def create_node(self, node_path):
"""
Create a node at the end of the given path; all but the final node in the path must already exist.
"""
core.validate_node_path(node_path)
existing, new = core.split(node_path)
existing_node = self._get_node(existing)
existing_node[self._node][new] = {self._node: {},
self._array: {}}
def create_node(self, node_path):
existing, new = core.split(node_path)
if not new:
raise core.MeasurementError("Cannot create root node.")
self._get_node(existing).createGroup(new)
def create_node(self, node_path):
existing, new = core.split(node_path)
if not new:
raise core.MeasurementError("Cannot create root node.")
os.mkdir(os.path.join(self._get_node(existing), new))
def test_split():
assert core.split('') == ('', '')
assert core.split('one') == ('', 'one')
assert core.split('/one') == ('/', 'one')
assert core.split('one/two/three') == ('one/two', 'three')
assert core.split('/one/two/three') == ('/one/two', 'three')
def create_node(self, node_path):
existing, new = core.split(node_path)
if not new:
raise core.MeasurementError("Cannot create root node.")
self._get_node(existing).createGroup(new)
def test_split():
assert core.split('') == ('', '')
assert core.split('one') == ('', 'one')
assert core.split('/one') == ('/', 'one')
assert core.split('one/two/three') == ('one/two', 'three')
assert core.split('/one/two/three') == ('/one/two', 'three')
def create_node(self, node_path):
existing, new = core.split(node_path)
if not new:
raise core.MeasurementError("Cannot create root node.")
os.mkdir(os.path.join(self._get_node(existing), new))
