def test_path_root_err(self, dbx): # verify invalid namespace return is_no_permission error dbxpr = dbx.with_path_root(PathRoot.namespace_id("1234567890")) with self.assertRaises(PathRootError) as cm: dbxpr.files_list_folder('') self.assertTrue(cm.exception.error.is_no_permission()) dbxpr = dbx.with_path_root(PathRoot.root("1234567890")) with self.assertRaises(PathRootError) as cm: dbxpr.files_list_folder('') self.assertTrue(cm.exception.error.is_invalid_root())
def test_path_root_err(self, dbx): # verify invalid namespace return is_no_permission error dbxpr = dbx.with_path_root(PathRoot.namespace_id("1234567890")) with self.assertRaises(PathRootError) as cm: dbxpr.files_list_folder('') self.assertTrue(cm.exception.error.is_no_permission()) dbxpr = dbx.with_path_root(PathRoot.root("1234567890")) with self.assertRaises(PathRootError) as cm: dbxpr.files_list_folder('') self.assertTrue(cm.exception.error.is_invalid_root())
def test_path_root_err(self, dbx_from_env): # verify invalid namespace return is_no_permission error dbxpr = dbx_from_env.with_path_root( PathRoot.namespace_id("1234567890")) with pytest.raises(PathRootError) as cm: dbxpr.files_list_folder('') assert cm.value.error.is_no_permission() dbxpr = dbx_from_env.with_path_root(PathRoot.root("1234567890")) with pytest.raises(PathRootError) as cm: dbxpr.files_list_folder('') assert cm.value.error.is_invalid_root()
def test_path_root(self, dbx): root_info = dbx.users_get_current_account().root_info root_ns = root_info.root_namespace_id home_ns = root_info.home_namespace_id # verify home mode dbxpr = dbx.with_path_root(PathRoot.home) dbxpr.files_list_folder('') # verify root mode dbxpr = dbx.with_path_root(PathRoot.root(root_ns)) dbxpr.files_list_folder('') # verify namespace_id mode dbxpr = dbx.with_path_root(PathRoot.namespace_id(home_ns)) dbxpr.files_list_folder('')
def test_with_path_root_constructor(self, dbx): # Verify valid mode types for path_root in ( PathRoot.home, PathRoot.root("123"), PathRoot.namespace_id("123"), ): dbx_new = dbx.with_path_root(path_root) self.assertIsNot(dbx_new, dbx) expected = stone_serializers.json_encode(PathRoot_validator, path_root) self.assertEqual(dbx_new._headers.get(PATH_ROOT_HEADER), expected) # verify invalid mode raises ValueError with self.assertRaises(ValueError): dbx.with_path_root(None)
def __init__(self, **kwargs): """Initializes DropBoxInterface instance, creates dbx instance :param kwargs: """ # try to find token from given kwargs arguments or from os environment self.token = kwargs.pop('dropbox_token', None) self.root = kwargs.pop('dropbox_root', None) if not self.token: self.token = os.environ.get('DROPBOX_TOKEN') if self.root is None: self.root = str2bool(os.environ.get('DROPBOX_ROOT')) if not self.root: self.root = False if not self.token: raise ValueError('Please specify dropbox app access key') self._encoding = 'utf8' self._mode = None self._current_path = None self._write_mode = None self.metadata = None self.path = None self.list_recursive = False self.include_folders = False self.dbx = dropbox.Dropbox(self.token) # namespace id starts from root if self.root: root_namespace_id = self.dbx.users_get_current_account().root_info.root_namespace_id self.dbx = self.dbx.with_path_root(PathRoot.namespace_id(root_namespace_id))
def test_path_root(self, dbx): root_info = dbx.users_get_current_account().root_info root_ns = root_info.root_namespace_id home_ns = root_info.home_namespace_id # verify home mode dbxpr = dbx.with_path_root(PathRoot.home) dbxpr.files_list_folder('') # verify root mode dbxpr = dbx.with_path_root(PathRoot.root(root_ns)) dbxpr.files_list_folder('') # verify namespace_id mode dbxpr = dbx.with_path_root(PathRoot.namespace_id(home_ns)) dbxpr.files_list_folder('')
def test_with_path_root_constructor(self, dbx): # Verify valid mode types for path_root in ( PathRoot.home, PathRoot.root("123"), PathRoot.namespace_id("123"), ): dbx_new = dbx.with_path_root(path_root) self.assertIsNot(dbx_new, dbx) expected = stone_serializers.json_encode(PathRoot_validator, path_root) self.assertEqual(dbx_new._headers.get(PATH_ROOT_HEADER), expected) # verify invalid mode raises ValueError with self.assertRaises(ValueError): dbx.with_path_root(None)
def test_with_path_root_constructor(self, dbx_from_env): # Verify valid mode types for path_root in ( PathRoot.home, PathRoot.root("123"), PathRoot.namespace_id("123"), ): dbx_new = dbx_from_env.with_path_root(path_root) assert dbx_new is not dbx_from_env expected = stone_serializers.json_encode(PathRoot_validator, path_root) assert dbx_new._headers.get(PATH_ROOT_HEADER) == expected # verify invalid mode raises ValueError with pytest.raises(ValueError): dbx_from_env.with_path_root(None)
def test_as_user(self, dbxt): dbx_as_user = dbxt.as_user('1') path_root = PathRoot.root("123") dbx_new = dbx_as_user.with_path_root(path_root) self.assertIsInstance(dbx_new, Dropbox) self.assertEqual(dbx_new._headers.get(SELECT_USER_HEADER), '1') expected = stone_serializers.json_encode(PathRoot_validator, path_root) self.assertEqual(dbx_new._headers.get(PATH_ROOT_HEADER), expected)
def test_as_user(self, dbx_team_from_env): dbx_as_user = dbx_team_from_env.as_user('1') path_root = PathRoot.root("123") dbx_new = dbx_as_user.with_path_root(path_root) assert isinstance(dbx_new, Dropbox) assert dbx_new._headers.get(SELECT_USER_HEADER) == '1' expected = stone_serializers.json_encode(PathRoot_validator, path_root) assert dbx_new._headers.get(PATH_ROOT_HEADER) == expected
isinstance(entry, dropbox.files.FolderMetadata) ): current_state[entry.path_lower] = entry elif isinstance(entry, dropbox.files.DeletedMetadata): current_state.pop(entry.path_lower, None) return current_state # Initialize Dropbox API user_dbx = dropbox.Dropbox("ACCESS TOKEN") # get the root_namspace_id for this account user_info = user_dbx.users_get_current_account() root_ns = user_info.root_info.root_namespace_id # update API client instance with new path root user_dbx = user_dbx.with_path_root(PathRoot.root(root_ns)) print("Collecting files...") result = user_dbx.files_list_folder(path="", recursive=True) files = process_entries({}, result.entries) # check for and collect any additional entries while result.has_more: print("Collecting additional files...") result = user_dbx.files_list_folder_continue(result.cursor) files = process_entries(files, result.entries) for entry in files.values(): # Folders can have various ACLs in place that may limit access. Check the # ACLs before attempting to directly access content within a given folder if isinstance(entry, dropbox.files.FolderMetadata) and entry.sharing_info: