THREAD_TERMINATE BSD THREAD_TERMINATE
NAME
thread_terminate - initiate thread termination
SYNOPSIS
include <apollo/thread.h>
kern_return_t thread_terminate(target_thread)
thread_t target_thread;
DESCRIPTION
The thread_terminate call initiates thread termination. First the call
unwinds the user stack and looks for cleanup handlers or static
exceptions. After the cleanup handlers run, or if there are no cleanup
handlers found, the thread is removed from the system and the thread id
is no longer valid. Note that the target thread must be enabled (inhibit
count is 0) before termination is initiated.
The target_thread argument specifies the id of the thread to be
terminated.
Data Structures
The data structures are defined as follows:
thread_t
The basic thread id. This is a black box value that is not
significant outside the thread system. It is guaranteed that no two
active threads on a node will have the same thread id.
kern_return_t
An enumeration of the possible values a system call can return. It
indicates the success or failure of the call. It will either be
[KERN_SUCCESS] to indicate that the call succeeded, or some other
value to describe the reason for the failure.
DIAGNOSTICS
Upon successful completion, the thread is killed and thread_terminate
returns [KERN_SUCCESS]; otherwise, errno is set to indicate the error.
ERRORS
This function fails if:
[KERN_INVALID_ARGUMENT]
The thread id passed in is not valid.
[KERN_PROTECTION_FAILURE]
The process this thread is in does not have sufficient rights
to terminate the target thread.
SEE ALSO
thread_create(3T), thread_suspend(3T), thread_resume(3T),
thread_abort(3T), thread_self(3T), thread_info(3T), thread_state(3T),
thread_set_priority(3T), thread_handle_signals(3T), thread_inhibit(3T),
thread_cleanup(3T), thread_startup(3T), threadp_init(3T),
threadp_set(3T), threadp_get(3T)
Section (3P) pthread calls (IEEE P1003.4a) calls
Domain System Software Release Notes, Software Release 10.4
NOTES
This call is part of the low level Domain/OS Pthread interface. Most of
these calls come directly from the Mach thread interface. Except as
noted, they work exactly like the equivalent Mach call; they work between
processes (the thread id is unique for a node) if the calling process has
the appropriate rights relative to the target process.
This call is provided solely for compatibility with the Mach operating
system. New applications should use the Pthread interface instead.