def test_custom_extension(self):
standard_path = '%s.basic1' % BASE_IMPORT_PATH
custom_path = '%s.basic2' % BASE_IMPORT_PATH
# standard: first works, second raises
read_config(standard_path,
enable_path_spliting=False) # should not raise
self.assertRaises(ConfigParsingError,
read_config,
custom_path,
enable_path_spliting=False)
# change to custom ext, then first raises, second works
orig_ext = set_setting('CONFIG_FILE_EXT', 'customfig')
try:
self.assertRaises(ConfigParsingError,
read_config,
standard_path,
enable_path_spliting=False)
read_config(custom_path,
enable_path_spliting=False) # should not raise
finally:
set_setting('CONFIG_FILE_EXT', orig_ext)
# change to a different ext, both should raise
orig_ext = set_setting('CONFIG_FILE_EXT', 'nosuchfig')
try:
self.assertRaises(ConfigParsingError,
read_config,
standard_path,
enable_path_spliting=False)
self.assertRaises(ConfigParsingError,
read_config,
custom_path,
enable_path_spliting=False)
finally:
set_setting('CONFIG_FILE_EXT', orig_ext)
def test_same_name_import_vs_config1(self):
path = '%s.samename' % BASE_IMPORT_PATH
# read_config -- get the fig file
self.assertEqual(read_config(path).filetype, 'fig')
# import -- get the py file
import tests.config.samename
self.assertEqual(tests.config.samename.filetype, 'py')
def test_same_name_import_vs_config1(self):
path = '%s.samename' % BASE_IMPORT_PATH
# read_config -- get the fig file
self.assertEqual(read_config(path).filetype, 'fig')
# import -- get the py file
import tests.config.samename as M
self.assertEqual(M.filetype, 'py')
def test_same_name_import_vs_config2(self):
# same as test_same_name_import_vs_config1, but order is reversed
path = '%s.samename' % BASE_IMPORT_PATH
# import -- get the py file
import tests.config.samename
self.assertEqual(tests.config.samename.filetype, 'py')
# read_config -- get the fig file
self.assertEqual(read_config(path).filetype, 'fig')
def parse(self, path):
# load the figura file
data = read_config(UNITTEST_FILE_PATH_PREFIX + path)
# extract test definitions
tests = []
for k, v in list(data.items()):
if getattr(v, 'is_unittest', False):
v.name = k
tests.append(v)
data.pop(k)
return tests, data
def _test_reload(self, path_to_reload, filepath_to_modify):
if TEMPDIR not in sys.path:
sys.path.append(TEMPDIR)
config = read_config(path_to_reload).some_params
self.assertEqual(config.a, 1)
self.assertRaises(KeyError, lambda: config['z'])
self.assertRaises(AttributeError, lambda: config.z)
self.assertRaises(AttributeError, lambda: config.zz)
# inject a new value, and reload (indented, to put it inside some_params)
append_line(filepath_to_modify, ' z = 999')
config = read_config(path_to_reload).some_params
self.assertEqual(config.a, 1)
self.assertEqual(config.z, 999)
self.assertRaises(AttributeError, lambda: config.zz)
# inject yet another value, and reload (indented, to put it inside some_params)
append_line(filepath_to_modify, ' zz = 555')
config = read_config(path_to_reload).some_params
self.assertEqual(config.a, 1)
self.assertEqual(config.z, 999)
self.assertEqual(config.zz, 555)
def _test_reload(self, path_to_reload, filepath_to_modify):
if TEMPDIR not in sys.path:
sys.path.append(TEMPDIR)
config = read_config(path_to_reload).some_params
self.assertEqual(config.a, 1)
self.assertRaises(KeyError, lambda: config['z'])
self.assertRaises(AttributeError, lambda: config.z)
self.assertRaises(AttributeError, lambda: config.zz)
# inject a new value, and reload (indented, to put it inside some_params)
append_line(filepath_to_modify, ' z = 999')
config = read_config(path_to_reload).some_params
self.assertEqual(config.a, 1)
self.assertEqual(config.z, 999)
self.assertRaises(AttributeError, lambda: config.zz)
# inject yet another value, and reload (indented, to put it inside some_params)
append_line(filepath_to_modify, ' zz = 555')
config = read_config(path_to_reload).some_params
self.assertEqual(config.a, 1)
self.assertEqual(config.z, 999)
self.assertEqual(config.zz, 555)
def parse(self, path):
# load the figura file
data = read_config(UNITTEST_FILE_PATH_PREFIX + path)
# extract test definitions
tests = []
for k, v in list(data.items()):
if getattr(v, 'is_unittest', False):
v.name = k
tests.append(v)
data.pop(k)
return tests, data
def test_custom_extension(self):
standard_path = '%s.basic1' % BASE_IMPORT_PATH
custom_path = '%s.basic2' % BASE_IMPORT_PATH
# standard: first works, second raises
read_config(standard_path, enable_path_spliting = False) # should not raise
self.assertRaises(ConfigParsingError, read_config, custom_path, enable_path_spliting = False)
# change to custom ext, then first raises, second works
orig_ext = set_setting('CONFIG_FILE_EXT', 'customfig')
try:
self.assertRaises(ConfigParsingError, read_config, standard_path, enable_path_spliting = False)
read_config(custom_path, enable_path_spliting = False) # should not raise
finally:
set_setting('CONFIG_FILE_EXT', orig_ext)
# change to a different ext, both should raise
orig_ext = set_setting('CONFIG_FILE_EXT', 'nosuchfig')
try:
self.assertRaises(ConfigParsingError, read_config, standard_path, enable_path_spliting = False)
self.assertRaises(ConfigParsingError, read_config, custom_path, enable_path_spliting = False)
finally:
set_setting('CONFIG_FILE_EXT', orig_ext)
def test_period_escaping_config_file(self):
c = read_config('figura.tests.config.escape')
self.assertIn('a.b', c)
self.assertNotIn('a', c)
self.assertEqual(c['a.b'], 'x')
self.assertIn('d.e', c.c)
self.assertNotIn('d', c.c)
self.assertEqual(c.c['d.e'], 'z')
ov = ConfigOverrideSet.from_dict({'c.d__e': 'DE', 'c.d': 'D'})
c.apply_overrides(ov)
self.assertEqual(c.c['d.e'], 'DE')
self.assertEqual(c.c.d, 'D')
def test_period_escaping_config_file(self):
c = read_config('figura.tests.config.escape')
self.assertIn('a.b', c)
self.assertNotIn('a', c)
self.assertEqual(c['a.b'], 'x')
self.assertIn('d.e', c.c)
self.assertNotIn('d', c.c)
self.assertEqual(c.c['d.e'], 'z')
ov = ConfigOverrideSet.from_dict({'c.d__e': 'DE', 'c.d': 'D'})
c.apply_overrides(ov)
self.assertEqual(c.c['d.e'], 'DE')
self.assertEqual(c.c.d, 'D')
def test_read_config_deep(self):
c = read_config('figura.tests.config.basic1.some_params')
self.assertEqual(2, c.b)
def test_entry_point_by_name(self):
c = read_config('figura.tests.config.entry2')
self.assertEqual(2, c.b) # __entry_point__ skips the some_params name
def test_entry_point_by_explicity_definition(self):
c = read_config('figura.tests.config.entry3')
self.assertEqual(2, c.b)
def test_entry_point_by_explicity_definition(self):
c = read_config('figura.tests.config.entry3')
self.assertEqual(2, c.b)
def test_entry_point_by_name(self):
c = read_config('figura.tests.config.entry2')
self.assertEqual(2, c.b) # __entry_point__ skips the some_params name
def test_read_config_deep(self):
c = read_config('figura.tests.config.basic1.some_params')
self.assertEqual(2, c.b)
def test_read_config_directory(self):
c = read_config('figura.tests.config')
self.assertEqual(2, c.basic1.some_params.b)
self.assertEqual('baz', c.more.xxx.foo.bar)
def test_read_config_directory(self):
c = read_config('figura.tests.config')
self.assertEqual(2, c.basic1.some_params.b)
self.assertEqual('baz', c.more.xxx.foo.bar)
self.assertEqual(1, c.deep1.conf1.attr1)
self.assertEqual(2, c.deep1.deep2.conf2.attr2)
