Thanks you for your help, I learned a lot of new things about memory. I have tried doing some analytics, however since I'm not very familiar with the topic, it took me quite a lot of time. Oracle offers a comprehensive and fully integrated stack of cloud applications and platform services. If so do you have some form of gpu switching program on it? I'm not sure if this might be hardware related, but I guess its not. In the event that the file cannot be created in the working directory insufficient space, permission problem, or other issue , the file is created in the temporary directory for the operating system.
If multiple threads crash at the same time, only one thread is printed. It is useful to know the thread type. Fix any hardware issues found. As a general rule, if both physical memory and swap space are almost full, there is good reason to suspect that the crash was due to insufficient memory. The format might be different with other releases. The owner thread can be cross-referenced to the thread list.
I will investigate the diagnostics proposed below. If that fails to fix it uninstall and reinstall java. Minidumps are not enabled by default on client versions of Windows If you would like to submit a bug report, please visit: The crash happened outside the Java Virtual Machine in native code. As suggested by the posters, it does sound like a hardware problem. The permission for the code segment is marked with r-xp readable, executable, private , and the permission for the data segment is rw-p readable, writable, private. The error string encodes a line number and therefore it changes with each code change and release. The glibc version usually does not include the patch level.
Therefore, the error string should not be used as the sole criterion when troubleshooting bugs. This list can be long in the case of large applications. If its a laptop please only get them from your manufacturers webpage and not from the manufacturer for that specific device. Excerpt of my log file. However, if I interchange it with any of the following blocks, the error is still in the second deserialization block.
I also looked at all the topics with a similar error here, but could not resolve my issue. Depending on the crash it might not be possible to print the native thread stack but it might be possible to print the Java frames. Again, the same code, with the same data works just fine on other machines. Note that most of the lines have been omitted from the example for the sake of brevity. The format of the memory map is operating-system-specific. The memory map can be very useful when debugging some crashes, as it can tell you what libraries are actually being used, their location in memory, as well as the location of heap, stack, and guard pages. An example of this output follows.
This file describes the kind of system the application is running on, and in some cases the information string might include the patch level. On the Windows system, the base and end addresses of each library are printed. This includes the addresses of the base and the top of the stack, the current stack pointer, and the amount of unused stack available to the thread. It is important to note that in some fatal error conditions the stack may be corrupt, and in this case this detail may not be available. Appendix C Fatal Error Log When a fatal error occurs, an error log is created with information and the state obtained at the time of the fatal error.
On a Windows system the output appears as follows. In addition, it is useful to know the guard page size or stack size. In the following output example, the compiler thread provoked the fatal error. The Java heap is already included in the heap summary earlier in the output, but it can be useful to verify that the actual memory regions reserved for heap match the values in the heap summary and that the attributes are set to rwxp. And this is not always happening. Thread stacks usually show up in the memory map as two back-to-back regions, one with permission ---p guard page and one with permission rwxp actual stack space.
In this example the serial collector is used, class data sharing is disabled, and the tenured generation is empty. Note - Do not assume that a workaround or solution that worked in one situation associated with a given error string will work in another situation associated with that same error string. The following table describes the general states. However this thread stack does not take into account the Java methods that are inlined by the runtime compiler; if methods are inlined they appear to be part of the parent's stack frame. The header includes a link to the HotSpot Virtual Machine Error Reporting Page, where the user can submit a bug report.
The thread library T1 or T2 is also printed. WeakHashMap::remove 133 bytes Event: 2. First you need to be absolutely certain your hardware - notably your memory - is in order. The header is also printed to standard output and may show up in the application's output log. And unfortunately, I am running into a deadline, hence I will use a workaround for this problem. Are you getting the same error with 1.