def _parse_struct(self, struct):
name = struct['attributes']['name']
if 'canonicalName' in struct['attributes']:
canonicalName = struct['attributes']['canonicalName']
else:
canonicalName = self.name + '.' + name
if 'children' in struct:
children = struct['children']
else:
children = [] # empty struct
st = StructureSolc(name, canonicalName, children)
st.set_contract(self)
st.set_offset(struct['src'], self.slither)
self._structures[name] = st
def _parse_struct(self, struct: Dict):
if self.is_compact_ast:
name = struct["name"]
attributes = struct
else:
name = struct["attributes"][self.get_key()]
attributes = struct["attributes"]
if "canonicalName" in attributes:
canonicalName = attributes["canonicalName"]
else:
canonicalName = self._contract.name + "." + name
if self.get_children("members") in struct:
children = struct[self.get_children("members")]
else:
children = [] # empty struct
st = Structure()
st.set_contract(self._contract)
st.set_offset(struct["src"], self._contract.slither)
st_parser = StructureSolc(st, name, canonicalName, children, self)
self._contract.structures_as_dict[name] = st
self._structures_parser.append(st_parser)
def _parse_struct(self, struct):
if self.is_compact_ast:
name = struct['name']
attributes = struct
else:
name = struct['attributes'][self.get_key()]
attributes = struct['attributes']
if 'canonicalName' in attributes:
canonicalName = attributes['canonicalName']
else:
canonicalName = self.name + '.' + name
if self.get_children('members') in struct:
children = struct[self.get_children('members')]
else:
children = [] # empty struct
st = StructureSolc(name, canonicalName, children)
st.set_contract(self)
st.set_offset(struct['src'], self.slither)
self._structures[name] = st
def _analyze_struct(self, struct: StructureSolc): # pylint: disable=no-self-use
struct.analyze()
def _analyze_struct(self, struct: StructureSolc):
struct.analyze()