sub-classed to create handlers for objfiles with missing debug
information.
+ ** Stop events now have a "details" attribute that holds a
+ dictionary that carries the same information as an MI "*stopped"
+ event.
+
* Debugger Adapter Protocol changes
** GDB now emits the "process" event.
thread when @value{GDBN} is running in non-stop mode. Refer to
@code{gdb.ThreadEvent} above for more details.
+@code{gdb.StopEvent} has the following additional attributes:
+
+@defvar StopEvent.details
+A dictionary holding any details relevant to the stop. The exact keys
+and values depend on the type of stop, but are identical to the
+corresponding MI output (@pxref{GDB/MI Async Records}).
+
+A dictionary was used for this (rather than adding attributes directly
+to the event object) so that the MI keys could be used unchanged.
+@end defvar
+
Emits @code{gdb.SignalEvent}, which extends @code{gdb.StopEvent}.
This event indicates that the inferior or one of its threads has
references to BREAKPOINT_LIST and FIRST_BP. */
gdbpy_ref<>
-create_breakpoint_event_object (PyObject *breakpoint_list, PyObject *first_bp)
+create_breakpoint_event_object (const gdbpy_ref<> &dict,
+ PyObject *breakpoint_list, PyObject *first_bp)
{
gdbpy_ref<> breakpoint_event_obj
- = create_stop_event_object (&breakpoint_event_object_type);
+ = create_stop_event_object (&breakpoint_event_object_type, dict);
if (breakpoint_event_obj == NULL)
return NULL;
return nullptr;
}
- return uiout.result ();
+ return uiout.result ().release ();
}
/* Convert KEY_OBJ into a string that can be used as a field name in MI
#include "py-stopevent.h"
gdbpy_ref<>
-create_signal_event_object (enum gdb_signal stop_signal)
+create_signal_event_object (const gdbpy_ref<> &dict,
+ enum gdb_signal stop_signal)
{
gdbpy_ref<> signal_event_obj
- = create_stop_event_object (&signal_event_object_type);
+ = create_stop_event_object (&signal_event_object_type, dict);
if (signal_event_obj == NULL)
return NULL;
#include "defs.h"
#include "py-stopevent.h"
+#include "py-uiout.h"
gdbpy_ref<>
-create_stop_event_object (PyTypeObject *py_type)
+create_stop_event_object (PyTypeObject *py_type, const gdbpy_ref<> &dict)
{
gdbpy_ref<> thread = py_get_event_thread (inferior_ptid);
- return create_thread_event_object (py_type, thread.get ());
+ if (thread == nullptr)
+ return nullptr;
+
+ gdbpy_ref<> result = create_thread_event_object (py_type, thread.get ());
+ if (result == nullptr)
+ return nullptr;
+
+ if (evpy_add_attribute (result.get (), "details", dict.get ()) < 0)
+ return nullptr;
+
+ return result;
+}
+
+/* Print BPSTAT to a new Python dictionary. Returns the dictionary,
+ or null if a Python exception occurred. */
+
+static gdbpy_ref<>
+py_print_bpstat (bpstat *bs, enum gdb_signal stop_signal)
+{
+ py_ui_out uiout;
+
+ try
+ {
+ scoped_restore save_uiout = make_scoped_restore (¤t_uiout, &uiout);
+
+ thread_info *tp = inferior_thread ();
+ if (tp->thread_fsm () != nullptr && tp->thread_fsm ()->finished_p ())
+ {
+ async_reply_reason reason = tp->thread_fsm ()->async_reply_reason ();
+ uiout.field_string ("reason", async_reason_lookup (reason));
+ }
+
+ if (stop_signal != GDB_SIGNAL_0 && stop_signal != GDB_SIGNAL_TRAP)
+ print_signal_received_reason (&uiout, stop_signal);
+ else
+ {
+ struct target_waitstatus last;
+ get_last_target_status (nullptr, nullptr, &last);
+
+ bpstat_print (bs, last.kind ());
+ }
+ }
+ catch (const gdb_exception &except)
+ {
+ gdbpy_convert_exception (except);
+ return nullptr;
+ }
+
+ return uiout.result ();
}
/* Callback observers when a stop event occurs. This function will create a
if (evregpy_no_listeners_p (gdb_py_events.stop))
return 0;
+ gdbpy_ref<> dict = py_print_bpstat (bs, stop_signal);
+ if (dict == nullptr)
+ return -1;
+
/* Add any breakpoint set at this location to the list. */
for (current_bs = bs; current_bs != NULL; current_bs = current_bs->next)
{
if (list != NULL)
{
- stop_event_obj = create_breakpoint_event_object (list.get (),
+ stop_event_obj = create_breakpoint_event_object (dict,
+ list.get (),
first_bp);
if (stop_event_obj == NULL)
return -1;
if (stop_signal != GDB_SIGNAL_0
&& stop_signal != GDB_SIGNAL_TRAP)
{
- stop_event_obj = create_signal_event_object (stop_signal);
+ stop_event_obj = create_signal_event_object (dict, stop_signal);
if (stop_event_obj == NULL)
return -1;
}
be known and this should eventually be unused. */
if (stop_event_obj == NULL)
{
- stop_event_obj = create_stop_event_object (&stop_event_object_type);
+ stop_event_obj = create_stop_event_object (&stop_event_object_type,
+ dict);
if (stop_event_obj == NULL)
return -1;
}
#include "py-event.h"
-extern gdbpy_ref<> create_stop_event_object (PyTypeObject *py_type);
+extern gdbpy_ref<> create_stop_event_object (PyTypeObject *py_type,
+ const gdbpy_ref<> &dict);
extern int emit_stop_event (struct bpstat *bs,
enum gdb_signal stop_signal);
-extern gdbpy_ref<> create_breakpoint_event_object (PyObject *breakpoint_list,
+extern gdbpy_ref<> create_breakpoint_event_object (const gdbpy_ref<> &dict,
+ PyObject *breakpoint_list,
PyObject *first_bp);
-extern gdbpy_ref<> create_signal_event_object (enum gdb_signal stop_signal);
+extern gdbpy_ref<> create_signal_event_object (const gdbpy_ref<> &dict,
+ enum gdb_signal stop_signal);
#endif /* PYTHON_PY_STOPEVENT_H */
/* Return the Python object that was created. If a Python error
occurred during the processing, set the Python error and return
nullptr. */
- PyObject *result ()
+ gdbpy_ref<> result ()
{
if (m_error.has_value ())
{
m_error->restore ();
return nullptr;
}
- return current ().obj.release ();
+ return std::move (current ().obj);
}
protected: