[PATCH] gdb, btrace: fix wrong #endif comments

[PATCH] gdb, btrace: fix wrong #endif comments

[Markus Metzger]

---
 gdb/btrace.c | 8 ++++----
 1 file changed, 4 insertions(+), 4 deletions(-)

diff --git a/gdb/btrace.c b/gdb/btrace.c
index f9c6f0e5b6a..ef152c531fb 100644
--- a/gdb/btrace.c
+++ b/gdb/btrace.c
@@ -1283,7 +1283,7 @@ decode_interrupt_vector (const uint8_t vector)
 
   return nullptr;
 }
-#endif /* defined (LIBIPT_VERSION >= 0x201) */
+#endif /* (LIBIPT_VERSION >= 0x201) */
 
 /* Handle instruction decode events (libipt-v2).  */
 
@@ -1596,7 +1596,7 @@ handle_pt_insn_events (struct btrace_thread_info *btinfo,
 	    handle_pt_aux_insn (btinfo, aux_string, pc);
 	    break;
 	  }
-#endif /* defined (LIBIPT_VERSION >= 0x201) */
+#endif /* (LIBIPT_VERSION >= 0x201) */
 
 #if (LIBIPT_VERSION >= 0x202)
 	case ptev_trig:
@@ -3064,7 +3064,7 @@ pt_print_packet (const struct pt_packet *packet)
 		  packet->payload.ptw.payload,
 		  packet->payload.ptw.ip ? (" ip") : (""));
       break;
-#endif /* defined (LIBIPT_VERSION >= 0x200)  */
+#endif /* (LIBIPT_VERSION >= 0x200)  */
 
 #if (LIBIPT_VERSION >= 0x201)
     case ppt_cfe:
@@ -3077,7 +3077,7 @@ pt_print_packet (const struct pt_packet *packet)
       gdb_printf (("evd %u: 0x%" PRIx64 ""), packet->payload.evd.type,
 		  packet->payload.evd.payload);
       break;
-#endif /* defined (LIBIPT_VERSION >= 0x201)  */
+#endif /* (LIBIPT_VERSION >= 0x201)  */
     }
 }
 
-- 
2.34.1

Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
Chairperson of the Supervisory Board: Nicole Lau
Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

[PATCH] gdb: fix an issue with thread list corruption

[Markus Metzger]

When resuming a target in non-stop mode with 'c -a', the continue command
uses for_each_thread() to proceed each stopped thread individually.  This
uses an all_threads_safe() iteration.

If one of the stopped threads does an inline step-over, since the target
is non-stop, we stop_all_threads(), which involves update_thread_list(),
which, in turn, may delete_thread().

If this deleted the thread pointed to by the m_next safe iterator member,
the above all_threads_safe() iteration will be corrupted.

The thread we're proceeding is stopped and there is no reason to delete
it.  Consequently, there is no reason for all_threads_safe(), which isn't
that safe in this scenario.

Iterate using all_threads() and inline proceed_thread_callback().
---
 gdb/infcmd.c | 52 ++++++++++++++++++++++++++--------------------------
 1 file changed, 26 insertions(+), 26 deletions(-)

diff --git a/gdb/infcmd.c b/gdb/infcmd.c
index f3f15c9ae1d..692158e1aaf 100644
--- a/gdb/infcmd.c
+++ b/gdb/infcmd.c
@@ -685,29 +685,6 @@ starti_command (const char *args, int from_tty)
   run_command_1 (args, from_tty, RUN_STOP_AT_FIRST_INSN);
 }
 
-static void
-proceed_thread_callback (struct thread_info *thread)
-{
-  /* We go through all threads individually instead of compressing
-     into a single target `resume_all' request, because some threads
-     may be stopped in internal breakpoints/events, or stopped waiting
-     for its turn in the displaced stepping queue (that is, they are
-     running from the user's perspective but internally stopped).  The
-     target side has no idea about why the thread is stopped, so a
-     `resume_all' command would resume too much.  If/when GDB gains a
-     way to tell the target `hold this thread stopped until I say
-     otherwise', then we can optimize this.  */
-  if (thread->state () != THREAD_STOPPED)
-    return;
-
-  if (!thread->inf->has_execution ())
-    return;
-
-  switch_to_thread (thread);
-  clear_proceed_status (0);
-  proceed ((CORE_ADDR) -1, GDB_SIGNAL_DEFAULT);
-}
-
 static void
 ensure_valid_thread (void)
 {
@@ -746,12 +723,12 @@ ensure_not_running (void)
 }
 
 void
-continue_1 (int all_threads)
+continue_1 (int all)
 {
   ERROR_NO_INFERIOR;
   ensure_not_tfind_mode ();
 
-  if (non_stop && all_threads)
+  if (non_stop && all)
     {
       /* Don't error out if the current thread is running, because
 	 there may be other stopped threads.  */
@@ -762,7 +739,30 @@ continue_1 (int all_threads)
       scoped_disable_commit_resumed disable_commit_resumed
 	("continue all threads in non-stop");
 
-      for_each_thread (proceed_thread_callback);
+      /* Do not use all_threads_safe in case threads get removed while
+	 resuming THREAD.  */
+      for (thread_info &thread : all_threads ())
+	{
+	  /* We go through all threads individually instead of compressing
+	     into a single target `resume_all' request, because some
+	     threads may be stopped in internal breakpoints/events, or
+	     stopped waiting for its turn in the displaced stepping queue
+	     (that is, they are running from the user's perspective but
+	     internally stopped).  The target side has no idea about why
+	     the thread is stopped, so a `resume_all' command would resume
+	     too much.  If/when GDB gains a way to tell the target `hold
+	     this thread stopped until I say otherwise', then we can
+	     optimize this.  */
+	  if (thread.state () != THREAD_STOPPED)
+	    continue;
+
+	  if (!thread.inf->has_execution ())
+	    continue;
+
+	  switch_to_thread (&thread);
+	  clear_proceed_status (0);
+	  proceed ((CORE_ADDR) -1, GDB_SIGNAL_DEFAULT);
+	}
 
       if (current_ui->prompt_state == PROMPT_BLOCKED)
 	{
-- 
2.34.1

Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
Chairperson of the Supervisory Board: Nicole Lau
Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH] gdb: fix an issue with thread list corruption

[Simon Marchi]

On 5/4/26 3:16 AM, Markus Metzger wrote:
> When resuming a target in non-stop mode with 'c -a', the continue command
> uses for_each_thread() to proceed each stopped thread individually.  This
> uses an all_threads_safe() iteration.
> 
> If one of the stopped threads does an inline step-over, since the target
> is non-stop, we stop_all_threads(), which involves update_thread_list(),
> which, in turn, may delete_thread().
> 
> If this deleted the thread pointed to by the m_next safe iterator member,
> the above all_threads_safe() iteration will be corrupted.
> 
> The thread we're proceeding is stopped and there is no reason to delete
> it.  Consequently, there is no reason for all_threads_safe(), which isn't
> that safe in this scenario.
> 
> Iterate using all_threads() and inline proceed_thread_callback().

Just to try to make sure I understand the circumstances that lead the
the failure correcty (and make sure this doesn't just cover up other
problems):

 - thread 1 is stopped on a breakpoint
 - thread 2 is executing
 - displaced stepping is disabled
 - the target doesn't report thread events to the core
 - you "continue -a"
 - thread 1 starts an inline step-over, which calls stop_all_threads,
   which calls update_thread_list
 - meanwhile, thread 2 exits
 - update_thread_list causes thread 2 to be deleted
 - the safe iterator's m_next field now points to a deleted thread info

I thought: don't we now ask the target to report thread exit events when
doing steps now (to handle step over exit)?  But we only ask for to
report the exit event for the stepping thread, so the target wouldn't
report the exit of thread 2.

If my understand above is corerct, then I agree with your reasoning.
The currently iterated on thread is stopped and should not disappear,
except maybe on a misbehaving target (in which case we'd fix the
target).  Maybe it could happen with a remote target where communication
breaks during this update_thread_list, but that is notoriously difficult
to handle correctly.

> @@ -762,7 +739,30 @@ continue_1 (int all_threads)
>        scoped_disable_commit_resumed disable_commit_resumed
>  	("continue all threads in non-stop");
>  
> -      for_each_thread (proceed_thread_callback);
> +      /* Do not use all_threads_safe in case threads get removed while
> +	 resuming THREAD.  */

I understand this comment because I just read your commit message, but I
don't think I would understand it in isolation.  Because
all_threads_safe is usually used to handle cases where threads (the
current one) get removed while iterating.  I suggest:

      /* Do not use all_threads_safe, because it's possible for the next thread
         to get removed while resuming THREAD.  We know that thread is stopped
	 and should not disappear under our feet.  */

Then if I wanted to understand more about the circumstances where this
check was added, I would do a git blame and find the commit message.

Simon

RE: [PATCH] gdb: fix an issue with thread list corruption

[Metzger, Markus T]

Hello Simon,

>-----Original Message-----
>From: Simon Marchi <simark@simark.ca>
>Sent: Monday, May 4, 2026 5:30 PM
>To: Metzger, Markus T <markus.t.metzger@intel.com>; gdb-
>patches@sourceware.org
>Subject: Re: [PATCH] gdb: fix an issue with thread list corruption
>
>On 5/4/26 3:16 AM, Markus Metzger wrote:
>> When resuming a target in non-stop mode with 'c -a', the continue
>command
>> uses for_each_thread() to proceed each stopped thread individually.  This
>> uses an all_threads_safe() iteration.
>>
>> If one of the stopped threads does an inline step-over, since the target
>> is non-stop, we stop_all_threads(), which involves update_thread_list(),
>> which, in turn, may delete_thread().
>>
>> If this deleted the thread pointed to by the m_next safe iterator member,
>> the above all_threads_safe() iteration will be corrupted.
>>
>> The thread we're proceeding is stopped and there is no reason to delete
>> it.  Consequently, there is no reason for all_threads_safe(), which isn't
>> that safe in this scenario.
>>
>> Iterate using all_threads() and inline proceed_thread_callback().
>
>Just to try to make sure I understand the circumstances that lead the
>the failure correcty (and make sure this doesn't just cover up other
>problems):
>
> - thread 1 is stopped on a breakpoint
> - thread 2 is executing
> - displaced stepping is disabled
> - the target doesn't report thread events to the core
> - you "continue -a"
> - thread 1 starts an inline step-over, which calls stop_all_threads,
>   which calls update_thread_list
> - meanwhile, thread 2 exits
> - update_thread_list causes thread 2 to be deleted
> - the safe iterator's m_next field now points to a deleted thread info
>
>I thought: don't we now ask the target to report thread exit events when
>doing steps now (to handle step over exit)?  But we only ask for to
>report the exit event for the stepping thread, so the target wouldn't
>report the exit of thread 2.

I saw this with our new GPU target.  Even if we asked for exit events,
our target would only be able to provide them when single-stepping
(i.e. for thread 1) and not for running threads (i.e. for thread 2, assuming
GDB even asked for it).
I believe that AMD GPU targets suffer from the same limitation.

>If my understand above is corerct, then I agree with your reasoning.
>The currently iterated on thread is stopped and should not disappear,
>except maybe on a misbehaving target (in which case we'd fix the
>target).  Maybe it could happen with a remote target where communication
>breaks during this update_thread_list, but that is notoriously difficult
>to handle correctly.

Our GPU target is a non-stop remote target.  I wouldn't rule out that it still
misbehaves somewhat, but the scenario described above is the normal behavior.
We will be able to step over breakpoints inside the target in a future version, so
stopping all threads for an inline step-over will not be necessary anymore. But
I'd argue that this will simply hide the bug.

>
>> @@ -762,7 +739,30 @@ continue_1 (int all_threads)
>>        scoped_disable_commit_resumed disable_commit_resumed
>>  	("continue all threads in non-stop");
>>
>> -      for_each_thread (proceed_thread_callback);
>> +      /* Do not use all_threads_safe in case threads get removed while
>> +	 resuming THREAD.  */
>
>I understand this comment because I just read your commit message, but I
>don't think I would understand it in isolation.  Because
>all_threads_safe is usually used to handle cases where threads (the
>current one) get removed while iterating.  I suggest:
>
>      /* Do not use all_threads_safe, because it's possible for the next thread
>         to get removed while resuming THREAD.  We know that thread is
>stopped
>	 and should not disappear under our feet.  */
>
>Then if I wanted to understand more about the circumstances where this
>check was added, I would do a git blame and find the commit message.

I added your comment to v2.

Thanks,
Markus.

Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
Chairperson of the Supervisory Board: Nicole Lau
Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH] gdb: fix an issue with thread list corruption

[Simon Marchi]

On 2026-05-05 01:04, Metzger, Markus T wrote:
> Hello Simon,
> 
>> -----Original Message-----
>> From: Simon Marchi <simark@simark.ca>
>> Sent: Monday, May 4, 2026 5:30 PM
>> To: Metzger, Markus T <markus.t.metzger@intel.com>; gdb-
>> patches@sourceware.org
>> Subject: Re: [PATCH] gdb: fix an issue with thread list corruption
>>
>> On 5/4/26 3:16 AM, Markus Metzger wrote:
>>> When resuming a target in non-stop mode with 'c -a', the continue
>> command
>>> uses for_each_thread() to proceed each stopped thread individually.  This
>>> uses an all_threads_safe() iteration.
>>>
>>> If one of the stopped threads does an inline step-over, since the target
>>> is non-stop, we stop_all_threads(), which involves update_thread_list(),
>>> which, in turn, may delete_thread().
>>>
>>> If this deleted the thread pointed to by the m_next safe iterator member,
>>> the above all_threads_safe() iteration will be corrupted.
>>>
>>> The thread we're proceeding is stopped and there is no reason to delete
>>> it.  Consequently, there is no reason for all_threads_safe(), which isn't
>>> that safe in this scenario.
>>>
>>> Iterate using all_threads() and inline proceed_thread_callback().
>>
>> Just to try to make sure I understand the circumstances that lead the
>> the failure correcty (and make sure this doesn't just cover up other
>> problems):
>>
>> - thread 1 is stopped on a breakpoint
>> - thread 2 is executing
>> - displaced stepping is disabled
>> - the target doesn't report thread events to the core
>> - you "continue -a"
>> - thread 1 starts an inline step-over, which calls stop_all_threads,
>>   which calls update_thread_list
>> - meanwhile, thread 2 exits
>> - update_thread_list causes thread 2 to be deleted
>> - the safe iterator's m_next field now points to a deleted thread info

Can you comment on whether the sequence of events above sounds correct?
If it is, I think it would be possible to write a CPU test to reproduce
it, that would be helpful along with the fix.

Simon

RE: [PATCH] gdb: fix an issue with thread list corruption

[Metzger, Markus T]

Hello Simon,

>>> On 5/4/26 3:16 AM, Markus Metzger wrote:
>>>> When resuming a target in non-stop mode with 'c -a', the continue
>>> command
>>>> uses for_each_thread() to proceed each stopped thread individually.  This
>>>> uses an all_threads_safe() iteration.
>>>>
>>>> If one of the stopped threads does an inline step-over, since the target
>>>> is non-stop, we stop_all_threads(), which involves update_thread_list(),
>>>> which, in turn, may delete_thread().
>>>>
>>>> If this deleted the thread pointed to by the m_next safe iterator member,
>>>> the above all_threads_safe() iteration will be corrupted.
>>>>
>>>> The thread we're proceeding is stopped and there is no reason to delete
>>>> it.  Consequently, there is no reason for all_threads_safe(), which isn't
>>>> that safe in this scenario.
>>>>
>>>> Iterate using all_threads() and inline proceed_thread_callback().
>>>
>>> Just to try to make sure I understand the circumstances that lead the
>>> the failure correcty (and make sure this doesn't just cover up other
>>> problems):
>>>
>>> - thread 1 is stopped on a breakpoint
>>> - thread 2 is executing
>>> - displaced stepping is disabled
>>> - the target doesn't report thread events to the core
>>> - you "continue -a"
>>> - thread 1 starts an inline step-over, which calls stop_all_threads,
>>>   which calls update_thread_list
>>> - meanwhile, thread 2 exits
>>> - update_thread_list causes thread 2 to be deleted
>>> - the safe iterator's m_next field now points to a deleted thread info
>
>Can you comment on whether the sequence of events above sounds correct?
>If it is, I think it would be possible to write a CPU test to reproduce
>it, that would be helpful along with the fix.

The sequence sounds good, but I wonder how we would ensure that thread 2
exits just when we need it to.  This is non-stop mode, so we should learn about
the exit immediately.  The test would also need to rely on the ordering of threads
in the thread list.  And detecting the issue requires the next pointer of the next
element to be overwritten in a way that causes a deterministic effect - like crashing
GDB.  We wouldn't want to add another test that fails sporadically.

When looking at the safe-iterator code, it is obvious that it allows deleting the
current element and it does not allow deleting the next element.  So, nesting
safe-iterator iterations of the same list is a bad idea.

Regards,
Markus.
Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
Chairperson of the Supervisory Board: Nicole Lau
Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH] gdb: fix an issue with thread list corruption

[Simon Marchi]

On 2026-05-06 01:43, Metzger, Markus T wrote:
> Hello Simon,
> 
>>>> On 5/4/26 3:16 AM, Markus Metzger wrote:
>>>>> When resuming a target in non-stop mode with 'c -a', the continue
>>>> command
>>>>> uses for_each_thread() to proceed each stopped thread individually.  This
>>>>> uses an all_threads_safe() iteration.
>>>>>
>>>>> If one of the stopped threads does an inline step-over, since the target
>>>>> is non-stop, we stop_all_threads(), which involves update_thread_list(),
>>>>> which, in turn, may delete_thread().
>>>>>
>>>>> If this deleted the thread pointed to by the m_next safe iterator member,
>>>>> the above all_threads_safe() iteration will be corrupted.
>>>>>
>>>>> The thread we're proceeding is stopped and there is no reason to delete
>>>>> it.  Consequently, there is no reason for all_threads_safe(), which isn't
>>>>> that safe in this scenario.
>>>>>
>>>>> Iterate using all_threads() and inline proceed_thread_callback().
>>>>
>>>> Just to try to make sure I understand the circumstances that lead the
>>>> the failure correcty (and make sure this doesn't just cover up other
>>>> problems):
>>>>
>>>> - thread 1 is stopped on a breakpoint
>>>> - thread 2 is executing
>>>> - displaced stepping is disabled
>>>> - the target doesn't report thread events to the core
>>>> - you "continue -a"
>>>> - thread 1 starts an inline step-over, which calls stop_all_threads,
>>>>   which calls update_thread_list
>>>> - meanwhile, thread 2 exits
>>>> - update_thread_list causes thread 2 to be deleted
>>>> - the safe iterator's m_next field now points to a deleted thread info
>>
>> Can you comment on whether the sequence of events above sounds correct?
>> If it is, I think it would be possible to write a CPU test to reproduce
>> it, that would be helpful along with the fix.
> 
> The sequence sounds good, but I wonder how we would ensure that thread 2
> exits just when we need it to.

Usually, by hammering.  But I think it's not as difficult as it sounds.
The state before the "continue -a" on thread N is that GDB knows about
thread N+1.  Assuming that thread N+1 is a short-lived thread (one that
does nothing but exit), it exits even before the "continue -a" is
issued, but GDB doesn't know that until the next thread list update.
When you "continue -a", GDB iterates using all_threads_safe, without
doing any thread list update.  When iteration reaches thread N, the next
thread is N+1, exited on the target but it still exists in GDB's mind.
Thread N starts its inline step-over, and etc etc until the crash.

> This is non-stop mode, so we should learn about the exit immediately.
> The test would also need to rely on the ordering of threads in the
> thread list.  And detecting the issue requires the next pointer of the
> next element to be overwritten in a way that causes a deterministic
> effect - like crashing GDB.  We wouldn't want to add another test that
> fails sporadically.

I wrote a test that fails consistently (at least with ASan) with
the board native-extended-gdbserver:

https://review.lttng.org/c/binutils-gdb/+/17704

    (gdb) PASS: gdb.threads/continue-a-step-over-other-thread-exit.exp: step_over_thread_slot=1: continue to break_here
    continue -a
    Continuing.
    =================================================================
    ==1250831==ERROR: AddressSanitizer: heap-use-after-free on address 0x7d0984eb4480 at pc 0x564f8b3da4dd bp 0x7ffdad6a63d0 sp 0x7ffdad6a63c0

With your fixes, it passes.

Feel free to check it out and add it to your patch.  It will need a bit
of cleanup, and there is a FIXME saying that it won't work with
native-gdbserver because it requires inferior args.  I have another
patch series that I need to send that add the ability to pass inferior
args when using native-gdbserver, I'll try to get that done.

Simon

RE: [PATCH] gdb: fix an issue with thread list corruption

[Metzger, Markus T]

Hello Simon,

>>>>> On 5/4/26 3:16 AM, Markus Metzger wrote:
>>>>>> When resuming a target in non-stop mode with 'c -a', the continue
>>>>> command
>>>>>> uses for_each_thread() to proceed each stopped thread individually.
>This
>>>>>> uses an all_threads_safe() iteration.
>>>>>>
>>>>>> If one of the stopped threads does an inline step-over, since the target
>>>>>> is non-stop, we stop_all_threads(), which involves update_thread_list(),
>>>>>> which, in turn, may delete_thread().
>>>>>>
>>>>>> If this deleted the thread pointed to by the m_next safe iterator
>member,
>>>>>> the above all_threads_safe() iteration will be corrupted.
>>>>>>
>>>>>> The thread we're proceeding is stopped and there is no reason to
>delete
>>>>>> it.  Consequently, there is no reason for all_threads_safe(), which isn't
>>>>>> that safe in this scenario.
>>>>>>
>>>>>> Iterate using all_threads() and inline proceed_thread_callback().
>>>>>
>>>>> Just to try to make sure I understand the circumstances that lead the
>>>>> the failure correcty (and make sure this doesn't just cover up other
>>>>> problems):
>>>>>
>>>>> - thread 1 is stopped on a breakpoint
>>>>> - thread 2 is executing
>>>>> - displaced stepping is disabled
>>>>> - the target doesn't report thread events to the core
>>>>> - you "continue -a"
>>>>> - thread 1 starts an inline step-over, which calls stop_all_threads,
>>>>>   which calls update_thread_list
>>>>> - meanwhile, thread 2 exits
>>>>> - update_thread_list causes thread 2 to be deleted
>>>>> - the safe iterator's m_next field now points to a deleted thread info
>>>
>>> Can you comment on whether the sequence of events above sounds
>correct?
>>> If it is, I think it would be possible to write a CPU test to reproduce
>>> it, that would be helpful along with the fix.
>>
>> The sequence sounds good, but I wonder how we would ensure that thread
>2
>> exits just when we need it to.
>
>Usually, by hammering.  But I think it's not as difficult as it sounds.
>The state before the "continue -a" on thread N is that GDB knows about
>thread N+1.  Assuming that thread N+1 is a short-lived thread (one that
>does nothing but exit), it exits even before the "continue -a" is
>issued, but GDB doesn't know that until the next thread list update.
>When you "continue -a", GDB iterates using all_threads_safe, without
>doing any thread list update.  When iteration reaches thread N, the next
>thread is N+1, exited on the target but it still exists in GDB's mind.
>Thread N starts its inline step-over, and etc etc until the crash.
>
>> This is non-stop mode, so we should learn about the exit immediately.
>> The test would also need to rely on the ordering of threads in the
>> thread list.  And detecting the issue requires the next pointer of the
>> next element to be overwritten in a way that causes a deterministic
>> effect - like crashing GDB.  We wouldn't want to add another test that
>> fails sporadically.
>
>I wrote a test that fails consistently (at least with ASan) with
>the board native-extended-gdbserver:
>
>https://review.lttng.org/c/binutils-gdb/+/17704
>
>    (gdb) PASS: gdb.threads/continue-a-step-over-other-thread-exit.exp:
>step_over_thread_slot=1: continue to break_here
>    continue -a
>    Continuing.
>
>=================================================================
>    ==1250831==ERROR: AddressSanitizer: heap-use-after-free on address
>0x7d0984eb4480 at pc 0x564f8b3da4dd bp 0x7ffdad6a63d0 sp
>0x7ffdad6a63c0
>
>With your fixes, it passes.

And what happens without ASan?  Do we introduce yet another sporadically failing test?

If we only created two additional threads, we could vary which thread we're stepping
in two different runs of the test program, which makes the test program fairly trivial.

We'd need to step from one pthread_create() to the next to guarantee the order in
which GDB adds the threads.  As long as GDB adds them to either the front or the
back of the thread list consistently, we would get the same order in the two runs,
and by varying the thread we're stepping, we would cover both possible orders.

But we wouldn't be able to guarantee that the other thread exited at just the right
moment, would we?  We try to mitigate that by repeating this 100 times, but this is
just asking for the test to fail sporadically at a random iteration - or pass.

We have too many such tests already.  They may indicate an actual problem, or maybe
the test itself is broken or inherently non-deterministic.  What such tests definitely do is
create noise when trying to test a completely unrelated patch, thus slowing down GDB
development.

To get this deterministic, one would need to mock the remote target to guarantee
the ordering of thread exit and step completion events.  Something like gdbreplay,
but with hand-written logs, which would need to be maintained whenever anything
in the remote communication changes.  For more substantial changes to the remote
communication, this could become a significant burden.

And without additional tooling, like ASan, we still wouldn't be able to fail deterministically.

>Feel free to check it out and add it to your patch.  It will need a bit
>of cleanup, and there is a FIXME saying that it won't work with
>native-gdbserver because it requires inferior args.  I have another
>patch series that I need to send that add the ability to pass inferior
>args when using native-gdbserver, I'll try to get that done.
>
>Simon
Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
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Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH] gdb: fix an issue with thread list corruption

[Simon Marchi]

On 5/7/26 3:36 AM, Metzger, Markus T wrote:
> And what happens without ASan?  Do we introduce yet another sporadically failing test?

Perhaps, but such is the nature of "use after free" bugs, and that's the
point of ASan, to make them fail predictably.  Some people (including
me) test with ASan enabled, so someone would certainly catch it.  In
2026 we can assume that ASan is a core component of testing the
software.

If a test is failing sporadically because of a real bug in GDB, then the
test is doing its job.  If a test fails sporadically but not because of
a real bug in GDB, then it's a bad test.

> If we only created two additional threads, we could vary which thread we're stepping
> in two different runs of the test program, which makes the test program fairly trivial.
> 
> We'd need to step from one pthread_create() to the next to guarantee the order in
> which GDB adds the threads.  As long as GDB adds them to either the front or the
> back of the thread list consistently, we would get the same order in the two runs,
> and by varying the thread we're stepping, we would cover both possible orders.

Not sure I understand, but if you have an idea to improve what I
propose, go for it.

> But we wouldn't be able to guarantee that the other thread exited at just the right
> moment, would we?  We try to mitigate that by repeating this 100 times, but this is
> just asking for the test to fail sporadically at a random iteration - or pass.

Like I explained in my previous message, I think that with the test I
propose, the thread doesn't have to exit in a very tiny window for the
test to catch the failure.  That's because when threads exit on the
remote target, GDB doesn't learn about it until the next thread list
update.  So the thread has to exit after GDB learned about the thread
(which is at the previous breakpoint hit I think), and before the next
"continue -a".  It's a big window, so it's almost guaranteed that it
will happen, since the thread is short-lived.  In my testing, it always
caught it at iteration 1.

I think that the crash could be observed with the linux-nat target, but
then the window would be much smaller.  With the linux-nat target, the
thread_info is deleted as soon as the thread exits (and linux-nat
processes the event).  So for the crash to be observed, the thread would
have to exit between the moment the safe iterator grabs a reference to
the thread_info and the moment it tries to use it, that is a small
window.

> We have too many such tests already.  They may indicate an actual problem, or maybe
> the test itself is broken or inherently non-deterministic.  What such tests definitely do is
> create noise when trying to test a completely unrelated patch, thus slowing down GDB
> development.

With your fix, the test shouldn't randomly fail.  If it does, then it
means there is a problem with the test or with GDB, which should be
fixed either way.  The solution to this is not to not have tests.

> To get this deterministic, one would need to mock the remote target to guarantee
> the ordering of thread exit and step completion events.  Something like gdbreplay,
> but with hand-written logs, which would need to be maintained whenever anything
> in the remote communication changes.  For more substantial changes to the remote
> communication, this could become a significant burden.

If you wanted to write a test using gdbreplay, I wouldn't be against it,
but I also think that the maintenance burden probably makes it not worth
it.  I think that gdbreplay is useful to mock a misbehaving remote, for
example.

I think that "live" debugging test still has value, because it tests
against a real system.  For example, perhaps that running this new test
on Windows will point out that something is broken in the Windows target
or the Windows gdbserver, who knows.

> And without additional tooling, like ASan, we still wouldn't be able to fail deterministically.

So we shouldn't ever write tests for use-after-free or buffer overflow
bugs?

Simon

RE: [PATCH] gdb: fix an issue with thread list corruption

[Metzger, Markus T]

Hello Simon,

>On 5/7/26 3:36 AM, Metzger, Markus T wrote:
>> And what happens without ASan?  Do we introduce yet another sporadically
>failing test?
>
>Perhaps, but such is the nature of "use after free" bugs, and that's the
>point of ASan, to make them fail predictably.  Some people (including
>me) test with ASan enabled, so someone would certainly catch it.  In
>2026 we can assume that ASan is a core component of testing the
>software.
>
>If a test is failing sporadically because of a real bug in GDB, then the
>test is doing its job.  If a test fails sporadically but not because of
>a real bug in GDB, then it's a bad test.

And what am I supposed to do about such sporadically failing tests when
I want to test a patch series to ensure that I'm not introducing regressions?

I created two empty patches and tested upstream master (of a few days ago)
and my two empty patches, then diff'ed the corresponding gdb.sum files
against the respective parent commit [1].

The noise caused by sporadically failing tests makes it difficult to judge
whether a given patch is OK.  Even if a patch would trigger a new fail in a
test that sporadically passes, it would not be noticed in all that noise.

>> If we only created two additional threads, we could vary which thread we're
>stepping
>> in two different runs of the test program, which makes the test program
>fairly trivial.
>>
>> We'd need to step from one pthread_create() to the next to guarantee the
>order in
>> which GDB adds the threads.  As long as GDB adds them to either the front
>or the
>> back of the thread list consistently, we would get the same order in the two
>runs,
>> and by varying the thread we're stepping, we would cover both possible
>orders.
>
>Not sure I understand, but if you have an idea to improve what I
>propose, go for it.

I sketched a simpler version to emphasize where it breaks.

>> But we wouldn't be able to guarantee that the other thread exited at just the
>right
>> moment, would we?  We try to mitigate that by repeating this 100 times, but
>this is
>> just asking for the test to fail sporadically at a random iteration - or pass.
>
>Like I explained in my previous message, I think that with the test I
>propose, the thread doesn't have to exit in a very tiny window for the
>test to catch the failure.  That's because when threads exit on the
>remote target, GDB doesn't learn about it until the next thread list
>update.  So the thread has to exit after GDB learned about the thread
>(which is at the previous breakpoint hit I think), and before the next
>"continue -a".  It's a big window, so it's almost guaranteed that it
>will happen, since the thread is short-lived.  In my testing, it always
>caught it at iteration 1.
>
>I think that the crash could be observed with the linux-nat target, but
>then the window would be much smaller.  With the linux-nat target, the
>thread_info is deleted as soon as the thread exits (and linux-nat
>processes the event).  So for the crash to be observed, the thread would
>have to exit between the moment the safe iterator grabs a reference to
>the thread_info and the moment it tries to use it, that is a small
>window.
>
>> We have too many such tests already.  They may indicate an actual problem,
>or maybe
>> the test itself is broken or inherently non-deterministic.  What such tests
>definitely do is
>> create noise when trying to test a completely unrelated patch, thus slowing
>down GDB
>> development.
>
>With your fix, the test shouldn't randomly fail.  If it does, then it
>means there is a problem with the test or with GDB, which should be
>fixed either way.  The solution to this is not to not have tests.

It would randomly fail on native targets should my fix be reverted or otherwise
modified to not be effective anymore.  Of course, as long as the fix is active,
the test should pass consistently.  But, because the test is probabilistic and it
requires extra tooling, it may not fail on the patch that introduces the bug.
That's the problem I'm trying to point out.

>> To get this deterministic, one would need to mock the remote target to
>guarantee
>> the ordering of thread exit and step completion events.  Something like
>gdbreplay,
>> but with hand-written logs, which would need to be maintained whenever
>anything
>> in the remote communication changes.  For more substantial changes to the
>remote
>> communication, this could become a significant burden.
>
>If you wanted to write a test using gdbreplay, I wouldn't be against it,
>but I also think that the maintenance burden probably makes it not worth
>it.  I think that gdbreplay is useful to mock a misbehaving remote, for
>example.
>
>I think that "live" debugging test still has value, because it tests
>against a real system.  For example, perhaps that running this new test
>on Windows will point out that something is broken in the Windows target
>or the Windows gdbserver, who knows.
>
>> And without additional tooling, like ASan, we still wouldn't be able to fail
>deterministically.
>
>So we shouldn't ever write tests for use-after-free or buffer overflow
>bugs?

If the test requires special tooling to function, let's require that tooling and
skip the test if that tooling is not available.  Maybe we can use valgrind, which
could be run from the test and does not require GDB to be built in a certain
way (e.g. with sanitizers enabled).

The test should still pass/fail deterministically.

There are two aspects to this IMHO:
  #1 we want to find bugs in GDB so we can fix them
  #2 we want to ensure that new patches do not break things

For #1, we're happy about any issue we can detect.  Some bugs only show in
very specific scenarios and appear random until we understand what's wrong.

For #2, we want a clear yes/no answer: is my patch OK?

I'd argue that #2 is the main purpose of a regression test suite.  Bugs are
typically found during normal use.  Once the bug is understood, a test can
often be written to exercise exactly the bug condition.

In this case, we understand the exact scenario but creating it reliably in a test
gets very complicated.

The general issue is that safe-iterations should not be nested.  They should only
be used with the intent of deleting the current item.  A comment may be more
effective at preventing mis-use.

Both for_each_thread() and find_thread() use all_threads_safe().  They probably
shouldn't.  So, instead of fixing this one case by not using for_each_thread(), we
should probably change for_each_thread() to use all_threads() and find those few
cases, if any, that do use for_each_thread() to delete threads and change them
to explicitly use all_threads_safe().

Regards,
Markus.

[1]:
comparing 1fe09bfa16d29ca9897d863ff02992190c961ab6 to 237eed6d652aa1b341c913d37142d060eb9481c4...
..comparing gcc-g++-gfortran...
....comparing native...failed.
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tld: get valueof "ref_val_struct_static_04_01" (timeout)
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: gdb-command<p/d check_arg_struct_05_04 (ref_val_struct_05_04)> (timeout)
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: get valueof "ref_val_struct_05_04"
+FAIL: gdb.multi/multi-target-no-resumed.exp: inf_A=5: inf_B=2: load file in inferior 5 (timeout)
+FAIL: gdb.multi/multi-target-no-resumed.exp: inf_A=5: inf_B=2: set remote-exec file in inferior 5
+FAIL: gdb.reverse/insn-reverse.exp: rdseed: wait for prompt (timeout)
+FAIL: gdb.server/attach-flag.exp: non-stop=1: target-non-stop=1: thread 11
+FAIL: gdb.server/ext-attach.exp: target_async=on: target_non_stop=off: to_disable=T: attach to remote program 1 (timeout)
+FAIL: gdb.server/ext-attach.exp: target_async=on: target_non_stop=on: to_disable=Tthread: attach to remote program 1 (timeout)
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argc
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argv[1]
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argv[2]
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argv[3]
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: continue to breakpoint: main (the program is no longer running)
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: start gdbserver over stdin (timeout)
+FAIL: gdb.server/stop-reply-no-thread.exp: to_disable=T,qfThreadInfo: continue to main (timeout)
+FAIL: gdb.server/target-exec-file.exp: after starting inferior for the second time: python print(global_exec_changed_event)
+FAIL: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event)
+FAIL: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event.progspace.executable_filename)
+FAIL: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event.reload)
+FAIL: gdb.server/target-exec-file.exp: start inferior a second time: stopped at main (timeout)
+FAIL: gdb.server/target-exec-file.exp: start inferior a third time: check symbol re-read behavior
+FAIL: gdb.server/target-exec-file.exp: start inferior a third time: stopped at main
+FAIL: gdb.testsuite/gdb-caching-proc-consistency.exp: gnat_runtime_has_debug_info: 6: runto: run to GNAT_Debug_Info_Test (timeout)
+FAIL: gdb.threads/access-mem-running-thread-exit.exp: all-stop: access mem (write to global_var again, inf=2, iter=497) (timeout)
+FAIL: gdb.threads/attach-into-signal.exp: nonthreaded: attach (pass 1), pending signal catch
+FAIL: gdb.threads/attach-into-signal.exp: nonthreaded: attach (pass 1), pending signal catch (timeout)
+FAIL: gdb.threads/attach-many-short-lived-threads.exp: iter 1: attach (timeout)
+FAIL: gdb.threads/attach-many-short-lived-threads.exp: iter 1: no new threads
+FAIL: gdb.threads/attach-many-short-lived-threads.exp: iter 3: attach (timeout)
+FAIL: gdb.threads/attach-many-short-lived-threads.exp: iter 3: no new threads
+FAIL: gdb.threads/attach-non-stop.exp: target-non-stop=off: non-stop=off: cmd=attach: attach (timeout)
+FAIL: gdb.threads/check-libthread-db.exp: automated load-time check: libpthread.so fully initialized: check debug libthread-db output (pattern 1) (timeout)
+FAIL: gdb.threads/clone-attach-detach.exp: fg attach 1: attach (timeout)
+FAIL: gdb.threads/continue-pending-status.exp: attempt 2: caught interrupt (timeout)
+FAIL: gdb.threads/continue-pending-status.exp: attempt 8: caught interrupt (timeout)
+FAIL: gdb.threads/foll-fork-other-thread.exp: fork_func=fork: follow=child: target-non-stop=auto: non-stop=off: displaced-stepping=auto: runto: run to main (timeout)
+FAIL: gdb.threads/foll-fork-other-thread.exp: fork_func=vfork: follow=child: target-non-stop=auto: non-stop=off: displaced-stepping=off: runto: run to main (timeout)
+FAIL: gdb.threads/fork-thread-pending.exp: 1, followed to the child, found one thread
+FAIL: gdb.threads/fork-thread-pending.exp: 1, refused to resume (timeout)
+FAIL: gdb.threads/infcall-from-bp-cond-simple.exp: target_async=on: target_non_stop=off: no thread is hit: runto: run to main (timeout)
+FAIL: gdb.threads/infcall-from-bp-cond-timeout.exp: target_async=on: target_non_stop=off: non_stop=off: unwind=off: other_thread_bp=true: expected timeout waiting for inferior call to complete (timeout)
+FAIL: gdb.threads/main-thread-exit-during-detach.exp: spawn_inferior=true: python set_and_detach() (timeout)
+FAIL: gdb.threads/next-fork-exec-other-thread.exp: fork_func=fork: target-non-stop=auto: non-stop=off: displaced-stepping=off: runto: run to main (timeout)
+FAIL: gdb.threads/pending-fork-event-detach-ns.exp: file exists after detach
+FAIL: gdb.threads/pthreads.exp: after continue: continue until common routine run 15 times (timeout)
+FAIL: gdb.threads/pthreads.exp: after startup: continue until common routine run 15 times (timeout)
+FAIL: gdb.threads/staticthreads.exp: (timeout) rerun to main
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tld: check return value struct_static_04_01
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: check return value struct_05_04
....comparing native-gdbserver...failed.
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_01_03
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_02_04
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_static_04_02
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_static_06_03
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_static_06_04
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_01_04 (ref_val_struct_01_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_02_01 (ref_val_struct_02_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_02_02 (ref_val_struct_02_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_02_03 (ref_val_struct_02_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_02_04 (ref_val_struct_02_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_04_01 (ref_val_struct_04_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_04_02 (ref_val_struct_04_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_04_03 (ref_val_struct_04_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_04_04 (ref_val_struct_04_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_05_01 (ref_val_struct_05_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_05_02 (ref_val_struct_05_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_05_03 (ref_val_struct_05_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_05_04 (ref_val_struct_05_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_static_02_01 (ref_val_struct_static_02_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_static_02_02 (ref_val_struct_static_02_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_static_02_03 (ref_val_struct_static_02_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_static_02_04 (ref_val_struct_static_02_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_static_04_01 (ref_val_struct_static_04_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_static_04_02 (ref_val_struct_static_04_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_static_04_03 (ref_val_struct_static_04_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_static_04_04 (ref_val_struct_static_04_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_static_06_01 (ref_val_struct_static_06_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_static_06_02 (ref_val_struct_static_06_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_static_06_03 (ref_val_struct_static_06_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: gdb-command<p/d check_arg_struct_static_06_04 (ref_val_struct_static_06_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_01_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_02_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_02_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_02_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_04_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_04_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_04_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_04_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_05_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_05_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_05_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_05_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_static_02_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_static_02_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_static_02_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_static_02_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_static_04_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_static_04_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_static_04_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_static_06_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "ref_val_struct_static_06_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "rtn_str_struct_01_03 ()"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "rtn_str_struct_02_04 ()"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "rtn_str_struct_static_04_02 ()"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "rtn_str_struct_static_06_03 ()"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: get valueof "rtn_str_struct_static_06_04 ()"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_01_04
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_04_04
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_02_01 (ref_val_struct_02_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_02_02 (ref_val_struct_02_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_02_03 (ref_val_struct_02_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_02_04 (ref_val_struct_02_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_04_01 (ref_val_struct_04_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_04_02 (ref_val_struct_04_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_04_03 (ref_val_struct_04_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_04_04 (ref_val_struct_04_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_05_01 (ref_val_struct_05_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_05_02 (ref_val_struct_05_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_05_03 (ref_val_struct_05_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_05_04 (ref_val_struct_05_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_static_02_01 (ref_val_struct_static_02_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_static_02_02 (ref_val_struct_static_02_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_static_02_03 (ref_val_struct_static_02_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_static_02_04 (ref_val_struct_static_02_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_static_04_01 (ref_val_struct_static_04_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_static_04_02 (ref_val_struct_static_04_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_static_04_03 (ref_val_struct_static_04_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_static_04_04 (ref_val_struct_static_04_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_static_06_01 (ref_val_struct_static_06_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_static_06_02 (ref_val_struct_static_06_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_static_06_03 (ref_val_struct_static_06_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: gdb-command<p/d check_arg_struct_static_06_04 (ref_val_struct_static_06_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_02_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_02_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_02_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_02_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_04_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_04_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_04_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_05_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_05_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_05_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_05_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_static_02_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_static_02_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_static_02_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_static_02_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_static_04_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_static_04_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_static_04_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_static_04_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_static_06_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_static_06_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_static_06_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "ref_val_struct_static_06_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "rtn_str_struct_01_04 ()"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: get valueof "rtn_str_struct_04_04 ()"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_04_02
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_04_03 (ref_val_struct_04_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_04_04 (ref_val_struct_04_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_05_01 (ref_val_struct_05_01)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_05_02 (ref_val_struct_05_02)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_05_03 (ref_val_struct_05_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_05_04 (ref_val_struct_05_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_static_02_01 (ref_val_struct_static_02_01)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_static_02_02 (ref_val_struct_static_02_02)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_static_02_03 (ref_val_struct_static_02_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_static_02_04 (ref_val_struct_static_02_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_static_04_01 (ref_val_struct_static_04_01)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_static_04_02 (ref_val_struct_static_04_02)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_static_04_03 (ref_val_struct_static_04_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_static_04_04 (ref_val_struct_static_04_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_static_06_01 (ref_val_struct_static_06_01)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_static_06_02 (ref_val_struct_static_06_02)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_static_06_03 (ref_val_struct_static_06_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_static_06_04 (ref_val_struct_static_06_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_04_02"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_04_03"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_04_04"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_05_01"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_05_02"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_05_03"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_05_04"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_02_01"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_02_02"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_02_03"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_02_04"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_04_01"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_04_03"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_04_04"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_06_01"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_06_02"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_06_03"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_06_04"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "rtn_str_struct_static_04_02 ()"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_01_02
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_02_04
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_04_02
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_06_03
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_06_04
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_01_03 (ref_val_struct_01_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_01_04 (ref_val_struct_01_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_02_01 (ref_val_struct_02_01)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_02_02 (ref_val_struct_02_02)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_02_03 (ref_val_struct_02_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_02_04 (ref_val_struct_02_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_04_01 (ref_val_struct_04_01)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_04_02 (ref_val_struct_04_02)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_04_03 (ref_val_struct_04_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_04_04 (ref_val_struct_04_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_05_01 (ref_val_struct_05_01)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_05_02 (ref_val_struct_05_02)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_05_03 (ref_val_struct_05_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_05_04 (ref_val_struct_05_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_02_01 (ref_val_struct_static_02_01)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_02_02 (ref_val_struct_static_02_02)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_02_03 (ref_val_struct_static_02_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_02_04 (ref_val_struct_static_02_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_04_01 (ref_val_struct_static_04_01)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_04_02 (ref_val_struct_static_04_02)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_04_03 (ref_val_struct_static_04_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_04_04 (ref_val_struct_static_04_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_06_01 (ref_val_struct_static_06_01)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_06_02 (ref_val_struct_static_06_02)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_06_03 (ref_val_struct_static_06_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_06_04 (ref_val_struct_static_06_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_01_03"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_01_04"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_02_01"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_02_02"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_02_03"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_04_01"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_04_02"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_04_03"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_04_04"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_05_01"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_05_02"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_05_03"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_05_04"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_02_01"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_02_02"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_02_03"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_02_04"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_04_01"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_04_03"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_04_04"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_06_01"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_06_02"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "rtn_str_struct_01_02 ()"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "rtn_str_struct_02_04 ()"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "rtn_str_struct_static_04_02 ()"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "rtn_str_struct_static_06_03 ()"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "rtn_str_struct_static_06_04 ()"
-FAIL: gdb.threads/thread-specific.exp: continue to breakpoint: all threads started (the program is no longer running)
-FAIL: gdb.threads/thread-specific.exp: get threads list (no threads)
-FAIL: gdb.threads/thread-specific.exp: runto: run to main
+FAIL: gdb.threads/continue-pending-after-query.exp: iter 6: runto: run to main
+FAIL: gdb.threads/infcall-from-bp-cond-other-thread-event.exp: target_async=on: target_non_stop=on: other_thread_signal=true: stop_at_cond=true: hit the conditional breakpoint
+FAIL: gdb.threads/infcall-from-bp-cond-other-thread-event.exp: target_async=on: target_non_stop=on: other_thread_signal=true: stop_at_cond=true: received signal in other thread (timeout)
+FAIL: gdb.threads/multiple-successive-infcall.exp: thread=1: call inferior function
+FAIL: gdb.threads/multiple-successive-infcall.exp: thread=1: thread 1
+FAIL: gdb.threads/multiple-successive-infcall.exp: thread=2: call inferior function
+FAIL: gdb.threads/process-exit-status-is-leader-exit-status.exp: iteration=9: runto: run to main
+FAIL: gdb.threads/stepi-over-clone.exp: third_thread=false: non-stop=on: displaced=off: i=1: $thread_count == 2
+FAIL: gdb.threads/stepi-over-clone.exp: third_thread=false: non-stop=on: displaced=off: i=1: runto: run to main
+FAIL: gdb.threads/stepi-over-clone.exp: third_thread=false: non-stop=on: displaced=off: i=1: stepi (the program is no longer running)
+FAIL: gdb.threads/threadapply.exp: thread apply all: runto: run to main
-ERROR: GDB process no longer exists
-ERROR: GDB process no longer exists
-ERROR: GDB process no longer exists
+ERROR: : spawn id exp9 not open
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_01_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_02_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_02_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_02_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_04_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_04_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_04_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_04_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_05_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_05_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_05_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_05_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_static_02_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_static_02_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_static_02_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_static_02_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_static_04_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_static_04_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_static_04_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_static_06_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tll: check return value struct_static_06_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_02_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_02_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_02_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_02_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_04_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_04_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_04_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_05_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_05_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_05_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_05_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_static_02_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_static_02_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_static_02_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_static_02_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_static_04_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_static_04_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_static_04_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_static_04_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_static_06_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_static_06_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_static_06_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-ts: check return value struct_static_06_04
-UNRESOLVED: gdb.threads/infcall-from-bp-cond-other-thread-event.exp: target_async=on: target_non_stop=on: other_thread_signal=false: stop_at_cond=true: hit the breakpoint in other thread
-UNRESOLVED: gdb.threads/infcall-from-bp-cond-other-thread-event.exp: target_async=on: target_non_stop=on: other_thread_signal=false: stop_at_cond=true: hit the conditional breakpoint
-UNRESOLVED: gdb.threads/infcall-from-bp-cond-other-thread-event.exp: target_async=on: target_non_stop=on: other_thread_signal=false: stop_at_cond=true: hit the final breakpoint
-UNRESOLVED: gdb.threads/infcall-from-bp-cond-other-thread-event.exp: target_async=on: target_non_stop=on: other_thread_signal=true: stop_at_cond=true: hit the conditional breakpoint
-UNRESOLVED: gdb.threads/infcall-from-bp-cond-other-thread-event.exp: target_async=on: target_non_stop=on: other_thread_signal=true: stop_at_cond=true: received signal in other thread
-UNRESOLVED: gdb.threads/infcall-from-bp-cond-simple.exp: target_async=on: target_non_stop=on: exactly two threads are hit: spot all breakpoint hits
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_04_02
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_04_03
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_04_04
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_05_01
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_05_02
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_05_03
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_05_04
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_02_01
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_02_02
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_02_03
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_02_04
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_04_01
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_04_03
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_04_04
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_06_01
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_06_02
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_06_03
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_06_04
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_01_03
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_01_04
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_02_01
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_02_02
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_02_03
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_04_01
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_04_02
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_04_03
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_04_04
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_05_01
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_05_02
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_05_03
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_05_04
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_02_01
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_02_02
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_02_03
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_02_04
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_04_01
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_04_03
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_04_04
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_06_01
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_06_02
+UNRESOLVED: gdb.server/build-id-seqno.exp: find debuginfo, first build-id file is bad: stat_pkt=off: connect to gdbserver
....comparing native-extended-gdbserver...failed.
-FAIL: gdb.server/build-id-seqno.exp: find debuginfo, first build-id file is bad: stat_pkt=off: debuginfo was read from remote target
-FAIL: gdb.server/build-id-seqno.exp: find debuginfo, first build-id file is bad: stat_pkt=off: debuginfo was read via build-id
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argc
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argv[1]
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argv[2]
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argv[3]
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: continue to breakpoint: main
+FAIL: gdb.threads/attach-non-stop.exp: target-non-stop=off: non-stop=on: cmd=attach: attach (GDB internal error)
-FAIL: gdb.threads/break-while-running.exp: w/ithr: always-inserted on: non-stop: runto: run to main
+FAIL: gdb.threads/break-while-running.exp: w/ithr: always-inserted on: non-stop: runto: run to main (timeout)
-FAIL: gdb.threads/fork-plus-threads.exp: detach-on-fork=off: inferior 1 exited (timeout)
-FAIL: gdb.threads/fork-plus-threads.exp: detach-on-fork=off: only inferior 1 left
-FAIL: gdb.threads/fork-plus-threads.exp: detach-on-fork=off: seen all expected inferior exits
+FAIL: gdb.threads/continue-pending-after-query.exp: iter 10: gdb_breakpoint: set breakpoint at main
+FAIL: gdb.threads/continue-pending-after-query.exp: iter 9: runto: run to main
-FAIL: gdb.threads/hand-call-in-threads.exp: all dummies popped
+FAIL: gdb.threads/hand-call-in-threads.exp: runto: run to main
+FAIL: gdb.threads/hand-call-new-thread.exp: runto: run to main
+FAIL: gdb.threads/infcall-from-bp-cond-simple.exp: target_async=on: target_non_stop=off: exactly one thread is hit: runto: run to main
+FAIL: gdb.threads/non-ldr-exc-4.exp: nonstop=off: schedlock=on: runto: run to main
+FAIL: gdb.threads/pending-fork-event-detach.exp: target-non-stop=auto: who_forks=main: fork_function=fork: stop_mode=stepi: could not run to main
+FAIL: gdb.threads/pending-fork-event-detach.exp: target-non-stop=auto: who_forks=main: fork_function=fork: stop_mode=stepi: runto: run to main
+ERROR: Could not resync from internal error (eof)
-ERROR: : spawn id exp9 not open
-UNRESOLVED: gdb.server/build-id-seqno.exp: find debuginfo, first build-id file is bad: stat_pkt=off: connect to gdbserver
....comparing m32...failed.
+FAIL: gdb.server/ext-run.exp: clear_sysroot=false: set_remote_exec=true: fetch_exec_and_args=off: continue to main
+FAIL: gdb.server/ext-run.exp: clear_sysroot=false: set_remote_exec=true: fetch_exec_and_args=off: get process list
+FAIL: gdb.server/ext-run.exp: clear_sysroot=false: set_remote_exec=true: fetch_exec_and_args=off: load new file without any gdbserver inferior
+FAIL: gdb.server/ext-run.exp: clear_sysroot=false: set_remote_exec=true: fetch_exec_and_args=off: monitor exit
-FAIL: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event)
-FAIL: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event.progspace.executable_filename)
-FAIL: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event.reload)
-FAIL: gdb.server/target-exec-file.exp: start inferior a second time: stopped at main
-FAIL: gdb.server/target-exec-file.exp: start inferior a third time: start command
-FAIL: gdb.server/target-exec-file.exp: start inferior the first time: stopped at main
-FAIL: gdb.threads/next-fork-other-thread.exp: fork_func=fork: target-non-stop=off: non-stop=off: displaced-stepping=auto: i=10: next to break here
-FAIL: gdb.threads/next-fork-other-thread.exp: fork_func=fork: target-non-stop=off: non-stop=off: displaced-stepping=off: i=8: next to for loop
+FAIL: gdb.threads/next-fork-other-thread.exp: fork_func=fork: target-non-stop=off: non-stop=off: displaced-stepping=auto: i=0: next to for loop
+FAIL: gdb.threads/next-fork-other-thread.exp: fork_func=fork: target-non-stop=off: non-stop=off: displaced-stepping=off: i=9: next to other line
+ERROR: can not find channel named "exp9"
+ERROR: can not find channel named "exp9"
+ERROR: GDB process no longer exists
+UNRESOLVED: gdb.server/target-exec-file.exp: after starting inferior for the first time: python print(global_exec_changed_event)
+UNRESOLVED: gdb.server/target-exec-file.exp: after starting inferior for the second time: python print(global_exec_changed_event)
+UNRESOLVED: gdb.server/target-exec-file.exp: after starting inferior for the third time: python global_exec_changed_event = None
+UNRESOLVED: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event)
+UNRESOLVED: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event.progspace.executable_filename)
+UNRESOLVED: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event.reload)
+UNRESOLVED: gdb.server/target-exec-file.exp: start inferior a second time: start command
+UNRESOLVED: gdb.server/target-exec-file.exp: start inferior a third time: start command
+UNRESOLVED: gdb.server/target-exec-file.exp: start inferior the first time: stopped at main
comparing f3275943453538d68af3bb10af17b95c03dd9f0c to 1fe09bfa16d29ca9897d863ff02992190c961ab6...
..comparing gcc-g++-gfortran...
....comparing native...failed.
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tld: get valueof "ref_val_struct_static_04_01" (timeout)
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: gdb-command<p/d check_arg_struct_05_04 (ref_val_struct_05_04)> (timeout)
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: get valueof "ref_val_struct_05_04"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: check return value struct_static_04_01
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: gdb-command<p/d check_arg_struct_static_04_02 (ref_val_struct_static_04_02)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: gdb-command<p/d check_arg_struct_static_04_03 (ref_val_struct_static_04_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: gdb-command<p/d check_arg_struct_static_04_04 (ref_val_struct_static_04_04)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: gdb-command<p/d check_arg_struct_static_06_01 (ref_val_struct_static_06_01)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: get valueof "ref_val_struct_static_04_02"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: get valueof "ref_val_struct_static_04_03"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: get valueof "ref_val_struct_static_04_04"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: get valueof "ref_val_struct_static_06_01"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: get valueof "rtn_str_struct_static_04_01 ()" (timeout)
-FAIL: gdb.multi/multi-target-no-resumed.exp: inf_A=5: inf_B=2: load file in inferior 5 (timeout)
-FAIL: gdb.multi/multi-target-no-resumed.exp: inf_A=5: inf_B=2: set remote-exec file in inferior 5
+FAIL: gdb.multi/multi-target-no-resumed.exp: inf_A=5: inf_B=1: runto: run to all_started (timeout)
-FAIL: gdb.reverse/insn-reverse.exp: rdseed: wait for prompt (timeout)
+FAIL: gdb.python/lotsa-lines.exp: runto: run to callee (timeout)
+FAIL: gdb.reverse/insn-reverse.exp: -1: disassemble -1
+FAIL: gdb.reverse/insn-reverse.exp: -1: disassemble -1
+FAIL: gdb.reverse/insn-reverse.exp: -1: find the last instruction of function -1
+FAIL: gdb.reverse/insn-reverse.exp: -1: find the last instruction of function -1
+FAIL: gdb.reverse/insn-reverse.exp: -1: turn on process record
+FAIL: gdb.reverse/insn-reverse.exp: -1: turn on process record
+FAIL: gdb.reverse/insn-reverse.exp: -1: wait for prompt (got interactive prompt)
+FAIL: gdb.reverse/insn-reverse.exp: -1: x/i $pc
+FAIL: gdb.reverse/insn-reverse.exp: -1: x/i $pc
+FAIL: gdb.reverse/insn-reverse.exp: read name of test case 1 (timeout)
-FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argc
-FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argv[1]
-FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argv[2]
-FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argv[3]
-FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: continue to breakpoint: main (the program is no longer running)
-FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: start gdbserver over stdin (timeout)
-FAIL: gdb.server/stop-reply-no-thread.exp: to_disable=T,qfThreadInfo: continue to main (timeout)
-FAIL: gdb.server/target-exec-file.exp: after starting inferior for the second time: python print(global_exec_changed_event)
-FAIL: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event)
-FAIL: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event.progspace.executable_filename)
-FAIL: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event.reload)
-FAIL: gdb.server/target-exec-file.exp: start inferior a second time: stopped at main (timeout)
-FAIL: gdb.server/target-exec-file.exp: start inferior a third time: check symbol re-read behavior
-FAIL: gdb.server/target-exec-file.exp: start inferior a third time: stopped at main
-FAIL: gdb.testsuite/gdb-caching-proc-consistency.exp: gnat_runtime_has_debug_info: 6: runto: run to GNAT_Debug_Info_Test (timeout)
-FAIL: gdb.threads/access-mem-running-thread-exit.exp: all-stop: access mem (write to global_var again, inf=2, iter=497) (timeout)
+FAIL: gdb.server/ext-run.exp: clear_sysroot=true: set_remote_exec=true: fetch_exec_and_args=on: kill (timeout)
+FAIL: gdb.threads/access-mem-running-thread-exit.exp: all-stop: access mem (print global_var after writing, inf=2, iter=453) (timeout)
-FAIL: gdb.threads/attach-many-short-lived-threads.exp: iter 3: attach (timeout)
-FAIL: gdb.threads/attach-many-short-lived-threads.exp: iter 3: no new threads
+FAIL: gdb.threads/attach-non-stop.exp: target-non-stop=off: non-stop=on: cmd=attach: attach (timeout)
+FAIL: gdb.threads/break-while-running.exp: wo/ithr: always-inserted off: all-stop: runto: run to main (timeout)
-FAIL: gdb.threads/foll-fork-other-thread.exp: fork_func=fork: follow=child: target-non-stop=auto: non-stop=off: displaced-stepping=auto: runto: run to main (timeout)
-FAIL: gdb.threads/foll-fork-other-thread.exp: fork_func=vfork: follow=child: target-non-stop=auto: non-stop=off: displaced-stepping=off: runto: run to main (timeout)
-FAIL: gdb.threads/fork-thread-pending.exp: 1, followed to the child, found one thread
-FAIL: gdb.threads/fork-thread-pending.exp: 1, refused to resume (timeout)
-FAIL: gdb.threads/infcall-from-bp-cond-simple.exp: target_async=on: target_non_stop=off: no thread is hit: runto: run to main (timeout)
-FAIL: gdb.threads/infcall-from-bp-cond-timeout.exp: target_async=on: target_non_stop=off: non_stop=off: unwind=off: other_thread_bp=true: expected timeout waiting for inferior call to complete (timeout)
+FAIL: gdb.threads/create-fail.exp: iteration 4: runto: run to main (timeout)
+FAIL: gdb.threads/dlopen-libpthread.exp: gdb_breakpoint: set breakpoint at main (timeout)
+FAIL: gdb.threads/fork-thread-pending.exp: runto: run to main (timeout)
+FAIL: gdb.threads/infcall-from-bp-cond-timeout.exp: target_async=on: target_non_stop=off: non_stop=off: unwind=off: other_thread_bp=true: runto: run to main (timeout)
-FAIL: gdb.threads/next-fork-exec-other-thread.exp: fork_func=fork: target-non-stop=auto: non-stop=off: displaced-stepping=off: runto: run to main (timeout)
+FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: step: setup: runto: run to main (timeout)
+FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: step: step
+FAIL: gdb.threads/multiple-step-overs.exp: displaced=on: step: thread 1
-FAIL: gdb.threads/staticthreads.exp: (timeout) rerun to main
+FAIL: gdb.threads/schedlock-new-thread.exp: non-stop=off: schedlock=off: gdb_breakpoint: set breakpoint at thread_func (timeout)
+FAIL: gdb.threads/schedlock-new-thread.exp: non-stop=off: schedlock=off: set scheduler-locking off
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tld: check return value struct_static_04_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: check return value struct_05_04
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: check return value struct_static_04_02
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: check return value struct_static_04_03
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: check return value struct_static_04_04
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-tld-ti: check return value struct_static_06_01
+UNTESTED: gdb.multi/multi-target-no-resumed.exp: inf_A=5: inf_B=1: setup failed
....comparing native-gdbserver...failed.
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_04_02
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: gdb-command<p/d check_arg_struct_04_03 (ref_val_struct_04_03)>
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_04_01
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_06_02
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_06_03
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_04_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_04_01"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_04_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_06_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "ref_val_struct_static_06_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "rtn_str_struct_static_04_02 ()"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_01_02
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_02_04
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_04_02
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_06_03
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_06_04
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_01_03 (ref_val_struct_01_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_01_04 (ref_val_struct_01_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_02_01 (ref_val_struct_02_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_02_02 (ref_val_struct_02_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_02_03 (ref_val_struct_02_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_02_04 (ref_val_struct_02_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_04_01 (ref_val_struct_04_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_04_02 (ref_val_struct_04_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_04_03 (ref_val_struct_04_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_04_04 (ref_val_struct_04_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_05_01 (ref_val_struct_05_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_05_02 (ref_val_struct_05_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_05_03 (ref_val_struct_05_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_05_04 (ref_val_struct_05_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_02_01 (ref_val_struct_static_02_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_02_02 (ref_val_struct_static_02_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_02_03 (ref_val_struct_static_02_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_02_04 (ref_val_struct_static_02_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_04_01 (ref_val_struct_static_04_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_04_02 (ref_val_struct_static_04_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_04_03 (ref_val_struct_static_04_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_04_04 (ref_val_struct_static_04_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_06_01 (ref_val_struct_static_06_01)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_06_02 (ref_val_struct_static_06_02)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_06_03 (ref_val_struct_static_06_03)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: gdb-command<p/d check_arg_struct_static_06_04 (ref_val_struct_static_06_04)>
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_01_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_01_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_02_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_02_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_02_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_04_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_04_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_04_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_04_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_05_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_05_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_05_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_05_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_02_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_02_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_02_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_02_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_04_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_04_03"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_04_04"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_06_01"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "ref_val_struct_static_06_02"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "rtn_str_struct_01_02 ()"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "rtn_str_struct_02_04 ()"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "rtn_str_struct_static_04_02 ()"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "rtn_str_struct_static_06_03 ()"
-FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: get valueof "rtn_str_struct_static_06_04 ()"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "rtn_str_struct_static_04_01 ()"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "rtn_str_struct_static_06_02 ()"
+FAIL: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: get valueof "rtn_str_struct_static_06_03 ()"
-FAIL: gdb.threads/continue-pending-after-query.exp: iter 6: runto: run to main
-FAIL: gdb.threads/infcall-from-bp-cond-other-thread-event.exp: target_async=on: target_non_stop=on: other_thread_signal=true: stop_at_cond=true: hit the conditional breakpoint
-FAIL: gdb.threads/infcall-from-bp-cond-other-thread-event.exp: target_async=on: target_non_stop=on: other_thread_signal=true: stop_at_cond=true: received signal in other thread (timeout)
-FAIL: gdb.threads/multiple-successive-infcall.exp: thread=1: call inferior function
-FAIL: gdb.threads/multiple-successive-infcall.exp: thread=1: thread 1
-FAIL: gdb.threads/multiple-successive-infcall.exp: thread=2: call inferior function
-FAIL: gdb.threads/process-exit-status-is-leader-exit-status.exp: iteration=9: runto: run to main
-FAIL: gdb.threads/stepi-over-clone.exp: third_thread=false: non-stop=on: displaced=off: i=1: $thread_count == 2
-FAIL: gdb.threads/stepi-over-clone.exp: third_thread=false: non-stop=on: displaced=off: i=1: runto: run to main
-FAIL: gdb.threads/stepi-over-clone.exp: third_thread=false: non-stop=on: displaced=off: i=1: stepi (the program is no longer running)
-FAIL: gdb.threads/threadapply.exp: thread apply all: runto: run to main
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=off: escape_p=no: one empty: check argc
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=off: escape_p=no: one empty: check argv[1]
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=off: escape_p=no: one empty: check argv[2]
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=off: escape_p=no: one empty: check argv[3]
+FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=off: escape_p=no: one empty: continue to breakpoint: main (the program is no longer running)
+FAIL: gdb.threads/continue-pending-after-query.exp: iter 5: runto: run to main
+FAIL: gdb.threads/infcall-from-bp-cond-simple.exp: target_async=on: target_non_stop=off: all three threads are hit: runto: run to main
+FAIL: gdb.threads/multiple-successive-infcall.exp: runto: run to main
+FAIL: gdb.threads/process-exit-status-is-leader-exit-status.exp: iteration=6: runto: run to main
+FAIL: gdb.threads/step-over-thread-exit.exp: step_over_mode=inline: non-stop=on: target-non-stop=on: schedlock=off: cmd=next: ns_stop_all=0: selected thread didn't change (timeout)
+FAIL: gdb.threads/threadapply.exp: runto: run to main
+FAIL: gdb.threads/thread-execl.exp: schedlock off: runto: run to main
+FAIL: gdb.threads/tls-core.exp: gcore
+FAIL: gdb.threads/tls-core.exp: runto: run to thread_proc
-ERROR: : spawn id exp9 not open
+ERROR: GDB process no longer exists
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_04_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_04_01
+UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_04_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_06_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tc: check return value struct_static_06_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_01_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_01_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_02_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_02_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_02_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_04_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_04_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_04_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_04_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_05_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_05_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_05_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_05_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_02_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_02_02
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_02_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_02_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_04_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_04_03
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_04_04
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_06_01
-UNRESOLVED: gdb.base/infcall-nested-structs-c++.exp: types-td-tl: check return value struct_static_06_02
-UNRESOLVED: gdb.server/build-id-seqno.exp: find debuginfo, first build-id file is bad: stat_pkt=off: connect to gdbserver
+UNRESOLVED: gdb.threads/infcall-from-bp-cond-other-thread-event.exp: target_async=on: target_non_stop=on: other_thread_signal=true: stop_at_cond=false: received signal in other thread
+UNSUPPORTED: gdb.threads/tls-core.exp: gcore: load core file
+UNSUPPORTED: gdb.threads/tls-core.exp: gcore: print thread-local storage variable
....comparing native-extended-gdbserver...failed.
-FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argc
-FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argv[1]
-FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argv[2]
-FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: check argv[3]
-FAIL: gdb.server/inferior-args.exp: extended_p=no: startup_with_shell=on: escape_p=no: basic: continue to breakpoint: main
-FAIL: gdb.threads/break-while-running.exp: w/ithr: always-inserted on: non-stop: runto: run to main (timeout)
+FAIL: gdb.threads/break-while-running.exp: w/ithr: always-inserted on: non-stop: runto: run to main
-FAIL: gdb.threads/continue-pending-after-query.exp: iter 10: gdb_breakpoint: set breakpoint at main
-FAIL: gdb.threads/continue-pending-after-query.exp: iter 9: runto: run to main
-FAIL: gdb.threads/hand-call-in-threads.exp: runto: run to main
-FAIL: gdb.threads/hand-call-new-thread.exp: runto: run to main
-FAIL: gdb.threads/infcall-from-bp-cond-simple.exp: target_async=on: target_non_stop=off: exactly one thread is hit: runto: run to main
-FAIL: gdb.threads/non-ldr-exc-4.exp: nonstop=off: schedlock=on: runto: run to main
+FAIL: gdb.threads/next-fork-exec-other-thread.exp: fork_func=fork: target-non-stop=auto: non-stop=off: displaced-stepping=on: runto: run to main
-FAIL: gdb.threads/pending-fork-event-detach.exp: target-non-stop=auto: who_forks=main: fork_function=fork: stop_mode=stepi: could not run to main
-FAIL: gdb.threads/pending-fork-event-detach.exp: target-non-stop=auto: who_forks=main: fork_function=fork: stop_mode=stepi: runto: run to main
....comparing m32...failed.
+FAIL: gdb.multi/multi-target-no-resumed.exp: inf_A=5: inf_B=1: all threads stopped (timeout)
+FAIL: gdb.multi/multi-target-no-resumed.exp: inf_A=5: inf_B=1: send_gdb control C (timeout)
+FAIL: gdb.multi/multi-target-no-resumed.exp: inf_A=5: inf_B=2: inferior 2 (timeout)
+FAIL: gdb.multi/multi-target-no-resumed.exp: inf_A=5: inf_B=2: inferior 5 (timeout)
-FAIL: gdb.server/ext-run.exp: clear_sysroot=false: set_remote_exec=true: fetch_exec_and_args=off: continue to main
-FAIL: gdb.server/ext-run.exp: clear_sysroot=false: set_remote_exec=true: fetch_exec_and_args=off: get process list
-FAIL: gdb.server/ext-run.exp: clear_sysroot=false: set_remote_exec=true: fetch_exec_and_args=off: load new file without any gdbserver inferior
-FAIL: gdb.server/ext-run.exp: clear_sysroot=false: set_remote_exec=true: fetch_exec_and_args=off: monitor exit
-FAIL: gdb.threads/next-fork-other-thread.exp: fork_func=fork: target-non-stop=off: non-stop=off: displaced-stepping=auto: i=0: next to for loop
-FAIL: gdb.threads/next-fork-other-thread.exp: fork_func=fork: target-non-stop=off: non-stop=off: displaced-stepping=off: i=9: next to other line
-FAIL: gdb.threads/next-fork-other-thread.exp: fork_func=fork: target-non-stop=off: non-stop=off: displaced-stepping=on: i=0: next to for loop
+FAIL: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event)
+FAIL: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event.progspace.executable_filename)
+FAIL: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event.reload)
+FAIL: gdb.server/target-exec-file.exp: start inferior a second time: stopped at main
+FAIL: gdb.server/target-exec-file.exp: start inferior a third time: start command
+FAIL: gdb.server/target-exec-file.exp: start inferior the first time: stopped at main
+FAIL: gdb.threads/next-fork-other-thread.exp: fork_func=fork: target-non-stop=off: non-stop=off: displaced-stepping=auto: i=1: next to for loop
+FAIL: gdb.threads/next-fork-other-thread.exp: fork_func=fork: target-non-stop=off: non-stop=off: displaced-stepping=off: i=1: next to other line
+FAIL: gdb.threads/next-fork-other-thread.exp: fork_func=fork: target-non-stop=off: non-stop=off: displaced-stepping=on: i=3: next to other line
-ERROR: can not find channel named "exp9"
-ERROR: can not find channel named "exp9"
-ERROR: GDB process no longer exists
-UNRESOLVED: gdb.server/target-exec-file.exp: after starting inferior for the first time: python print(global_exec_changed_event)
-UNRESOLVED: gdb.server/target-exec-file.exp: after starting inferior for the second time: python print(global_exec_changed_event)
-UNRESOLVED: gdb.server/target-exec-file.exp: after starting inferior for the third time: python global_exec_changed_event = None
-UNRESOLVED: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event)
-UNRESOLVED: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event.progspace.executable_filename)
-UNRESOLVED: gdb.server/target-exec-file.exp: after starting inferior for the third time: python print(global_exec_changed_event.reload)
-UNRESOLVED: gdb.server/target-exec-file.exp: start inferior a second time: start command
-UNRESOLVED: gdb.server/target-exec-file.exp: start inferior a third time: start command
-UNRESOLVED: gdb.server/target-exec-file.exp: start inferior the first time: stopped at main
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RE: [PATCH] gdb: fix an issue with thread list corruption

[Metzger, Markus T]

Hello Simon,

>The general issue is that safe-iterations should not be nested.  They should
>only
>be used with the intent of deleting the current item.  A comment may be more
>effective at preventing mis-use.
>
>Both for_each_thread() and find_thread() use all_threads_safe().  They
>probably
>shouldn't.  So, instead of fixing this one case by not using for_each_thread(),
>we
>should probably change for_each_thread() to use all_threads() and find those
>few
>cases, if any, that do use for_each_thread() to delete threads and change
>them
>to explicitly use all_threads_safe().

It turns out that there are only few calls to for_each_thread() and it looks like
one such call in mi/mi-main.c would run into a similar issue that this patch
fixes for infcmd.c.  I have not found a call that deletes the thread in the callback.

I'm testing a patch [1] that changes for_each_thread().

Regards,
markus.

[1]:
diff --git a/gdb/gdbthread.h b/gdb/gdbthread.h
index b3052b28d1a..1bdbf621982 100644
--- a/gdb/gdbthread.h
+++ b/gdb/gdbthread.h
@@ -796,7 +796,14 @@ void thread_change_ptid (process_stratum_target *targ,
 using for_each_thread_callback_ftype
   = gdb::function_view<void (thread_info *)>;
 
-/* Call CALLBACK once for each known thread.  */
+/* Call CALLBACK once for each known thread.
+
+   CALLBACK must not delete the thread.  To delete threads, use:
+
+     for (thread_info &t : all_threads_safe ())
+       if (some_condition ())
+        delete &t;
+*/
 
 extern void for_each_thread (for_each_thread_callback_ftype callback);
 
diff --git a/gdb/thread.c b/gdb/thread.c
index 4f62ca280cd..110e58a70aa 100644
--- a/gdb/thread.c
+++ b/gdb/thread.c
@@ -605,7 +605,7 @@ find_thread_by_handle (gdb::array_view<const gdb_byte> handle,
 void
 for_each_thread (for_each_thread_callback_ftype callback)
 {
-  for (thread_info &tp : all_threads_safe ())
+  for (thread_info &tp : all_threads ())
     callback (&tp);
 }

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RE: [PATCH] gdb: fix an issue with thread list corruption

[Metzger, Markus T]

>>The general issue is that safe-iterations should not be nested.  They should
>>only
>>be used with the intent of deleting the current item.  A comment may be
>more
>>effective at preventing mis-use.
>>
>>Both for_each_thread() and find_thread() use all_threads_safe().  They
>>probably
>>shouldn't.  So, instead of fixing this one case by not using for_each_thread(),
>>we
>>should probably change for_each_thread() to use all_threads() and find
>those
>>few
>>cases, if any, that do use for_each_thread() to delete threads and change
>>them
>>to explicitly use all_threads_safe().
>
>It turns out that there are only few calls to for_each_thread() and it looks like
>one such call in mi/mi-main.c would run into a similar issue that this patch
>fixes for infcmd.c.  I have not found a call that deletes the thread in the
>callback.
>
>I'm testing a patch [1] that changes for_each_thread().

Sent as https://sourceware.org/pipermail/gdb-patches/2026-May/227320.html.

This replaces this patch.

Regards,
Markus.
Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
Chairperson of the Supervisory Board: Nicole Lau
Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH] gdb: fix an issue with thread list corruption

[Tom Tromey]

>>>>> Metzger, Markus T <markus.t.metzger@intel.com> writes:

> I'm testing a patch [1] that changes for_each_thread().

What if we just got rid of for_each_thread and had the callers use a
foreach and all_threads().

Tom

Re: [PATCH] gdb: fix an issue with thread list corruption

[Tom Tromey]

>> I'm testing a patch [1] that changes for_each_thread().

Tom> What if we just got rid of for_each_thread and had the callers use a
Tom> foreach and all_threads().

I wrote a patch to do this that I'll send in a bit.

Tom

Re: [PATCH] gdb: fix an issue with thread list corruption

[Thiago Jung Bauermann]

"Metzger, Markus T" <markus.t.metzger@intel.com> writes:

> And what am I supposed to do about such sporadically failing tests when
> I want to test a patch series to ensure that I'm not introducing regressions?
>
> I created two empty patches and tested upstream master (of a few days ago)
> and my two empty patches, then diff'ed the corresponding gdb.sum files
> against the respective parent commit [1].
>
> The noise caused by sporadically failing tests makes it difficult to judge
> whether a given patch is OK.  Even if a patch would trigger a new fail in a
> test that sporadically passes, it would not be noticed in all that noise.

Ideally over time we'll fix the tests that fail sporadically for no good
reason.

In addition to that, there's suspicion of a kernel bug which causes
Expect to miss some bytes in the pty:

https://sourceware.org/bugzilla/show_bug.cgi?id=28561

A GCC engineer also noticed that sometimes GCC tests spuriously fail
because the output seen by Expect is missing a \n that by all accounts
should have been there (I don't have a bugzilla link for that one though).

I recently wrote¹ a suggestion about how to deal with the flaky tests
while these things aren't sorted out. I'll reproduce it here for
convenience:

The Linaro CI keeps an "expected failures" file containing the baseline
failures and automatically detected flaky failures. For example:

http://54.172.246.49:9090/jobs/tcwg_gdb_check--master-aarch64-build/builds/10102/archive/artifacts/sumfiles/xfails.xfail

(We're currently doing some server migration so the URL above is likely
 to change at some point. CI notification emails will have the current
 one.)

You can use it with GCC's
contrib/testsuite-management/validate_failures.py script to filter the
noise:

$ validate_failures.py --manifest=xfails.xfail --results=gdb.sum > failures.txt

Note that strictly speaking, the baseline failures are specific of the
machine the CI jobs run on. If you want to be precise you can replace
the "known failures" section of the file with the failures from your
testsuite run of the patch's base commit.

-- 
Thiago

¹ https://inbox.sourceware.org/gdb-patches/87zf2sc47o.fsf@linaro.org/

[PATCH] gdb, remote: fix notify debug nullptr dereference

[Markus Metzger]

In remote_target:push_stop_reply, notif debug prints an element that has
been moved.  Print the element at the destination, instead.
---
 gdb/remote.c | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/gdb/remote.c b/gdb/remote.c
index 1455838c2cf..735774903f3 100644
--- a/gdb/remote.c
+++ b/gdb/remote.c
@@ -8406,7 +8406,7 @@ remote_target::push_stop_reply (stop_reply_up new_event)
   if (notif_debug)
     gdb_printf (gdb_stdlog,
 		"notif: push 'Stop' %s to queue %d\n",
-		new_event->ptid.to_string ().c_str (),
+		rs->stop_reply_queue.back ()->ptid.to_string ().c_str (),
 		int (rs->stop_reply_queue.size ()));
 
   /* Mark the pending event queue only if async mode is currently enabled.
-- 
2.34.1

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Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH] gdb, remote: fix notify debug nullptr dereference

[Simon Marchi]

On 5/4/26 3:16 AM, Markus Metzger wrote:
> In remote_target:push_stop_reply, notif debug prints an element that has
> been moved.  Print the element at the destination, instead.

So, there is a clang-tidy check for that, and indeed it finds it (and
more, but I'm just pasting the relevant one):

    $ clang-tidy  '-checks=bugprone-use-after-move' remote.c
    ...
    /home/smarchi/src/binutils-gdb/gdb/remote.c:8409:3: warning: 'new_event' used after it was moved [bugprone-use-after-move]
     8409 |                 new_event->ptid.to_string ().c_str (),
          |                 ^
    /home/smarchi/src/binutils-gdb/gdb/remote.c:8404:24: note: move occurred here
     8404 |   rs->stop_reply_queue.push_back (std::move (new_event));

I think we should set up a .clang-tidy file with the checks we care
about an run it in the CI, I'll look into that.

Approved-By: Simon Marchi <simon.marchi@efficios.com>

Simon

[PATCH] gdb, testsuite: increase timeout in gdb.threads/attach-non-stop.exp

[Markus Metzger]

Attaching sporadically timed out on my system while reading symbols...

    Reading symbols from .../attach-non-stop...
    (gdb) gdb_do_cache: can_spawn_for_attach (  )
    builtin_spawn .../attach-non-stop
    attach 729532
    Attaching to program: .../attach-non-stop, process 729532
    [New LWP 729574 (id 2)]
    [New LWP 729573 (id 3)]
    [New LWP 729572 (id 4)]
    [New LWP 729571 (id 5)]
    [New LWP 729570 (id 6)]
    [New LWP 729569 (id 7)]
    [New LWP 729568 (id 8)]
    [New LWP 729567 (id 9)]
    [New LWP 729566 (id 10)]
    [New LWP 729565 (id 11)]
    Reading symbols from /lib/x86_64-linux-gnu/libc.so.6...
    FAIL: gdb.threads/attach-non-stop.exp: target-non-stop=off: non-stop=on: cmd=attach: attach (timeout)

Adjust the timeout to avoid sporadic fails.
---
 gdb/testsuite/gdb.threads/attach-non-stop.exp | 10 ++++++----
 1 file changed, 6 insertions(+), 4 deletions(-)

diff --git a/gdb/testsuite/gdb.threads/attach-non-stop.exp b/gdb/testsuite/gdb.threads/attach-non-stop.exp
index 3f55459e7ed..d9ba38e58bf 100644
--- a/gdb/testsuite/gdb.threads/attach-non-stop.exp
+++ b/gdb/testsuite/gdb.threads/attach-non-stop.exp
@@ -48,10 +48,12 @@ proc test {target_non_stop non_stop cmd} {
     set any "\[^\r\n\]*"
 
     if {$cmd == "attach"} {
-	gdb_test_multiple "attach $testpid" $test {
-	    -re "Attaching to program:${any}process $testpid\r\n.*$gdb_prompt " {
-		pass $test
-		set attached 1
+	with_timeout_factor 10 {
+	    gdb_test_multiple "attach $testpid" $test {
+		-re "Attaching to program:${any}process $testpid\r\n.*$gdb_prompt " {
+		    pass $test
+		    set attached 1
+		}
 	    }
 	}
 
-- 
2.34.1

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Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH] gdb, testsuite: increase timeout in gdb.threads/attach-non-stop.exp

[Simon Marchi]

On 5/4/26 3:16 AM, Markus Metzger wrote:
> Attaching sporadically timed out on my system while reading symbols...
> 
>     Reading symbols from .../attach-non-stop...
>     (gdb) gdb_do_cache: can_spawn_for_attach (  )
>     builtin_spawn .../attach-non-stop
>     attach 729532
>     Attaching to program: .../attach-non-stop, process 729532
>     [New LWP 729574 (id 2)]
>     [New LWP 729573 (id 3)]
>     [New LWP 729572 (id 4)]
>     [New LWP 729571 (id 5)]
>     [New LWP 729570 (id 6)]
>     [New LWP 729569 (id 7)]
>     [New LWP 729568 (id 8)]
>     [New LWP 729567 (id 9)]
>     [New LWP 729566 (id 10)]
>     [New LWP 729565 (id 11)]
>     Reading symbols from /lib/x86_64-linux-gnu/libc.so.6...
>     FAIL: gdb.threads/attach-non-stop.exp: target-non-stop=off: non-stop=on: cmd=attach: attach (timeout)
> 
> Adjust the timeout to avoid sporadic fails.

Not saying it's necessarily a bad idea, but I'd like some more details
on what is taking so long.  From the above, I understand that GDB is
reading debug info for libc, which is not that big in the grand scheme
of things...

I'd like to know "this step is taking about X seconds", just to make
sure we don't paper over an actual problem.

Simon

RE: [PATCH] gdb, testsuite: increase timeout in gdb.threads/attach-non-stop.exp

[Metzger, Markus T]

Hello Simon,

>On 5/4/26 3:16 AM, Markus Metzger wrote:
>> Attaching sporadically timed out on my system while reading symbols...
>>
>>     Reading symbols from .../attach-non-stop...
>>     (gdb) gdb_do_cache: can_spawn_for_attach (  )
>>     builtin_spawn .../attach-non-stop
>>     attach 729532
>>     Attaching to program: .../attach-non-stop, process 729532
>>     [New LWP 729574 (id 2)]
>>     [New LWP 729573 (id 3)]
>>     [New LWP 729572 (id 4)]
>>     [New LWP 729571 (id 5)]
>>     [New LWP 729570 (id 6)]
>>     [New LWP 729569 (id 7)]
>>     [New LWP 729568 (id 8)]
>>     [New LWP 729567 (id 9)]
>>     [New LWP 729566 (id 10)]
>>     [New LWP 729565 (id 11)]
>>     Reading symbols from /lib/x86_64-linux-gnu/libc.so.6...
>>     FAIL: gdb.threads/attach-non-stop.exp: target-non-stop=off: non-stop=on:
>cmd=attach: attach (timeout)
>>
>> Adjust the timeout to avoid sporadic fails.
>
>Not saying it's necessarily a bad idea, but I'd like some more details
>on what is taking so long.  From the above, I understand that GDB is
>reading debug info for libc, which is not that big in the grand scheme
>of things...
>
>I'd like to know "this step is taking about X seconds", just to make
>sure we don't paper over an actual problem.

The issue happens sporadically, typically while running the entire test
suite (I use FORCE_PARALLEL).  I tried reproducing it by just running this
one test but couldn't.

I cannot say what takes so long and how long exactly it takes, but increasing
the timeout helped the test pass, so it wasn't actually hanging.  One sporadic
fail less.

Regards,
Markus.
Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
Chairperson of the Supervisory Board: Nicole Lau
Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH] gdb, testsuite: increase timeout in gdb.threads/attach-non-stop.exp

[Simon Marchi]

On 2026-05-05 02:15, Metzger, Markus T wrote:
> Hello Simon,
> 
>> On 5/4/26 3:16 AM, Markus Metzger wrote:
>>> Attaching sporadically timed out on my system while reading symbols...
>>>
>>>     Reading symbols from .../attach-non-stop...
>>>     (gdb) gdb_do_cache: can_spawn_for_attach (  )
>>>     builtin_spawn .../attach-non-stop
>>>     attach 729532
>>>     Attaching to program: .../attach-non-stop, process 729532
>>>     [New LWP 729574 (id 2)]
>>>     [New LWP 729573 (id 3)]
>>>     [New LWP 729572 (id 4)]
>>>     [New LWP 729571 (id 5)]
>>>     [New LWP 729570 (id 6)]
>>>     [New LWP 729569 (id 7)]
>>>     [New LWP 729568 (id 8)]
>>>     [New LWP 729567 (id 9)]
>>>     [New LWP 729566 (id 10)]
>>>     [New LWP 729565 (id 11)]
>>>     Reading symbols from /lib/x86_64-linux-gnu/libc.so.6...
>>>     FAIL: gdb.threads/attach-non-stop.exp: target-non-stop=off: non-stop=on:
>> cmd=attach: attach (timeout)
>>>
>>> Adjust the timeout to avoid sporadic fails.
>>
>> Not saying it's necessarily a bad idea, but I'd like some more details
>> on what is taking so long.  From the above, I understand that GDB is
>> reading debug info for libc, which is not that big in the grand scheme
>> of things...
>>
>> I'd like to know "this step is taking about X seconds", just to make
>> sure we don't paper over an actual problem.
> 
> The issue happens sporadically, typically while running the entire test
> suite (I use FORCE_PARALLEL).  I tried reproducing it by just running this
> one test but couldn't.
> 
> I cannot say what takes so long and how long exactly it takes, but increasing
> the timeout helped the test pass, so it wasn't actually hanging.  One sporadic
> fail less.

If the timeout is mostly related to how you run the testsuite, then I
think it would be more appropriate to set a local timeout factor.  For
instance, because I build GDB with -O0, with all kinds of checks that
make it slower (_GLIBCXX_DEBUG, ASan), I also get some random timeouts
that are not there when building normally, so I use:

  echo 'set gdb_test_timeout [expr 5 * $timeout]' >> testsuite/site.exp

in my build directory.

Simon

RE: [PATCH] gdb, testsuite: increase timeout in gdb.threads/attach-non-stop.exp

[Metzger, Markus T]

Hello Simon,

>On 2026-05-05 02:15, Metzger, Markus T wrote:
>> Hello Simon,
>>
>>> On 5/4/26 3:16 AM, Markus Metzger wrote:
>>>> Attaching sporadically timed out on my system while reading symbols...
>>>>
>>>>     Reading symbols from .../attach-non-stop...
>>>>     (gdb) gdb_do_cache: can_spawn_for_attach (  )
>>>>     builtin_spawn .../attach-non-stop
>>>>     attach 729532
>>>>     Attaching to program: .../attach-non-stop, process 729532
>>>>     [New LWP 729574 (id 2)]
>>>>     [New LWP 729573 (id 3)]
>>>>     [New LWP 729572 (id 4)]
>>>>     [New LWP 729571 (id 5)]
>>>>     [New LWP 729570 (id 6)]
>>>>     [New LWP 729569 (id 7)]
>>>>     [New LWP 729568 (id 8)]
>>>>     [New LWP 729567 (id 9)]
>>>>     [New LWP 729566 (id 10)]
>>>>     [New LWP 729565 (id 11)]
>>>>     Reading symbols from /lib/x86_64-linux-gnu/libc.so.6...
>>>>     FAIL: gdb.threads/attach-non-stop.exp: target-non-stop=off: non-
>stop=on:
>>> cmd=attach: attach (timeout)
>>>>
>>>> Adjust the timeout to avoid sporadic fails.
>>>
>>> Not saying it's necessarily a bad idea, but I'd like some more details
>>> on what is taking so long.  From the above, I understand that GDB is
>>> reading debug info for libc, which is not that big in the grand scheme
>>> of things...
>>>
>>> I'd like to know "this step is taking about X seconds", just to make
>>> sure we don't paper over an actual problem.
>>
>> The issue happens sporadically, typically while running the entire test
>> suite (I use FORCE_PARALLEL).  I tried reproducing it by just running this
>> one test but couldn't.
>>
>> I cannot say what takes so long and how long exactly it takes, but increasing
>> the timeout helped the test pass, so it wasn't actually hanging.  One sporadic
>> fail less.
>
>If the timeout is mostly related to how you run the testsuite, then I
>think it would be more appropriate to set a local timeout factor.  For
>instance, because I build GDB with -O0, with all kinds of checks that
>make it slower (_GLIBCXX_DEBUG, ASan), I also get some random timeouts
>that are not there when building normally, so I use:
>
>  echo 'set gdb_test_timeout [expr 5 * $timeout]' >> testsuite/site.exp
>
>in my build directory.

Thanks for the hint.  Let me try that instead of this patch.

Markus.

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[PATCH] gdb: update store_integer's comment

[Markus Metzger]

From: Tankut Baris Aktemur <tankut.baris.aktemur@intel.com>

The comment of store_integer seems slightly outdated and does not
refer to the variants that take an array view.  Update the comment.
---
 gdb/extract-store-integer.c | 4 ++--
 gdb/extract-store-integer.h | 3 ++-
 2 files changed, 4 insertions(+), 3 deletions(-)

diff --git a/gdb/extract-store-integer.c b/gdb/extract-store-integer.c
index a7bce99362d..66ddae33aa8 100644
--- a/gdb/extract-store-integer.c
+++ b/gdb/extract-store-integer.c
@@ -129,8 +129,8 @@ extract_typed_address (const gdb_byte *buf, struct type *type)
   return gdbarch_pointer_to_address (type->arch (), type, buf);
 }
 
-/* All 'store' functions accept a host-format integer and store a
-   target-format integer at ADDR which is LEN bytes long.  */
+/* Take a host-format integer VAL and store it as a target-format
+   integer at DST.  */
 template<typename T, typename>
 void
 store_integer (gdb::array_view<gdb_byte> dst, enum bfd_endian byte_order,
diff --git a/gdb/extract-store-integer.h b/gdb/extract-store-integer.h
index 76dfd49d62a..16a6a852bf7 100644
--- a/gdb/extract-store-integer.h
+++ b/gdb/extract-store-integer.h
@@ -57,7 +57,8 @@ extern CORE_ADDR extract_typed_address (const gdb_byte *buf,
 					struct type *type);
 
 /* All 'store' functions accept a host-format integer and store a
-   target-format integer at ADDR which is LEN bytes long.  */
+   target-format integer, either at DST, which contains its size,
+   or at ADDR, which is LEN bytes long.  */
 
 template<typename T, typename = RequireLongest<T>>
 extern void store_integer (gdb::array_view<gdb_byte> dst,
-- 
2.34.1

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Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH] gdb: update store_integer's comment

[Simon Marchi]

On 5/4/26 3:16 AM, Markus Metzger wrote:
> From: Tankut Baris Aktemur <tankut.baris.aktemur@intel.com>
> 
> The comment of store_integer seems slightly outdated and does not
> refer to the variants that take an array view.  Update the comment.
> ---
>  gdb/extract-store-integer.c | 4 ++--
>  gdb/extract-store-integer.h | 3 ++-
>  2 files changed, 4 insertions(+), 3 deletions(-)
> 
> diff --git a/gdb/extract-store-integer.c b/gdb/extract-store-integer.c
> index a7bce99362d..66ddae33aa8 100644
> --- a/gdb/extract-store-integer.c
> +++ b/gdb/extract-store-integer.c
> @@ -129,8 +129,8 @@ extract_typed_address (const gdb_byte *buf, struct type *type)
>    return gdbarch_pointer_to_address (type->arch (), type, buf);
>  }
>  
> -/* All 'store' functions accept a host-format integer and store a
> -   target-format integer at ADDR which is LEN bytes long.  */
> +/* Take a host-format integer VAL and store it as a target-format
> +   integer at DST.  */
>  template<typename T, typename>
>  void
>  store_integer (gdb::array_view<gdb_byte> dst, enum bfd_endian byte_order,

This one should be "See extract-store-integer.h.", since we have a
declaration for this in the header.

> diff --git a/gdb/extract-store-integer.h b/gdb/extract-store-integer.h
> index 76dfd49d62a..16a6a852bf7 100644
> --- a/gdb/extract-store-integer.h
> +++ b/gdb/extract-store-integer.h
> @@ -57,7 +57,8 @@ extern CORE_ADDR extract_typed_address (const gdb_byte *buf,
>  					struct type *type);
>  
>  /* All 'store' functions accept a host-format integer and store a
> -   target-format integer at ADDR which is LEN bytes long.  */
> +   target-format integer, either at DST, which contains its size,
> +   or at ADDR, which is LEN bytes long.  */

Since it's a short and simple comment, my preference would be to put a
specific comment on all the variants.  This makes the comments more
useful, especially when you hover over a function call in an IDE.

Simon

[PATCH] gdb: use correct target in notify_thread_exited()

[Markus Metzger]

clean_up_just_stopped_threads_fsms() may call notify_thread_exited() in
the context of a thread from a different target.  In my case:

    at .../gdb/thread.c:404
    exit_code=std::optional [no contained value], silent=false)
    at .../gdb/thread.c:436
    exit_code=std::optional [no contained value], silent=false)
    at .../gdb/thread.c:733
    at .../gdb/thread.c:763
    at .../gdb/infrun.c:4548
    at .../gdb/infrun.c:4786

Instead of relying on global state, use the exited thread's inferior's
target, which is exactly the target we want.
---
 gdb/thread.c | 6 ++++--
 1 file changed, 4 insertions(+), 2 deletions(-)

diff --git a/gdb/thread.c b/gdb/thread.c
index 74124596b28..5c3b60b2aa7 100644
--- a/gdb/thread.c
+++ b/gdb/thread.c
@@ -203,14 +203,16 @@ notify_thread_exited (thread_info *t, std::optional<ULONGEST> exit_code,
 {
   if (!silent && print_thread_events)
     {
+      struct target_ops *target = t->inf->top_target ();
+
       if (exit_code.has_value ())
 	gdb_printf (_("[%s (id %s) exited with code %s]\n"),
-		    target_pid_to_str (t->ptid).c_str (),
+		    target->pid_to_str (t->ptid).c_str (),
 		    print_thread_id (t),
 		    pulongest (*exit_code));
       else
 	gdb_printf (_("[%s (id %s) exited]\n"),
-		    target_pid_to_str (t->ptid).c_str (),
+		    target->pid_to_str (t->ptid).c_str (),
 		    print_thread_id (t));
     }
 
-- 
2.34.1

Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
Chairperson of the Supervisory Board: Nicole Lau
Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH] gdb: use correct target in notify_thread_exited()

[Simon Marchi]

On 5/4/26 3:16 AM, Markus Metzger wrote:
> clean_up_just_stopped_threads_fsms() may call notify_thread_exited() in
> the context of a thread from a different target.  In my case:
> 
>     at .../gdb/thread.c:404
>     exit_code=std::optional [no contained value], silent=false)
>     at .../gdb/thread.c:436
>     exit_code=std::optional [no contained value], silent=false)
>     at .../gdb/thread.c:733
>     at .../gdb/thread.c:763
>     at .../gdb/infrun.c:4548
>     at .../gdb/infrun.c:4786

This is missing the function names, so not very useful.

> 
> Instead of relying on global state, use the exited thread's inferior's
> target, which is exactly the target we want.
> ---
>  gdb/thread.c | 6 ++++--
>  1 file changed, 4 insertions(+), 2 deletions(-)
> 
> diff --git a/gdb/thread.c b/gdb/thread.c
> index 74124596b28..5c3b60b2aa7 100644
> --- a/gdb/thread.c
> +++ b/gdb/thread.c
> @@ -203,14 +203,16 @@ notify_thread_exited (thread_info *t, std::optional<ULONGEST> exit_code,
>  {
>    if (!silent && print_thread_events)
>      {
> +      struct target_ops *target = t->inf->top_target ();
> +
>        if (exit_code.has_value ())
>  	gdb_printf (_("[%s (id %s) exited with code %s]\n"),
> -		    target_pid_to_str (t->ptid).c_str (),
> +		    target->pid_to_str (t->ptid).c_str (),
>  		    print_thread_id (t),
>  		    pulongest (*exit_code));
>        else
>  	gdb_printf (_("[%s (id %s) exited]\n"),
> -		    target_pid_to_str (t->ptid).c_str (),
> +		    target->pid_to_str (t->ptid).c_str (),
>  		    print_thread_id (t));

This is unfortunately not correct, because target calls (annoyingly IMO)
use the target stack of the current inferior to find the target beneath.
If you are having to do this change, it means that this function is
called for a thread of inferior A, while inferior B is the current one.
What will happen is that you'll start with the top target of inferior A,
but if that target calls "target_ops::beneath()" to delegate to the
target beneath, that will jump to a target of inferior B.  If the
pid_to_str operation is handled by the top target of inferior A, it will
work, but not in the general case.

As of today, the only fix for that would be to temporarily switch
inferior.

I once made a prototype [1] of passing down the target stack explicitly to
all target functions.  It would be quite invasive, but I don't see any
other solution if we want to lift that "target calls care about current
inferior" limitation.

Simon

[1] https://review.lttng.org/c/binutils-gdb/+/5627

RE: [PATCH] gdb: use correct target in notify_thread_exited()

[Metzger, Markus T]

Hello Simon,

>On 5/4/26 3:16 AM, Markus Metzger wrote:
>> clean_up_just_stopped_threads_fsms() may call notify_thread_exited() in
>> the context of a thread from a different target.  In my case:
>>
>>     at .../gdb/thread.c:404
>>     exit_code=std::optional [no contained value], silent=false)
>>     at .../gdb/thread.c:436
>>     exit_code=std::optional [no contained value], silent=false)
>>     at .../gdb/thread.c:733
>>     at .../gdb/thread.c:763
>>     at .../gdb/infrun.c:4548
>>     at .../gdb/infrun.c:4786
>
>This is missing the function names, so not very useful.

I removed it in v2.

>> Instead of relying on global state, use the exited thread's inferior's
>> target, which is exactly the target we want.
>> ---
>>  gdb/thread.c | 6 ++++--
>>  1 file changed, 4 insertions(+), 2 deletions(-)
>>
>> diff --git a/gdb/thread.c b/gdb/thread.c
>> index 74124596b28..5c3b60b2aa7 100644
>> --- a/gdb/thread.c
>> +++ b/gdb/thread.c
>> @@ -203,14 +203,16 @@ notify_thread_exited (thread_info *t,
>std::optional<ULONGEST> exit_code,
>>  {
>>    if (!silent && print_thread_events)
>>      {
>> +      struct target_ops *target = t->inf->top_target ();
>> +
>>        if (exit_code.has_value ())
>>  	gdb_printf (_("[%s (id %s) exited with code %s]\n"),
>> -		    target_pid_to_str (t->ptid).c_str (),
>> +		    target->pid_to_str (t->ptid).c_str (),
>>  		    print_thread_id (t),
>>  		    pulongest (*exit_code));
>>        else
>>  	gdb_printf (_("[%s (id %s) exited]\n"),
>> -		    target_pid_to_str (t->ptid).c_str (),
>> +		    target->pid_to_str (t->ptid).c_str (),
>>  		    print_thread_id (t));
>
>This is unfortunately not correct, because target calls (annoyingly IMO)
>use the target stack of the current inferior to find the target beneath.
>If you are having to do this change, it means that this function is
>called for a thread of inferior A, while inferior B is the current one.
>What will happen is that you'll start with the top target of inferior A,
>but if that target calls "target_ops::beneath()" to delegate to the
>target beneath, that will jump to a target of inferior B.  If the
>pid_to_str operation is handled by the top target of inferior A, it will
>work, but not in the general case.
>
>As of today, the only fix for that would be to temporarily switch
>inferior.

Those scoped_restore_foo are everywhere.  I tried to not rely on
global state and instead use the arguments passed to the function,
but I see now how this cannot work.  Makes you wonder why we
even bother passing thread_info * and inferior *.

I switch to the exited thread in v2.

>I once made a prototype [1] of passing down the target stack explicitly to
>all target functions.  It would be quite invasive, but I don't see any
>other solution if we want to lift that "target calls care about current
>inferior" limitation.
>
>[1] https://review.lttng.org/c/binutils-gdb/+/5627

It's every call to inferior_thread() and current_inferior(), too.

Regards,
Markus.
Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
Chairperson of the Supervisory Board: Nicole Lau
Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH] gdb: use correct target in notify_thread_exited()

[Simon Marchi]

On 2026-05-05 03:56, Metzger, Markus T wrote:
>> This is unfortunately not correct, because target calls (annoyingly IMO)
>> use the target stack of the current inferior to find the target beneath.
>> If you are having to do this change, it means that this function is
>> called for a thread of inferior A, while inferior B is the current one.
>> What will happen is that you'll start with the top target of inferior A,
>> but if that target calls "target_ops::beneath()" to delegate to the
>> target beneath, that will jump to a target of inferior B.  If the
>> pid_to_str operation is handled by the top target of inferior A, it will
>> work, but not in the general case.
>>
>> As of today, the only fix for that would be to temporarily switch
>> inferior.
> 
> Those scoped_restore_foo are everywhere.  I tried to not rely on
> global state and instead use the arguments passed to the function,
> but I see now how this cannot work.  Makes you wonder why we
> even bother passing thread_info * and inferior *.

Indeed, if a random function takes an inferior parameter but also
requires that this inferior is the current one, it can be misleading.
It makes you think that it is global-context-agnostic, while it is not.
I try not to do this.

I would say that this "target calls rely on current inferior's target
stack" is the major blocker for continuing doing cleanups to pass
context through parameters, rather than global variables.

> I switch to the exited thread in v2.
> 
>> I once made a prototype [1] of passing down the target stack explicitly to
>> all target functions.  It would be quite invasive, but I don't see any
>> other solution if we want to lift that "target calls care about current
>> inferior" limitation.
>>
>> [1] https://review.lttng.org/c/binutils-gdb/+/5627
> 
> It's every call to inferior_thread() and current_inferior(), too.

I am not sure what you mean here, those are just simple getters.

Simon

RE: [PATCH] gdb: use correct target in notify_thread_exited()

[Metzger, Markus T]

Hello Simon,

>> It's every call to inferior_thread() and current_inferior(), too.
>
>I am not sure what you mean here, those are just simple getters.

I meant that they get global state while it would be cleaner to pass
the inferior or thread as argument.  If some function you end up
calling uses inferior_thread(), you're still required to switch to that
thread and back.

It would be nice if the current thread and inferior were UI local state.

Markus.
Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
Chairperson of the Supervisory Board: Nicole Lau
Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

[PATCH v2] gdb, btrace: support libipt v2.2 events

[Markus Metzger]

Add support for printing new events added in libipt v2.2 originating from
Event Tracing in combination with Flexible Return and Event Delivery
(FRED) and from Trigger Tracing.

Reviewed-By: Keith Seitz <keiths@redhat.com>
---
 gdb/NEWS     |  3 +++
 gdb/btrace.c | 53 ++++++++++++++++++++++++++++++++++++++++++++++++++++
 2 files changed, 56 insertions(+)

diff --git a/gdb/NEWS b/gdb/NEWS
index e233906153a..4464135ef71 100644
--- a/gdb/NEWS
+++ b/gdb/NEWS
@@ -75,6 +75,9 @@
 * The Windows native target now supports scheduler-locking.  E.g.,
   "set scheduler-locking on" now works.  Previously it gave an error.
 
+* GDB now supports libipt v2.2 events originating from Event Tracing on a
+  FRED-enabled system and from Trigger Tracing.
+
 * New targets
 
 GNU/Linux/MicroBlaze (gdbserver) microblazeel-*linux*
diff --git a/gdb/btrace.c b/gdb/btrace.c
index 6a8f0f549d1..f9c6f0e5b6a 100644
--- a/gdb/btrace.c
+++ b/gdb/btrace.c
@@ -1597,6 +1597,59 @@ handle_pt_insn_events (struct btrace_thread_info *btinfo,
 	    break;
 	  }
 #endif /* defined (LIBIPT_VERSION >= 0x201) */
+
+#if (LIBIPT_VERSION >= 0x202)
+	case ptev_trig:
+	  {
+	    std::string aux_string = std::string (_("trig: trbv = "))
+	      + hex_string (event.variant.trig.trbv);
+
+	    if (event.variant.trig.mult != 0)
+	      aux_string += std::string (", mult");
+
+	    if (event.ip_suppressed == 0)
+	      {
+		pc = event.variant.trig.ip;
+		aux_string += std::string (", ip = ") + hex_string (*pc);
+	      }
+
+	    if (event.variant.trig.icnt != 0)
+	      aux_string += std::string (", icnt = ")
+		+ hex_string (event.variant.trig.icnt);
+
+	    handle_pt_aux_insn (btinfo, aux_string, pc);
+	    break;
+	  }
+
+	case ptev_swintr:
+	  {
+	    std::string aux_string = std::string (_("swintr: vector = "))
+	      + hex_string (event.variant.swintr.vector);
+
+	    if (event.ip_suppressed == 0)
+	      {
+		pc = event.variant.swintr.ip;
+		aux_string += std::string (", ip = ") + hex_string (*pc);
+	      }
+
+	    handle_pt_aux_insn (btinfo, aux_string, pc);
+	    break;
+	  }
+
+	case ptev_syscall:
+	  {
+	    std::string aux_string = std::string (_("syscall"));
+
+	    if (event.ip_suppressed == 0)
+	      {
+		pc = event.variant.syscall.ip;
+		aux_string += std::string (": ip = ") + hex_string (*pc);
+	      }
+
+	    handle_pt_aux_insn (btinfo, aux_string, pc);
+	    break;
+	  }
+#endif /* (LIBIPT_VERSION >= 0x202) */
 	}
     }
 #endif /* defined (HAVE_PT_INSN_EVENT) */
-- 
2.34.1

Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
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Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH v2] gdb, btrace: support libipt v2.2 events

[Eli Zaretskii]

> From: Markus Metzger <markus.t.metzger@intel.com>
> Cc: Keith Seitz <keiths@redhat.com>
> Date: Mon,  4 May 2026 07:16:36 +0000
> 
> Add support for printing new events added in libipt v2.2 originating from
> Event Tracing in combination with Flexible Return and Event Delivery
> (FRED) and from Trigger Tracing.
> 
> Reviewed-By: Keith Seitz <keiths@redhat.com>
> ---
>  gdb/NEWS     |  3 +++
>  gdb/btrace.c | 53 ++++++++++++++++++++++++++++++++++++++++++++++++++++
>  2 files changed, 56 insertions(+)
> 
> diff --git a/gdb/NEWS b/gdb/NEWS
> index e233906153a..4464135ef71 100644
> --- a/gdb/NEWS
> +++ b/gdb/NEWS
> @@ -75,6 +75,9 @@
>  * The Windows native target now supports scheduler-locking.  E.g.,
>    "set scheduler-locking on" now works.  Previously it gave an error.
>  
> +* GDB now supports libipt v2.2 events originating from Event Tracing on a
> +  FRED-enabled system and from Trigger Tracing.

I think it would be good to mention the "maint btrace" command here,
since AFAIU that's where these events will appear.  Perhaps also
update the manual with what these events will look like in btrace?

Thanks

Reviewed-By: Eli Zaretskii <eliz@gnu.org>

RE: [PATCH v2] gdb, btrace: support libipt v2.2 events

[Metzger, Markus T]

>> +* GDB now supports libipt v2.2 events originating from Event Tracing on a
>> +  FRED-enabled system and from Trigger Tracing.
>
>I think it would be good to mention the "maint btrace" command here,
>since AFAIU that's where these events will appear.  Perhaps also
>update the manual with what these events will look like in btrace?

They are part of event tracing, which is enabled via

    set record btrace pt event-tracing on

The manual currently does not contain example output.  It describes how
to enable event tracing and what it does, but it does not give an example.

This reminds me that support for dumping the new TRIG packet is missing.
The other events are just new variants of existing packets that are already
covered.

>
>Thanks
>
>Reviewed-By: Eli Zaretskii <eliz@gnu.org>

Thanks for your review,
Markus.
Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
Chairperson of the Supervisory Board: Nicole Lau
Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH v2] gdb, btrace: support libipt v2.2 events

[Eli Zaretskii]

> From: "Metzger, Markus T" <markus.t.metzger@intel.com>
> CC: "gdb-patches@sourceware.org" <gdb-patches@sourceware.org>,
> 	"keiths@redhat.com" <keiths@redhat.com>
> Date: Mon, 4 May 2026 14:00:06 +0000
> 
> >> +* GDB now supports libipt v2.2 events originating from Event Tracing on a
> >> +  FRED-enabled system and from Trigger Tracing.
> >
> >I think it would be good to mention the "maint btrace" command here,
> >since AFAIU that's where these events will appear.  Perhaps also
> >update the manual with what these events will look like in btrace?
> 
> They are part of event tracing, which is enabled via
> 
>     set record btrace pt event-tracing on

OK, then how about saying just that in NEWS?

RE: [PATCH v2] gdb, btrace: support libipt v2.2 events

[Metzger, Markus T]

Hello Eli,

>> From: "Metzger, Markus T" <markus.t.metzger@intel.com>
>> CC: "gdb-patches@sourceware.org" <gdb-patches@sourceware.org>,
>> 	"keiths@redhat.com" <keiths@redhat.com>
>> Date: Mon, 4 May 2026 14:00:06 +0000
>>
>> >> +* GDB now supports libipt v2.2 events originating from Event Tracing on
>a
>> >> +  FRED-enabled system and from Trigger Tracing.
>> >
>> >I think it would be good to mention the "maint btrace" command here,
>> >since AFAIU that's where these events will appear.  Perhaps also
>> >update the manual with what these events will look like in btrace?
>>
>> They are part of event tracing, which is enabled via
>>
>>     set record btrace pt event-tracing on
>
>OK, then how about saying just that in NEWS?

I added "( set record btrace pt event-tracing on)" after "Event Tracing" in v4.

Thanks,
Markus.
Intel Deutschland GmbH
Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
Tel: +49 89 991 430, www.intel.de
Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
Chairperson of the Supervisory Board: Nicole Lau
Registered Seat: Munich
Commercial Register: Amtsgericht Muenchen HRB 186928

Re: [PATCH v2] gdb, btrace: support libipt v2.2 events

[Eli Zaretskii]

> From: "Metzger, Markus T" <markus.t.metzger@intel.com>
> CC: "gdb-patches@sourceware.org" <gdb-patches@sourceware.org>,
> 	"keiths@redhat.com" <keiths@redhat.com>
> Date: Tue, 5 May 2026 04:32:27 +0000
> 
> Hello Eli,
> 
> >> From: "Metzger, Markus T" <markus.t.metzger@intel.com>
> >> CC: "gdb-patches@sourceware.org" <gdb-patches@sourceware.org>,
> >> 	"keiths@redhat.com" <keiths@redhat.com>
> >> Date: Mon, 4 May 2026 14:00:06 +0000
> >>
> >> >> +* GDB now supports libipt v2.2 events originating from Event Tracing on
> >a
> >> >> +  FRED-enabled system and from Trigger Tracing.
> >> >
> >> >I think it would be good to mention the "maint btrace" command here,
> >> >since AFAIU that's where these events will appear.  Perhaps also
> >> >update the manual with what these events will look like in btrace?
> >>
> >> They are part of event tracing, which is enabled via
> >>
> >>     set record btrace pt event-tracing on
> >
> >OK, then how about saying just that in NEWS?
> 
> I added "( set record btrace pt event-tracing on)" after "Event Tracing" in v4.

Thanks, that's fine.

Re: [PATCH] gdb, btrace: fix wrong #endif comments

[Simon Marchi]

On 5/4/26 3:16 AM, Markus Metzger wrote:
> ---
>  gdb/btrace.c | 8 ++++----
>  1 file changed, 4 insertions(+), 4 deletions(-)
> 
> diff --git a/gdb/btrace.c b/gdb/btrace.c
> index f9c6f0e5b6a..ef152c531fb 100644
> --- a/gdb/btrace.c
> +++ b/gdb/btrace.c
> @@ -1283,7 +1283,7 @@ decode_interrupt_vector (const uint8_t vector)
>  
>    return nullptr;
>  }
> -#endif /* defined (LIBIPT_VERSION >= 0x201) */
> +#endif /* (LIBIPT_VERSION >= 0x201) */
>  
>  /* Handle instruction decode events (libipt-v2).  */
>  
> @@ -1596,7 +1596,7 @@ handle_pt_insn_events (struct btrace_thread_info *btinfo,
>  	    handle_pt_aux_insn (btinfo, aux_string, pc);
>  	    break;
>  	  }
> -#endif /* defined (LIBIPT_VERSION >= 0x201) */
> +#endif /* (LIBIPT_VERSION >= 0x201) */
>  
>  #if (LIBIPT_VERSION >= 0x202)
>  	case ptev_trig:
> @@ -3064,7 +3064,7 @@ pt_print_packet (const struct pt_packet *packet)
>  		  packet->payload.ptw.payload,
>  		  packet->payload.ptw.ip ? (" ip") : (""));
>        break;
> -#endif /* defined (LIBIPT_VERSION >= 0x200)  */
> +#endif /* (LIBIPT_VERSION >= 0x200)  */
>  
>  #if (LIBIPT_VERSION >= 0x201)
>      case ppt_cfe:
> @@ -3077,7 +3077,7 @@ pt_print_packet (const struct pt_packet *packet)
>        gdb_printf (("evd %u: 0x%" PRIx64 ""), packet->payload.evd.type,
>  		  packet->payload.evd.payload);
>        break;
> -#endif /* defined (LIBIPT_VERSION >= 0x201)  */
> +#endif /* (LIBIPT_VERSION >= 0x201)  */
>      }
>  }
>  
> -- 
> 2.34.1
> 
> Intel Deutschland GmbH
> Registered Address: Dornacher Strasse 1, 85622 Feldkirchen, Germany
> Tel: +49 89 991 430, www.intel.de
> Managing Directors: Harry Demas, Jeffrey Schneiderman, Yin Chong Sorrell
> Chairperson of the Supervisory Board: Nicole Lau
> Registered Seat: Munich
> Commercial Register: Amtsgericht Muenchen HRB 186928
> 

Approved-By: Simon Marchi <simon.marchi@efficios.com>

(even though you don't need an approval for this because you're the
maintainer, and I would consider this obvious anyway)

Simon