def notify(self, obj: Qt.QObject, event: Qt.QEvent) -> bool:
import sys
isex = False
try:
self.enter_count += 1
ret, time = cast(
Tuple[bool, float],
measure_exec_time_ms(Qt.QApplication.notify, True,
False)(self, obj, event))
if (type(event).__name__ == 'QEvent'
and event.type() in qevent_info):
event_name = qevent_info[event.type()][0]
else:
event_name = type(event).__name__
try:
obj_name = obj.objectName()
except RuntimeError:
obj_name = ''
if obj_name == '':
try:
if (obj.parent() is not None
and obj.parent().objectName() != ''):
obj_name = '(parent) ' + obj.parent().objectName()
except RuntimeError:
pass
recursive_indent = 2 * (self.enter_count - 1)
print(
f'{time:7.3f} ms, receiver: {type(obj).__name__:>25}, event: {event.type():3d} {" " * recursive_indent + event_name:<30}, name: {obj_name}'
)
self.enter_count -= 1
return ret
except Exception: # pylint: disable=broad-except
isex = True
logging.error('Application: unexpected error')
print(*sys.exc_info())
return False
finally:
if isex:
self.quit()
def change_rga_mass(self):
sender_object = QObject().sender()
indx = sender_object.objectName()[-1]
self.RE(bps.mv(self.rga_masses[int(indx) - 1], sender_object.value()))
