your workstation and open it with a smaller heap. -- http://bernd.eckenfels.net -----Original Message----- From: luke To: Jose Otavio Carlomagno Filho , "hotspot-gc-use at openjdk.java.net" Sent: Fr., 07 M?r 2014 9:09 Subject: Re: java.lang.OutOfMemoryError: GC overhead limit exceeded Thanks Jose, I think I haven't in my application "System.gc()" calls, but I'm working on a very large application so I'll check if some explicit call to GC has been introduced. I think the problem is how you wrote that "GC is running but is unable to free space in the heap". Is it possible that GC can't use cpu native threads and so can't run correctly? few minutes before this outOfMemory in my jboss log I see: *SocketTimeoutException: * *Caused by: java.net.SocketTimeoutException: Read timed out* Could be related to my problem? thanks luca 2014-03-06 20:53 GMT+01:00 Jose Otavio Carlomagno Filho : > If I'm not mistaken, "*GC overhead limit exceeded" *means the GC is > running but is unable to free space in the heap. > > In many cases, this is caused by the application repeatedly calling > "System.gc()", which normally triggers a full GC. You should check your > application code and remove these calls if they exist. > > Additionally, you can add "-XX:+DisableExplicitGC" to your startup > parameters, this way the GC will not run if your application calls > "System.gc()". > > Jose > > > On Thu, Mar 6, 2014 at 12:13 PM, luke wrote: > >> Hi, >> >> I'm java.lang.OutOfMemoryError in a java application working on a JBossAS. >> It's strange that OutOfMemory happen when application is not so stressed. >> In my application log I found this exception >> >> *WARN [org.jboss.mq.Connection] Connection failure, use >> javax.jms.Connection.setExceptionListener() to handle this error and >> reconnect* >> *org.jboss.mq.SpyJMSException: Exiting on IOE; - nested throwable: >> (java.net.SocketTimeoutException: Read timed out)* >> * at >> org.jboss.mq.SpyJMSException.getAsJMSException(SpyJMSException.java:72)* >> * at org.jboss.mq.Connection.asynchFailure(Connection.java:423)* >> * at >> org.jboss.mq.il.uil2.UILClientILService.asynchFailure(UILClientILService.java:174)* >> * at >> org.jboss.mq.il.uil2.SocketManager$ReadTask.handleStop(SocketManager.java:466)* >> * at >> org.jboss.mq.il.uil2.SocketManager$ReadTask.run(SocketManager.java:395)* >> * at java.lang.Thread.run(Thread.java:619)* >> *Caused by: java.net.SocketTimeoutException: Read timed out* >> >> and after some minutes: >> >> >> >> >> >> >> >> >> >> *2014-03-06 01:09:32,173 WARN [org.jboss.mq.Connection] Exception >> listener ended abnormally: java.lang.OutOfMemoryError: GC overhead limit >> exceeded at >> java.lang.ThreadLocal.createInheritedMap(ThreadLocal.java:217) at >> java.lang.Thread.init(Thread.java:358) at >> java.lang.Thread.(Thread.java:445) at >> org.jboss.mq.SpyMessageConsumer.setMessageListener(SpyMessageConsumer.java:237) >> at >> it.oneans.iemx.qf.ejb.QueueService$QueueServiceExceptionListener.onException(QueueService.java:193) >> at >> org.jboss.mq.Connection$ExceptionListenerRunnable.run(Connection.java:1356) >> at java.lang.Thread.run(Thread.java:619)* >> >> In my GC.log I can see a rapid increase in heap memory: >> >> 54967.049: [GC [PSYoungGen: 171815K->3032K(2024448K)] >> 1716963K->1583328K(8315904K), 0.0466930 secs] [Times: user=0.20 sys=0.09, >> real=0.04 secs] >> >> 54967.097: [*Full GC (System)* [PSYoungGen: 3032K->0K(2024448K)] [*ParOldGen: >> 1580296K->1501278K*(6291456K)] 1583328K->1501278K(8315904K) [PSPermGen: >> 230071K->229632K(239744K)], 4.5397660 secs] [Times: user=18.01 sys=2.81, >> real=4.53 secs] >> >> ... >> >> 55546.522: [GC [PSYoungGen: 1883953K->129792K(1929216K)] >> 6315956K->4689948K(8220672K), 0.7681860 secs] [Times: user=8.76 sys=0.61, >> real=0.77 secs] >> >> 55561.317: [GC [PSYoungGen: 1890304K->124543K(1928448K)] >> 6450460K->4814699K(8219904K), 1.8698640 secs] [Times: user=3.30 sys=0.26, >> real=1.87 secs] >> >> ... >> >> 55754.485: [GC [PSYoungGen: 1753886K->116213K(1881920K)] >> 7755780K->6232689K(8173376K), 0.5959420 secs] [Times: user=4.34 sys=0.30, >> real=0.60 secs] >> >> 55755.083: [Full GC [PSYoungGen: 116213K->0K(1881920K)] [*ParOldGen: >> 6116476K->6031245K*(6291456K)] 6232689K->6031245K(8173376K) [PSPermGen: >> 229665K->222795K(231488K)], 36.6400980 secs] [Times: user=160.17 sys=8.40, >> real=36.63 secs] >> >> Could be OutOfmemory a side effect related to not enough free sockets on >> the server or something else? >> >> >> thanks in advance for any suggestions >> luca >> P.S.:my gc triggers: >> -Xms6g -Xmx6g -XX:MaxPermSize=512m >> -Dsun.rmi.dgc.client.gcInterval=2100000 >> -Dsun.rmi.dgc.server.gcInterval=2100000 >> -XX:+UseParallelOldGC -XX:+UseParallelGC >> -XX:MaxHeapFreeRatio=70 -XX:MinHeapFreeRatio=40 >> -Xverify:none -XX:+BindGCTaskThreadsToCPUs >> -XX:NewSize=2g -XX:MaxNewSize=2g -XX:SurvivorRatio=4 >> -Djava.awt.headless=true >> >> _______________________________________________ >> hotspot-gc-use mailing list >> hotspot-gc-use at openjdk.java.net >> http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use >> >> > From luke.bike at gmail.com Fri Mar 7 11:33:18 2014 From: luke.bike at gmail.com (luke) Date: Fri, 7 Mar 2014 20:33:18 +0100 Subject: java.lang.OutOfMemoryError: GC overhead limit exceeded In-Reply-To: References: Message-ID: Thanks Bernd, At the end I've analyzed heap dump (I've found a powerful pc!) using VisualVM. I've found a memory leak in a module of my application. thanks Vladimir, Bernd ad Jose for your suggestions. I'd like to start use eclipse memory analyzer. I can't understood how headless mode works and how can I use it in production server. thanks luca 2014-03-07 11:04 GMT+01:00 Bernd Eckenfels : > Hello, > > The timeouts can be caused by excessive GC pauses, it is typical to see > them along with und a OOM. From your description it sounds like a classical > memory leak. The heapdump in MAT will tell you where it happens. In > addition to that you can also check your gc.log file, it will most likely > show an steady increase of "Heap usage after GC" and then in one point a > larger number of full GCs back-to-back. > > BTW: MAT has a headless mode which can be used on the production server to > actually parse the heapdump into its index files. This is the phaye which > needs more RAM. If you do this you can later copy the parsed results to > your workstation and open it with a smaller heap. > > -- > http://bernd.eckenfels.net > > > -----Original Message----- > From: luke > To: Jose Otavio Carlomagno Filho , " > hotspot-gc-use at openjdk.java.net" > Sent: Fr., 07 M?r 2014 9:09 > Subject: Re: java.lang.OutOfMemoryError: GC overhead limit exceeded > > Thanks Jose, > I think I haven't in my application "System.gc()" calls, but I'm working on > a very large application so I'll check if some explicit call to GC has been > introduced. > > I think the problem is how you wrote that "GC is running but is unable to > free space in the heap". Is it possible that GC can't use cpu native > threads and so can't run correctly? > > few minutes before this outOfMemory in my jboss log I see: > *SocketTimeoutException: * > > *Caused by: java.net.SocketTimeoutException: Read timed out* > Could be related to my problem? > thanks > luca > > > > 2014-03-06 20:53 GMT+01:00 Jose Otavio Carlomagno Filho >: > > > If I'm not mistaken, "*GC overhead limit exceeded" *means the GC is > > running but is unable to free space in the heap. > > > > In many cases, this is caused by the application repeatedly calling > > "System.gc()", which normally triggers a full GC. You should check your > > application code and remove these calls if they exist. > > > > Additionally, you can add "-XX:+DisableExplicitGC" to your startup > > parameters, this way the GC will not run if your application calls > > "System.gc()". > > > > Jose > > > > > > On Thu, Mar 6, 2014 at 12:13 PM, luke wrote: > > > >> Hi, > >> > >> I'm java.lang.OutOfMemoryError in a java application working on a > JBossAS. > >> It's strange that OutOfMemory happen when application is not so > stressed. > >> In my application log I found this exception > >> > >> *WARN [org.jboss.mq.Connection] Connection failure, use > >> javax.jms.Connection.setExceptionListener() to handle this error and > >> reconnect* > >> *org.jboss.mq.SpyJMSException: Exiting on IOE; - nested throwable: > >> (java.net.SocketTimeoutException: Read timed out)* > >> * at > >> org.jboss.mq.SpyJMSException.getAsJMSException(SpyJMSException.java:72)* > >> * at org.jboss.mq.Connection.asynchFailure(Connection.java:423)* > >> * at > >> > org.jboss.mq.il.uil2.UILClientILService.asynchFailure(UILClientILService.java:174)* > >> * at > >> > org.jboss.mq.il.uil2.SocketManager$ReadTask.handleStop(SocketManager.java:466)* > >> * at > >> org.jboss.mq.il.uil2.SocketManager$ReadTask.run(SocketManager.java:395)* > >> * at java.lang.Thread.run(Thread.java:619)* > >> *Caused by: java.net.SocketTimeoutException: Read timed out* > >> > >> and after some minutes: > >> > >> > >> > >> > >> > >> > >> > >> > >> > >> *2014-03-06 01:09:32,173 WARN [org.jboss.mq.Connection] Exception > >> listener ended abnormally: java.lang.OutOfMemoryError: GC overhead > limit > >> exceeded at > >> java.lang.ThreadLocal.createInheritedMap(ThreadLocal.java:217) at > >> java.lang.Thread.init(Thread.java:358) at > >> java.lang.Thread.(Thread.java:445) at > >> > org.jboss.mq.SpyMessageConsumer.setMessageListener(SpyMessageConsumer.java:237) > >> at > >> > it.oneans.iemx.qf.ejb.QueueService$QueueServiceExceptionListener.onException(QueueService.java:193) > >> at > >> > org.jboss.mq.Connection$ExceptionListenerRunnable.run(Connection.java:1356) > >> at java.lang.Thread.run(Thread.java:619)* > >> > >> In my GC.log I can see a rapid increase in heap memory: > >> > >> 54967.049: [GC [PSYoungGen: 171815K->3032K(2024448K)] > >> 1716963K->1583328K(8315904K), 0.0466930 secs] [Times: user=0.20 > sys=0.09, > >> real=0.04 secs] > >> > >> 54967.097: [*Full GC (System)* [PSYoungGen: 3032K->0K(2024448K)] > [*ParOldGen: > >> 1580296K->1501278K*(6291456K)] 1583328K->1501278K(8315904K) [PSPermGen: > >> 230071K->229632K(239744K)], 4.5397660 secs] [Times: user=18.01 sys=2.81, > >> real=4.53 secs] > >> > >> ... > >> > >> 55546.522: [GC [PSYoungGen: 1883953K->129792K(1929216K)] > >> 6315956K->4689948K(8220672K), 0.7681860 secs] [Times: user=8.76 > sys=0.61, > >> real=0.77 secs] > >> > >> 55561.317: [GC [PSYoungGen: 1890304K->124543K(1928448K)] > >> 6450460K->4814699K(8219904K), 1.8698640 secs] [Times: user=3.30 > sys=0.26, > >> real=1.87 secs] > >> > >> ... > >> > >> 55754.485: [GC [PSYoungGen: 1753886K->116213K(1881920K)] > >> 7755780K->6232689K(8173376K), 0.5959420 secs] [Times: user=4.34 > sys=0.30, > >> real=0.60 secs] > >> > >> 55755.083: [Full GC [PSYoungGen: 116213K->0K(1881920K)] [*ParOldGen: > >> 6116476K->6031245K*(6291456K)] 6232689K->6031245K(8173376K) [PSPermGen: > >> 229665K->222795K(231488K)], 36.6400980 secs] [Times: user=160.17 > sys=8.40, > >> real=36.63 secs] > >> > >> Could be OutOfmemory a side effect related to not enough free sockets > on > >> the server or something else? > >> > >> > >> thanks in advance for any suggestions > >> luca > >> P.S.:my gc triggers: > >> -Xms6g -Xmx6g -XX:MaxPermSize=512m > >> -Dsun.rmi.dgc.client.gcInterval=2100000 > >> -Dsun.rmi.dgc.server.gcInterval=2100000 > >> -XX:+UseParallelOldGC -XX:+UseParallelGC > >> -XX:MaxHeapFreeRatio=70 -XX:MinHeapFreeRatio=40 > >> -Xverify:none -XX:+BindGCTaskThreadsToCPUs > >> -XX:NewSize=2g -XX:MaxNewSize=2g -XX:SurvivorRatio=4 > >> -Djava.awt.headless=true > >> > >> _______________________________________________ > >> hotspot-gc-use mailing list > >> hotspot-gc-use at openjdk.java.net > >> http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > >> > >> > > > -------------- next part -------------- An HTML attachment was scrubbed... URL: http://mail.openjdk.java.net/pipermail/hotspot-gc-use/attachments/20140307/51694a19/attachment-0001.html From luke.bike at gmail.com Sun Mar 9 15:05:41 2014 From: luke.bike at gmail.com (luke) Date: Sun, 9 Mar 2014 16:05:41 +0100 Subject: Fwd: java.lang.OutOfMemoryError: GC overhead limit exceeded In-Reply-To: References: Message-ID: I've just start using eclipse memory analyzer tool. I can't understood how run MAT in headless mode and how this can help me in open large dump files. could suggest me some MAT tutorial? thanks luca Forwarded message ---------- From: luke Date: 2014-03-07 20:33 GMT+01:00 Subject: Re: java.lang.OutOfMemoryError: GC overhead limit exceeded To: Bernd Eckenfels , "hotspot-gc-use at openjdk.java.net" Thanks Bernd, At the end I've analyzed heap dump (I've found a powerful pc!) using VisualVM. I've found a memory leak in a module of my application. thanks Vladimir, Bernd ad Jose for your suggestions. I'd like to start use eclipse memory analyzer. I can't understood how headless mode works and how can I use it in production server. thanks luca 2014-03-07 11:04 GMT+01:00 Bernd Eckenfels : Hello, > > The timeouts can be caused by excessive GC pauses, it is typical to see > them along with und a OOM. From your description it sounds like a classical > memory leak. The heapdump in MAT will tell you where it happens. In > addition to that you can also check your gc.log file, it will most likely > show an steady increase of "Heap usage after GC" and then in one point a > larger number of full GCs back-to-back. > > BTW: MAT has a headless mode which can be used on the production server to > actually parse the heapdump into its index files. This is the phaye which > needs more RAM. If you do this you can later copy the parsed results to > your workstation and open it with a smaller heap. > > -- > http://bernd.eckenfels.net > > > -----Original Message----- > From: luke > To: Jose Otavio Carlomagno Filho , " > hotspot-gc-use at openjdk.java.net" > Sent: Fr., 07 M?r 2014 9:09 > Subject: Re: java.lang.OutOfMemoryError: GC overhead limit exceeded > > Thanks Jose, > I think I haven't in my application "System.gc()" calls, but I'm working on > a very large application so I'll check if some explicit call to GC has been > introduced. > > I think the problem is how you wrote that "GC is running but is unable to > free space in the heap". Is it possible that GC can't use cpu native > threads and so can't run correctly? > > few minutes before this outOfMemory in my jboss log I see: > *SocketTimeoutException: * > > *Caused by: java.net.SocketTimeoutException: Read timed out* > Could be related to my problem? > thanks > luca > > > > 2014-03-06 20:53 GMT+01:00 Jose Otavio Carlomagno Filho >: > > > If I'm not mistaken, "*GC overhead limit exceeded" *means the GC is > > running but is unable to free space in the heap. > > > > In many cases, this is caused by the application repeatedly calling > > "System.gc()", which normally triggers a full GC. You should check your > > application code and remove these calls if they exist. > > > > Additionally, you can add "-XX:+DisableExplicitGC" to your startup > > parameters, this way the GC will not run if your application calls > > "System.gc()". > > > > Jose > > > > > > On Thu, Mar 6, 2014 at 12:13 PM, luke wrote: > > > >> Hi, > >> > >> I'm java.lang.OutOfMemoryError in a java application working on a > JBossAS. > >> It's strange that OutOfMemory happen when application is not so > stressed. > >> In my application log I found this exception > >> > >> *WARN [org.jboss.mq.Connection] Connection failure, use > >> javax.jms.Connection.setExceptionListener() to handle this error and > >> reconnect* > >> *org.jboss.mq.SpyJMSException: Exiting on IOE; - nested throwable: > >> (java.net.SocketTimeoutException: Read timed out)* > >> * at > >> org.jboss.mq.SpyJMSException.getAsJMSException(SpyJMSException.java:72)* > >> * at org.jboss.mq.Connection.asynchFailure(Connection.java:423)* > >> * at > >> > org.jboss.mq.il.uil2.UILClientILService.asynchFailure(UILClientILService.java:174)* > >> * at > >> > org.jboss.mq.il.uil2.SocketManager$ReadTask.handleStop(SocketManager.java:466)* > >> * at > >> org.jboss.mq.il.uil2.SocketManager$ReadTask.run(SocketManager.java:395)* > >> * at java.lang.Thread.run(Thread.java:619)* > >> *Caused by: java.net.SocketTimeoutException: Read timed out* > >> > >> and after some minutes: > >> > >> > >> > >> > >> > >> > >> > >> > >> > >> *2014-03-06 01:09:32,173 WARN [org.jboss.mq.Connection] Exception > >> listener ended abnormally: java.lang.OutOfMemoryError: GC overhead > limit > >> exceeded at > >> java.lang.ThreadLocal.createInheritedMap(ThreadLocal.java:217) at > >> java.lang.Thread.init(Thread.java:358) at > >> java.lang.Thread.(Thread.java:445) at > >> > org.jboss.mq.SpyMessageConsumer.setMessageListener(SpyMessageConsumer.java:237) > >> at > >> > it.oneans.iemx.qf.ejb.QueueService$QueueServiceExceptionListener.onException(QueueService.java:193) > >> at > >> > org.jboss.mq.Connection$ExceptionListenerRunnable.run(Connection.java:1356) > >> at java.lang.Thread.run(Thread.java:619)* > >> > >> In my GC.log I can see a rapid increase in heap memory: > >> > >> 54967.049: [GC [PSYoungGen: 171815K->3032K(2024448K)] > >> 1716963K->1583328K(8315904K), 0.0466930 secs] [Times: user=0.20 > sys=0.09, > >> real=0.04 secs] > >> > >> 54967.097: [*Full GC (System)* [PSYoungGen: 3032K->0K(2024448K)] > [*ParOldGen: > >> 1580296K->1501278K*(6291456K)] 1583328K->1501278K(8315904K) [PSPermGen: > >> 230071K->229632K(239744K)], 4.5397660 secs] [Times: user=18.01 sys=2.81, > >> real=4.53 secs] > >> > >> ... > >> > >> 55546.522: [GC [PSYoungGen: 1883953K->129792K(1929216K)] > >> 6315956K->4689948K(8220672K), 0.7681860 secs] [Times: user=8.76 > sys=0.61, > >> real=0.77 secs] > >> > >> 55561.317: [GC [PSYoungGen: 1890304K->124543K(1928448K)] > >> 6450460K->4814699K(8219904K), 1.8698640 secs] [Times: user=3.30 > sys=0.26, > >> real=1.87 secs] > >> > >> ... > >> > >> 55754.485: [GC [PSYoungGen: 1753886K->116213K(1881920K)] > >> 7755780K->6232689K(8173376K), 0.5959420 secs] [Times: user=4.34 > sys=0.30, > >> real=0.60 secs] > >> > >> 55755.083: [Full GC [PSYoungGen: 116213K->0K(1881920K)] [*ParOldGen: > >> 6116476K->6031245K*(6291456K)] 6232689K->6031245K(8173376K) [PSPermGen: > >> 229665K->222795K(231488K)], 36.6400980 secs] [Times: user=160.17 > sys=8.40, > >> real=36.63 secs] > >> > >> Could be OutOfmemory a side effect related to not enough free sockets > on > >> the server or something else? > >> > >> > >> thanks in advance for any suggestions > >> luca > >> P.S.:my gc triggers: > >> -Xms6g -Xmx6g -XX:MaxPermSize=512m > >> -Dsun.rmi.dgc.client.gcInterval=2100000 > >> -Dsun.rmi.dgc.server.gcInterval=2100000 > >> -XX:+UseParallelOldGC -XX:+UseParallelGC > >> -XX:MaxHeapFreeRatio=70 -XX:MinHeapFreeRatio=40 > >> -Xverify:none -XX:+BindGCTaskThreadsToCPUs > >> -XX:NewSize=2g -XX:MaxNewSize=2g -XX:SurvivorRatio=4 > >> -Djava.awt.headless=true > >> > >> _______________________________________________ > >> hotspot-gc-use mailing list > >> hotspot-gc-use at openjdk.java.net > >> http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > >> > >> > > > -------------- next part -------------- An HTML attachment was scrubbed... URL: From jocf83 at gmail.com Mon Mar 10 16:19:18 2014 From: jocf83 at gmail.com (Jose Otavio Carlomagno Filho) Date: Mon, 10 Mar 2014 13:19:18 -0300 Subject: java.lang.OutOfMemoryError: GC overhead limit exceeded In-Reply-To: References: Message-ID: Luca, I believe these timeout messages are related to MQ. I remember we would get these quite a lot when we were using JBoss 4 with MQ, if I remember correctly they were being shown because we were keeping open connections and sessions to some JMS queues. I don't think this has any relation with your problem, but it might be worth checking anyway. Jose On Fri, Mar 7, 2014 at 5:09 AM, luke wrote: > Thanks Jose, > I think I haven't in my application "System.gc()" calls, but I'm working > on a very large application so I'll check if some explicit call to GC has > been introduced. > > I think the problem is how you wrote that "GC is running but is unable to > free space in the heap". Is it possible that GC can't use cpu native > threads and so can't run correctly? > > few minutes before this outOfMemory in my jboss log I see: > *SocketTimeoutException: * > > *Caused by: java.net.SocketTimeoutException: Read timed out* > Could be related to my problem? > thanks > luca > > > > 2014-03-06 20:53 GMT+01:00 Jose Otavio Carlomagno Filho > : > > If I'm not mistaken, "*GC overhead limit exceeded" *means the GC is >> running but is unable to free space in the heap. >> >> In many cases, this is caused by the application repeatedly calling >> "System.gc()", which normally triggers a full GC. You should check your >> application code and remove these calls if they exist. >> >> Additionally, you can add "-XX:+DisableExplicitGC" to your startup >> parameters, this way the GC will not run if your application calls >> "System.gc()". >> >> Jose >> >> >> On Thu, Mar 6, 2014 at 12:13 PM, luke wrote: >> >>> Hi, >>> >>> I'm java.lang.OutOfMemoryError in a java application working on a >>> JBossAS. >>> It's strange that OutOfMemory happen when application is not so >>> stressed. >>> In my application log I found this exception >>> >>> *WARN [org.jboss.mq.Connection] Connection failure, use >>> javax.jms.Connection.setExceptionListener() to handle this error and >>> reconnect* >>> *org.jboss.mq.SpyJMSException: Exiting on IOE; - nested throwable: >>> (java.net.SocketTimeoutException: Read timed out)* >>> * at >>> org.jboss.mq.SpyJMSException.getAsJMSException(SpyJMSException.java:72)* >>> * at org.jboss.mq.Connection.asynchFailure(Connection.java:423)* >>> * at >>> org.jboss.mq.il.uil2.UILClientILService.asynchFailure(UILClientILService.java:174)* >>> * at >>> org.jboss.mq.il.uil2.SocketManager$ReadTask.handleStop(SocketManager.java:466)* >>> * at >>> org.jboss.mq.il.uil2.SocketManager$ReadTask.run(SocketManager.java:395)* >>> * at java.lang.Thread.run(Thread.java:619)* >>> *Caused by: java.net.SocketTimeoutException: Read timed out* >>> >>> and after some minutes: >>> >>> >>> >>> >>> >>> >>> >>> >>> >>> *2014-03-06 01:09:32,173 WARN [org.jboss.mq.Connection] Exception >>> listener ended abnormally: java.lang.OutOfMemoryError: GC overhead limit >>> exceeded at >>> java.lang.ThreadLocal.createInheritedMap(ThreadLocal.java:217) at >>> java.lang.Thread.init(Thread.java:358) at >>> java.lang.Thread.(Thread.java:445) at >>> org.jboss.mq.SpyMessageConsumer.setMessageListener(SpyMessageConsumer.java:237) >>> at >>> it.oneans.iemx.qf.ejb.QueueService$QueueServiceExceptionListener.onException(QueueService.java:193) >>> at >>> org.jboss.mq.Connection$ExceptionListenerRunnable.run(Connection.java:1356) >>> at java.lang.Thread.run(Thread.java:619)* >>> >>> In my GC.log I can see a rapid increase in heap memory: >>> >>> 54967.049: [GC [PSYoungGen: 171815K->3032K(2024448K)] >>> 1716963K->1583328K(8315904K), 0.0466930 secs] [Times: user=0.20 sys=0.09, >>> real=0.04 secs] >>> >>> 54967.097: [*Full GC (System)* [PSYoungGen: 3032K->0K(2024448K)] [*ParOldGen: >>> 1580296K->1501278K*(6291456K)] 1583328K->1501278K(8315904K) [PSPermGen: >>> 230071K->229632K(239744K)], 4.5397660 secs] [Times: user=18.01 sys=2.81, >>> real=4.53 secs] >>> >>> ... >>> >>> 55546.522: [GC [PSYoungGen: 1883953K->129792K(1929216K)] >>> 6315956K->4689948K(8220672K), 0.7681860 secs] [Times: user=8.76 sys=0.61, >>> real=0.77 secs] >>> >>> 55561.317: [GC [PSYoungGen: 1890304K->124543K(1928448K)] >>> 6450460K->4814699K(8219904K), 1.8698640 secs] [Times: user=3.30 sys=0.26, >>> real=1.87 secs] >>> >>> ... >>> >>> 55754.485: [GC [PSYoungGen: 1753886K->116213K(1881920K)] >>> 7755780K->6232689K(8173376K), 0.5959420 secs] [Times: user=4.34 sys=0.30, >>> real=0.60 secs] >>> >>> 55755.083: [Full GC [PSYoungGen: 116213K->0K(1881920K)] [*ParOldGen: >>> 6116476K->6031245K*(6291456K)] 6232689K->6031245K(8173376K) [PSPermGen: >>> 229665K->222795K(231488K)], 36.6400980 secs] [Times: user=160.17 sys=8.40, >>> real=36.63 secs] >>> >>> Could be OutOfmemory a side effect related to not enough free sockets >>> on the server or something else? >>> >>> >>> thanks in advance for any suggestions >>> luca >>> P.S.:my gc triggers: >>> -Xms6g -Xmx6g -XX:MaxPermSize=512m >>> -Dsun.rmi.dgc.client.gcInterval=2100000 >>> -Dsun.rmi.dgc.server.gcInterval=2100000 >>> -XX:+UseParallelOldGC -XX:+UseParallelGC >>> -XX:MaxHeapFreeRatio=70 -XX:MinHeapFreeRatio=40 >>> -Xverify:none -XX:+BindGCTaskThreadsToCPUs >>> -XX:NewSize=2g -XX:MaxNewSize=2g -XX:SurvivorRatio=4 >>> -Djava.awt.headless=true >>> >>> _______________________________________________ >>> hotspot-gc-use mailing list >>> hotspot-gc-use at openjdk.java.net >>> http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use >>> >>> >> > -------------- next part -------------- An HTML attachment was scrubbed... URL: From lmaderna at gmail.com Thu Mar 13 11:22:18 2014 From: lmaderna at gmail.com (Luca Maderna) Date: Thu, 13 Mar 2014 12:22:18 +0100 Subject: eclipse MAT in headless mode Message-ID: Hi. Could you suggest me how run MAT in headless mode? I've to analyze large dump files (about 8GB) and I've some problem open it in my pc's. thanks luca -------------- next part -------------- An HTML attachment was scrubbed... URL: From bernd-2014 at eckenfels.net Thu Mar 13 20:36:13 2014 From: bernd-2014 at eckenfels.net (Bernd Eckenfels) Date: Thu, 13 Mar 2014 21:36:13 +0100 Subject: eclipse MAT in headless mode In-Reply-To: References: Message-ID: <20140313213613.000017d5.bernd-2014@eckenfels.net> Hello, copy your heapdump into an otherwise empty directory (if it is gz uncompress it, in case of IBM you need to run jextract on it (but not uncompress it afterwards). Then you unpack MAT on your machine, you will find a batch file and a shell script ParseHeapDump.sh in the start directory, use it to process your heapdump. You need to set your PATH variable to incluse an aproperiate java executable first. It will populate the directory with all kind of index files. The whole directory can then be copied to a smaller desktop machine. Instead of only parsing you can also generate some reports. This FAQ entry here is about something else, but it lists the report names: http://wiki.eclipse.org/MemoryAnalyzer/FAQ#How_to_run_on_64bit_VM_while_the_native_SWT_are_32bit Bernd Am Thu, 13 Mar 2014 12:22:18 +0100 schrieb Luca Maderna : > Hi. > Could you suggest me how run MAT in headless mode? > > I've to analyze large dump files (about 8GB) and I've some problem > open it in my pc's. > > thanks > luca > From lmaderna at gmail.com Tue Mar 18 13:33:31 2014 From: lmaderna at gmail.com (Luca Maderna) Date: Tue, 18 Mar 2014 14:33:31 +0100 Subject: eclipse MAT in headless mode In-Reply-To: <20140313213613.000017d5.bernd-2014@eckenfels.net> References: <20140313213613.000017d5.bernd-2014@eckenfels.net> Message-ID: Thanks Bernd, Unfortunately I can't work on production remote machine. So I launched on my pc ParseHeapDump.bat org.eclipse.mat.api:suspects org.eclipse.mat.api:top_components # after few minutes goes in OutOfMemory, so now I'm retrying setting in MemoryAnalyzer.ini a larger memory setting. Anyway, when ParserHeapDump finish correctly how can I use these index files? I've only to open my *.hprof file and MAT automatically use index and report files? thank you very much luca 2014-03-13 21:36 GMT+01:00 Bernd Eckenfels : > Hello, > > copy your heapdump into an otherwise empty directory (if it is gz > uncompress it, in case of IBM you need to run jextract on it (but not > uncompress it afterwards). > > Then you unpack MAT on your machine, you will find a batch file and a > shell script ParseHeapDump.sh in the start directory, use it to process > your heapdump. You need to set your PATH variable to incluse an > aproperiate java executable first. > > It will populate the directory with all kind of index > files. The whole directory can then be copied to a smaller desktop > machine. > > Instead of only parsing you can also generate some reports. This FAQ > entry here is about something else, but it lists the report names: > > > http://wiki.eclipse.org/MemoryAnalyzer/FAQ#How_to_run_on_64bit_VM_while_the_native_SWT_are_32bit > > Bernd > > Am Thu, 13 Mar 2014 > 12:22:18 +0100 schrieb Luca Maderna : > > > Hi. > > Could you suggest me how run MAT in headless mode? > > > > I've to analyze large dump files (about 8GB) and I've some problem > > open it in my pc's. > > > > thanks > > luca > > > _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > -------------- next part -------------- An HTML attachment was scrubbed... URL: From bernd-2014 at eckenfels.net Tue Mar 18 19:42:38 2014 From: bernd-2014 at eckenfels.net (Bernd Eckenfels) Date: Tue, 18 Mar 2014 20:42:38 +0100 Subject: eclipse MAT in headless mode In-Reply-To: References: <20140313213613.000017d5.bernd-2014@eckenfels.net> Message-ID: <20140318204238.000054ef.bernd-2014@eckenfels.net> Hello, I think Xmx for the headless mode is defined in the start script (or the command line), not in the .ini file. (but could be wrong dont have a current version here) You can either use the created reports only (they are HTML inside ZIP or something like that), or you can after the headless parsing is finished start the Gui and just open the heap with "open". It will detect that the file is already parsed and use the existing index files. (For this to work they have to be in the same dir as the hprof file). The headless mode does take a bit less memory than the Gui mode (but not much, so typically it does not make sense to use the headless mode on the workstation where you want to use the gui). For the Xmx, you can go risky and specify RAMsize or even a few percentage more. Chances are the passing does not use all of it (but completes before OOMError). Gruss Bernd Am Tue, 18 Mar 2014 14:33:31 +0100 schrieb Luca Maderna : > Thanks Bernd, > > Unfortunately I can't work on production remote machine. > So I launched on my pc > > ParseHeapDump.bat org.eclipse.mat.api:suspects > org.eclipse.mat.api:top_components # > > after few minutes goes in OutOfMemory, so now I'm retrying setting in > MemoryAnalyzer.ini a larger memory setting. > > Anyway, when ParserHeapDump finish correctly how can I use these index > files? > I've only to open my *.hprof file and MAT automatically use index and > report files? > > thank you very much > luca > > > 2014-03-13 21:36 GMT+01:00 Bernd Eckenfels : > > > Hello, > > > > copy your heapdump into an otherwise empty directory (if it is gz > > uncompress it, in case of IBM you need to run jextract on it (but > > not uncompress it afterwards). > > > > Then you unpack MAT on your machine, you will find a batch file and > > a shell script ParseHeapDump.sh in the start directory, use it to > > process your heapdump. You need to set your PATH variable to > > incluse an aproperiate java executable first. > > > > It will populate the directory with all kind of index > > files. The whole directory can then be copied to a smaller desktop > > machine. > > > > Instead of only parsing you can also generate some reports. This FAQ > > entry here is about something else, but it lists the report names: > > > > > > http://wiki.eclipse.org/MemoryAnalyzer/FAQ#How_to_run_on_64bit_VM_while_the_native_SWT_are_32bit > > > > Bernd > > > > Am Thu, 13 Mar 2014 > > 12:22:18 +0100 schrieb Luca Maderna : > > > > > Hi. > > > Could you suggest me how run MAT in headless mode? > > > > > > I've to analyze large dump files (about 8GB) and I've some problem > > > open it in my pc's. > > > > > > thanks > > > luca > > > > > _______________________________________________ > > hotspot-gc-use mailing list > > hotspot-gc-use at openjdk.java.net > > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > > > From lmaderna at gmail.com Wed Mar 19 08:24:19 2014 From: lmaderna at gmail.com (Luca Maderna) Date: Wed, 19 Mar 2014 09:24:19 +0100 Subject: eclipse MAT in headless mode In-Reply-To: <20140318204238.000054ef.bernd-2014@eckenfels.net> References: <20140313213613.000017d5.bernd-2014@eckenfels.net> <20140318204238.000054ef.bernd-2014@eckenfels.net> Message-ID: thanks Bernd. In MATfor Win32 in MemoryAnalizer.ini, I have: -startup plugins/org.eclipse.equinox.launcher_1.2.0.v20110502.jar --launcher.library plugins/org.eclipse.equinox.launcher.win32.win32.x86_1.1.100.v20110502 -vmargs * -Xmx1024m* I've tried to modify -Xmx an it seems working. danke luca 2014-03-18 20:42 GMT+01:00 Bernd Eckenfels : > Hello, > > I think Xmx for the headless mode is defined in the start script (or > the command line), not in the .ini file. (but could be wrong dont have > a current version here) > > You can either use the created reports only (they are HTML inside ZIP > or something like that), or you can after the headless parsing is > finished start the Gui and just open the heap with "open". It will > detect that the file is already parsed and use the existing index > files. (For this to work they have to be in the same dir as the hprof > file). > > The headless mode does take a bit less memory than the Gui mode (but > not much, so typically it does not make sense to use the headless mode > on the workstation where you want to use the gui). > > For the Xmx, you can go risky and specify RAMsize or even a few > percentage more. Chances are the passing does not use all of it (but > completes before OOMError). > > Gruss > Bernd > > Am Tue, 18 Mar 2014 14:33:31 > +0100 schrieb Luca Maderna : > > > Thanks Bernd, > > > > Unfortunately I can't work on production remote machine. > > So I launched on my pc > > > > ParseHeapDump.bat org.eclipse.mat.api:suspects > > org.eclipse.mat.api:top_components # > > > > after few minutes goes in OutOfMemory, so now I'm retrying setting in > > MemoryAnalyzer.ini a larger memory setting. > > > > Anyway, when ParserHeapDump finish correctly how can I use these index > > files? > > I've only to open my *.hprof file and MAT automatically use index and > > report files? > > > > thank you very much > > luca > > > > > > 2014-03-13 21:36 GMT+01:00 Bernd Eckenfels : > > > > > Hello, > > > > > > copy your heapdump into an otherwise empty directory (if it is gz > > > uncompress it, in case of IBM you need to run jextract on it (but > > > not uncompress it afterwards). > > > > > > Then you unpack MAT on your machine, you will find a batch file and > > > a shell script ParseHeapDump.sh in the start directory, use it to > > > process your heapdump. You need to set your PATH variable to > > > incluse an aproperiate java executable first. > > > > > > It will populate the directory with all kind of index > > > files. The whole directory can then be copied to a smaller desktop > > > machine. > > > > > > Instead of only parsing you can also generate some reports. This FAQ > > > entry here is about something else, but it lists the report names: > > > > > > > > > > http://wiki.eclipse.org/MemoryAnalyzer/FAQ#How_to_run_on_64bit_VM_while_the_native_SWT_are_32bit > > > > > > Bernd > > > > > > Am Thu, 13 Mar 2014 > > > 12:22:18 +0100 schrieb Luca Maderna : > > > > > > > Hi. > > > > Could you suggest me how run MAT in headless mode? > > > > > > > > I've to analyze large dump files (about 8GB) and I've some problem > > > > open it in my pc's. > > > > > > > > thanks > > > > luca > > > > > > > _______________________________________________ > > > hotspot-gc-use mailing list > > > hotspot-gc-use at openjdk.java.net > > > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > > > > > > -------------- next part -------------- An HTML attachment was scrubbed... URL: From milan.mimica at infobip.com Fri Mar 21 10:37:41 2014 From: milan.mimica at infobip.com (Milan Mimica) Date: Fri, 21 Mar 2014 11:37:41 +0100 Subject: GC listener Message-ID: <532C1675.6020105@infobip.com> An HTML attachment was scrubbed... URL: From yu.zhang at oracle.com Fri Mar 21 15:25:37 2014 From: yu.zhang at oracle.com (YU ZHANG) Date: Fri, 21 Mar 2014 08:25:37 -0700 Subject: GC listener In-Reply-To: <532C1675.6020105@infobip.com> References: <532C1675.6020105@infobip.com> Message-ID: <532C59F1.5030405@oracle.com> Milan, You can use mbeans to to monitor gc activities: http://docs.oracle.com/javase/7/docs/technotes/guides/management/mxbeans.html Here is an example: http://www.fasterj.com/articles/gcnotifs.shtml It is hard to predict full gcs. Maybe MemoryPoolMXBean for old gen can have some thing like mBean.setUsageThreshold(yourThreshold), then in the handleNotification method do what you need to do before full gc? Thanks, Jenny On 3/21/2014 3:37 AM, Milan Mimica wrote: > Hello > > Would it be possible for the application to register some kind of a > listener to track GC activity, and that way predict when Full GC is > going to happen? > My application is a service behind a load balancer, and if it could > see Full GC which stops the world coming, given some time to react, it > could exclude itself from the balancer. > // > > *Milan Mimica, *Software Engineer / Team Leader > > Visit Infobip website > > Office: *Mletacka 12/III, 52100 Pula, Croatia* | Fax: > *+38552210979* | Mobile: *+385993061692* > > Email: *Milan.Mimica at infobip.com* | Skype: *mmimicaib* > > *www.infobip.com* / *GSMA Associate > Member* / *Mobey Forum Member* > This message is private and confidential. Any views or opinions > expressed are solely those of the author and do not necessarily > represent those of Infobip d.o.o. If you have received this message in > error, please notify us immediately via email to > customer.support at infobip.com or > telephone +442032864235. > > > > > _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use -------------- next part -------------- An HTML attachment was scrubbed... URL: From Peter.B.Kessler at Oracle.COM Fri Mar 21 17:44:53 2014 From: Peter.B.Kessler at Oracle.COM (Peter B. Kessler) Date: Fri, 21 Mar 2014 10:44:53 -0700 Subject: GC listener In-Reply-To: <532C1675.6020105@infobip.com> References: <532C1675.6020105@infobip.com> Message-ID: <532C7A95.9010908@Oracle.COM> If you exclude yourself from the load balancer before the collection, you won't get any more work, won't do any more allocations, and won't cause the collection. Wouldn't it be better to tune your collector to meet your deadlines while getting work done? ... peter On 03/21/14 03:37, Milan Mimica wrote: > Hello > > Would it be possible for the application to register some kind of a listener to track GC activity, and that way predict when Full GC is going to happen? > My application is a service behind a load balancer, and if it could see Full GC which stops the world coming, given some time to react, it could exclude itself from the balancer. > // > > *Milan Mimica, *Software Engineer / Team Leader > > Visit Infobip website > > Office: *Mletacka 12/III, 52100 Pula, Croatia* | Fax: *+38552210979* | Mobile: *+385993061692* > > Email: *Milan.Mimica at infobip.com* | Skype: *mmimicaib* > > *www.infobip.com* / *GSMA Associate Member* / *Mobey Forum Member* > This message is private and confidential. Any views or opinions expressed are solely those of the author and do not necessarily represent those of Infobip d.o.o. If you have received this message in error, please notify us immediately via email to customer.support at infobip.com or telephone +442032864235. > > > > > _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > From rednaxelafx at gmail.com Fri Mar 21 18:05:26 2014 From: rednaxelafx at gmail.com (Krystal Mok) Date: Fri, 21 Mar 2014 11:05:26 -0700 Subject: GC listener In-Reply-To: <532C7A95.9010908@Oracle.COM> References: <532C1675.6020105@infobip.com> <532C7A95.9010908@Oracle.COM> Message-ID: Hi Peter, One of the ways I've seen people using GC notification in conjunction with a load balancer is that they would set some notification threshold, and possibly calculate the allocation rate so that it can predict how much time there is before a full GC might occur. When a full GC is predicted to happen soon, it would take itself off the load balancer, do a *System.gc()*, and then attach itself back onto the load balancer. That way they'd get the predicted full GC and actually see it "on time", without worrying about the lack of allocations to trigger a normal full GC. I'm not an advocate of this method, it's just one way it's been used in the wild. - Kris On Fri, Mar 21, 2014 at 10:44 AM, Peter B. Kessler < Peter.B.Kessler at oracle.com> wrote: > If you exclude yourself from the load balancer before the collection, you > won't get any more work, won't do any more allocations, and won't cause the > collection. Wouldn't it be better to tune your collector to meet your > deadlines while getting work done? > > ... peter > > > On 03/21/14 03:37, Milan Mimica wrote: > >> Hello >> >> Would it be possible for the application to register some kind of a >> listener to track GC activity, and that way predict when Full GC is going >> to happen? >> My application is a service behind a load balancer, and if it could see >> Full GC which stops the world coming, given some time to react, it could >> exclude itself from the balancer. >> // >> >> *Milan Mimica, *Software Engineer / Team Leader >> >> Visit Infobip website >> >> Office: *Mletacka 12/III, 52100 Pula, Croatia* | Fax: *+38552210979* >> | Mobile: *+385993061692* >> >> Email: *Milan.Mimica at infobip.com* | Skype: *mmimicaib* >> >> *www.infobip.com* / *GSMA Associate Member* / >> *Mobey Forum Member* >> This message is private and confidential. Any views or opinions expressed >> are solely those of the author and do not necessarily represent those of >> Infobip d.o.o. If you have received this message in error, please notify us >> immediately via email to customer.support at infobip.com > customer.support at infobip.com>or telephone +442032864235. >> >> >> >> >> >> _______________________________________________ >> hotspot-gc-use mailing list >> hotspot-gc-use at openjdk.java.net >> http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use >> >> _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > -------------- next part -------------- An HTML attachment was scrubbed... URL: From matthew.miller at forgerock.com Fri Mar 21 18:26:53 2014 From: matthew.miller at forgerock.com (Matt Miller) Date: Fri, 21 Mar 2014 14:26:53 -0400 Subject: GC listener In-Reply-To: References: <532C1675.6020105@infobip.com> <532C7A95.9010908@Oracle.COM> Message-ID: <532C846D.3020100@forgerock.com> This seems like a lot of work, where as instead you should probably just use a concurrent, low pause, GC algorithm ... (CMS? , G1 ? ) ... and never have to do a long full GC anyhow. -Matt On 3/21/14, 2:05 PM, Krystal Mok wrote: > Hi Peter, > > One of the ways I've seen people using GC notification in conjunction > with a load balancer is that they would set some notification > threshold, and possibly calculate the allocation rate so that it can > predict how much time there is before a full GC might occur. When a > full GC is predicted to happen soon, it would take itself off the load > balancer, do a *System.gc()*, and then attach itself back onto the > load balancer. > > That way they'd get the predicted full GC and actually see it "on > time", without worrying about the lack of allocations to trigger a > normal full GC. > > I'm not an advocate of this method, it's just one way it's been used > in the wild. > > - Kris > > > On Fri, Mar 21, 2014 at 10:44 AM, Peter B. Kessler > > wrote: > > If you exclude yourself from the load balancer before the > collection, you won't get any more work, won't do any more > allocations, and won't cause the collection. Wouldn't it be > better to tune your collector to meet your deadlines while getting > work done? > > ... peter > > > On 03/21/14 03:37, Milan Mimica wrote: > > Hello > > Would it be possible for the application to register some kind > of a listener to track GC activity, and that way predict when > Full GC is going to happen? > My application is a service behind a load balancer, and if it > could see Full GC which stops the world coming, given some > time to react, it could exclude itself from the balancer. > // > > *Milan Mimica, *Software Engineer / Team Leader > > Visit Infobip website > > Office: *Mletacka 12/III, 52100 Pula, Croatia* | Fax: > *+38552210979 * | Mobile: *+385993061692 > * > > Email: *Milan.Mimica at infobip.com > * | Skype: *mmimicaib* > > *www.infobip.com * > / *GSMA Associate Member* / *Mobey > Forum Member* > This message is private and confidential. Any views or > opinions expressed are solely those of the author and do not > necessarily represent those of Infobip d.o.o. If you have > received this message in error, please notify us immediately > via email to customer.support at infobip.com > > >or telephone > +442032864235 . > > > > > > _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > > _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > > > > > _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use -------------- next part -------------- An HTML attachment was scrubbed... URL: From rednaxelafx at gmail.com Fri Mar 21 18:34:01 2014 From: rednaxelafx at gmail.com (Krystal Mok) Date: Fri, 21 Mar 2014 11:34:01 -0700 Subject: GC listener In-Reply-To: <532C846D.3020100@forgerock.com> References: <532C1675.6020105@infobip.com> <532C7A95.9010908@Oracle.COM> <532C846D.3020100@forgerock.com> Message-ID: Exactly. BTW, Zing's C4 collector is another alternative in the concurrent realm ;-) - Kris On Fri, Mar 21, 2014 at 11:26 AM, Matt Miller wrote: > This seems like a lot of work, where as instead you should probably just > use a concurrent, low pause, GC algorithm ... (CMS? , G1 ? ) ... and never > have to do a long full GC anyhow. > > -Matt > > > On 3/21/14, 2:05 PM, Krystal Mok wrote: > > Hi Peter, > > One of the ways I've seen people using GC notification in conjunction > with a load balancer is that they would set some notification threshold, > and possibly calculate the allocation rate so that it can predict how much > time there is before a full GC might occur. When a full GC is predicted to > happen soon, it would take itself off the load balancer, do a > *System.gc()*, and then attach itself back onto the load balancer. > > That way they'd get the predicted full GC and actually see it "on time", > without worrying about the lack of allocations to trigger a normal full GC. > > I'm not an advocate of this method, it's just one way it's been used in > the wild. > > - Kris > > > On Fri, Mar 21, 2014 at 10:44 AM, Peter B. Kessler < > Peter.B.Kessler at oracle.com> wrote: > >> If you exclude yourself from the load balancer before the collection, you >> won't get any more work, won't do any more allocations, and won't cause the >> collection. Wouldn't it be better to tune your collector to meet your >> deadlines while getting work done? >> >> ... peter >> >> >> On 03/21/14 03:37, Milan Mimica wrote: >> >>> Hello >>> >>> Would it be possible for the application to register some kind of a >>> listener to track GC activity, and that way predict when Full GC is going >>> to happen? >>> My application is a service behind a load balancer, and if it could see >>> Full GC which stops the world coming, given some time to react, it could >>> exclude itself from the balancer. >>> // >>> >>> *Milan Mimica, *Software Engineer / Team Leader >>> >>> Visit Infobip website >>> >>> Office: *Mletacka 12/III, 52100 Pula, Croatia* | Fax: *+38552210979* >>> | Mobile: *+385993061692* >>> >>> Email: *Milan.Mimica at infobip.com* | Skype: *mmimicaib* >>> >>> *www.infobip.com* / *GSMA Associate Member* / >>> *Mobey Forum Member* >>> This message is private and confidential. Any views or opinions >>> expressed are solely those of the author and do not necessarily represent >>> those of Infobip d.o.o. If you have received this message in error, please >>> notify us immediately via email to customer.support at infobip.com >> customer.support at infobip.com>or telephone +442032864235. >>> >>> >>> >>> >>> >>> _______________________________________________ >>> hotspot-gc-use mailing list >>> hotspot-gc-use at openjdk.java.net >>> http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use >>> >>> _______________________________________________ >> hotspot-gc-use mailing list >> hotspot-gc-use at openjdk.java.net >> http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use >> > > > > _______________________________________________ > hotspot-gc-use mailing listhotspot-gc-use at openjdk.java.nethttp://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > > > > _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > > -------------- next part -------------- An HTML attachment was scrubbed... URL: From bernd-2014 at eckenfels.net Fri Mar 21 18:37:29 2014 From: bernd-2014 at eckenfels.net (Bernd Eckenfels) Date: Fri, 21 Mar 2014 19:37:29 +0100 Subject: GC listener In-Reply-To: <532C846D.3020100@forgerock.com> References: <532C1675.6020105@infobip.com> <532C7A95.9010908@Oracle.COM> <532C846D.3020100@forgerock.com> Message-ID: <20140321193729.00001c56.bernd-2014@eckenfels.net> Am Fri, 21 Mar 2014 14:26:53 -0400 schrieb Matt Miller : > This seems like a lot of work, where as instead you should probably > just use a concurrent, low pause, GC algorithm ... (CMS? , > G1 ? ) ... and never have to do a long full GC anyhow. Unfortunatelly at least with CMS you cant avoid a FullGC in some conditions, and the performance is very very bad if it happens. So a more reliable method to limit pause times gurateed is using small heaps and the Parallel Collector. But of course this is not always possible. Greetings Bernd From milan.mimica at infobip.com Sat Mar 22 11:40:52 2014 From: milan.mimica at infobip.com (Milan Mimica) Date: Sat, 22 Mar 2014 12:40:52 +0100 Subject: GC listener In-Reply-To: <532C7A95.9010908@Oracle.COM> References: <532C1675.6020105@infobip.com> <532C7A95.9010908@Oracle.COM> Message-ID: <532D76C4.9070703@infobip.com> Milan Mimica,?Software Engineer / Team Leader Milan Mimica,?Software Engineer / Team Leader On 03/21/2014 06:44 PM, Peter B. Kessler wrote: > If you exclude yourself from the load balancer before the collection, > you won't get any more work, won't do any more allocations, and won't > cause the collection. Wouldn't it be better to tune your collector to > meet your deadlines while getting work done? Sure, application tuning is one way to go. I just want to know what my options are. A scheduled System.gc() with -XX:-ExplicitGCInvokesConcurrent also does the job, but it's ugly. From pasthelod at gmail.com Sat Mar 22 13:36:09 2014 From: pasthelod at gmail.com (Pas) Date: Sat, 22 Mar 2014 14:36:09 +0100 Subject: GC listener In-Reply-To: <532D76C4.9070703@infobip.com> References: <532C1675.6020105@infobip.com> <532C7A95.9010908@Oracle.COM> <532D76C4.9070703@infobip.com> Message-ID: Hello! Just a quick For-Your-Information. At work we've implemented something very similar to the notification and System.gc scenario. (The only meaningful difference is that it's periodic, nothing dynamic-and-notification, there's a schedule and it blindly takes load off, fires GC, puts load back; and it uses the load-balancer's health-check functionality to signal that it's about to do a GC, so it would even work with HAproxy, Hipache or even with Nginx's 3rd party HealthCheckModule.) And I know of others who do this kind of dance on their backend. Cheers, Pas On Sat, Mar 22, 2014 at 12:40 PM, Milan Mimica wrote: > Milan Mimica, Software Engineer / Team Leader > > Milan Mimica, Software Engineer / Team Leader > > On 03/21/2014 06:44 PM, Peter B. Kessler wrote: > >> If you exclude yourself from the load balancer before the collection, you >> won't get any more work, won't do any more allocations, and won't cause the >> collection. Wouldn't it be better to tune your collector to meet your >> deadlines while getting work done? >> > > Sure, application tuning is one way to go. I just want to know what my > options are. > A scheduled System.gc() with -XX:-ExplicitGCInvokesConcurrent also does > the job, but it's ugly. > > > _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > -------------- next part -------------- An HTML attachment was scrubbed... URL: From ryebrye at gmail.com Sat Mar 22 14:17:24 2014 From: ryebrye at gmail.com (Ryan Gardner) Date: Sat, 22 Mar 2014 10:17:24 -0400 Subject: GC listener In-Reply-To: References: <532C1675.6020105@infobip.com> <532C7A95.9010908@Oracle.COM> <532D76C4.9070703@infobip.com> Message-ID: What kind of acceptable latency those who are doing the loadbalancer dance looking for? What is an unacceptable pause? G1 can most definitely be tuned to avoid full gc's - I have a cluster of G1 apps that are running I think with 99.9% GC overhead and a median pause time of 100ms with live data sets in the 34 GB range on 72 GB heaps. They only do GC every couple of minutes which is why the overhead is so small - and this is on a cache that probably churns through terabytes of garbage every day (though done objects will live in heap for days - its finally a use case that can torture many GC algorithms). (By giving it plenty of extra heap, G1 is able to free up tons of regions completely - its able to collect tens of gigabytes of heap in normal collections - and by tuning the collector the 99.9% pauses are kept below our acceptable threshold) G1 could have been faster than that but we had to gimp our CPU down because the vendor licensed by CPU count and throwing more cores at it was prohibitively expensive. Taking an app out of a load balancer for GC seems like an outdated solution to a problem that has better solutions really available now. On Mar 22, 2014 9:36 AM, "Pas" wrote: > Hello! > > Just a quick For-Your-Information. At work we've implemented something > very similar to the notification and System.gc scenario. (The only > meaningful difference is that it's periodic, nothing > dynamic-and-notification, there's a schedule and it blindly takes load off, > fires GC, puts load back; and it uses the load-balancer's health-check > functionality to signal that it's about to do a GC, so it would even work > with HAproxy, Hipache or even with Nginx's 3rd party HealthCheckModule.) > And I know of others who do this kind of dance on their backend. > > Cheers, > Pas > > > On Sat, Mar 22, 2014 at 12:40 PM, Milan Mimica wrote: > >> Milan Mimica, Software Engineer / Team Leader >> >> Milan Mimica, Software Engineer / Team Leader >> >> On 03/21/2014 06:44 PM, Peter B. Kessler wrote: >> >>> If you exclude yourself from the load balancer before the collection, >>> you won't get any more work, won't do any more allocations, and won't cause >>> the collection. Wouldn't it be better to tune your collector to meet your >>> deadlines while getting work done? >>> >> >> Sure, application tuning is one way to go. I just want to know what my >> options are. >> A scheduled System.gc() with -XX:-ExplicitGCInvokesConcurrent also does >> the job, but it's ugly. >> >> >> _______________________________________________ >> hotspot-gc-use mailing list >> hotspot-gc-use at openjdk.java.net >> http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use >> > > > _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > > -------------- next part -------------- An HTML attachment was scrubbed... URL: From pasthelod at gmail.com Sat Mar 22 14:55:50 2014 From: pasthelod at gmail.com (Pas) Date: Sat, 22 Mar 2014 15:55:50 +0100 Subject: GC listener In-Reply-To: References: <532C1675.6020105@infobip.com> <532C7A95.9010908@Oracle.COM> <532D76C4.9070703@infobip.com> Message-ID: We'd like sub-10ms minor GCs with 8+ GB heaps (sometimes ~24GB), which is achievable with CMS (with some unholy -XX:ParGCCardsPerStrideChunk setting), but the inevitable Full GC warrants this (plus it helps us do some housecleaning on the instance too), G1 has too big overhead and its failure modes are less understood (by us) and seemed worse in consequences than that of CMS. > G1 could have been faster than that but we had to gimp our CPU down because the vendor licensed by CPU count and throwing more cores at it was prohibitively expensive. Sure, if we'd have a really fast half-infinite Turing-tape, probably we would have opted to use G1 too :) Also, our codebase changes very rapidly, our clients utilize our backend instances with great variance, etc. So GC tuning seems like a constant catch-up with our constrained resources. On Sat, Mar 22, 2014 at 3:17 PM, Ryan Gardner wrote: > What kind of acceptable latency those who are doing the loadbalancer dance > looking for? > > What is an unacceptable pause? > > G1 can most definitely be tuned to avoid full gc's - I have a cluster of > G1 apps that are running I think with 99.9% GC overhead and a median pause > time of 100ms with live data sets in the 34 GB range on 72 GB heaps. They > only do GC every couple of minutes which is why the overhead is so small - > and this is on a cache that probably churns through terabytes of garbage > every day (though done objects will live in heap for days - its finally a > use case that can torture many GC algorithms). > > (By giving it plenty of extra heap, G1 is able to free up tons of regions > completely - its able to collect tens of gigabytes of heap in normal > collections - and by tuning the collector the 99.9% pauses are kept below > our acceptable threshold) > > G1 could have been faster than that but we had to gimp our CPU down > because the vendor licensed by CPU count and throwing more cores at it was > prohibitively expensive. > > Taking an app out of a load balancer for GC seems like an outdated > solution to a problem that has better solutions really available now. > On Mar 22, 2014 9:36 AM, "Pas" wrote: > >> Hello! >> >> Just a quick For-Your-Information. At work we've implemented something >> very similar to the notification and System.gc scenario. (The only >> meaningful difference is that it's periodic, nothing >> dynamic-and-notification, there's a schedule and it blindly takes load off, >> fires GC, puts load back; and it uses the load-balancer's health-check >> functionality to signal that it's about to do a GC, so it would even work >> with HAproxy, Hipache or even with Nginx's 3rd party HealthCheckModule.) >> And I know of others who do this kind of dance on their backend. >> >> Cheers, >> Pas >> >> >> On Sat, Mar 22, 2014 at 12:40 PM, Milan Mimica wrote: >> >>> Milan Mimica, Software Engineer / Team Leader >>> >>> Milan Mimica, Software Engineer / Team Leader >>> >>> On 03/21/2014 06:44 PM, Peter B. Kessler wrote: >>> >>>> If you exclude yourself from the load balancer before the collection, >>>> you won't get any more work, won't do any more allocations, and won't cause >>>> the collection. Wouldn't it be better to tune your collector to meet your >>>> deadlines while getting work done? >>>> >>> >>> Sure, application tuning is one way to go. I just want to know what my >>> options are. >>> A scheduled System.gc() with -XX:-ExplicitGCInvokesConcurrent also does >>> the job, but it's ugly. >>> >>> >>> _______________________________________________ >>> hotspot-gc-use mailing list >>> hotspot-gc-use at openjdk.java.net >>> http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use >>> >> >> >> _______________________________________________ >> hotspot-gc-use mailing list >> hotspot-gc-use at openjdk.java.net >> http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use >> >> > _______________________________________________ > hotspot-gc-use mailing list > hotspot-gc-use at openjdk.java.net > http://mail.openjdk.java.net/mailman/listinfo/hotspot-gc-use > > -------------- next part -------------- An HTML attachment was scrubbed... URL: From stefan.johansson at oracle.com Thu Mar 27 12:03:08 2014 From: stefan.johansson at oracle.com (Stefan Johansson) Date: Thu, 27 Mar 2014 13:03:08 +0100 Subject: RFC: Deprecate OldSize to simplify heap setup Message-ID: <5334137C.2090807@oracle.com> Hi all, To give you some background. Today there are a lot of flags to let the user specify how to set up the heap. We have -Xms, -Xmx and -Xmn corresponding to the flags InitialHeapSize, MaxHeapSize and NewSize. To let the user have even more "freedom" we have MaxNewSize and OldSize. These are all flags that take a give size, but we also have other flags affecting the heap setup, for example NewRatio and MaxRAMFraction. All these flags are then taken into account to setup the heap per the users request, but if the user have specified contradicting options we warn and do a qualified guess what the user actually wanted. So this might not sound so bad but for the generational GCs the generations are set up iterative and having a lot of flag values that should be honored makes that a pretty complex task. Right now it is probably more complicated than it have to be and I've just done a small clean up of the code try to simplify it. One thing I noted during this clean up was that OldSize doesn't provide any real value, you can achieve the same behavior by setting InitialHeapSize and NewSize and removing OldSize would simplify setting up the heap since the old generation would then always be what's left after setting up young. So my questions are. Would it be possible to deprecate OldSize in JDK9? Is it a flag that we think/know is widely used? All comments and input are welcome. Thanks, Stefan