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  • Tool for analyzing java core dump

    - by margus
    If i make java core dump with gcore then what is the best tool to analyze it? I need to be able make jmap, jstack, jstat etc and also i need to see values of all variables. Something that can take core dump as frozen JVM.

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  • Investment advice data dump analysis

    - by portoalet
    For my year-end pet project, I'd like to analyze investment advices and their correlation to the stock market performance. The problem is, where do I get the dump of investment advice data (free) ? something like stackoverflow.com data dump will be nice. Or maybe it's easier to do distributed crawling and crawl the public finance webpages for investment advices? Investment advice is buy/sell advice for stocks/forex, issued by institution/investment advisor.

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  • Getting Out Of Memory: Java heap space, but while viewing heap space it max uses 50 MB

    - by ikky
    Hi! I'm using ASANT to run a xml file which points to a NARS.jar file. (i do not have the project file of the NARS.jar) I'm getting "java.lang.OutOfMemoryError: Java heap space. I used VisualVM to look at the heap while running the NARS.jar, and it says that it max uses 50 MB of the heapspace. I've set the initial and max size of heapspace to 512 MB. Does anyone have an ide of what could be wrong? I got 1 GB physical Memory and created a 5 GB pagefile (for test purpose). Thanks in advance.

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  • Java Heap Overflow, Forcing Garbage Collection

    - by Nicholas
    I've create a trie tree with an array of children. When deleting a word, I set the children null, which I would assume deletes the node(delete is a relative term). I know that null doesn't delete the child, just sets it to null, which when using a large amount of words it causes to overflow the heap. Running a top on linux, I can see my memory usage spike to 1gb pretty quickly, but if I force garbage collection after the delete (Runtime.gc()) the memory usage goes to 50mb and never above that. From what I'm told, java by default runs garbage collection before a heap overflow happens, but I can't see to make that happen.

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  • How to increase Java heap space for a tomcat app

    - by Ankur
    There are lots of questions that ask this or a similar question. They all give the command that has to be executed, what I don't understand is where do I write this command. I want to permanently increase the heap space for my tomcat apps. I read this page http://javahowto.blogspot.com/2006/06/6-common-errors-in-setting-java-heap.html and it says under the Tomcat section Stop Tomcat server, set environment variable CATALINA_OPTS, and then restart Tomcat. Look at the file tomcat-install/bin/catalina.sh or catalina.bat for how this variable is used. For example, set CATALINA_OPTS=-Xms512m -Xmx512m (Windows, no "" around the value) export CATALINA_OPTS="-Xms512m -Xmx512m" (ksh/bash, "" around the value) setenv CATALINA_OPTS "-Xms512m -Xmx512m" (tcsh/csh, "" around the value) So I replaced the line set CATALINA_OPTS= with set CATALINA_OPTS=-Xms512m -Xmx512m But I still get the error.

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  • Class members allocation on heap/stack? C++

    - by simplebutperfect
    If a class is declared as follows: class MyClass { char * MyMember; MyClass() { MyMember = new char[250]; } ~MyClass() { delete[] MyMember; } }; And it could be done like this: class MyClass { char MyMember[250]; }; How does a class gets allocated on heap, like if i do MyClass * Mine = new MyClass(); Does the allocated memory also allocates the 250 bytes in the second example along with the class instantiation? And will the member be valid for the whole lifetime of MyClass object? As for the first example, is it practical to allocate class members on heap?

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  • Examining C/C++ Heap memory statistics in gdb

    - by fd
    I'm trying to investigate the state of the C/C++ heap from within gdb on Linux amd64, is there a nice way to do this? One approach I've tried is to "call mallinfo()" but unfortunately I can't then extract the values I want since gdb deal with the return value properly. I'm not easily able to write a function to be compiled into the binary for the process I am attached to, so I can simply implement my own function to extract the values by calling mallinfo() in my own code this way. Is there perhaps a clever trick that will allow me to do this on-the-fly? Another option could be to locate the heap and traverse the malloc headers / free list; I'd appreciate any pointers to where I could start in finding the location and layout of these. I've been trying to Google and read around the problem for about 2 hours and I've learnt some fascinating stuff but still not found what I need.

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  • Is there a way to make PHP's SplHeap recalculate? (aka: add up-heap to SplHeap?)

    - by md2k7
    I am using an SplHeap to hold graph nodes of a tree with directed edges that will be traversed from the leaves to the root. For this, I precalculate the "fan-in" of nodes and put them into the heap so that I can always retrieve the node with the smallest fan-in (0) from it. After visiting a node, I reduce the fan-in of its successor by 1. Then obviously, the heap needs to be recalculated because the successor is now in the wrong place there. I have tried recoverFromCorruption(), but it doesn't do anything and keeps the heap in the wrong order (node with larger fanIn stays in front of smaller fanIn). As a workaround, I'm now creating a new heap after each visit, amounting to a full O(N*log(N)) sort each time. It should be possible, however, to make up-heap operations on the changed heap entry until it's in the right position in O(log(N)). The API for SplHeap doesn't mention an up-heap (or deletion of an arbitrary element - it could then be re-added). Can I somehow derive a class from SplHeap to do this or do I have to create a pure PHP heap from scratch? EDIT: Code example: class VoteGraph { private $nodes = array(); private function calculateFanIn() { /* ... */ } // ... private function calculateWeights() { $this->calculateFanIn(); $fnodes = new GraphNodeHeap(); // heap by fan-in ascending (leaves are first) foreach($this->nodes as $n) { // omitted: filter loops $fnodes->insert($n); } // traversal from leaves to root while($fnodes->valid()) { $node = $fnodes->extract(); // fetch a leaf from the heap $successor = $this->nodes[$node->successor]; // omitted: actual job of traversal $successor->fanIn--; // will need to fix heap (sift up successor) because of this //$fnodes->recoverFromCorruption(); // doesn't work for what I want // workaround: rebuild $fnodes from scratch $fixedHeap = new GraphNodeHeap(); foreach($fnodes as $e) $fixedHeap->insert($e); $fnodes = $fixedHeap; } } } class GraphNodeHeap extends SplHeap { public function compare($a, $b) { if($a->fanIn === $b->fanIn) return 0; else return $a->fanIn < $b->fanIn ? 1 : -1; } }

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  • Maven easyb plugin java heap space settings?

    - by vinnu
    Hi, I attempted to change my heap size for maven easyb plugin http://www.easyb.org/maven-easyb-plugin/. In my easyb test I added standard code to print the heap size using the code Runtime.getFreeMemory() and Runtime.getTotalMemory(). I tried setting the MAVEN_OPTS=-Xmx1024m -Xms1024m and also set the maven opts in Maven surefire plugin. Now when I run the same class from the Junit I can see the getTotalMemory() displaying a number close 1Gig but the when the same classes are invoked from easyb plugin they do not reflect the memory size. Shouldn't there be a way of passing JVM opts to maven easyb plugin when it runs these easyb tests? At the very minimum it should atleast pick up the MAVEN_OPTS settings from the environment. Has someone bumped into problems like this? (A search on this group's archive does not reveal much)

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  • Critique my heap debugger

    - by FredOverflow
    I wrote the following heap debugger in order to demonstrate memory leaks, double deletes and wrong forms of deletes (i.e. trying to delete an array with delete p instead of delete[] p) to beginning programmers. I would love to get some feedback on that from strong C++ programmers because I have never done this before and I'm sure I've done some stupid mistakes. Thanks! #include <cstdlib> #include <iostream> #include <new> namespace { const int ALIGNMENT = 16; const char* const ERR = "*** ERROR: "; int counter = 0; struct heap_debugger { heap_debugger() { std::cerr << "*** heap debugger started\n"; } ~heap_debugger() { std::cerr << "*** heap debugger shutting down\n"; if (counter > 0) { std::cerr << ERR << "failed to release memory " << counter << " times\n"; } else if (counter < 0) { std::cerr << ERR << (-counter) << " double deletes detected\n"; } } } instance; void* allocate(size_t size, const char* kind_of_memory, size_t token) throw (std::bad_alloc) { void* raw = malloc(size + ALIGNMENT); if (raw == 0) throw std::bad_alloc(); *static_cast<size_t*>(raw) = token; void* payload = static_cast<char*>(raw) + ALIGNMENT; ++counter; std::cerr << "*** allocated " << kind_of_memory << " at " << payload << " (" << size << " bytes)\n"; return payload; } void release(void* payload, const char* kind_of_memory, size_t correct_token, size_t wrong_token) throw () { if (payload == 0) return; std::cerr << "*** releasing " << kind_of_memory << " at " << payload << '\n'; --counter; void* raw = static_cast<char*>(payload) - ALIGNMENT; size_t* token = static_cast<size_t*>(raw); if (*token == correct_token) { *token = 0xDEADBEEF; free(raw); } else if (*token == wrong_token) { *token = 0x177E6A7; std::cerr << ERR << "wrong form of delete\n"; } else { std::cerr << ERR << "double delete\n"; } } } void* operator new(size_t size) throw (std::bad_alloc) { return allocate(size, "non-array memory", 0x5AFE6A8D); } void* operator new[](size_t size) throw (std::bad_alloc) { return allocate(size, " array memory", 0x5AFE6A8E); } void operator delete(void* payload) throw () { release(payload, "non-array memory", 0x5AFE6A8D, 0x5AFE6A8E); } void operator delete[](void* payload) throw () { release(payload, " array memory", 0x5AFE6A8E, 0x5AFE6A8D); }

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  • "java.lang.OutOfMemoryError: Java heap space" in image and array storage

    - by totalconscience
    I am currently working on an image processing demonstration in java (Applet). I am running into the problem where my arrays are too large and I am getting the "java.lang.OutOfMemoryError: Java heap space" error. The algorithm I run creates an NxD float array where: N is the number of pixel in the image and D is the coordinates of each pixel plus the colorspace components of each pixel (usually 1 for grayscale or 3 for RGB). For each iteration of the algorithm it creates one of these NxD float arrays and stores it for later use in a vector, so that the user of the applet may look at the individual steps. My client wants the program to be able to load a 500x500 RGB image and run as the upper bound. There are about 12 to 20 iterations per run so that means I need to be able to store a 12x500x500x5 float in some fashion. Is there a way to process all of this data and, if possible, how? Example of the issue: I am loading a 512 by 512 Grayscale image and even before the first iteration completes I run out of heap space. The line it points me to is: Y.add(new float[N][D]) where Y is a Vector and N and D are described as above. This is the second instance of the code using that line.

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  • How to analyze dump file from delphi dll?

    - by Yann
    I'm an escalation engineer on a product which use both c# and delphi 2006 code. In most cases c# issues are debugged with windbg and delphi 2006 issues with eurekalog. But when the issue is a delphi memory usage, eurekalog doesn't give enough information to fix the issue and the only thing i have to debug it is a full memory dump file. I cannot (or i don't know how to) load symbol file in windbg because it is a .map file and not a .pdb file. So my questions are: Does anyone know how to load symbol from .map file in windbg? (Converting .map to .pdb or other) Does anyone know a tool to analyze dump file for delphi application?

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  • Android edtftpj/PRo SFTP heap worker problem

    - by Mr. Kakakuwa Bird
    Hi I am using edtftpj-pro3.1 trial copy in my android app to make SFTP connection with the server. After few connections with the server with 5-6 file transfers, my app is crashing with following exception. Is it causing the problem or what could be the problem?? I tried setParallelMode(false) in SSHFTPClient, but it is not working. Exception i'm getting is, 05-31 18:28:12.661: ERROR/dalvikvm(589): HeapWorker is wedged: 10173ms spent inside Lcom/enterprisedt/net/j2ssh/sftp/SftpFileInputStream;.finalize()V 05-31 18:28:12.661: INFO/dalvikvm(589): DALVIK THREADS: 05-31 18:28:12.661: INFO/dalvikvm(589): "main" prio=5 tid=3 WAIT 05-31 18:28:12.661: INFO/dalvikvm(589): | group="main" sCount=1 dsCount=0 s=N obj=0x4001b260 self=0xbd18 05-31 18:28:12.661: INFO/dalvikvm(589): | sysTid=589 nice=0 sched=0/0 cgrp=default handle=-1343993192 05-31 18:28:12.661: INFO/dalvikvm(589): at java.lang.Object.wait(Native Method) 05-31 18:28:12.661: INFO/dalvikvm(589): - waiting on <0x122d70 (a android.os.MessageQueue) 05-31 18:28:12.661: INFO/dalvikvm(589): at java.lang.Object.wait(Object.java:288) 05-31 18:28:12.661: INFO/dalvikvm(589): at android.os.MessageQueue.next(MessageQueue.java:148) 05-31 18:28:12.661: INFO/dalvikvm(589): at android.os.Looper.loop(Looper.java:110) 05-31 18:28:12.661: INFO/dalvikvm(589): at android.app.ActivityThread.main(ActivityThread.java:4363) 05-31 18:28:12.661: INFO/dalvikvm(589): at java.lang.reflect.Method.invokeNative(Native Method) 05-31 18:28:12.661: INFO/dalvikvm(589): at java.lang.reflect.Method.invoke(Method.java:521) 05-31 18:28:12.661: INFO/dalvikvm(589): at com.android.internal.os.ZygoteInit$MethodAndArgsCaller.run(ZygoteInit.java:860) 05-31 18:28:12.661: INFO/dalvikvm(589): at com.android.internal.os.ZygoteInit.main(ZygoteInit.java:618) 05-31 18:28:12.661: INFO/dalvikvm(589): at dalvik.system.NativeStart.main(Native Method) 05-31 18:28:12.671: INFO/dalvikvm(589): "Transport protocol 1" daemon prio=5 tid=29 NATIVE 05-31 18:28:12.671: INFO/dalvikvm(589): | group="main" sCount=1 dsCount=0 s=N obj=0x44774768 self=0x3a7938 05-31 18:28:12.671: INFO/dalvikvm(589): | sysTid=605 nice=0 sched=0/0 cgrp=default handle=3834600 05-31 18:28:12.671: INFO/dalvikvm(589): at org.apache.harmony.luni.platform.OSNetworkSystem.receiveStreamImpl(Native Method) 05-31 18:28:12.671: INFO/dalvikvm(589): at org.apache.harmony.luni.platform.OSNetworkSystem.receiveStream(OSNetworkSystem.java:478) 05-31 18:28:12.671: INFO/dalvikvm(589): at org.apache.harmony.luni.net.PlainSocketImpl.read(PlainSocketImpl.java:565) 05-31 18:28:12.671: INFO/dalvikvm(589): at org.apache.harmony.luni.net.SocketInputStream.read(SocketInputStream.java:87) 05-31 18:28:12.671: INFO/dalvikvm(589): at org.apache.harmony.luni.net.SocketInputStream.read(SocketInputStream.java:67) 05-31 18:28:12.671: INFO/dalvikvm(589): at java.io.BufferedInputStream.fillbuf(BufferedInputStream.java:157) 05-31 18:28:12.671: INFO/dalvikvm(589): at java.io.BufferedInputStream.read(BufferedInputStream.java:346) 05-31 18:28:12.671: INFO/dalvikvm(589): at java.io.BufferedInputStream.read(BufferedInputStream.java:341) 05-31 18:28:12.671: INFO/dalvikvm(589): at com.enterprisedt.net.j2ssh.transport.A.A((null):-1) 05-31 18:28:12.671: INFO/dalvikvm(589): at com.enterprisedt.net.j2ssh.transport.A.B((null):-1) 05-31 18:28:12.671: INFO/dalvikvm(589): at com.enterprisedt.net.j2ssh.transport.TransportProtocolCommon.processMessages((null):-1) 05-31 18:28:12.671: INFO/dalvikvm(589): at com.enterprisedt.net.j2ssh.transport.TransportProtocolCommon.startBinaryPacketProtocol((null):-1) 05-31 18:28:12.671: INFO/dalvikvm(589): at com.enterprisedt.net.j2ssh.transport.TransportProtocolCommon.run((null):-1) 05-31 18:28:12.671: INFO/dalvikvm(589): at java.lang.Thread.run(Thread.java:1096) 05-31 18:28:12.671: INFO/dalvikvm(589): "StreamFrameSender" prio=5 tid=27 TIMED_WAIT 05-31 18:28:12.671: INFO/dalvikvm(589): | group="main" sCount=1 dsCount=0 s=N obj=0x44750a60 self=0x3964d8 05-31 18:28:12.671: INFO/dalvikvm(589): | sysTid=603 nice=0 sched=0/0 cgrp=default handle=3761648 05-31 18:28:12.671: INFO/dalvikvm(589): at java.lang.Object.wait(Native Method) 05-31 18:28:12.671: INFO/dalvikvm(589): - waiting on <0x399478 (a com.corventis.gateway.ppp.StreamFrameSender) 05-31 18:28:12.671: INFO/dalvikvm(589): at java.lang.Object.wait(Object.java:326) 05-31 18:28:12.671: INFO/dalvikvm(589): at com.corventis.gateway.ppp.StreamFrameSender.run(StreamFrameSender.java:154) 05-31 18:28:12.671: INFO/dalvikvm(589): at com.corventis.gateway.util.MonitoredRunnable.run(MonitoredRunnable.java:41) 05-31 18:28:12.671: INFO/dalvikvm(589): at java.lang.Thread.run(Thread.java:1096) 05-31 18:28:12.671: INFO/dalvikvm(589): "SftpActiveWorker" prio=5 tid=25 TIMED_WAIT 05-31 18:28:12.671: INFO/dalvikvm(589): | group="main" sCount=1 dsCount=0 s=N obj=0x447522b0 self=0x398e00 05-31 18:28:12.671: INFO/dalvikvm(589): | sysTid=604 nice=0 sched=0/0 cgrp=default handle=3762704 05-31 18:28:12.671: INFO/dalvikvm(589): at java.lang.Object.wait(Native Method) 05-31 18:28:12.671: INFO/dalvikvm(589): - waiting on <0x3962d8 (a com.corventis.gateway.hostcommunicator.SftpActiveWorker) 05-31 18:28:12.671: INFO/dalvikvm(589): at java.lang.Object.wait(Object.java:326) 05-31 18:28:12.671: INFO/dalvikvm(589): at com.corventis.gateway.hostcommunicator.SftpActiveWorker.run(SftpActiveWorker.java:151) 05-31 18:28:12.671: INFO/dalvikvm(589): at com.corventis.gateway.util.MonitoredRunnable.run(MonitoredRunnable.java:41) 05-31 18:28:12.671: INFO/dalvikvm(589): at java.lang.Thread.run(Thread.java:1096) 05-31 18:28:12.671: INFO/dalvikvm(589): "Thread-12" prio=5 tid=23 NATIVE 05-31 18:28:12.671: INFO/dalvikvm(589): | group="main" sCount=1 dsCount=0 s=N obj=0x4474aca8 self=0x115690 05-31 18:28:12.671: INFO/dalvikvm(589): | sysTid=602 nice=0 sched=0/0 cgrp=default handle=878120 05-31 18:28:12.671: INFO/dalvikvm(589): at android.bluetooth.BluetoothSocket.acceptNative(Native Method) 05-31 18:28:12.681: INFO/dalvikvm(589): at android.bluetooth.BluetoothSocket.accept(BluetoothSocket.java:287) 05-31 18:28:12.681: INFO/dalvikvm(589): at android.bluetooth.BluetoothServerSocket.accept(BluetoothServerSocket.java:105) 05-31 18:28:12.681: INFO/dalvikvm(589): at android.bluetooth.BluetoothServerSocket.accept(BluetoothServerSocket.java:91) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.bluetooth.BluetoothManager.openPort(BluetoothManager.java:215) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.bluetooth.BluetoothManager.open(BluetoothManager.java:84) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.patchcommunicator.PatchCommunicator.open(PatchCommunicator.java:123) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.patchcommunicator.PatchCommunicatorRunnable.run(PatchCommunicatorRunnable.java:134) 05-31 18:28:12.681: INFO/dalvikvm(589): at java.lang.Thread.run(Thread.java:1096) 05-31 18:28:12.681: INFO/dalvikvm(589): "HfGatewayApplication" prio=5 tid=21 RUNNABLE 05-31 18:28:12.681: INFO/dalvikvm(589): | group="main" sCount=0 dsCount=0 s=N obj=0x4472d9b0 self=0x120928 05-31 18:28:12.681: INFO/dalvikvm(589): | sysTid=601 nice=0 sched=0/0 cgrp=default handle=1264672 05-31 18:28:12.681: INFO/dalvikvm(589): at com.jcraft.jzlib.Deflate.deflateInit2(Deflate.java:~1361) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.jcraft.jzlib.Deflate.deflateInit(Deflate.java:1316) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.jcraft.jzlib.ZStream.deflateInit(ZStream.java:127) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.jcraft.jzlib.ZStream.deflateInit(ZStream.java:120) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.jcraft.jzlib.ZOutputStream.(ZOutputStream.java:62) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.zipfile.ZipStorer.addStream(ZipStorer.java:211) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.zipfile.ZipStorer.createZip(ZipStorer.java:127) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.hostcommunicator.HostCommunicator.scanAndCompress(HostCommunicator.java:453) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.hostcommunicator.HostCommunicator.doWork(HostCommunicator.java:1434) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.hf.HfGatewayApplication.doWork(HfGatewayApplication.java:621) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.hf.HfGatewayApplication.run(HfGatewayApplication.java:546) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.util.MonitoredRunnable.run(MonitoredRunnable.java:41) 05-31 18:28:12.681: INFO/dalvikvm(589): at java.lang.Thread.run(Thread.java:1096) 05-31 18:28:12.681: INFO/dalvikvm(589): "Thread-10" prio=5 tid=19 TIMED_WAIT 05-31 18:28:12.681: INFO/dalvikvm(589): | group="main" sCount=1 dsCount=0 s=N obj=0x447287f8 self=0x1451b8 05-31 18:28:12.681: INFO/dalvikvm(589): | sysTid=598 nice=0 sched=0/0 cgrp=default handle=1331920 05-31 18:28:12.681: INFO/dalvikvm(589): at java.lang.VMThread.sleep(Native Method) 05-31 18:28:12.681: INFO/dalvikvm(589): at java.lang.Thread.sleep(Thread.java:1306) 05-31 18:28:12.681: INFO/dalvikvm(589): at java.lang.Thread.sleep(Thread.java:1286) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.util.Watchdog.run(Watchdog.java:167) 05-31 18:28:12.681: INFO/dalvikvm(589): at java.lang.Thread.run(Thread.java:1096) 05-31 18:28:12.681: INFO/dalvikvm(589): "Thread-9" prio=5 tid=17 RUNNABLE 05-31 18:28:12.681: INFO/dalvikvm(589): | group="main" sCount=1 dsCount=0 s=Y obj=0x44722c90 self=0x114e20 05-31 18:28:12.681: INFO/dalvikvm(589): | sysTid=597 nice=0 sched=0/0 cgrp=default handle=1200048 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.time.Time.currentTimeMillis(Time.java:~77) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.patchcommunicator.PatchCommunicatorState$1.run(PatchCommunicatorState.java:27) 05-31 18:28:12.681: INFO/dalvikvm(589): "Thread-8" prio=5 tid=15 RUNNABLE 05-31 18:28:12.681: INFO/dalvikvm(589): | group="main" sCount=1 dsCount=0 s=Y obj=0x44722430 self=0x124dd0 05-31 18:28:12.681: INFO/dalvikvm(589): | sysTid=596 nice=0 sched=0/0 cgrp=default handle=1199848 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.time.Time.currentTimeMillis(Time.java:~80) 05-31 18:28:12.681: INFO/dalvikvm(589): at com.corventis.gateway.hostcommunicator.HostCommunicatorState$1.run(HostCommunicatorState.java:35) 05-31 18:28:12.681: INFO/dalvikvm(589): "Binder Thread #2" prio=5 tid=13 NATIVE 05-31 18:28:12.681: INFO/dalvikvm(589): | group="main" sCount=1 dsCount=0 s=N obj=0x4471ccc0 self=0x149b60 05-31 18:28:12.681: INFO/dalvikvm(589): | sysTid=595 nice=0 sched=0/0 cgrp=default handle=1317992 05-31 18:28:12.681: INFO/dalvikvm(589): at dalvik.system.NativeStart.run(Native Method) 05-31 18:28:12.681: INFO/dalvikvm(589): "Binder Thread #1" prio=5 tid=11 NATIVE 05-31 18:28:12.681: INFO/dalvikvm(589): | group="main" sCount=1 dsCount=0 s=N obj=0x447159a8 self=0x123298 05-31 18:28:12.681: INFO/dalvikvm(589): | sysTid=594 nice=0 sched=0/0 cgrp=default handle=1164896 05-31 18:28:12.681: INFO/dalvikvm(589): at dalvik.system.NativeStart.run(Native Method) 05-31 18:28:12.691: INFO/dalvikvm(589): "JDWP" daemon prio=5 tid=9 VMWAIT 05-31 18:28:12.691: INFO/dalvikvm(589): | group="system" sCount=1 dsCount=0 s=N obj=0x4470f2a0 self=0x141a90 05-31 18:28:12.691: INFO/dalvikvm(589): | sysTid=593 nice=0 sched=0/0 cgrp=default handle=1316864 05-31 18:28:12.691: INFO/dalvikvm(589): at dalvik.system.NativeStart.run(Native Method) 05-31 18:28:12.691: INFO/dalvikvm(589): "Signal Catcher" daemon prio=5 tid=7 VMWAIT 05-31 18:28:12.691: INFO/dalvikvm(589): | group="system" sCount=1 dsCount=0 s=N obj=0x4470f1e8 self=0x124970 05-31 18:28:12.691: INFO/dalvikvm(589): | sysTid=592 nice=0 sched=0/0 cgrp=default handle=1316800 05-31 18:28:12.691: INFO/dalvikvm(589): at dalvik.system.NativeStart.run(Native Method) 05-31 18:28:12.691: INFO/dalvikvm(589): "HeapWorker" daemon prio=5 tid=5 MONITOR 05-31 18:28:12.691: INFO/dalvikvm(589): | group="system" sCount=1 dsCount=0 s=N obj=0x431b4550 self=0x141670 05-31 18:28:12.691: INFO/dalvikvm(589): | sysTid=591 nice=0 sched=0/0 cgrp=default handle=1316400 05-31 18:28:12.691: INFO/dalvikvm(589): at com.enterprisedt.net.j2ssh.sftp.SftpSubsystemClient.closeHandle((null):~-1) 05-31 18:28:12.691: INFO/dalvikvm(589): at com.enterprisedt.net.j2ssh.sftp.SftpSubsystemClient.closeFile((null):-1) 05-31 18:28:12.691: INFO/dalvikvm(589): at com.enterprisedt.net.j2ssh.sftp.SftpFile.close((null):-1) 05-31 18:28:12.691: INFO/dalvikvm(589): at com.enterprisedt.net.j2ssh.sftp.SftpFileInputStream.close((null):-1) 05-31 18:28:12.691: INFO/dalvikvm(589): at com.enterprisedt.net.j2ssh.sftp.SftpFileInputStream.finalize((null):-1) 05-31 18:28:12.691: INFO/dalvikvm(589): at dalvik.system.NativeStart.run(Native Method) 05-31 18:28:12.691: ERROR/dalvikvm(589): VM aborting 05-31 18:28:12.801: INFO/DEBUG(49): * ** * ** * ** * ** * ** * 05-31 18:28:12.801: INFO/DEBUG(49): Build fingerprint: 'google/passion/passion/mahimahi:2.1-update1/ERE27/24178:user/release-keys' 05-31 18:28:12.801: INFO/DEBUG(49): pid: 589, tid: 601 com.corventis.gateway.hf <<< 05-31 18:28:12.801: INFO/DEBUG(49): signal 11 (SIGSEGV), fault addr deadd00d 05-31 18:28:12.801: INFO/DEBUG(49): r0 00000026 r1 afe13329 r2 afe13329 r3 00000000 05-31 18:28:12.801: INFO/DEBUG(49): r4 ad081f50 r5 400091e8 r6 009b3a6a r7 00000000 05-31 18:28:12.801: INFO/DEBUG(49): r8 000002e8 r9 ad082ba0 10 ad082ba0 fp 00000000 05-31 18:28:12.801: INFO/DEBUG(49): ip deadd00d sp 46937c58 lr afe14373 pc ad035b4c cpsr 20000030 05-31 18:28:12.851: INFO/DEBUG(49): #00 pc 00035b4c /system/lib/libdvm.so 05-31 18:28:12.861: INFO/DEBUG(49): #01 pc 00044d7c /system/lib/libdvm.so 05-31 18:28:12.861: INFO/DEBUG(49): #02 pc 000162e4 /system/lib/libdvm.so 05-31 18:28:12.861: INFO/DEBUG(49): #03 pc 00016b60 /system/lib/libdvm.so 05-31 18:28:12.861: INFO/DEBUG(49): #04 pc 00016ce0 /system/lib/libdvm.so 05-31 18:28:12.861: INFO/DEBUG(49): #05 pc 00057b64 /system/lib/libdvm.so 05-31 18:28:12.861: INFO/DEBUG(49): #06 pc 00057cc0 /system/lib/libdvm.so 05-31 18:28:12.871: INFO/DEBUG(49): #07 pc 00057dd4 /system/lib/libdvm.so 05-31 18:28:12.871: INFO/DEBUG(49): #08 pc 00012ffc /system/lib/libdvm.so 05-31 18:28:12.871: INFO/DEBUG(49): #09 pc 00019338 /system/lib/libdvm.so 05-31 18:28:12.871: INFO/DEBUG(49): #10 pc 00018804 /system/lib/libdvm.so 05-31 18:28:12.871: INFO/DEBUG(49): #11 pc 0004eed0 /system/lib/libdvm.so 05-31 18:28:12.871: INFO/DEBUG(49): #12 pc 0004eef8 /system/lib/libdvm.so 05-31 18:28:12.871: INFO/DEBUG(49): #13 pc 000426d4 /system/lib/libdvm.so 05-31 18:28:12.881: INFO/DEBUG(49): #14 pc 0000fd74 /system/lib/libc.so 05-31 18:28:12.881: INFO/DEBUG(49): #15 pc 0000f840 /system/lib/libc.so 05-31 18:28:12.881: INFO/DEBUG(49): code around pc: 05-31 18:28:12.881: INFO/DEBUG(49): ad035b3c 58234808 b1036b9b f8df4798 2026c01c 05-31 18:28:12.881: INFO/DEBUG(49): ad035b4c 0000f88c ef52f7d8 0004c428 fffe631c 05-31 18:28:12.881: INFO/DEBUG(49): ad035b5c fffe94f4 000002f8 deadd00d f8dfb40e 05-31 18:28:12.881: INFO/DEBUG(49): code around lr: 05-31 18:28:12.881: INFO/DEBUG(49): afe14360 686768a5 f9b5e008 b120000c 46289201 05-31 18:28:12.881: INFO/DEBUG(49): afe14370 9a014790 35544306 37fff117 6824d5f3 05-31 18:28:12.881: INFO/DEBUG(49): afe14380 d1ed2c00 bdfe4630 00026ab0 000000b4 05-31 18:28:12.881: INFO/DEBUG(49): stack: 05-31 18:28:12.881: INFO/DEBUG(49): 46937c18 00000015 05-31 18:28:12.881: INFO/DEBUG(49): 46937c1c afe13359 /system/lib/libc.so 05-31 18:28:12.881: INFO/DEBUG(49): 46937c20 afe3b02c /system/lib/libc.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c24 afe3afd8 /system/lib/libc.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c28 00000000 05-31 18:28:12.891: INFO/DEBUG(49): 46937c2c afe14373 /system/lib/libc.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c30 afe13329 /system/lib/libc.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c34 afe13329 /system/lib/libc.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c38 afe13380 /system/lib/libc.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c3c ad081f50 /system/lib/libdvm.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c40 400091e8 /dev/ashmem/mspace/dalvik-heap/zygote/0 (deleted) 05-31 18:28:12.891: INFO/DEBUG(49): 46937c44 009b3a6a 05-31 18:28:12.891: INFO/DEBUG(49): 46937c48 00000000 05-31 18:28:12.891: INFO/DEBUG(49): 46937c4c afe1338d /system/lib/libc.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c50 df002777 05-31 18:28:12.891: INFO/DEBUG(49): 46937c54 e3a070ad 05-31 18:28:12.891: INFO/DEBUG(49): #00 46937c58 ad06f573 /system/lib/libdvm.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c5c ad044d81 /system/lib/libdvm.so 05-31 18:28:12.891: INFO/DEBUG(49): #01 46937c60 000027bd 05-31 18:28:12.891: INFO/DEBUG(49): 46937c64 00000000 05-31 18:28:12.891: INFO/DEBUG(49): 46937c68 463b6ab4 /data/dalvik-cache/data@[email protected]@classes.dex 05-31 18:28:12.891: INFO/DEBUG(49): 46937c6c 463d1ecf /data/dalvik-cache/data@[email protected]@classes.dex 05-31 18:28:12.891: INFO/DEBUG(49): 46937c70 00140450 [heap] 05-31 18:28:12.891: INFO/DEBUG(49): 46937c74 ad041d2b /system/lib/libdvm.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c78 ad082f2c /system/lib/libdvm.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c7c ad06826c /system/lib/libdvm.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c80 00140450 [heap] 05-31 18:28:12.891: INFO/DEBUG(49): 46937c84 00000000 05-31 18:28:12.891: INFO/DEBUG(49): 46937c88 000002f8 05-31 18:28:12.891: INFO/DEBUG(49): 46937c8c 400091e8 /dev/ashmem/mspace/dalvik-heap/zygote/0 (deleted) 05-31 18:28:12.891: INFO/DEBUG(49): 46937c90 ad081f50 /system/lib/libdvm.so 05-31 18:28:12.891: INFO/DEBUG(49): 46937c94 000002f8 05-31 18:28:12.891: INFO/DEBUG(49): 46937c98 00002710 05-31 18:28:12.891: INFO/DEBUG(49): 46937c9c ad0162e8 /system/lib/libdvm.so Thanks & Regards,

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  • Hibernate - on the stack or on the heap?

    - by Stephano
    As a Java programmer, you usually keep two truths in your pocket: Instance variables and Objects lie on Heap. Local variables and methods lie on the Stack. Now that I use Hibernate in just about everything, I realize I'm not as sure of myself. Are there some good rules of thumb for using hibernate and knowing where your memory lives?

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  • Does operator new allocate on THREAD heap?

    - by Jonas Byström
    My problem seems to be this: heap data allocated by one thread (that later dies) seems to die as well. As so: Thread X: starts Thread Y: starts Thread X: ptr = new some bytes Thread X: dies Thread Y: tries to use ptr - and crashes! So far, I've only seen this problem on Darwin (Mac OS 10.5 and 10.6), but haven't tried more other platforms than Windows and Linux (Ubuntu) where it works as expected. I've had this problem for some time, so any know-how or more information about this is highly appreciated!

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  • Re-adjusting a binary heap after removing the minimum element

    - by BeeBand
    After removing the minimum element in a binary heap, i.e. after removing the root, why is the last leaf then assigned to the root and sifted down? Why not take the lesser child of what used to be the root and just keep sifting up all the children? Isn't this the same amount of operations, so why is the "sift down" method preferred?

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  • descendeing heap sort

    - by user1
    use heap sort to sort this in descending order and show the steps or explanation please below is the tree 79 33 57 8 25 48 below is the array 79 - 33 - 57 - 8 - 25 - 48

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  • Using HeapDumpOnOutOfMemoryError parameter for heap dump for JBoss

    - by EdC
    I was told I can add the -XX:+HeapDumpOnOutOfMemoryError parameter to my JVM start up options to my JBoss start up script to get a heap dump when we get an out of memory error in our application. I was wondering where this data gets dumped? Is it just to the console, or to some log file? If it's just to the console, what if I'm not logged into the unix server through the console? Thanks

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  • returning a heap block by reference in c++

    - by basicR
    I was trying to brush up my c++ skills. I got 2 functions: concat_HeapVal() returns the output heap variable by value concat_HeapRef() returns the output heap variable by reference When main() runs it will be on stack,s1 and s2 will be on stack, I pass the value by ref only and in each of the below functions, I create a variable on heap and concat them. When concat_HeapVal() is called it returns me the correct output. When concat_HeapRef() is called it returns me some memory address (wrong output). Why? I use new operator in both the functions. Hence it allocates on heap. So when I return by reference, heap will still be VALID even when my main() stack memory goes out of scope. So it's left to OS to cleanup the memory. Right? string& concat_HeapRef(const string& s1, const string& s2) { string *temp = new string(); temp->append(s1); temp->append(s2); return *temp; } string* concat_HeapVal(const string& s1, const string& s2) { string *temp = new string(); temp->append(s1); temp->append(s2); return temp; } int main() { string s1,s2; string heapOPRef; string *heapOPVal; cout<<"String Conact Experimentations\n"; cout<<"Enter s-1 : "; cin>>s1; cout<<"Enter s-2 : "; cin>>s2; heapOPRef = concat_HeapRef(s1,s2); heapOPVal = concat_HeapVal(s1,s2); cout<<heapOPRef<<" "<<heapOPVal<<" "<<endl; return -9; }

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  • Compute jvm heap size to host web application

    - by Enrique
    Hello, I want to host a web application on a private JVM they offer 32, 64, 128, 256 MB plans. My web application uses Spring. And I store some objects for every logged in user session. My question is: How can I profile my web app to see how much heap size it needs so I can choose a plan?, How can I simulate hundreds of users logged in at the same time? I'm developing the application using Netbeans 6.7 Java 1.6 Tomcat 6.0.18 Thank you.

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  • Threading heap and stack

    - by DJ
    How memory is allocated in case of spawning a new thread, i.e how memory heap, memory stack, and threads are related? I know this is fundamental (.net framework concept) but somehow I am not much aware of this concept.

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  • Send a variable on the heap to another thread

    - by user1201889
    I have a strange problem in C++. An address of a Boolean gets "destroyed" but it doesn't get touched. I know that there are beater way's to accomplish what I try to do, but I want to know what I do wrong. I have a main class; this main class contains a vector of another class. There is a strange problem when a new instance gets created of this object. This is how my code works: There will start a thread when the constructor gets called of the “2nd”object. This thread gets as Parameter a struct. This is the struct: struct KeyPressData { vector<bool> *AutoPressStatus; vector<int> *AutoPressTime; bool * Destroy; bool * Ready; }; The struct gets filled in the constructor: MultiBoxClient::MultiBoxClient() { //init data DestroyThread = new bool; ReadyThread = new bool; AutoThreadData = new KeyPressData; //Reseting data *DestroyThread = false; *ReadyThread = false; //KeyPressData configurating AutoThreadData->AutoPressStatus = &AutoPressStatus; AutoThreadData->AutoPressTime = &AutoPressTime; AutoThreadData->Destroy = DestroyThread; AutoThreadData->Ready = ReadyThread; //Start the keypress thread CreateThread(NULL,NULL,(LPTHREAD_START_ROUTINE)AutoKeyThread,AutoThreadData,NULL,NULL); } As long as the constructor is running will the program run fine. But when the constructor closes the address of the “AutoThreadData-Destroy” will get corrupted. The program will crash when I call the value of the pointer. void WINAPI AutoKeyThread(void * ThreadData) { KeyPressData * AutoThreadData = (KeyPressData*)ThreadData; while(true) { if(*AutoThreadData->Destroy == true) //CRASH { *AutoThreadData->Ready = true; return; } Sleep(100); } } What did I test: I logged the address of the AutoThreadData and the AutoThreadData-Destroy when the constrcutor is running and clossed; the AutoThreadData address is equal to AutoThreadData when the constructor is closed. So there is no problem here. The address of AutoThreadData-Destroy gets destroyed when the constructor is closed. But how can this happen? The Boolean is on the heap and the KeyPressData struct (AutoThreadData) is on the heap. Destroy before: 00A85328 Destroy after: FEEEFEEE Can someone maby explain why this crash? I know that I can send a pointer to my class to the thread. But I want to know what goes wrong here. That way I can learn from my mistakes. Could someone help me with this problem? Thanks!

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