def test_invalidGenerate(self):
searchpath = os.path.join(self.temp_dir, "*abc")
cls = PathMatchInfoGroup(searchpath=searchpath, match=r".*/(\d).*", subclass=TestPathMatchInfoGroup, subargs={"searchpath": self.temp_dir})
cls.generate()
self.assertEqual(cls._instances, [])
self.assertEqual(cls._data, {})
self.assertEqual(cls.searchpath, searchpath)
def test_validUpdate(self):
searchpath = os.path.join(self.temp_dir, "*")
cls = PathMatchInfoGroup(searchpath=searchpath, match=r".*/(\d).*", subclass=TestPathMatchInfoGroup, subargs={"searchpath": self.temp_dir})
cls.generate()
cls.update()
self.assertEqual(cls._data, {})
for inst in cls._instances:
self.assertEqual(inst._instances, [])
self.assertNotEqual(inst._data, {})
def test_validUpdateInvalidClass(self):
searchpath = os.path.join(self.temp_dir, "*")
cls = PathMatchInfoGroup(searchpath=searchpath, match=r".*/(\d).*", subclass=unittest.TestCase, subargs={"searchpath": self.temp_dir})
try:
cls.generate()
except:
pass
cls.update()
self.assertEqual(cls._instances, [])
self.assertEqual(cls._data, {})
def test_validGet(self):
searchpath = os.path.join(self.temp_dir, "*")
cls = PathMatchInfoGroup(searchpath=searchpath, match=r".*/(\d).*", subclass=TestPathMatchInfoGroup, subargs={"searchpath": self.temp_dir})
cls.generate()
cls.update()
outdict = cls.get()
self.assertEqual(cls._data, {})
for inst in cls._instances:
self.assertEqual(inst._instances, [])
self.assertNotEqual(inst._data, {})
for i, key in enumerate(self.temp_files.keys()):
for subkey in outdict[key]:
self.assertEqual(key, subkey)
self.assertEqual(key, outdict[key][subkey])