Free online thread dump analyzer to troubleshoot Java, android applications. Kotlin, Clojure, Scala, Jruby, Jython, all JVM language thread dumps are supported. hs_err_pid, core dump files are analyzed.
On Linux/x86-32, the default stack size for a new thread is 2 megabytes. Under the NPTL threading implementation, if the RLIMIT_STACK soft resource limit at the time the program started has any value other than "unlimited", then it determines the default stack size of new threads. A thread's stack size is fixed at the time of thread creation. Only the main thread can dynamically grow its stack. The pthread_attr_setstack(3) function allows an application to set both the size and location of a caller-allocated stack that is to be used by a thread. "On Linux/x86-32, the default stack size for a new thread is 2 megabytes", Unless the RLIMIT_STACK resource limit (ulimit -s) is set: in that case, "it determines the default stack size of new threads". How do I generate a thread dump in JBoss while running on Linux? How do I generate a JBoss stack trace on Linux? How do I redirect output of kill -3 to a file? JBoss has high cpu usage, freezes, hangs, or doesn't release idle threads, how can I get a thread dump to troubleshoot? JMS messages are getting lost, how can I generate a thread dump to investigate? Unable to take thread dump using
Linux Network Stack : linux
pthreads(7) - Linux manual page
linux - Thread Communication using message queue in C
Apr 17, 2016 · Objective: View threads of a process on Linux. Threads (also known as Lightweight Processes (LWP)) are created within a program that will have the same “thread group ID” as the program’s PID. They share their address space and system resources with other LWPs within the same process. On Linux/x86-32, the default stack size for a new thread is 2 megabytes. Under the NPTL threading implementation, if the RLIMIT_STACK soft resource limit at the time the program started has any value other than "unlimited", then it determines the default stack size of new threads. A thread's stack size is fixed at the time of thread creation. Only the main thread can dynamically grow its stack. The pthread_attr_setstack(3) function allows an application to set both the size and location of a caller-allocated stack that is to be used by a thread. "On Linux/x86-32, the default stack size for a new thread is 2 megabytes", Unless the RLIMIT_STACK resource limit (ulimit -s) is set: in that case, "it determines the default stack size of new threads".