def build(self, network, extra_builders={},
extra_source_getters={}, extra_sink_getters={},
extra_connection_parameter_builders={},
extra_probe_builders={}):
"""Build a Network into this model.
Parameters
----------
network : :py:class:`~nengo.Network`
Nengo network to build. Passthrough Nodes will be removed.
extra_builders : {type: fn, ...}
Extra builder methods.
extra_source_getters : {type: fn, ...}
Extra source getter methods.
extra_sink_getters : {type: fn, ...}
Extra sink getter methods.
extra_connection_parameter_builder : {type: fn, ...}
Extra connection parameter builders.
extra_probe_builders : {type: fn, ...}
Extra probe builder methods.
"""
# Store the network config
self.config = network.config
# Get a clean set of builders and getters
self._builders = collections_ext.mrolookupdict()
self._builders.update(self.builders)
self._builders.update(extra_builders)
self._connection_parameter_builders = collections_ext.mrolookupdict()
self._connection_parameter_builders.update(
self.connection_parameter_builders
)
self._connection_parameter_builders.update(
extra_connection_parameter_builders
)
self._source_getters = collections_ext.mrolookupdict()
self._source_getters.update(self.source_getters)
self._source_getters.update(extra_source_getters)
self._sink_getters = collections_ext.mrolookupdict()
self._sink_getters.update(self.sink_getters)
self._sink_getters.update(extra_sink_getters)
self._probe_builders = dict()
self._probe_builders.update(self.probe_builders)
self._probe_builders.update(extra_probe_builders)
# Build
self._build_network(network)
def build(self, network, **kwargs):
"""Build a Network into this model.
Parameters
----------
network : :py:class:`~nengo.Network`
Nengo network to build. Passthrough Nodes will be removed.
"""
# Store the network config
self.config = network.config
# Get a clean set of builders and getters
self._builders = collections_ext.mrolookupdict()
self._builders.update(self.builders)
self._builders.update(kwargs.get("extra_builders", {}))
self._transmission_parameter_builders = \
collections_ext.mrolookupdict()
self._transmission_parameter_builders.update(
self.transmission_parameter_builders)
self._transmission_parameter_builders.update(
kwargs.get("extra_transmission_parameter_builders", {}))
self._source_getters = collections_ext.mrolookupdict()
self._source_getters.update(self.source_getters)
self._source_getters.update(kwargs.get("extra_source_getters", {}))
self._reception_parameter_builders = collections_ext.mrolookupdict()
self._reception_parameter_builders.update(
self.reception_parameter_builders)
self._reception_parameter_builders.update(
kwargs.get("extra_reception_parameter_builders", {}))
self._sink_getters = collections_ext.mrolookupdict()
self._sink_getters.update(self.sink_getters)
self._sink_getters.update(kwargs.get("extra_sink_getters", {}))
self._probe_builders = dict()
self._probe_builders.update(self.probe_builders)
self._probe_builders.update(kwargs.get("extra_probe_builders", {}))
# Build
with self.decoder_cache:
self._build_network(network)
# Insert interposers
interposers, connection_map = \
self.connection_map.insert_and_stack_interposers()
self.extra_operators.extend(interposers)
self.connection_map = connection_map
def build(self, network, **kwargs):
"""Build a Network into this model.
Parameters
----------
network : :py:class:`~nengo.Network`
Nengo network to build. Passthrough Nodes will be removed.
"""
# Store the network config
self.config = network.config
# Get a clean set of builders and getters
self._builders = collections_ext.mrolookupdict()
self._builders.update(self.builders)
self._builders.update(kwargs.get("extra_builders", {}))
self._transmission_parameter_builders = \
collections_ext.mrolookupdict()
self._transmission_parameter_builders.update(
self.transmission_parameter_builders)
self._transmission_parameter_builders.update(
kwargs.get("extra_transmission_parameter_builders", {}))
self._source_getters = collections_ext.mrolookupdict()
self._source_getters.update(self.source_getters)
self._source_getters.update(kwargs.get("extra_source_getters", {}))
self._reception_parameter_builders = collections_ext.mrolookupdict()
self._reception_parameter_builders.update(
self.reception_parameter_builders)
self._reception_parameter_builders.update(
kwargs.get("extra_reception_parameter_builders", {}))
self._sink_getters = collections_ext.mrolookupdict()
self._sink_getters.update(self.sink_getters)
self._sink_getters.update(kwargs.get("extra_sink_getters", {}))
self._probe_builders = dict()
self._probe_builders.update(self.probe_builders)
self._probe_builders.update(kwargs.get("extra_probe_builders", {}))
# Build
with self.decoder_cache:
self._build_network(network)
# Insert interposers
interposers, connection_map = \
self.connection_map.insert_and_stack_interposers()
self.extra_operators.extend(interposers)
self.connection_map = connection_map
def build(self, network, extra_builders={},
extra_source_getters={}, extra_sink_getters={},
extra_connection_parameter_builders={},
extra_probe_builders={}, build_probes=True):
"""Build a Network into this model.
Parameters
----------
network : :py:class:`~nengo.Network`
Nengo network to build. Passthrough Nodes will be removed.
build_probes : bool
If True then Probes will be built, otherwise they won't and a
warning will be raised.
"""
# Store the network config
self.config = network.config
# Get a clean set of builders and getters
self._builders = collections_ext.mrolookupdict()
self._builders.update(self.builders)
self._builders.update(extra_builders)
self._connection_parameter_builders = collections_ext.mrolookupdict()
self._connection_parameter_builders.update(
self.connection_parameter_builders
)
self._connection_parameter_builders.update(
extra_connection_parameter_builders
)
self._source_getters = collections_ext.mrolookupdict()
self._source_getters.update(self.source_getters)
self._source_getters.update(extra_source_getters)
self._sink_getters = collections_ext.mrolookupdict()
self._sink_getters.update(self.sink_getters)
self._sink_getters.update(extra_sink_getters)
self._probe_builders = dict()
self._probe_builders.update(self.probe_builders)
self._probe_builders.update(extra_probe_builders)
# Build
self._build_network(network, build_probes)
def build(self, network, **kwargs):
"""Build a Network into this model.
Parameters
----------
network : :py:class:`~nengo.Network`
Nengo network to build. Passthrough Nodes will be removed.
"""
# Store the network config
self.config = network.config
# Get a clean set of builders and getters
self._builders = collections_ext.mrolookupdict()
self._builders.update(self.builders)
self._builders.update(kwargs.get("extra_builders", {}))
self._transmission_parameter_builders = \
collections_ext.mrolookupdict()
self._transmission_parameter_builders.update(
self.transmission_parameter_builders)
self._transmission_parameter_builders.update(
kwargs.get("extra_transmission_parameter_builders", {}))
self._source_getters = collections_ext.mrolookupdict()
self._source_getters.update(self.source_getters)
self._source_getters.update(kwargs.get("extra_source_getters", {}))
self._reception_parameter_builders = collections_ext.mrolookupdict()
self._reception_parameter_builders.update(
self.reception_parameter_builders)
self._reception_parameter_builders.update(
kwargs.get("extra_reception_parameter_builders", {}))
self._sink_getters = collections_ext.mrolookupdict()
self._sink_getters.update(self.sink_getters)
self._sink_getters.update(kwargs.get("extra_sink_getters", {}))
self._probe_builders = dict()
self._probe_builders.update(self.probe_builders)
self._probe_builders.update(kwargs.get("extra_probe_builders", {}))
# Build
self._build_network(network)
def test_mrolookupdict():
"""Test a dictionary which will look up items by going through their
MROs.
"""
class ParentA(object):
pass
class ChildA(ParentA):
pass
mdict = nscollections.mrolookupdict()
mdict[ParentA] = 5
assert mdict[ChildA] == 5
mdict[ChildA] = 10
assert mdict[ChildA] == 10
# Objects not in the dictionary raise KeyErrors
with pytest.raises(KeyError):
mdict[object]
def test_mrolookupdict():
"""Test a dictionary which will look up items by going through their
MROs.
"""
class ParentA(object):
pass
class ChildA(ParentA):
pass
mdict = nscollections.mrolookupdict()
mdict[ParentA] = 5
assert mdict[ChildA] == 5
mdict[ChildA] = 10
assert mdict[ChildA] == 10
# Objects not in the dictionary raise KeyErrors
with pytest.raises(KeyError):
mdict[object]
