def _create_new_entity_doc(self, aggregation_paths, centroid, entity_type,
geometry, gr_id, id, location, short_code):
doc = EntityDocument(id)
self._set_document(doc)
# add aggregation paths
if is_string(entity_type):
entity_type = [entity_type]
doc.entity_type = entity_type
if location is not None:
doc.location = location
if geometry is not None:
doc.geometry = geometry
if centroid is not None:
doc.centroid = centroid
if gr_id is not None:
doc.gr_id = gr_id
if short_code is not None:
doc.short_code = short_code
if aggregation_paths is not None:
reserved_names = (attributes.TYPE_PATH, attributes.GEO_PATH)
for name in aggregation_paths.keys():
if name in reserved_names:
raise ValueError(
u'Attempted to add an aggregation path with a reserved name'
)
self.set_aggregation_path(name, aggregation_paths[name])
def __init__(self, dbm, entity_type=None, location=None, aggregation_paths=None,
geometry=None, centroid=None, gr_id=None, id=None, short_code=None):
"""
Construct a new entity.
Note: _couch_document is used for 'protected' factory methods and
should not be passed in standard construction.
If _couch_document is passed, the other args are ignored
entity_type may be a string (flat type) or sequence (hierarchical type)
"""
assert isinstance(dbm, DatabaseManager)
assert entity_type is None or is_sequence(entity_type) or is_string(entity_type)
assert location is None or is_sequence(location)
assert aggregation_paths is None or isinstance(aggregation_paths, dict)
assert geometry is None or isinstance(geometry, dict)
assert centroid is None or isinstance(centroid, list)
assert gr_id is None or is_string(gr_id)
DataObject.__init__(self, dbm)
# Are we being constructed from an existing doc, in which case all the work is
# in _set_document?
if entity_type is None:
return
# Not made from existing doc, so create a new one
doc = EntityDocument(id)
self._set_document(doc)
# add aggregation paths
if is_string(entity_type):
entity_type = [entity_type]
doc.entity_type = entity_type
if location is not None:
doc.location = location
if geometry is not None:
doc.geometry = geometry
if centroid is not None:
doc.centroid = centroid
if gr_id is not None:
doc.gr_id = gr_id
if short_code is not None:
doc.short_code = short_code
if aggregation_paths is not None:
reserved_names = (attributes.TYPE_PATH, attributes.GEO_PATH)
for name in aggregation_paths.keys():
if name in reserved_names:
raise ValueError(u'Attempted to add an aggregation path with a reserved name')
self.set_aggregation_path(name, aggregation_paths[name])
def __init__(self,
dbm,
entity_type=None,
location=None,
aggregation_paths=None,
geometry=None,
centroid=None,
gr_id=None,
id=None,
short_code=None):
"""
Construct a new entity.
Note: _couch_document is used for 'protected' factory methods and
should not be passed in standard construction.
If _couch_document is passed, the other args are ignored
entity_type may be a string (flat type) or sequence (hierarchical type)
"""
assert isinstance(dbm, DatabaseManager)
assert entity_type is None or is_sequence(entity_type) or is_string(
entity_type)
assert location is None or is_sequence(location)
assert aggregation_paths is None or isinstance(aggregation_paths, dict)
assert geometry is None or isinstance(geometry, dict)
assert centroid is None or isinstance(centroid, list)
assert gr_id is None or is_string(gr_id)
DataObject.__init__(self, dbm)
# Are we being constructed from an existing doc, in which case all the work is
# in _set_document?
if entity_type is None:
return
# Not made from existing doc, so create a new one
doc = EntityDocument(id)
self._set_document(doc)
# add aggregation paths
if is_string(entity_type):
entity_type = [entity_type]
doc.entity_type = entity_type
if location is not None:
doc.location = location
if geometry is not None:
doc.geometry = geometry
if centroid is not None:
doc.centroid = centroid
if gr_id is not None:
doc.gr_id = gr_id
if short_code is not None:
doc.short_code = short_code
if aggregation_paths is not None:
reserved_names = (attributes.TYPE_PATH, attributes.GEO_PATH)
for name in aggregation_paths.keys():
if name in reserved_names:
raise ValueError(
u'Attempted to add an aggregation path with a reserved name'
)
self.set_aggregation_path(name, aggregation_paths[name])