class Library(Block):
def accept_visitor(self, v, **kwargs):
return v.VisitLibrary(self, **kwargs)
def __init__(self, library_manager, builder, builddata, name):
super(Library, self).__init__(library_manager=library_manager,
builder=builder,
name=name)
import neurounits.ast as ast
self._function_defs = LookUpDict(
builddata.funcdefs,
accepted_obj_types=(ast.FunctionDef, ast.BuiltInFunction))
self._symbolicconstants = LookUpDict(
builddata.symbolicconstants,
accepted_obj_types=(ast.SymbolicConstant, ))
self._eqn_assignment = LookUpDict(
builddata.assignments,
accepted_obj_types=(ast.EqnAssignmentByRegime, ))
def get_terminal_obj(self, symbol):
possible_objs = LookUpDict(self.assignedvalues).get_objs_by(symbol=symbol)+ \
LookUpDict(self.symbolicconstants).get_objs_by(symbol=symbol)+ \
LookUpDict(self.functiondefs).get_objs_by(funcname=symbol)
if not len(possible_objs) == 1:
raise KeyError("Can't find terminal: %s" % symbol)
return possible_objs[0]
@property
def functiondefs(self):
return self._function_defs
@property
def symbolicconstants(self):
return sorted(self._symbolicconstants, key=lambda a: a.symbol)
@property
def assignments(self):
return list(iter(self._eqn_assignment))
@property
def assignedvalues(self):
return sorted(list(self._eqn_assignment.get_objects_attibutes('lhs')),
key=lambda a: a.symbol)
class Library(Block):
def accept_visitor(self, v, **kwargs):
return v.VisitLibrary(self, **kwargs)
def __init__(self, library_manager, builder, builddata,name):
super(Library,self).__init__(library_manager=library_manager, builder=builder, name=name)
import neurounits.ast as ast
self._function_defs = LookUpDict( builddata.funcdefs, accepted_obj_types=(ast.FunctionDef, ast.BuiltInFunction) )
self._symbolicconstants = LookUpDict( builddata.symbolicconstants, accepted_obj_types=(ast.SymbolicConstant, ) )
self._eqn_assignment = LookUpDict( builddata.assignments, accepted_obj_types=(ast.EqnAssignmentByRegime,) )
def get_terminal_obj(self, symbol):
possible_objs = LookUpDict(self.assignedvalues).get_objs_by(symbol=symbol)+ \
LookUpDict(self.symbolicconstants).get_objs_by(symbol=symbol)+ \
LookUpDict(self.functiondefs).get_objs_by(funcname=symbol)
if not len(possible_objs) == 1:
raise KeyError("Can't find terminal: %s" % symbol)
return possible_objs[0]
@property
def functiondefs(self):
return self._function_defs
@property
def symbolicconstants(self):
return sorted(self._symbolicconstants, key=lambda a: a.symbol)
@property
def assignments(self):
return list( iter(self._eqn_assignment) )
@property
def assignedvalues(self):
return sorted(list(self._eqn_assignment.get_objects_attibutes('lhs')), key=lambda a:a.symbol)
class ComponentNamespace(object):
def is_root(self):
return self.parent is None
def __repr__(self):
return '<Component namespace: %s>' % self.full_name
def __init__(self, name, parent ):
# name is local, not fully qualified:
self.name = name
self.parent = parent
self.subnamespaces = LookUpDict(accepted_obj_types=ComponentNamespace)
self.libraries = LookUpDict(accepted_obj_types=ast.Library)
self.components = LookUpDict(accepted_obj_types=ast.NineMLComponent)
self.interfaces = LookUpDict(accepted_obj_types=ast.Interface)
def get_blocks(self,):
return list( self.libraries) + list(self.components) + list(self.interfaces)
@property
def full_name(self,):
if self.is_root():
return ''
elif self.parent.is_root():
return self.name
else:
return self.parent.full_name + '.' + self.name
def get_subnamespace(self, sub_namespace_name_tokens):
if not self.subnamespaces.has_obj(name=sub_namespace_name_tokens[0]):
sub_ns = ComponentNamespace(name=sub_namespace_name_tokens[0], parent=self)
self.subnamespaces._add_item(sub_ns)
ns = self.subnamespaces.get_single_obj_by(name=sub_namespace_name_tokens[0])
if len(sub_namespace_name_tokens) == 1:
return ns
else:
return ns.get_subnamespace(sub_namespace_name_tokens[1:])
assert False
def add(self, obj):
obj_toks = obj.name.split('.')
ns_toks = self.full_name.split('.')
n_more_obj_tokens = len(obj_toks) - len(ns_toks)
assert n_more_obj_tokens > 0 or self.is_root()
assert len(obj_toks) >=0
# Both '<root>' and 'std' will have a single token:
if self.is_root():
if len(obj_toks) == 1:
self.add_here(obj)
else:
sub_ns = self.get_subnamespace(sub_namespace_name_tokens=obj_toks[:-1])
sub_ns.add(obj)
else:
# Namespace A.B, object A.B.d (insert locally)
# Namespace A.B, object A.B.C.d (insert in subnamespace)
if n_more_obj_tokens == 0:
assert False
elif n_more_obj_tokens == 1:
self.add_here(obj)
else:
sub_ns = self.get_subnamespace(sub_namespace_name_tokens=obj_toks[len(ns_toks):-1])
sub_ns.add(obj)
return
def add_here(self, obj):
ns_toks = self.full_name.split('.')
obj_toks = obj.name.split('.')
assert len(obj_toks) == len(ns_toks) +1 or (self.is_root() and len(obj_toks) == 1)
assert not obj.name in self.libraries.get_objects_attibutes(attr='name')
assert not obj.name in self.components.get_objects_attibutes(attr='name')
assert not obj.name in self.interfaces.get_objects_attibutes(attr='name')
if isinstance(obj, ast.NineMLComponent):
self.components._add_item(obj)
if isinstance(obj, ast.Library):
self.libraries._add_item(obj)
if isinstance(obj, ast.Interface):
self.interfaces._add_item(obj)
def get_all(self, components=True, libraries=True, interfaces=True):
objs = []
if components:
objs.extend(self.components)
if libraries:
objs.extend(self.libraries)
if interfaces:
objs.extend(self.interfaces)
for ns in self.subnamespaces:
objs.extend( ns.get_all(components=components, libraries=libraries, interfaces=interfaces) )
return objs
class ComponentNamespace(object):
def is_root(self):
return self.parent is None
def __repr__(self):
return '<Component namespace: %s>' % self.full_name
def __init__(self, name, parent):
# name is local, not fully qualified:
self.name = name
self.parent = parent
self.subnamespaces = LookUpDict(accepted_obj_types=ComponentNamespace)
self.libraries = LookUpDict(accepted_obj_types=ast.Library)
self.components = LookUpDict(accepted_obj_types=ast.NineMLComponent)
self.interfaces = LookUpDict(accepted_obj_types=ast.Interface)
def get_blocks(self, ):
return list(self.libraries) + list(self.components) + list(
self.interfaces)
@property
def full_name(self, ):
if self.is_root():
return ''
elif self.parent.is_root():
return self.name
else:
return self.parent.full_name + '.' + self.name
def get_subnamespace(self, sub_namespace_name_tokens):
if not self.subnamespaces.has_obj(name=sub_namespace_name_tokens[0]):
sub_ns = ComponentNamespace(name=sub_namespace_name_tokens[0],
parent=self)
self.subnamespaces._add_item(sub_ns)
ns = self.subnamespaces.get_single_obj_by(
name=sub_namespace_name_tokens[0])
if len(sub_namespace_name_tokens) == 1:
return ns
else:
return ns.get_subnamespace(sub_namespace_name_tokens[1:])
assert False
def add(self, obj):
obj_toks = obj.name.split('.')
ns_toks = self.full_name.split('.')
n_more_obj_tokens = len(obj_toks) - len(ns_toks)
assert n_more_obj_tokens > 0 or self.is_root()
assert len(obj_toks) >= 0
# Both '<root>' and 'std' will have a single token:
if self.is_root():
if len(obj_toks) == 1:
self.add_here(obj)
else:
sub_ns = self.get_subnamespace(
sub_namespace_name_tokens=obj_toks[:-1])
sub_ns.add(obj)
else:
# Namespace A.B, object A.B.d (insert locally)
# Namespace A.B, object A.B.C.d (insert in subnamespace)
if n_more_obj_tokens == 0:
assert False
elif n_more_obj_tokens == 1:
self.add_here(obj)
else:
sub_ns = self.get_subnamespace(
sub_namespace_name_tokens=obj_toks[len(ns_toks):-1])
sub_ns.add(obj)
return
def add_here(self, obj):
ns_toks = self.full_name.split('.')
obj_toks = obj.name.split('.')
assert len(obj_toks) == len(ns_toks) + 1 or (self.is_root()
and len(obj_toks) == 1)
assert not obj.name in self.libraries.get_objects_attibutes(
attr='name')
assert not obj.name in self.components.get_objects_attibutes(
attr='name')
assert not obj.name in self.interfaces.get_objects_attibutes(
attr='name')
if isinstance(obj, ast.NineMLComponent):
self.components._add_item(obj)
if isinstance(obj, ast.Library):
self.libraries._add_item(obj)
if isinstance(obj, ast.Interface):
self.interfaces._add_item(obj)
def get_all(self, components=True, libraries=True, interfaces=True):
objs = []
if components:
objs.extend(self.components)
if libraries:
objs.extend(self.libraries)
if interfaces:
objs.extend(self.interfaces)
for ns in self.subnamespaces:
objs.extend(
ns.get_all(components=components,
libraries=libraries,
interfaces=interfaces))
return objs