def test_episodes_and_examples_to_json(self):
episode_1 = Episode(('a', 'b'))
episode_2 = Episode(('b', ))
examples_1 = EventSequences(event_sequences=(EventSequence(
sequence_of_events=[Event('a', 1), Event('b', 2)]
), EventSequence(
sequence_of_events=[Event('a', 2), Event('b', 3)])))
examples_2 = EventSequences(
event_sequences=(EventSequence(sequence_of_events=[Event('b', 2)]),
EventSequence(
sequence_of_events=[Event('b', 3)])))
episode_1.examples = examples_1
episode_2.examples = examples_2
episodes = Episodes((episode_1, episode_2))
episodes.to_json('episodes.txt')
self.assertTrue(file_exists('episodes.txt'))
# TODO: test 'episodes.txt' contents
file_remove('episodes.txt')
episodes.examples_to_json('examples.txt')
self.assertTrue(file_exists('examples.txt'))
with open('examples.txt') as f:
result = f.read()
expected = '''[[["a", 1], ["b", 2]], [["a", 2], ["b", 3]]]\n[[["b", 2]], [["b", 3]]]\n'''
self.assertEqual(expected, result)
file_remove('examples.txt')
result = episodes.examples_to_json()
self.assertEqual(expected, result)
def test_episodes_and_examples_to_json(self):
episode_1 = Episode(('a', 'b'))
episode_2 = Episode(('b',))
examples_1 = EventSequences(event_sequences=(EventSequence(sequence_of_events=[Event('a', 1), Event('b', 2)]),
EventSequence(sequence_of_events=[Event('a', 2), Event('b', 3)])))
examples_2 = EventSequences(event_sequences=(EventSequence(sequence_of_events=[Event('b', 2)]),
EventSequence(sequence_of_events=[Event('b', 3)])))
episode_1.examples = examples_1
episode_2.examples = examples_2
episodes = Episodes((episode_1, episode_2))
episodes.to_json('episodes.txt')
self.assertTrue(file_exists('episodes.txt'))
# TODO: test 'episodes.txt' contents
file_remove('episodes.txt')
episodes.examples_to_json('examples.txt')
self.assertTrue(file_exists('examples.txt'))
with open('examples.txt') as f:
result = f.read()
expected='''[[["a", 1], ["b", 2]], [["a", 2], ["b", 3]]]\n[[["b", 2]], [["b", 3]]]\n'''
self.assertEqual(expected, result)
file_remove('examples.txt')
result = episodes.examples_to_json()
self.assertEqual(expected, result)
def remove(self):
for files in [
path.join(self.settings.AUTO_CODE_VIEW_SAVE_PATH, 'view_{}.py'.format(self.file_name)),
path.join(self.settings.AUTO_CODE_ORM_SAVE_PATH, 'orm_{}.py'.format(self.file_name)),
path.join(self.settings.AUTO_CODE_SER_SAVE_PATH, 'ser_{}.py'.format(self.file_name)),
]:
if path.exists(files):
file_remove(files)
def delete(self, using=None):
if isfile(self.file.path):
file_remove(self.file.path) # 실제 파일 delete
super(RelatedFile, self).delete(using)
def delete(self, using=None):
if isfile(self.file.path):
file_remove(self.file.path) # 실제 파일 delete
super(RelatedFile, self).delete(using)
def delete(self):
if file_exists(self._filepath):
# In case file has loaded but is not
# saved yet (e.g. file contents in memory)
file_remove(self._filepath)
self._filepath = None
file_remove(self._filepath)
self._filepath = None
def move(self, new_filepath):
self.delete()
self._filepath = new_filepath
self._write() #TODO: FileDatabase().maintain-references
if __name__ == '__main__':
# We can create a new file by making a new object with
# the contents specified
fname = 'new-file.txt'
# Ensure the test file doesn't already exist
if file_exists(fname):
file_remove(fname)
contents = 'This is is a new FileContentMananger class!'
obj = FileContentManager(fname, new_contents=contents)
# Object doesn't write until told or closed context
assert (not file_exists(fname))
obj._write()
# Updating contents of object doesn't change the file
obj.update_contents(contents.replace('new', 'renamed'))
contents = obj._contents #TODO: FileDatabase().maintain-references
with open(fname, 'r') as f:
assert (contents == f.read()) # From about write
contents = obj._contents
# Moving a file object removes the existing file
obj.move(fname.replace('new', 'rename'))