/* ``all_threads'' is keyed by the LWP ID, which we use as the GDB protocol
representation of the thread ID.
- ``all_processes'' is keyed by the process ID - which on Linux is (presently)
+ ``all_lwps'' is keyed by the process ID - which on Linux is (presently)
the same as the LWP ID. */
-struct inferior_list all_processes;
+struct inferior_list all_lwps;
/* A list of all unknown processes which receive stop signals. Some other
process will presumably claim each of these as forked children
low target's arch_setup callback. */
static int new_inferior;
-static void linux_resume_one_process (struct inferior_list_entry *entry,
- int step, int signal, siginfo_t *info);
+static void linux_resume_one_lwp (struct inferior_list_entry *entry,
+ int step, int signal, siginfo_t *info);
static void linux_resume (struct thread_resume *resume_info);
-static void stop_all_processes (void);
+static void stop_all_lwps (void);
static int linux_wait_for_event (struct thread_info *child);
-static int check_removed_breakpoint (struct process_info *event_child);
-static void *add_process (unsigned long pid);
+static int check_removed_breakpoint (struct lwp_info *event_child);
+static void *add_lwp (unsigned long pid);
static int my_waitpid (int pid, int *status, int flags);
struct pending_signals
#define pid_of(proc) ((proc)->head.id)
/* FIXME: Delete eventually. */
-#define inferior_pid (pid_of (get_thread_process (current_inferior)))
+#define inferior_pid (pid_of (get_thread_lwp (current_inferior)))
static void
-handle_extended_wait (struct process_info *event_child, int wstat)
+handle_extended_wait (struct lwp_info *event_child, int wstat)
{
int event = wstat >> 16;
- struct process_info *new_process;
+ struct lwp_info *new_lwp;
if (event == PTRACE_EVENT_CLONE)
{
ptrace (PTRACE_SETOPTIONS, new_pid, 0, PTRACE_O_TRACECLONE);
- new_process = (struct process_info *) add_process (new_pid);
- add_thread (new_pid, new_process, new_pid);
- new_thread_notify (thread_id_to_gdb_id (new_process->lwpid));
+ new_lwp = (struct lwp_info *) add_lwp (new_pid);
+ add_thread (new_pid, new_lwp, new_pid);
+ new_thread_notify (thread_id_to_gdb_id (new_lwp->lwpid));
/* Normally we will get the pending SIGSTOP. But in some cases
we might get another signal delivered to the group first.
if (WSTOPSIG (status) == SIGSTOP)
{
if (stopping_threads)
- new_process->stopped = 1;
+ new_lwp->stopped = 1;
else
ptrace (PTRACE_CONT, new_pid, 0, 0);
}
else
{
- new_process->stop_expected = 1;
+ new_lwp->stop_expected = 1;
if (stopping_threads)
{
- new_process->stopped = 1;
- new_process->status_pending_p = 1;
- new_process->status_pending = status;
+ new_lwp->stopped = 1;
+ new_lwp->status_pending_p = 1;
+ new_lwp->status_pending = status;
}
else
/* Pass the signal on. This is what GDB does - except
/* Always resume the current thread. If we are stopping
threads, it will have a pending SIGSTOP; we may as well
collect it now. */
- linux_resume_one_process (&event_child->head,
- event_child->stepping, 0, NULL);
+ linux_resume_one_lwp (&event_child->head,
+ event_child->stepping, 0, NULL);
}
}
{
CORE_ADDR stop_pc = (*the_low_target.get_pc) ();
- if (get_thread_process (current_inferior)->stepping)
+ if (get_thread_lwp (current_inferior)->stepping)
return stop_pc;
else
return stop_pc - the_low_target.decr_pc_after_break;
}
static void *
-add_process (unsigned long pid)
+add_lwp (unsigned long pid)
{
- struct process_info *process;
+ struct lwp_info *lwp;
- process = (struct process_info *) xmalloc (sizeof (*process));
- memset (process, 0, sizeof (*process));
+ lwp = (struct lwp_info *) xmalloc (sizeof (*lwp));
+ memset (lwp, 0, sizeof (*lwp));
- process->head.id = pid;
- process->lwpid = pid;
+ lwp->head.id = pid;
+ lwp->lwpid = pid;
- add_inferior_to_list (&all_processes, &process->head);
+ add_inferior_to_list (&all_lwps, &lwp->head);
- return process;
+ return lwp;
}
/* Start an inferior process and returns its pid.
static int
linux_create_inferior (char *program, char **allargs)
{
- void *new_process;
+ void *new_lwp;
int pid;
#if defined(__UCLIBC__) && defined(HAS_NOMMU)
_exit (0177);
}
- new_process = add_process (pid);
- add_thread (pid, new_process, pid);
+ new_lwp = add_lwp (pid);
+ add_thread (pid, new_lwp, pid);
must_set_ptrace_flags = 1;
new_inferior = 1;
void
linux_attach_lwp (unsigned long pid)
{
- struct process_info *new_process;
+ struct lwp_info *new_lwp;
if (ptrace (PTRACE_ATTACH, pid, 0, 0) != 0)
{
if (all_threads.head != NULL)
{
/* If we fail to attach to an LWP, just warn. */
- fprintf (stderr, "Cannot attach to process %ld: %s (%d)\n", pid,
+ fprintf (stderr, "Cannot attach to lwp %ld: %s (%d)\n", pid,
strerror (errno), errno);
fflush (stderr);
return;
We need to wait for SIGSTOP first. */
ptrace (PTRACE_SETOPTIONS, pid, 0, PTRACE_O_TRACECLONE);
- new_process = (struct process_info *) add_process (pid);
- add_thread (pid, new_process, pid);
- new_thread_notify (thread_id_to_gdb_id (new_process->lwpid));
+ new_lwp = (struct lwp_info *) add_lwp (pid);
+ add_thread (pid, new_lwp, pid);
+ new_thread_notify (thread_id_to_gdb_id (new_lwp->lwpid));
/* The next time we wait for this LWP we'll see a SIGSTOP as PTRACE_ATTACH
brings it to a halt.
On the other hand, if we are currently trying to stop all threads, we
should treat the new thread as if we had sent it a SIGSTOP. This works
- because we are guaranteed that the add_process call above added us to the
+ because we are guaranteed that the add_lwp call above added us to the
end of the list, and so the new thread has not yet reached
wait_for_sigstop (but will). */
if (! stopping_threads)
- new_process->stop_expected = 1;
+ new_lwp->stop_expected = 1;
}
int
linux_attach (unsigned long pid)
{
- struct process_info *process;
+ struct lwp_info *lwp;
linux_attach_lwp (pid);
/* Don't ignore the initial SIGSTOP if we just attached to this process.
It will be collected by wait shortly. */
- process = (struct process_info *) find_inferior_id (&all_processes, pid);
- process->stop_expected = 0;
+ lwp = (struct lwp_info *) find_inferior_id (&all_lwps, pid);
+ lwp->stop_expected = 0;
new_inferior = 1;
/* Kill the inferior process. Make us have no inferior. */
static void
-linux_kill_one_process (struct inferior_list_entry *entry)
+linux_kill_one_lwp (struct inferior_list_entry *entry)
{
struct thread_info *thread = (struct thread_info *) entry;
- struct process_info *process = get_thread_process (thread);
+ struct lwp_info *lwp = get_thread_lwp (thread);
int wstat;
/* We avoid killing the first thread here, because of a Linux kernel (at
do
{
- ptrace (PTRACE_KILL, pid_of (process), 0, 0);
+ ptrace (PTRACE_KILL, pid_of (lwp), 0, 0);
/* Make sure it died. The loop is most likely unnecessary. */
wstat = linux_wait_for_event (thread);
linux_kill (void)
{
struct thread_info *thread = (struct thread_info *) all_threads.head;
- struct process_info *process;
+ struct lwp_info *lwp;
int wstat;
if (thread == NULL)
return;
- for_each_inferior (&all_threads, linux_kill_one_process);
+ for_each_inferior (&all_threads, linux_kill_one_lwp);
- /* See the comment in linux_kill_one_process. We did not kill the first
+ /* See the comment in linux_kill_one_lwp. We did not kill the first
thread in the list, so do so now. */
- process = get_thread_process (thread);
+ lwp = get_thread_lwp (thread);
do
{
- ptrace (PTRACE_KILL, pid_of (process), 0, 0);
+ ptrace (PTRACE_KILL, pid_of (lwp), 0, 0);
/* Make sure it died. The loop is most likely unnecessary. */
wstat = linux_wait_for_event (thread);
} while (WIFSTOPPED (wstat));
clear_inferiors ();
- free (all_processes.head);
- all_processes.head = all_processes.tail = NULL;
+ free (all_lwps.head);
+ all_lwps.head = all_lwps.tail = NULL;
}
static void
-linux_detach_one_process (struct inferior_list_entry *entry)
+linux_detach_one_lwp (struct inferior_list_entry *entry)
{
struct thread_info *thread = (struct thread_info *) entry;
- struct process_info *process = get_thread_process (thread);
+ struct lwp_info *lwp = get_thread_lwp (thread);
/* Make sure the process isn't stopped at a breakpoint that's
no longer there. */
- check_removed_breakpoint (process);
+ check_removed_breakpoint (lwp);
/* If this process is stopped but is expecting a SIGSTOP, then make
sure we take care of that now. This isn't absolutely guaranteed
to collect the SIGSTOP, but is fairly likely to. */
- if (process->stop_expected)
+ if (lwp->stop_expected)
{
/* Clear stop_expected, so that the SIGSTOP will be reported. */
- process->stop_expected = 0;
- if (process->stopped)
- linux_resume_one_process (&process->head, 0, 0, NULL);
+ lwp->stop_expected = 0;
+ if (lwp->stopped)
+ linux_resume_one_lwp (&lwp->head, 0, 0, NULL);
linux_wait_for_event (thread);
}
/* Flush any pending changes to the process's registers. */
regcache_invalidate_one ((struct inferior_list_entry *)
- get_process_thread (process));
+ get_lwp_thread (lwp));
/* Finally, let it resume. */
- ptrace (PTRACE_DETACH, pid_of (process), 0, 0);
+ ptrace (PTRACE_DETACH, pid_of (lwp), 0, 0);
}
static int
linux_detach (void)
{
delete_all_breakpoints ();
- for_each_inferior (&all_threads, linux_detach_one_process);
+ for_each_inferior (&all_threads, linux_detach_one_lwp);
clear_inferiors ();
- free (all_processes.head);
- all_processes.head = all_processes.tail = NULL;
+ free (all_lwps.head);
+ all_lwps.head = all_lwps.tail = NULL;
return 0;
}
no longer appears to be inserted. Also adjust the PC
appropriately to resume where the breakpoint used to be. */
static int
-check_removed_breakpoint (struct process_info *event_child)
+check_removed_breakpoint (struct lwp_info *event_child)
{
CORE_ADDR stop_pc;
struct thread_info *saved_inferior;
return 0;
if (debug_threads)
- fprintf (stderr, "Checking for breakpoint in process %ld.\n",
+ fprintf (stderr, "Checking for breakpoint in lwp %ld.\n",
event_child->lwpid);
saved_inferior = current_inferior;
- current_inferior = get_process_thread (event_child);
+ current_inferior = get_lwp_thread (event_child);
stop_pc = get_stop_pc ();
return 1;
}
-/* Return 1 if this process has an interesting status pending. This function
- may silently resume an inferior process. */
+/* Return 1 if this lwp has an interesting status pending. This
+ function may silently resume an inferior lwp. */
static int
status_pending_p (struct inferior_list_entry *entry, void *dummy)
{
- struct process_info *process = (struct process_info *) entry;
+ struct lwp_info *lwp = (struct lwp_info *) entry;
- if (process->status_pending_p)
- if (check_removed_breakpoint (process))
+ if (lwp->status_pending_p)
+ if (check_removed_breakpoint (lwp))
{
/* This thread was stopped at a breakpoint, and the breakpoint
is now gone. We were told to continue (or step...) all threads,
So instead of reporting the old SIGTRAP, pretend we got to
the breakpoint just after it was removed instead of just
before; resume the process. */
- linux_resume_one_process (&process->head, 0, 0, NULL);
+ linux_resume_one_lwp (&lwp->head, 0, 0, NULL);
return 0;
}
- return process->status_pending_p;
+ return lwp->status_pending_p;
}
static void
-linux_wait_for_process (struct process_info **childp, int *wstatp)
+linux_wait_for_lwp (struct lwp_info **childp, int *wstatp)
{
int ret;
int to_wait_for = -1;
fprintf (stderr, "Got an event from %d (%x)\n", ret, *wstatp);
if (to_wait_for == -1)
- *childp = (struct process_info *) find_inferior_id (&all_processes, ret);
+ *childp = (struct lwp_info *) find_inferior_id (&all_lwps, ret);
/* If we didn't find a process, one of two things presumably happened:
- A process we started and then detached from has exited. Ignore it.
linux_wait_for_event (struct thread_info *child)
{
CORE_ADDR stop_pc;
- struct process_info *event_child;
+ struct lwp_info *event_child;
int wstat;
int bp_status;
(in check_removed_breakpoint); signals should be reported anyway. */
if (child == NULL)
{
- event_child = (struct process_info *)
- find_inferior (&all_processes, status_pending_p, NULL);
+ event_child = (struct lwp_info *)
+ find_inferior (&all_lwps, status_pending_p, NULL);
if (debug_threads && event_child)
fprintf (stderr, "Got a pending child %ld\n", event_child->lwpid);
}
else
{
- event_child = get_thread_process (child);
+ event_child = get_thread_lwp (child);
if (event_child->status_pending_p
&& check_removed_breakpoint (event_child))
event_child = NULL;
wstat = event_child->status_pending;
event_child->status_pending_p = 0;
event_child->status_pending = 0;
- current_inferior = get_process_thread (event_child);
+ current_inferior = get_lwp_thread (event_child);
return wstat;
}
}
if (child == NULL)
event_child = NULL;
else
- event_child = get_thread_process (child);
+ event_child = get_thread_lwp (child);
- linux_wait_for_process (&event_child, &wstat);
+ linux_wait_for_lwp (&event_child, &wstat);
if (event_child == NULL)
error ("event from unknown child");
dead_thread_notify (thread_id_to_gdb_id (event_child->lwpid));
- remove_inferior (&all_processes, &event_child->head);
+ remove_inferior (&all_lwps, &event_child->head);
free (event_child);
remove_thread (current_inferior);
current_inferior = (struct thread_info *) all_threads.head;
if (debug_threads)
fprintf (stderr, "Expected stop.\n");
event_child->stop_expected = 0;
- linux_resume_one_process (&event_child->head,
- event_child->stepping, 0, NULL);
+ linux_resume_one_lwp (&event_child->head,
+ event_child->stepping, 0, NULL);
continue;
}
info_p = &info;
else
info_p = NULL;
- linux_resume_one_process (&event_child->head,
- event_child->stepping,
- WSTOPSIG (wstat), info_p);
+ linux_resume_one_lwp (&event_child->head,
+ event_child->stepping,
+ WSTOPSIG (wstat), info_p);
continue;
}
event_child->bp_reinsert = 0;
/* Clear the single-stepping flag and SIGTRAP as we resume. */
- linux_resume_one_process (&event_child->head, 0, 0, NULL);
+ linux_resume_one_lwp (&event_child->head, 0, 0, NULL);
continue;
}
process. */
if (bp_status == 2)
/* No need to reinsert. */
- linux_resume_one_process (&event_child->head, 0, 0, NULL);
+ linux_resume_one_lwp (&event_child->head, 0, 0, NULL);
else if (the_low_target.breakpoint_reinsert_addr == NULL)
{
event_child->bp_reinsert = stop_pc;
uninsert_breakpoint (stop_pc);
- linux_resume_one_process (&event_child->head, 1, 0, NULL);
+ linux_resume_one_lwp (&event_child->head, 1, 0, NULL);
}
else
{
reinsert_breakpoint_by_bp
(stop_pc, (*the_low_target.breakpoint_reinsert_addr) ());
- linux_resume_one_process (&event_child->head, 0, 0, NULL);
+ linux_resume_one_lwp (&event_child->head, 0, 0, NULL);
}
continue;
}
w = linux_wait_for_event (child);
- stop_all_processes ();
+ stop_all_lwps ();
if (must_set_ptrace_flags)
{
fprintf (stderr, "\nChild exited with retcode = %x \n", WEXITSTATUS (w));
*status = 'W';
clear_inferiors ();
- free (all_processes.head);
- all_processes.head = all_processes.tail = NULL;
+ free (all_lwps.head);
+ all_lwps.head = all_lwps.tail = NULL;
return WEXITSTATUS (w);
}
else if (!WIFSTOPPED (w))
fprintf (stderr, "\nChild terminated with signal = %x \n", WTERMSIG (w));
*status = 'X';
clear_inferiors ();
- free (all_processes.head);
- all_processes.head = all_processes.tail = NULL;
+ free (all_lwps.head);
+ all_lwps.head = all_lwps.tail = NULL;
return target_signal_from_host (WTERMSIG (w));
}
}
static void
send_sigstop (struct inferior_list_entry *entry)
{
- struct process_info *process = (struct process_info *) entry;
+ struct lwp_info *lwp = (struct lwp_info *) entry;
- if (process->stopped)
+ if (lwp->stopped)
return;
/* If we already have a pending stop signal for this process, don't
send another. */
- if (process->stop_expected)
+ if (lwp->stop_expected)
{
if (debug_threads)
- fprintf (stderr, "Have pending sigstop for process %ld\n",
- process->lwpid);
+ fprintf (stderr, "Have pending sigstop for lwp %ld\n",
+ lwp->lwpid);
/* We clear the stop_expected flag so that wait_for_sigstop
will receive the SIGSTOP event (instead of silently resuming and
waiting again). It'll be reset below. */
- process->stop_expected = 0;
+ lwp->stop_expected = 0;
return;
}
if (debug_threads)
- fprintf (stderr, "Sending sigstop to process %ld\n", process->head.id);
+ fprintf (stderr, "Sending sigstop to lwp %ld\n", lwp->head.id);
- kill_lwp (process->head.id, SIGSTOP);
+ kill_lwp (lwp->head.id, SIGSTOP);
}
static void
wait_for_sigstop (struct inferior_list_entry *entry)
{
- struct process_info *process = (struct process_info *) entry;
+ struct lwp_info *lwp = (struct lwp_info *) entry;
struct thread_info *saved_inferior, *thread;
int wstat;
unsigned long saved_tid;
- if (process->stopped)
+ if (lwp->stopped)
return;
saved_inferior = current_inferior;
saved_tid = ((struct inferior_list_entry *) saved_inferior)->id;
thread = (struct thread_info *) find_inferior_id (&all_threads,
- process->lwpid);
+ lwp->lwpid);
wstat = linux_wait_for_event (thread);
/* If we stopped with a non-SIGSTOP signal, save it for later
{
if (debug_threads)
fprintf (stderr, "LWP %ld stopped with non-sigstop status %06x\n",
- process->lwpid, wstat);
- process->status_pending_p = 1;
- process->status_pending = wstat;
- process->stop_expected = 1;
+ lwp->lwpid, wstat);
+ lwp->status_pending_p = 1;
+ lwp->status_pending = wstat;
+ lwp->stop_expected = 1;
}
if (linux_thread_alive (saved_tid))
}
static void
-stop_all_processes (void)
+stop_all_lwps (void)
{
stopping_threads = 1;
- for_each_inferior (&all_processes, send_sigstop);
- for_each_inferior (&all_processes, wait_for_sigstop);
+ for_each_inferior (&all_lwps, send_sigstop);
+ for_each_inferior (&all_lwps, wait_for_sigstop);
stopping_threads = 0;
}
If SIGNAL is nonzero, give it that signal. */
static void
-linux_resume_one_process (struct inferior_list_entry *entry,
- int step, int signal, siginfo_t *info)
+linux_resume_one_lwp (struct inferior_list_entry *entry,
+ int step, int signal, siginfo_t *info)
{
- struct process_info *process = (struct process_info *) entry;
+ struct lwp_info *lwp = (struct lwp_info *) entry;
struct thread_info *saved_inferior;
- if (process->stopped == 0)
+ if (lwp->stopped == 0)
return;
/* If we have pending signals or status, and a new signal, enqueue the
signal. Also enqueue the signal if we are waiting to reinsert a
breakpoint; it will be picked up again below. */
if (signal != 0
- && (process->status_pending_p || process->pending_signals != NULL
- || process->bp_reinsert != 0))
+ && (lwp->status_pending_p || lwp->pending_signals != NULL
+ || lwp->bp_reinsert != 0))
{
struct pending_signals *p_sig;
p_sig = xmalloc (sizeof (*p_sig));
- p_sig->prev = process->pending_signals;
+ p_sig->prev = lwp->pending_signals;
p_sig->signal = signal;
if (info == NULL)
memset (&p_sig->info, 0, sizeof (siginfo_t));
else
memcpy (&p_sig->info, info, sizeof (siginfo_t));
- process->pending_signals = p_sig;
+ lwp->pending_signals = p_sig;
}
- if (process->status_pending_p && !check_removed_breakpoint (process))
+ if (lwp->status_pending_p && !check_removed_breakpoint (lwp))
return;
saved_inferior = current_inferior;
- current_inferior = get_process_thread (process);
+ current_inferior = get_lwp_thread (lwp);
if (debug_threads)
- fprintf (stderr, "Resuming process %ld (%s, signal %d, stop %s)\n", inferior_pid,
+ fprintf (stderr, "Resuming lwp %ld (%s, signal %d, stop %s)\n", inferior_pid,
step ? "step" : "continue", signal,
- process->stop_expected ? "expected" : "not expected");
+ lwp->stop_expected ? "expected" : "not expected");
/* This bit needs some thinking about. If we get a signal that
we must report while a single-step reinsert is still pending,
the reinsert happened right away and not lose any signals.
Making this stack would also shrink the window in which breakpoints are
- uninserted (see comment in linux_wait_for_process) but not enough for
+ uninserted (see comment in linux_wait_for_lwp) but not enough for
complete correctness, so it won't solve that problem. It may be
worthwhile just to solve this one, however. */
- if (process->bp_reinsert != 0)
+ if (lwp->bp_reinsert != 0)
{
if (debug_threads)
- fprintf (stderr, " pending reinsert at %08lx", (long)process->bp_reinsert);
+ fprintf (stderr, " pending reinsert at %08lx", (long)lwp->bp_reinsert);
if (step == 0)
fprintf (stderr, "BAD - reinserting but not stepping.\n");
step = 1;
signal = 0;
}
- check_removed_breakpoint (process);
+ check_removed_breakpoint (lwp);
if (debug_threads && the_low_target.get_pc != NULL)
{
/* If we have pending signals, consume one unless we are trying to reinsert
a breakpoint. */
- if (process->pending_signals != NULL && process->bp_reinsert == 0)
+ if (lwp->pending_signals != NULL && lwp->bp_reinsert == 0)
{
struct pending_signals **p_sig;
- p_sig = &process->pending_signals;
+ p_sig = &lwp->pending_signals;
while ((*p_sig)->prev != NULL)
p_sig = &(*p_sig)->prev;
signal = (*p_sig)->signal;
if ((*p_sig)->info.si_signo != 0)
- ptrace (PTRACE_SETSIGINFO, process->lwpid, 0, &(*p_sig)->info);
+ ptrace (PTRACE_SETSIGINFO, lwp->lwpid, 0, &(*p_sig)->info);
free (*p_sig);
*p_sig = NULL;
}
regcache_invalidate_one ((struct inferior_list_entry *)
- get_process_thread (process));
+ get_lwp_thread (lwp));
errno = 0;
- process->stopped = 0;
- process->stepping = step;
- ptrace (step ? PTRACE_SINGLESTEP : PTRACE_CONT, process->lwpid, 0, signal);
+ lwp->stopped = 0;
+ lwp->stepping = step;
+ ptrace (step ? PTRACE_SINGLESTEP : PTRACE_CONT, lwp->lwpid, 0, signal);
current_inferior = saved_inferior;
if (errno)
static void
linux_set_resume_request (struct inferior_list_entry *entry)
{
- struct process_info *process;
+ struct lwp_info *lwp;
struct thread_info *thread;
int ndx;
thread = (struct thread_info *) entry;
- process = get_thread_process (thread);
+ lwp = get_thread_lwp (thread);
ndx = 0;
while (resume_ptr[ndx].thread != -1 && resume_ptr[ndx].thread != entry->id)
ndx++;
- process->resume = &resume_ptr[ndx];
+ lwp->resume = &resume_ptr[ndx];
}
/* This function is called once per thread. We check the thread's resume
static void
linux_continue_one_thread (struct inferior_list_entry *entry)
{
- struct process_info *process;
+ struct lwp_info *lwp;
struct thread_info *thread;
int step;
thread = (struct thread_info *) entry;
- process = get_thread_process (thread);
+ lwp = get_thread_lwp (thread);
- if (process->resume->leave_stopped)
+ if (lwp->resume->leave_stopped)
return;
- if (process->resume->thread == -1)
- step = process->stepping || process->resume->step;
+ if (lwp->resume->thread == -1)
+ step = lwp->stepping || lwp->resume->step;
else
- step = process->resume->step;
+ step = lwp->resume->step;
- linux_resume_one_process (&process->head, step, process->resume->sig, NULL);
+ linux_resume_one_lwp (&lwp->head, step, lwp->resume->sig, NULL);
- process->resume = NULL;
+ lwp->resume = NULL;
}
/* This function is called once per thread. We check the thread's resume
static void
linux_queue_one_thread (struct inferior_list_entry *entry)
{
- struct process_info *process;
+ struct lwp_info *lwp;
struct thread_info *thread;
thread = (struct thread_info *) entry;
- process = get_thread_process (thread);
+ lwp = get_thread_lwp (thread);
- if (process->resume->leave_stopped)
+ if (lwp->resume->leave_stopped)
return;
/* If we have a new signal, enqueue the signal. */
- if (process->resume->sig != 0)
+ if (lwp->resume->sig != 0)
{
struct pending_signals *p_sig;
p_sig = xmalloc (sizeof (*p_sig));
- p_sig->prev = process->pending_signals;
- p_sig->signal = process->resume->sig;
+ p_sig->prev = lwp->pending_signals;
+ p_sig->signal = lwp->resume->sig;
memset (&p_sig->info, 0, sizeof (siginfo_t));
/* If this is the same signal we were previously stopped by,
make sure to queue its siginfo. We can ignore the return
value of ptrace; if it fails, we'll skip
PTRACE_SETSIGINFO. */
- if (WIFSTOPPED (process->last_status)
- && WSTOPSIG (process->last_status) == process->resume->sig)
- ptrace (PTRACE_GETSIGINFO, process->lwpid, 0, &p_sig->info);
+ if (WIFSTOPPED (lwp->last_status)
+ && WSTOPSIG (lwp->last_status) == lwp->resume->sig)
+ ptrace (PTRACE_GETSIGINFO, lwp->lwpid, 0, &p_sig->info);
- process->pending_signals = p_sig;
+ lwp->pending_signals = p_sig;
}
- process->resume = NULL;
+ lwp->resume = NULL;
}
/* Set DUMMY if this process has an interesting status pending. */
static int
resume_status_pending_p (struct inferior_list_entry *entry, void *flag_p)
{
- struct process_info *process = (struct process_info *) entry;
+ struct lwp_info *lwp = (struct lwp_info *) entry;
/* Processes which will not be resumed are not interesting, because
we might not wait for them next time through linux_wait. */
- if (process->resume->leave_stopped)
+ if (lwp->resume->leave_stopped)
return 0;
/* If this thread has a removed breakpoint, we won't have any
GDB removes the breakpoint to single-step a particular thread
past it, then re-inserts it and resumes all threads. We want
to report the second thread without resuming it in the interim. */
- if (process->status_pending_p)
- check_removed_breakpoint (process);
+ if (lwp->status_pending_p)
+ check_removed_breakpoint (lwp);
- if (process->status_pending_p)
+ if (lwp->status_pending_p)
* (int *) flag_p = 1;
return 0;
report the pending status. Make sure to queue any signals
that would otherwise be sent. */
pending_flag = 0;
- find_inferior (&all_processes, resume_status_pending_p, &pending_flag);
+ find_inferior (&all_lwps, resume_status_pending_p, &pending_flag);
if (debug_threads)
{
{
/* At this point, ESRCH should mean the process is already gone,
in which case we simply ignore attempts to change its registers.
- See also the related comment in linux_resume_one_process. */
+ See also the related comment in linux_resume_one_lwp. */
if (errno == ESRCH)
return;
{
/* At this point, ESRCH should mean the process is already gone,
in which case we simply ignore attempts to change its registers.
- See also the related comment in linux_resume_one_process. */
+ See also the related comment in linux_resume_one_lwp. */
return 0;
}
else
if (cont_thread != 0 && cont_thread != -1)
{
- struct process_info *process;
+ struct lwp_info *lwp;
- process = get_thread_process (current_inferior);
- kill_lwp (process->lwpid, SIGINT);
+ lwp = get_thread_lwp (current_inferior);
+ kill_lwp (lwp->lwpid, SIGINT);
}
else
kill_lwp (signal_pid, SIGINT);
{
#if defined(PT_TEXT_ADDR) && defined(PT_DATA_ADDR) && defined(PT_TEXT_END_ADDR)
unsigned long text, text_end, data;
- int pid = get_thread_process (current_inferior)->head.id;
+ int pid = get_thread_lwp (current_inferior)->head.id;
errno = 0;
if (current_inferior == NULL)
return -1;
- pid = pid_of (get_thread_process (current_inferior));
+ pid = pid_of (get_thread_lwp (current_inferior));
if (debug_threads)
fprintf (stderr, "%s siginfo for lwp %ld.\n",
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