def _build_local_typemap(t_param_mapping, typedef_mapping):
# for resolving typedefed types in template instance args:
local_map = dict((n, t.transformed(typedef_mapping)) for (n, t) in t_param_mapping.items())
# for resolving 'free' typedefs in method args and result types:
if set(local_map) & set(typedef_mapping):
raise Exception("t_param_mapping and typedef_mapping intersects")
local_map.update(typedef_mapping)
# resolve indirections induced by update:
Utils.flatten(local_map)
return local_map
def _build_local_typemap(t_param_mapping, typedef_mapping):
# for resolving typedefed types in template instance args:
local_map = dict((n, t.transformed(typedef_mapping))
for (n, t) in t_param_mapping.items())
# for resolving 'free' typedefs in method args and result types:
if set(local_map) & set(typedef_mapping):
raise Exception("t_param_mapping and typedef_mapping intersects")
local_map.update(typedef_mapping)
# resolve indirections induced by update:
Utils.flatten(local_map)
return local_map
def _build_typedef_mapping(decls):
_check_typedefs(decls)
mapping = dict((d.name, d.type_) for d in decls)
Utils.flatten(mapping)
return mapping
def _detect_cycles(inheritance_graph):
graph = Utils.remove_labels(inheritance_graph)
cycle = Utils.find_cycle(graph)
if cycle is not None:
info = " -> ".join(map(str, cycle))
raise Exception("inheritance hierarchy contains cycle: " + info)
def _build_typedef_mapping(decls):
_check_typedefs(decls)
mapping = dict((d.name, d.type_) for d in decls)
Utils.flatten(mapping)
return mapping
def _detect_cycles(inheritance_graph):
graph = Utils.remove_labels(inheritance_graph)
cycle = Utils.find_cycle(graph)
if cycle is not None:
info = " -> ".join(map(str, cycle))
raise Exception("inheritance hierarchy contains cycle: " + info)