Trait relay_statsd::prelude::MetricClient
pub trait MetricClient: Counted<i64> + CountedExt + Timed<u64> + Timed<Duration> + Timed<Vec<u64>> + Timed<Vec<Duration>> + Gauged<u64> + Gauged<f64> + Metered<u64> + Histogrammed<u64> + Histogrammed<f64> + Histogrammed<Duration> + Histogrammed<Vec<u64>> + Histogrammed<Vec<f64>> + Histogrammed<Vec<Duration>> + Distributed<u64> + Distributed<f64> + Distributed<Vec<u64>> + Distributed<Vec<f64>> + Setted<i64> + Compat { }Expand description
Trait that encompasses all other traits for sending metrics.
If you wish to use StatsdClient with a generic type or place a
StatsdClient instance behind a pointer (such as a Box) this will allow
you to reference all the implemented methods for recording metrics, while
using a single trait. An example of this is shown below.
use std::time::Duration;
use cadence::{MetricClient, StatsdClient, NopMetricSink};
let client: Box<dyn MetricClient> = Box::new(StatsdClient::from_sink(
"prefix", NopMetricSink));
client.count("some.counter", 1).unwrap();
client.time("some.timer", 42).unwrap();
client.time("some.timer", Duration::from_millis(42)).unwrap();
client.time("some.timer", vec![42]).unwrap();
client.time("some.timer", vec![Duration::from_millis(42)]).unwrap();
client.gauge("some.gauge", 8).unwrap();
client.meter("some.meter", 13).unwrap();
client.histogram("some.histogram", 4).unwrap();
client.histogram("some.histogram", Duration::from_nanos(4)).unwrap();
client.histogram("some.histogram", vec![4]).unwrap();
client.histogram("some.histogram", vec![Duration::from_nanos(4)]).unwrap();
client.distribution("some.distribution", 4).unwrap();
client.distribution("some.distribution", vec![4]).unwrap();
client.set("some.set", 5).unwrap();