class TestStdOutput:
def setup_method(self):
self.tabular = TabularInput()
self.std_output = StdOutput(with_timestamp=False)
self.str_out = io.StringIO()
def teardown_method(self):
self.str_out.close()
def test_record_str(self, mock_datetime):
fake_timestamp(mock_datetime)
with redirect_stdout(self.str_out):
self.std_output.record('test')
self.std_output.dump()
self.str_out.seek(0)
assert self.str_out.read() == 'test\n'
def test_record_tabular(self, mock_datetime):
fake_timestamp(mock_datetime)
self.tabular.record('foo', 100)
self.tabular.record('bar', 55)
with redirect_stdout(self.str_out):
self.std_output.record(self.tabular)
self.std_output.dump()
tab = (
'--- ---\n'
'bar 55\n'
'foo 100\n'
'--- ---\n'
) # yapf: disable
self.str_out.seek(0)
assert self.str_out.read() == tab
def test_record_with_timestamp(self, mock_datetime):
fake_timestamp(mock_datetime)
self.std_output = StdOutput(with_timestamp=True)
with redirect_stdout(self.str_out):
self.std_output.record('DOWEL')
self.std_output.dump()
self.str_out.seek(0)
contents = self.str_out.read()
assert contents == '{} | DOWEL\n'.format(FAKE_TIMESTAMP_SHORT)
def test_record_unknown(self, mock_datetime):
with pytest.raises(ValueError):
self.std_output.record(dict())
class TBOutputTest(TfGraphTestCase):
def setup_method(self):
super().setup_method()
self.log_dir = tempfile.TemporaryDirectory()
self.tabular = TabularInput()
self.tabular.clear()
self.tensor_board_output = TensorBoardOutput(self.log_dir.name)
def teardown_method(self):
self.tensor_board_output.close()
self.log_dir.cleanup()
super().teardown_method()
def setup_method(self):
self.tabular = TabularInput()
self.std_output = StdOutput(with_timestamp=False)
self.str_out = io.StringIO()
def setup_method(self):
self.log_file = tempfile.NamedTemporaryFile()
self.text_output = TextOutput(self.log_file.name)
self.tabular = TabularInput()
def setup_method(self):
super().setup_method()
self.log_dir = tempfile.TemporaryDirectory()
self.tabular = TabularInput()
self.tabular.clear()
self.tensor_board_output = TensorBoardOutput(self.log_dir.name)
class TestTextOutput:
def setup_method(self):
self.log_file = tempfile.NamedTemporaryFile()
self.text_output = TextOutput(self.log_file.name)
self.tabular = TabularInput()
def teardown_method(self):
self.log_file.close()
def test_record(self, mock_datetime):
fake_timestamp(mock_datetime)
text = 'TESTING 123 DOWEL'
self.text_output.record(text)
self.text_output.dump()
with open(self.log_file.name, 'r') as file:
correct = '{} | TESTING 123 DOWEL\n'.format(FAKE_TIMESTAMP_SHORT)
assert file.read() == correct
more_text = 'MORE TESTING'
self.text_output.record(more_text)
self.text_output.dump()
with open(self.log_file.name, 'r') as file:
correct = (
'{} | TESTING 123 DOWEL\n'
'{} | MORE TESTING\n'
.format(FAKE_TIMESTAMP_SHORT, FAKE_TIMESTAMP_SHORT)
) # yapf: disable
assert file.read() == correct
def test_record_no_timestamp(self, mock_datetime):
fake_timestamp(mock_datetime)
self.text_output = TextOutput(self.log_file.name, with_timestamp=False)
text = 'TESTING 123 DOWEL'
self.text_output.record(text)
self.text_output.dump()
with open(self.log_file.name, 'r') as file:
correct = 'TESTING 123 DOWEL\n'
assert file.read() == correct
def test_record_tabular(self, mock_datetime):
fake_timestamp(mock_datetime)
self.tabular.record('foo', 100)
self.tabular.record('bar', 55)
self.text_output.record(self.tabular)
self.text_output.dump()
with open(self.log_file.name, 'r') as file:
tab = (
'--- ---\n'
'bar 55\n'
'foo 100\n'
'--- ---\n'
) # yapf: disable
assert file.read() == tab
def test_record_unknown(self, mock_datetime):
with pytest.raises(ValueError):
self.text_output.record(dict())
class TestCsvOutput:
def setup_method(self):
self.log_file = tempfile.NamedTemporaryFile()
self.csv_output = CsvOutput(self.log_file.name)
self.tabular = TabularInput()
self.tabular.clear()
def teardown_method(self):
self.log_file.close()
def test_record(self):
foo = 1
bar = 10
self.tabular.record('foo', foo)
self.tabular.record('bar', bar)
self.csv_output.record(self.tabular)
self.tabular.record('foo', foo * 2)
self.tabular.record('bar', bar * 2)
self.csv_output.record(self.tabular)
self.csv_output.dump()
correct = [
{'foo': str(foo), 'bar': str(bar)},
{'foo': str(foo * 2), 'bar': str(bar * 2)},
] # yapf: disable
self.assert_csv_matches(correct)
def test_record_inconsistent(self):
foo = 1
bar = 10
self.tabular.record('foo', foo)
self.csv_output.record(self.tabular)
self.tabular.record('foo', foo * 2)
self.tabular.record('bar', bar * 2)
with pytest.warns(CsvOutputWarning):
self.csv_output.record(self.tabular)
# this should not produce a warning, because we only warn once
self.csv_output.record(self.tabular)
self.csv_output.dump()
correct = [
{'foo': str(foo)},
{'foo': str(foo * 2)},
] # yapf: disable
self.assert_csv_matches(correct)
def test_empty_record(self):
self.csv_output.record(self.tabular)
assert not self.csv_output._writer
foo = 1
bar = 10
self.tabular.record('foo', foo)
self.tabular.record('bar', bar)
self.csv_output.record(self.tabular)
assert not self.csv_output._warned_once
def test_unacceptable_type(self):
with pytest.raises(ValueError):
self.csv_output.record('foo')
def test_disable_warnings(self):
foo = 1
bar = 10
self.tabular.record('foo', foo)
self.csv_output.record(self.tabular)
self.tabular.record('foo', foo * 2)
self.tabular.record('bar', bar * 2)
self.csv_output.disable_warnings()
# this should not produce a warning, because we disabled warnings
self.csv_output.record(self.tabular)
def assert_csv_matches(self, correct):
"""Check the first row of a csv file and compare it to known values."""
with open(self.log_file.name, 'r') as file:
reader = csv.DictReader(file)
for correct_row in correct:
row = next(reader)
assert row == correct_row
def setup_method(self):
self.log_file = tempfile.NamedTemporaryFile()
self.csv_output = CsvOutput(self.log_file.name)
self.tabular = TabularInput()
self.tabular.clear()
class TestCsvOutput:
def setup_method(self):
self.log_file = tempfile.NamedTemporaryFile()
self.csv_output = CsvOutput(self.log_file.name)
self.tabular = TabularInput()
self.tabular.clear()
def teardown_method(self):
self.log_file.close()
def test_record(self):
foo = 1
bar = 10
self.tabular.record('foo', foo)
self.tabular.record('bar', bar)
self.csv_output.record(self.tabular)
self.tabular.record('foo', foo * 2)
self.tabular.record('bar', bar * 2)
self.csv_output.record(self.tabular)
self.csv_output.dump()
correct = [
{'foo': str(foo), 'bar': str(bar)},
{'foo': str(foo * 2), 'bar': str(bar * 2)},
] # yapf: disable
self.assert_csv_matches(correct)
assert not os.path.exists('{}.tmp'.format(self.log_file.name))
def test_key_inconsistent(self):
for i in range(4):
self.tabular.record('itr', i)
self.tabular.record('loss', 100.0 / (2 + i))
# the addition of new data to tabular breaks logging to CSV
if i > 0:
self.tabular.record('x', i)
if i > 1:
self.tabular.record('y', i + 1)
# this should not produce a warning, because we only warn once
self.csv_output.record(self.tabular)
self.csv_output.dump()
correct = [{
'itr': str(0),
'loss': str(100.0 / 2.),
'x': '',
'y': ''
}, {
'itr': str(1),
'loss': str(100.0 / 3.),
'x': str(1),
'y': ''
}, {
'itr': str(2),
'loss': str(100.0 / 4.),
'x': str(2),
'y': str(3)
}, {
'itr': str(3),
'loss': str(100.0 / 5.),
'x': str(3),
'y': str(4)
}]
self.assert_csv_matches(correct)
def test_empty_record(self):
self.csv_output.record(self.tabular)
self.csv_output.dump()
foo = 1
bar = 10
self.tabular.record('foo', foo)
self.tabular.record('bar', bar)
self.csv_output.record(self.tabular)
self.csv_output.dump()
# Empty lines are not recorded
self.assert_csv_matches([{'foo': str(foo), 'bar': str(bar)}])
def test_unacceptable_type(self):
with pytest.raises(ValueError):
self.csv_output.record('foo')
def assert_csv_matches(self, correct):
"""Check the first row of a csv file and compare it to known values."""
with open(self.log_file.name, 'r') as file:
contents = list(csv.DictReader(file))
assert len(contents) == len(correct)
for row, correct_row in zip(contents, correct):
assert sorted(list(row.items())) == sorted(
list(correct_row.items()))
def setup_method(self):
self.tabular = TabularInput()
class TestTabularInput:
def setup_method(self):
self.tabular = TabularInput()
def test_str(self):
foo = 123
bar = 456
baz = [2, 4, 6, 8, 10, 12, 14, 16, 18, 20]
self.tabular.record('foo', foo)
self.tabular.record('bar', bar)
self.tabular.record('baz', baz)
correct_str = (
'--- ---\n'
'bar 456\n'
'foo 123\n'
'--- ---'
) # yapf: disable
assert str(self.tabular) == correct_str
def test_record(self):
foo = 1
bar = 10
self.tabular.record('foo', foo)
self.tabular.record('bar', bar)
assert self.tabular.as_dict['foo'] == foo
assert self.tabular.as_dict['bar'] == bar
def test_record_misc_stat(self):
self.tabular.record_misc_stat('Foo', [0, 1, 2])
bar = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
self.tabular.record_misc_stat('Bar', bar, placement='front')
correct = {
'FooAverage': 1.0,
'FooStd': 0.816496580927726,
'FooMedian': 1.0,
'FooMin': 0,
'FooMax': 2,
'AverageBar': 5.5,
'StdBar': 2.8722813232690143,
'MedianBar': 5.5,
'MinBar': 1,
'MaxBar': 10,
}
assert self.tabular.as_dict == correct
def test_record_misc_stat_nan(self):
self.tabular.record_misc_stat('none', None)
correct = {
'noneAverage': math.nan,
'noneStd': math.nan,
'noneMedian': math.nan,
'noneMin': math.nan,
'noneMax': math.nan
}
for k, v in self.tabular.as_dict.items():
assert correct[k] is math.nan
def test_prefix(self):
foo = 111
bar = 222
with self.tabular.prefix('test_'):
self.tabular.record('foo', foo)
self.tabular.record('bar', bar)
correct = {'test_foo': foo, 'test_bar': bar}
assert self.tabular.as_dict == correct
def test_clear(self):
foo = 1
bar = 10
self.tabular.record('foo', foo)
self.tabular.record('bar', bar)
self.tabular.mark_all()
assert self.tabular.as_dict
self.tabular.clear()
assert not self.tabular.as_dict
def test_clear_warns_not_recorded_once(self):
self.tabular.record('foo', 1)
with pytest.warns(TabularInputWarning):
self.tabular.clear()
self.tabular.record('foo', 1)
# This not trigger a warning, because we warned once
self.tabular.clear()
def test_disable_warnings(self):
self.tabular.record('foo', 1)
with pytest.warns(TabularInputWarning):
self.tabular.clear()
self.tabular.record('bar', 2)
self.tabular.disable_warnings()
# This should not trigger a warning, because we disabled warnings
self.tabular.clear()
def test_push_prefix(self):
foo = 111
bar = 222
self.tabular.push_prefix('aaa_')
self.tabular.record('foo', foo)
self.tabular.record('bar', bar)
self.tabular.push_prefix('bbb_')
self.tabular.record('foo', foo)
self.tabular.record('bar', bar)
correct = {
'aaa_foo': foo,
'aaa_bar': bar,
'aaa_bbb_foo': foo,
'aaa_bbb_bar': bar,
}
assert self.tabular.as_dict == correct
def test_pop_prefix(self):
foo = 111
bar = 222
self.tabular.push_prefix('aaa_')
self.tabular.record('foo', foo)
self.tabular.record('bar', bar)
self.tabular.push_prefix('bbb_')
self.tabular.record('foo', foo)
self.tabular.record('bar', bar)
self.tabular.pop_prefix()
self.tabular.record('foopop', foo)
self.tabular.record('barpop', bar)
self.tabular.pop_prefix()
self.tabular.record('foopop', foo)
self.tabular.record('barpop', bar)
correct = {
'aaa_foo': foo,
'aaa_bar': bar,
'aaa_bbb_foo': foo,
'aaa_bbb_bar': bar,
'aaa_foopop': foo,
'aaa_barpop': bar,
'foopop': foo,
'barpop': bar,
}
assert self.tabular.as_dict == correct
def test_as_primitive_dict(self):
stuff = {
'int': int(1),
'float': float(2.0),
'bool': bool(True),
'str': str('Hello, world!'),
'dict': dict(foo='bar'),
}
for k, v in stuff.items():
self.tabular.record(k, v)
correct = {
'int': int(1),
'float': float(2.0),
'bool': bool(True),
'str': str('Hello, world!'),
}
assert self.tabular.as_primitive_dict == correct