def data_to_csv(data_obj: RadioData, filename: str = "buggydata.csv"):
# Creating a new CSV if there doesn't exist one
if not csv_funcs.exists_csv(filename):
csv_funcs.create_csv_file(filename, data_obj.get_fieldnames())
# Writing to the CSV
csv_funcs.write_to_csv(filename, data_obj.get_data_dict())
def data_to_csv(data_obj: RadioData, filename: str):
# Creating a new CSV if there doesn't exist one
if not exists_csv(filename):
create_csv_file(filename, data_obj.get_fieldnames())
# Writing to the CSV
# (For loop is there for testing purposes; script will only add one data row per call)
# for i in range(5):
write_to_csv(filename, randomize_data(data_obj.get_data_dict()))
def send_json(obj: RadioData):
ser = Serial(SEND_JSON_PORT, baudrate=BAUDRATE, timeout=1)
timestamp = datetime.now().strftime("%Y-%b-%d;%I:%M:%S:%p").split(';')
obj.OBC_date = timestamp.pop(0)
obj.OBC_time = timestamp.pop(0)
data_to_send = {"data": obj.get_data_dict(), "buggy_id": obj.BUGGY_ID}
data = json.dumps(data_to_send, cls=MyEncoder)
ser.write(data.encode('utf-8'))
# ser.flush()
ser.close()