def test_to_representation_several_lines(self):
db = messages.DataBlock(data_lines=[
messages.DataLine(data_sets=[
messages.DataSet(address="3:14", value="314", unit="kWh"),
messages.DataSet(address="4:15", value="415", unit="kWh"),
]),
messages.DataLine(data_sets=[
messages.DataSet(address="3:14", value="314", unit="kWh"),
messages.DataSet(address="4:15", value="415", unit="kWh"),
]),
messages.DataLine(data_sets=[
messages.DataSet(address="3:14", value="314", unit="kWh"),
messages.DataSet(address="4:15", value="415", unit="kWh"),
]),
])
assert db.to_representation() == ("3:14(314*kWh)4:15(415*kWh)\r\n"
"3:14(314*kWh)4:15(415*kWh)\r\n"
"3:14(314*kWh)4:15(415*kWh)\r\n")
def test_to_representation_single_line(self):
db = messages.DataBlock(data_lines=[
messages.DataLine(data_sets=[
messages.DataSet(address="3:14", value="314", unit="kWh"),
messages.DataSet(address="4:15", value="415", unit="kWh"),
])
])
assert db.to_representation() == "3:14(314*kWh)4:15(415*kWh)\r\n"
def test_to_representation(self):
rdm = messages.ReadoutDataMessage(data_block=messages.DataBlock(
data_lines=[
messages.DataLine(data_sets=[
messages.DataSet(address="3:14", value="314", unit="kWh"),
messages.DataSet(address="4:15", value="415", unit="kWh"),
])
]))
assert rdm.to_representation(
) == '\x023:14(314*kWh)4:15(415*kWh)\r\n!\r\n\x03"'
def test_to_representation(self):
db = messages.DataBlock(data_lines=[
messages.DataLine(data_sets=[
messages.DataSet(address="3:14", value="314", unit="kWh"),
messages.DataSet(address="4:15", value="415", unit="kWh"),
])
])
am = messages.AnswerDataMessage(data_block=db)
assert am.to_representation(
) == "\x023:14(314*kWh)4:15(415*kWh)\r\n\x03\x04"