def __call__(self):
threadModels = [
tm.GreenThreadModel(gr.gr_frame)
for gr in rutils._find_objects(greenlet.greenlet)
]
return mwdv.ModelWithDefaultViews(threadModels,
text_view=text_views.MultiView())
def __call__(self):
threadModels = [
tm.GreenThreadModel(gr.gr_frame)
for gr in rutils._find_objects(greenlet.greenlet)
]
thread_pairs = dict(zip(range(len(threadModels)), threadModels))
return mwdv.ModelWithDefaultViews(thread_pairs,
text_view=text_views.MultiView())
def __call__(self):
threadModels = [
tm.ThreadModel(thread_id, stack)
for thread_id, stack in sys._current_frames().items()
]
thread_pairs = dict(zip(range(len(threadModels)), threadModels))
return mwdv.ModelWithDefaultViews(thread_pairs,
text_view=text_views.MultiView())
def __call__(self):
threadModels = dict(
(thread_id, tm.ThreadModel(thread_id, stack))
for thread_id, stack in sys._current_frames().items())
if self.traceback is not None:
curr_thread_id = threading.current_thread().ident
threadModels[curr_thread_id] = tm.ThreadModel(
curr_thread_id, self.traceback)
return mwdv.ModelWithDefaultViews(threadModels,
text_view=text_views.MultiView())
def test_multi_view(self):
attached_view = text_generic.MultiView()
self.model = base_model.ReportModel(data={},
attached_view=attached_view)
self.model['1'] = mwdv_generator()
self.model['2'] = mwdv_generator()
self.model['2']['int'] = 2
self.model.set_current_view_type('text')
target_str = ('int = 1\n'
'string = value\n'
'int = 2\n'
'string = value')
self.assertEqual(target_str, str(self.model))