def add(self, target, id, *args, **kwargs):
assert issubclass(target, Module)
argnames = mpi.getargnames(target.__init__)
# Selectors must be passed to the module upon instantiation;
# the module manager must know about them to assess compatibility:
if not self.validate_args(target):
raise ValueError('class constructor missing required args')
# Need to associate an ID and the routing table with each module class
# to instantiate:
kwargs['id'] = id
kwargs['routing_table'] = self.routing_table
kwargs['rank_to_id'] = self.rank_to_id
kwargs['pm_all'] = self.pm_all
rank = super(base_gpu_onesided.Manager,
self).add(target, *args, **kwargs)
self.rank_to_id[rank] = id
# Save BasePortMapper describing mapping between module interface and
# integer indices:
self.pm_all['gpot'][id] = BasePortMapper(
self._kwargs[rank]['sel_gpot'])
self.pm_all['spike'][id] = BasePortMapper(
self._kwargs[rank]['sel_spike'])
def validate_args(self, target):
"""
Check whether a class' constructor has specific arguments.
Parameters
----------
target : Module
Module class to instantiate and run.
Returns
-------
result : bool
True if all of the required arguments are present, False otherwise.
"""
arg_names = set(mpi.getargnames(target.__init__))
for required_arg in self.required_args:
if required_arg not in arg_names:
return False
return True
def validate_args(self, target):
"""
Check whether a class' constructor has specific arguments.
Parameters
----------
target : Module
Module class to instantiate and run.
Returns
-------
result : bool
True if all of the required arguments are present, False otherwise.
"""
arg_names = set(mpi.getargnames(target.__init__))
for required_arg in self.required_args:
if required_arg not in arg_names:
return False
return True
def add(self, target, id, *args, **kwargs):
"""
Add a module class to the emulation.
Parameters
----------
target : Module
Module class to instantiate and run.
id : str
Identifier to use when connecting an instance of this class
with an instance of some other class added to the emulation.
args : sequence
Sequential arguments to pass to the constructor of the class
associated with identifier `id`.
kwargs : dict
Named arguments to pass to the constructor of the class
associated with identifier `id`.
"""
if not issubclass(target, Module):
raise ValueError('target class is not a Module subclass')
argnames = mpi.getargnames(target.__init__)
# Selectors must be passed to the module upon instantiation;
# the module manager must know about them to assess compatibility:
# XXX: keep this commented out for the time being because it interferes
# with instantiation of child classes (such as those in LPU.py):
# if not self.validate_args(target):
# raise ValueError('class constructor missing required args')
# Need to associate an ID and the routing table with each module class
# to instantiate; because the routing table's can potentially occupy
# lots of space, we don't add it to the argument dict here - it is
# broadcast to all processes separately and then added to the argument
# dict in mpi_backend.py:
kwargs['id'] = id
kwargs['rank_to_id'] = self.rank_to_id
rank = super(Manager, self).add(target, *args, **kwargs)
self.rank_to_id[rank] = id
def add(self, target, id, *args, **kwargs):
"""
Add a module class to the emulation.
Parameters
----------
target : Module
Module class to instantiate and run.
id : str
Identifier to use when connecting an instance of this class
with an instance of some other class added to the emulation.
args : sequence
Sequential arguments to pass to the constructor of the class
associated with identifier `id`.
kwargs : dict
Named arguments to pass to the constructor of the class
associated with identifier `id`.
"""
if not issubclass(target, Module):
raise ValueError('target class is not a Module subclass')
argnames = mpi.getargnames(target.__init__)
# Selectors must be passed to the module upon instantiation;
# the module manager must know about them to assess compatibility:
# XXX: keep this commented out for the time being because it interferes
# with instantiation of child classes (such as those in LPU.py):
# if not self.validate_args(target):
# raise ValueError('class constructor missing required args')
# Need to associate an ID and the routing table with each module class
# to instantiate; because the routing table's can potentially occupy
# lots of space, we don't add it to the argument dict here - it is
# broadcast to all processes separately and then added to the argument
# dict in mpi_backend.py:
kwargs['id'] = id
kwargs['rank_to_id'] = self.rank_to_id
rank = super(Manager, self).add(target, *args, **kwargs)
self.rank_to_id[rank] = id
def add(self, target, id, *args, **kwargs):
assert issubclass(target, Module)
argnames = mpi.getargnames(target.__init__)
# Selectors must be passed to the module upon instantiation;
# the module manager must know about them to assess compatibility:
if not self.validate_args(target):
raise ValueError('class constructor missing required args')
# Need to associate an ID and the routing table with each module class
# to instantiate:
kwargs['id'] = id
kwargs['routing_table'] = self.routing_table
kwargs['rank_to_id'] = self.rank_to_id
kwargs['pm_all'] = self.pm_all
rank = super(base_gpu_onesided.Manager, self).add(target, *args, **kwargs)
self.rank_to_id[rank] = id
# Save BasePortMapper describing mapping between module interface and
# integer indices:
self.pm_all['gpot'][id] = BasePortMapper(self._kwargs[rank]['sel_gpot'])
self.pm_all['spike'][id] = BasePortMapper(self._kwargs[rank]['sel_spike'])
