![]() Note that the type of the stack frame is. Normal operation with stack frames not considered as objects. This makes it easy to find method which consume a lot of non-heap memory for byte code The size of the byte code and JITted code, which in other modes is accumulated into the size of theĭefining class. The size of the method pseudo-class object is This can help solve StackOverflowErrors.Īll other methods are also created as pseudo-class objects. Stack frames as pseudo-objects and all methods as pseudo-classes Stack frames are shown in all views such as paths to GC roots, outbound references from threads, as pseudo-objects.Īll the threads and which methods use a lot of stack. The stack frames are given a pseudo-type depending based on the method which is running in the frame.īy viewing the number of instances of that pseudo-type it is easy to see which methods are running acrossĪll the threads and which methods use a lot of stack. This makes it easy to find which stack frames keep objects alive. Stack frames as pseudo-objects and running methods as pseudo-classes Stack frames are shown in all views such as paths to GC roots, outbound references from threads, as pseudo-objects. Local variables references in the stack frames are shown as outbound references from the frame. Only stack frames as pseudo-objects Stack frames are shown in all views such as paths to GC roots, outbound references from threads, as pseudo-objects. Normal Stack frames are only shown in the thread stacks view. This is configured using theĭTFJ Parser preferences page. The DTFJ parser provides more control over viewing thread stacks. Query will contain such information (if available), some overview information, andįor DTFJ based dumps (IBM system dumps and IBM PHD files with associated java dump) the threadĭetails view gives more information, including the thread state, priority and native stack trace. Provide semantic information about the thread's activity. Memory Analyzer provides an extension point such that extensions can You can proceed with the analysis of a single thread by using theĬontext menu. Not only for memory-related problems, but also for a wide range of other problems It allows analyzing in detail the reasonsįor memory intensive operations.
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