duplicate a file descriptor NAME dup, dup2, dup3 - duplicate a file descriptor LIBRARY Stand...duplicate a file descriptor NAME dup, dup2, dup3 - duplicate a file descriptor LIBRARY Stand...duplicate a file descriptor NAME dup, dup2, dup3 - duplicate a file descriptor LIBRARY Stand......(see ld-linux.so (8)). Effect on process attributes All process attributes are preserved during an execve (), except the following: • The dispositions of any signals that are be…...IENT PR_CAPBSET_READ PR_CAPBSET_DROP PR_SET_CHILD_SUBREAPER PR_GET_CHILD_SUBREAPER PR_SET_DUMPABLE PR_GET_DUMPABLE PR_SET_ENDIAN PR_GET_ENDIAN PR_SET_FP_MODE PR_GET_FP_MODE PR_S…...ny minor and not-so-minor differences with earlier versions.) Very often, ioctls are introduced for communication between the kernel and one particular well-known program (fdisk…...ocess to terminate. This macro should be employed only if WIFSIGNALED returned true. WCOREDUMP( wstatus ) returns true if the child produced a core dump (see core (5)). This mac…...ocess to terminate. This macro should be employed only if WIFSIGNALED returned true. WCOREDUMP( wstatus ) returns true if the child produced a core dump (see core (5)). This mac…...ocess to terminate. This macro should be employed only if WIFSIGNALED returned true. WCOREDUMP( wstatus ) returns true if the child produced a core dump (see core (5)). This mac…...rresponding to that field will be cleared in stx_mask even if the user asked for it and a dummy value will be filled in for compatibility purposes if one is available (e.g., a d…...subsequent commands are per thread: in a multithreaded process, every thread can be individually attached to a (potentially different) tracer, or left not attached and thus not …...l verifier statically determines that the eBPF program terminates and is safe to execute. During verification, the kernel increments reference counts for each of the maps that t…...group_fd = -1 and is considered to be a group with only 1 member.) An event group is scheduled onto the CPU as a unit: it will be put onto the CPU only if all of the events in t…...CORE This is the maximum size of a core file (see core (5)) in bytes that the process may dump. When 0 no core dump files are created. When nonzero, larger dumps are truncated t…...CORE This is the maximum size of a core file (see core (5)) in bytes that the process may dump. When 0 no core dump files are created. When nonzero, larger dumps are truncated t…...CORE This is the maximum size of a core file (see core (5)) in bytes that the process may dump. When 0 no core dump files are created. When nonzero, larger dumps are truncated t…...CORE This is the maximum size of a core file (see core (5)) in bytes that the process may dump. When 0 no core dump files are created. When nonzero, larger dumps are truncated t…...CORE This is the maximum size of a core file (see core (5)) in bytes that the process may dump. When 0 no core dump files are created. When nonzero, larger dumps are truncated t…...is different from the old effective UID, the process will be forbidden from leaving core dumps. SEE ALSO getuid (2), seteuid (2), setfsuid (2), setreuid (2), capabilities (7), c…...is different from the old effective UID, the process will be forbidden from leaving core dumps. SEE ALSO getuid (2), seteuid (2), setfsuid (2), setreuid (2), capabilities (7), c…