def __init__(self, name=None, fields=[], ft=None):
self._type = ft
if name and fields:
# name and fields specified directly, generate gt feature type
# from list
tb = SimpleFeatureTypeBuilder()
tb.setName(NameImpl(name))
for fld in fields:
if isinstance(fld, Field):
name, typ, prj = fld.name, fld.typ, fld.proj
else:
name, typ = fld[0], fld[1]
prj = None
if issubclass(typ, geom.Geometry):
# look for srs/crs info
if len(fld) > 2:
prj = proj.Projection(fld[2])
if prj:
tb.crs(prj._crs)
# we call map() here to avoid setting the type binding to a Python
# (eg: PyInteger) type, but rather a native java type (Integer)
tb.add(name, core.map(typ))
self._type = tb.buildFeatureType()
elif ft:
# gt feature type specified directly
self._type = ft
else:
raise Exception('No fields specified for feature type.')
def __init__(self, name=None, fields=[], ft=None,
uri='http://geoscript.org/feature'):
self._type = ft
if name and fields:
# name and fields specified directly, generate gt feature type
# from list
tb = SimpleFeatureTypeBuilder()
tb.setName(NameImpl(name))
tb.setNamespaceURI(uri)
for fld in fields:
if isinstance(fld, Field):
name, typ, prj = fld.name, fld.typ, fld.proj
else:
name, typ = fld[0], fld[1]
prj = None
if issubclass(typ, geom.Geometry):
# look for srs/crs info
if len(fld) > 2:
prj = proj.Projection(fld[2])
prj = prj if prj else proj.Projection('EPSG:4326')
if prj:
tb.crs(prj._crs)
# we call map() here to avoid setting the type binding to a Python
# (eg: PyInteger) type, but rather a native java type (Integer)
tb.add(name, core.map(typ))
self._type = tb.buildFeatureType()
elif ft:
# gt feature type specified directly
self._type = ft
else:
raise Exception('No fields specified for feature type.')
