unload a kernel module NAME delete_module - unload a kernel module LIBRARY Standard C library ( libc , -lc ) SYNOPSIS #inclu...delete a POSIX per-process timer NAME timer_delete - delete a POSIX per-process timer LIBRARY Re...delete a directory NAME rmdir - delete a directory LIBRARY Standard C library ( libc , -lc ) SYN...delete a name and possibly the file it refers to NAME unlink, unlinkat - delete a name and possi...delete a name and possibly the file it refers to NAME unlink, unlinkat - delete a name and possi......_MAP_UPDATE_ELEM Create or update an element (key/value pair) in a specified map. BPF_MAP_DELETE_ELEM Look up and delete an element by key in a specified map. BPF_MAP_GET_NEXT_K…...hich must be a non-null pointer. This ID is unique within the process, until the timer is deleted. The new timer is initially disarmed. The clockid argument specifies the clock …...ects are identified by file handles, such as FAN_CREATE , FAN_ATTRIB , FAN_MOVE , and FAN_DELETE_SELF , cannot be provided as a mask when flags contains FAN_MARK_MOUNT . Attempt…...ilesystem that are interested in the directory entry modification events FAN_CREATE , FAN_DELETE , FAN_MOVE , and FAN_RENAME , or in events such as FAN_ATTRIB , FAN_DELETE_SELF …...nkat ()) linkpath is a relative pathname and newdirfd refers to a directory that has been deleted. ENOMEM Insufficient kernel memory was available. ENOSPC The device containing …...nkat ()) linkpath is a relative pathname and newdirfd refers to a directory that has been deleted. ENOMEM Insufficient kernel memory was available. ENOSPC The device containing …...n architectures. Some system calls, like ipc (2), create_module (2), init_module (2), and delete_module (2) exist only when the Linux kernel was built with support for them. SEE…...n architectures. Some system calls, like ipc (2), create_module (2), init_module (2), and delete_module (2) exist only when the Linux kernel was built with support for them. SEE…...n architectures. Some system calls, like ipc (2), create_module (2), init_module (2), and delete_module (2) exist only when the Linux kernel was built with support for them. SEE…...n architectures. Some system calls, like ipc (2), create_module (2), init_module (2), and delete_module (2) exist only when the Linux kernel was built with support for them. SEE…...n architectures. Some system calls, like ipc (2), create_module (2), init_module (2), and delete_module (2) exist only when the Linux kernel was built with support for them. SEE…...n architectures. Some system calls, like ipc (2), create_module (2), init_module (2), and delete_module (2) exist only when the Linux kernel was built with support for them. SEE…...n architectures. Some system calls, like ipc (2), create_module (2), init_module (2), and delete_module (2) exist only when the Linux kernel was built with support for them. SEE…...n architectures. Some system calls, like ipc (2), create_module (2), init_module (2), and delete_module (2) exist only when the Linux kernel was built with support for them. SEE…...n architectures. Some system calls, like ipc (2), create_module (2), init_module (2), and delete_module (2) exist only when the Linux kernel was built with support for them. SEE…