def test_parse_sensor_reading_standard_case(self):
reading = SensorReading( #
['lower non-critical threshold'], 1, "Hugo", None, "", [42],
"hugo-type", None, 0)
assert IPMIFetcher._parse_sensor_reading( #
0,
reading) == [b"0", b"Hugo", b"hugo-type", b"N/A", b"", b"WARNING"]
def test_parse_sensor_reading_false_positive(self):
reading = SensorReading( #
['Present'], 1, "Dingeling", 0.2, b"\xc2\xb0C", [], "FancyDevice",
3.14159265, 1)
assert IPMIFetcher._parse_sensor_reading( #
0, reading) == [
b"0", b"Dingeling", b"FancyDevice", b"3.14", b"C", b"Present"
]
def test_parse_sensor_reading_false_positive(self, fetcher: IPMIFetcher) -> None:
reading = SensorReading( #
["Present"], 1, "Dingeling", 0.2, b"\xc2\xb0C", [], "FancyDevice", 3.14159265, 1
)
assert fetcher._parse_sensor_reading(0, reading) == [ #
b"0",
b"Dingeling",
b"FancyDevice",
b"3.14",
b"C",
b"Present",
]
def test_parse_sensor_reading_standard_case(self, fetcher: IPMIFetcher) -> None:
reading = SensorReading( #
["lower non-critical threshold"], 1, "Hugo", None, "", [42], "hugo-type", None, 0
)
assert fetcher._parse_sensor_reading(0, reading) == [ #
b"0",
b"Hugo",
b"hugo-type",
b"N/A",
b"",
b"lower non-critical threshold",
]