def pull_gist(gist, dir_info: DirectoryInfo, logger):
'''pull items from gist to dir.'''
assert gist and dir_info and logger
with tempfile.TemporaryDirectory('-gistsync') as tempdir_name:
tempdir_info = DirectoryInfo(tempdir_name)
config_builder = ConfigBuilder(gist)
for gist_file in gist.files.values():
tempfile_info = tempdir_info.get_fileinfo(gist_file.filename)
response = requests.get(gist_file.raw_url)
try:
tempfile_info.write_bytes(response.content)
config_builder.add_file(tempfile_info)
except OSError as err:
# some filename only work on linux.
logger.error(f'cannot sync gist: {err}')
return
config_builder.dump(tempdir_info)
dir_info.ensure_created()
for item in dir_info.list_items():
item.delete()
for item in tempdir_info.list_items():
assert isinstance(item, FileInfo)
file_info = dir_info.get_fileinfo(item.path.name)
item.copy_to(file_info.path)
logger.info('local updated from remote')
def test_get_unique_name():
with tempfile.TemporaryDirectory() as tmpdir:
dir_info = DirectoryInfo(tmpdir)
name = 'abc'
unique_name = dir_info.get_unique_name(name, '.py')
assert unique_name == 'abc.py'
dir_info.get_fileinfo(unique_name).write_text('')
unique_name = dir_info.get_unique_name(name, '.py')
assert unique_name == 'abc (1).py'
dir_info.get_fileinfo(unique_name).write_text('')
unique_name = dir_info.get_unique_name(name, '.py')
assert unique_name == 'abc (2).py'
def dump(self, dir_info: DirectoryInfo):
file_info = dir_info.get_fileinfo(GIST_CONFIG_NAME)
file_info.dump({
'id': self.gist.id,
'files': self._files,
'snapver': get_gist_version(self.gist)
})
def resolve_from_dir(node: DirectoryInfo):
init = node.get_fileinfo('__init__.py')
if init.is_file():
store['pkg_root'] = init.path
pkg_parts.append(node.path.name)
name_parts.append(node.path.name)
resolve_from_dir(node.get_parent())
def _find_pipfile(dir: DirectoryInfo, deep: int):
if deep == 0:
return None
pf = dir.get_fileinfo('Pipfile')
if pf.is_file():
return pf.path
return _find_pipfile(dir.get_parent(), deep - 1)
def test_make_tree():
with tempfile.TemporaryDirectory() as tmpdir:
dir_info = DirectoryInfo(tmpdir)
dir_info.make_tree({
'a.txt': 'abc',
'b.txt': b'cde',
'subdir': {
'e.txt': 'ddd'
}
})
assert dir_info.get_fileinfo('a.txt').read_text() == 'abc'
assert dir_info.get_fileinfo('b.txt').read_text() == 'cde'
subdir = dir_info.get_dirinfo('subdir')
assert subdir.is_directory()
assert subdir.get_fileinfo('e.txt').read_text() == 'ddd'
def test_load_context(data, lock: bool, atomic: bool):
with tempfile.TemporaryDirectory() as tmpdir:
dir_info = DirectoryInfo(tmpdir)
file_info = dir_info.get_fileinfo('test_load_context.json')
# test create
assert not file_info.is_exists()
with file_info.load_context(lock=lock, atomic=atomic) as s:
assert s.data is None
assert not file_info.is_exists()
s.data = data
assert file_info.is_exists()
# test read and write
with file_info.load_context(lock=lock, atomic=atomic) as s:
assert s.data == data
s.data = {}
with file_info.load_context(lock=lock, atomic=atomic) as s:
assert s.data == {}
# test remove
with file_info.load_context(lock=lock, atomic=atomic) as s:
s.data = None
assert not file_info.is_exists()
def _get_exists_or_first(self, root: DirectoryInfo, names: tuple):
for name in names:
fi = root.get_fileinfo(name)
if fi.is_file():
return fi
return root.get_fileinfo(names[0])
def test_get_fileinfo():
dir_info = DirectoryInfo('.')
assert isinstance(dir_info.get_fileinfo('a'), FileInfo)