def create_dataset(name, title, owner_name, geometry_type, attributes=None):
"""
Create an empty layer in GeoServer and register it in GeoNode.
"""
# first validate parameters
if geometry_type not in ('Point', 'LineString', 'Polygon'):
msg = 'geometry must be Point, LineString or Polygon'
logger.error(msg)
raise GeoNodeException(msg)
name = get_valid_name(name)
# we can proceed
logger.debug('Creating the layer in GeoServer')
workspace, datastore = create_gs_dataset(name, title, geometry_type, attributes)
logger.debug('Creating the layer in GeoNode')
return create_gn_dataset(workspace, datastore, name, title, owner_name)
def create_layer(name, title, owner_name, geometry_type, attributes=None):
"""
Create an empty layer in GeoServer and register it in GeoNode.
"""
# first validate parameters
if geometry_type not in ('Point', 'LineString', 'Polygon'):
msg = 'geometry must be Point, LineString or Polygon'
logger.error(msg)
raise GeoNodeException(msg)
name = get_valid_name(name)
# we can proceed
logger.debug('Creating the layer in GeoServer')
workspace, datastore = create_gs_layer(name, title, geometry_type, attributes)
logger.debug('Creating the layer in GeoNode')
return create_gn_layer(workspace, datastore, name, title, owner_name)
def test_get_valid_name(self):
self.assertEquals(get_valid_name("blug"), "blug")
self.assertEquals(get_valid_name("<-->"), "_")
self.assertEquals(get_valid_name("<ab>"), "_ab_")
self.assertEquals(get_valid_name("CA"), "CA_1")
self.assertEquals(get_valid_name("CA"), "CA_1")
def test_get_valid_name(self):
self.assertEquals(get_valid_name("blug"), "blug")
self.assertEquals(get_valid_name("<-->"), "_")
self.assertEquals(get_valid_name("<ab>"), "_ab_")
self.assertEquals(get_valid_name("CA"), "CA_1")
self.assertEquals(get_valid_name("CA"), "CA_1")
