class CashTransaction(Measurement):
measurement_name = 'CashTransaction'
# Fields
# Date of the transaction
transactionDate = attributes.TimestampFieldAttribute()
#The amount of the transaction
amount = attributes.FloatFieldAttribute()
#Tags
# Description of the transaction
memo = attributes.TagFieldAttribute()
# Financial Institution specific transaction id
fi_id = attributes.TagFieldAttribute()
# Account ID
account = attributes.TagFieldAttribute()
def test_validate_invalid_type_fail(self):
with pytest.raises(exceptions.InfluxDBAttributeValueError):
attributes.FloatFieldAttribute(max_nb_decimals='ok')
def test_validate_negative_max_nb_decimals_fail(self):
with pytest.raises(exceptions.InfluxDBAttributeValueError):
attributes.FloatFieldAttribute(max_nb_decimals=-5)
def test_to_influx_success(self):
attr = attributes.FloatFieldAttribute()
assert attr.to_influx(5.2504) == '5.2504'
def test_to_python_success(self):
attr = attributes.FloatFieldAttribute()
assert attr.to_python(5.2504) == 5.2504
def test_clean_with_max_nb_decimals_success(self):
attr = attributes.FloatFieldAttribute(max_nb_decimals=2)
attr.clean(5.2345)
assert attr.get_internal_value() == D(5.23).quantize(D('.01'))
def test_clean_success(self):
attr = attributes.FloatFieldAttribute()
attr.set_internal_value(5.2345)
assert attr.get_internal_value() == D(5.2345)
class PopulateMeasurement(Measurement):
measurement_name = name
time = attributes.TimestampFieldAttribute(precision='s')
phase = attributes.TagFieldAttribute()
value = attributes.FloatFieldAttribute()