def BIGNUM_loadMembers(self, mappings, maxDepth):
'''
#self._d = process.readArray(attr_obj_address, ctypes.c_ulong, self.top)
## or
#ulong_array= (ctypes.c_ulong * self.top)
'''
if not self.isValid(mappings):
log.debug('BigNUm tries to load members when its not validated')
return False
# Load and memcopy d / BN_ULONG *
attr_obj_address = getaddress(self.d)
if not bool(self.d):
log.debug('BIGNUM has a Null pointer d')
return True
memoryMap = is_valid_address_value( attr_obj_address, mappings)
# TODO - challenge buffer_copy use,
contents=(BN_ULONG*self.top).from_buffer_copy(memoryMap.readArray(attr_obj_address, BN_ULONG, self.top))
keepRef( contents, model.getSubtype(self.d), attr_obj_address )
log.debug('contents acquired %d'%ctypes.sizeof(contents))
return True
def BIGNUM_loadMembers(self, mappings, maxDepth):
'''
#self._d = process.readArray(attr_obj_address, ctypes.c_ulong, self.top)
## or
#ulong_array= (ctypes.c_ulong * self.top)
'''
if not self.isValid(mappings):
log.debug('BigNUm tries to load members when its not validated')
return False
# Load and memcopy d / BN_ULONG *
attr_obj_address = get_pointee_address(self.d)
if not bool(self.d):
log.debug('BIGNUM has a Null pointer d')
return True
memoryMap = mappings.is_valid_address_value(attr_obj_address)
# TODO - challenge buffer_copy use,
contents = (BN_ULONG * self.top).from_buffer_copy(
memoryMap.readArray(attr_obj_address, BN_ULONG, self.top))
mappings.keepRef(contents, model.getSubtype(self.d), attr_obj_address)
log.debug('contents acquired %d' % ctypes.sizeof(contents))
return True
def BIGNUM_get_d(self):
return self._mapping_.getRef(model.getSubtype(self.d),
get_pointee_address(self.d))
def BIGNUM_get_d(self): return getRef( model.getSubtype(self.d), getaddress(self.d))
def BIGNUM_get_d(self):
return self._mapping_.getRef( model.getSubtype(self.d), get_pointee_address(self.d))
