"{}={}".format(i, r)
for i, r in zip(self._params,
[sbs.Range.dim_to_string(d) for d in self._range])
]) + "]"
def validate(self, sdfg, state, node):
if not data.validate_name(self.label):
raise NameError('Invalid map name "%s"' % self.label)
def get_param_num(self):
""" Returns the number of map dimension parameters/symbols. """
return len(self.params)
# Indirect Map properties to MapEntry and MapExit
MapEntry = indirect_properties(Map, lambda obj: obj.map)(MapEntry)
MapExit = indirect_properties(Map, lambda obj: obj.map)(MapExit)
# ------------------------------------------------------------------------------
class ConsumeEntry(EntryNode):
""" Node that opens a Consume scope.
@see: Consume
"""
def __init__(self, consume, dynamic_inputs=set()):
super(ConsumeEntry, self).__init__(dynamic_inputs)
if consume is None:
raise ValueError("Consume for ConsumeEntry can not be None.")
self._consume = consume
self._map_depth = 0
return self.label + "[" + ", ".join([
"{}={}".format(i, r) for i, r in zip(
self._params, [sbs.Range.dim_to_string(d) for d in self._range])
]) + "]"
def validate(self, sdfg, state, node):
if not dtypes.validate_name(self.label):
raise NameError('Invalid map name "%s"' % self.label)
def get_param_num(self):
""" Returns the number of map dimension parameters/symbols. """
return len(self.params)
# Indirect Map properties to MapEntry and MapExit
MapEntry = indirect_properties(Map, lambda obj: obj.map)(MapEntry)
# ------------------------------------------------------------------------------
@dace.serialize.serializable
class ConsumeEntry(EntryNode):
""" Node that opens a Consume scope.
@see: Consume
"""
def __init__(self, consume, dynamic_inputs=None):
super(ConsumeEntry, self).__init__(dynamic_inputs or set())
if consume is None:
raise ValueError("Consume for ConsumeEntry can not be None.")
self._consume = consume
self.add_in_connector('IN_stream')
