public void meter_default_data_keys_should_provide_corresponding_values()
{
// Arrange
var value = new MeterValue(1, 2, 3, 4, 5, TimeUnit.Seconds);
// Act
value.AddMeterValues(out IDictionary <string, object> data, DataKeys.Meter);
// Assert
data[DataKeys.Meter[MeterValueDataKeys.Count]].Should().Be(1L);
data[DataKeys.Meter[MeterValueDataKeys.RateMean]].Should().Be(2.0);
data[DataKeys.Meter[MeterValueDataKeys.Rate1M]].Should().Be(3.0);
data[DataKeys.Meter[MeterValueDataKeys.Rate5M]].Should().Be(4.0);
data[DataKeys.Meter[MeterValueDataKeys.Rate15M]].Should().Be(5.0);
}
public void meter_can_use_custom_data_keys_and_should_provide_corresponding_values()
{
// Arrange
var value = new MeterValue(1, 2, 3, 4, 5, TimeUnit.Seconds);
var dataKeys = new MetricValueDataKeys(
meter: new Dictionary <MeterValueDataKeys, string>
{
{ MeterValueDataKeys.Rate1M, "1_min_rate" },
{ MeterValueDataKeys.RateMean, "mean_rate" }
});
// Act
value.AddMeterValues(out IDictionary <string, object> data, dataKeys.Meter);
// Assert
data.ContainsKey(DataKeys.Meter[MeterValueDataKeys.RateMean]).Should().BeFalse();
data["mean_rate"].Should().Be(2.0);
data.ContainsKey(DataKeys.Meter[MeterValueDataKeys.Rate1M]).Should().BeFalse();
data["1_min_rate"].Should().Be(3.0);
}
