def test_static_cached(events):
from example_class import ExampleClass # pylint: disable=import-outside-toplevel
ExampleClass.static_cached(42)
assert events[0].parameters[0].items() >= {
'name': 'value',
'class': 'builtins.int',
'value': '42'
}.items()
def test_recording_wrapped(self):
from example_class import ExampleClass # pylint: disable=import-error
rec = appmap.Recording()
with rec:
ExampleClass.wrapped_class_method()
ExampleClass.wrapped_static_method()
ExampleClass().wrapped_instance_method()
assert len(rec.events) == 6
evt = rec.events[-2]
assert evt.event == 'call'
assert evt.method_id == 'wrapped_instance_method'
def hello_from_example_class():
'''
this function says hello from the example class
Note
----
The absolute import pattern, this ensures any process can call
this function from any location on the computer and the path to
our import is still accurate. Avoid relative imports.
'''
ec = ExampleClass(1, 2, 3)
print(ec.print_hello_world("Tayo"))
#hello_from_example_class()
def test_recursion_protection(self):
r = appmap.Recording()
with r:
from example_class import ExampleClass
ExampleClass().instance_method()
# If we get here, recursion protection for rendering the receiver
# is working
assert True
def test_recording_clears(self):
from example_class import ExampleClass # pylint: disable=import-error
with appmap.Recording():
ExampleClass.static_method()
# fresh recording shouldn't contain previous traces
rec = appmap.Recording()
with rec:
ExampleClass.class_method()
assert rec.events[0].method_id == 'class_method'
# but it can be added to
with rec:
ExampleClass().instance_method()
assert rec.events[2].method_id == 'instance_method'
def test_recording_works(self, with_data_dir):
with open(os.path.join(with_data_dir, 'expected.appmap.json')) as f:
expected_appmap = json.load(f)
r = appmap.Recording()
with r:
from example_class import ExampleClass # pylint: disable=import-error
ExampleClass.static_method()
ExampleClass.class_method()
ExampleClass().instance_method()
ExampleClass.what_time_is_it()
try:
ExampleClass().test_exception()
except: # pylint: disable=bare-except # noqa: E722
pass
ExampleClass.call_yaml()
generated_appmap = normalize_appmap(appmap.generation.dump(r))
assert remove_line_numbers(generated_appmap) == expected_appmap
def test_labeled_function(self, monkeypatch):
def check_labels(self, to_dict):
if self.name == 'labeled_method':
assert list(self.labels) == ['super', 'important']
elif self.name == 'instance_method':
assert not self.labels
ret = to_dict(self)
return ret
monkeypatch.setattr(
generation.FuncEntry, 'to_dict',
partialmethod(check_labels, generation.FuncEntry.to_dict))
from example_class import ExampleClass # pylint: disable=import-error
rec = appmap.Recording()
with rec:
ExampleClass().labeled_method()
ExampleClass().instance_method()
generation.dump(rec)
def _generate(check_fn, method_name):
monkeypatch.setattr(generation.FuncEntry, 'to_dict',
partialmethod(
check_fn,
generation.FuncEntry.to_dict))
from example_class import ExampleClass # pylint: disable=import-error
rec = appmap.Recording()
with rec:
m = getattr(ExampleClass(), method_name)
m()
return generation.dump(rec)
def test_when_both_raise(self, mocker):
r = appmap.Recording()
with r:
from example_class import ExampleClass
param = mocker.Mock()
param.__str__ = mocker.Mock(side_effect=Exception)
param.__repr__ = mocker.Mock(side_effect=Exception)
ExampleClass().instance_with_param(param)
expected_re = r'<.*? object at .*?>'
actual_value = r.events[0].parameters[0]['value']
assert re.fullmatch(expected_re, actual_value)
def test_when_str_raises(self, mocker):
r = appmap.Recording()
with r:
from example_class import ExampleClass
param = mocker.Mock()
param.__str__ = mocker.Mock(side_effect=Exception)
param.__repr__ = mocker.Mock(return_value='param.__repr__')
ExampleClass().instance_with_param(param)
expected_value = 'param.__repr__'
actual_value = r.events[0].parameters[0]['value']
assert expected_value == actual_value
def test_recording_works(self, data_dir):
with open(os.path.join(data_dir, 'expected.appmap.json')) as f:
expected_appmap = json.load(f)
import yaml
appmap.instrument_module(yaml)
r = appmap.Recording()
with r:
from example_class import ExampleClass # pylint: disable=import-error
ExampleClass.static_method()
ExampleClass.class_method()
ExampleClass().instance_method()
ExampleClass.what_time_is_it()
try:
ExampleClass().test_exception()
except: # pylint: disable=bare-except # noqa: E722
pass
ExampleClass.call_yaml()
generated_appmap = self.normalize_appmap(appmap.generation.dump(r))
print(json.dumps(generated_appmap, indent=2))
assert generated_appmap == expected_appmap
def test_recording_shallow(self):
from example_class import ExampleClass # pylint: disable=import-error
rec = appmap.Recording()
with rec:
ExampleClass.class_method()
ExampleClass().instance_method()
ExampleClass.class_method()
ExampleClass().instance_method()
assert len(rec.events) == 8
def test_when_display_disabled(self, mocker):
Env.current.set("APPMAP_DISPLAY_PARAMS", "false")
r = appmap.Recording()
with r:
from example_class import ExampleClass
param = mocker.MagicMock()
# unittest.mock.MagicMock doesn't mock __repr__ by default
param.__repr__ = mocker.Mock()
ExampleClass().instance_with_param(param)
param.__str__.assert_not_called()
# The reason MagicMock doesn't mock __repr__ is because it
# uses it. If APPMAP_DISPLAY_PARAMS is functioning
# correctly, __repr__ will only be called once, by
# MagicMock. (If it's broken, we may not get here at all,
# because the assertion above may fail.)
param.__repr__.assert_called_once_with()