public static AssertionResult CreateResult(MetricName name, string unitName, double value, Assertion assertion)
{
var passed = assertion.Test(value);
var passedString = passed ? "[PASS]" : "[FAIL]";
var message = $"{passedString} Expected {name} to {assertion} {unitName}; actual value was {value:n} {unitName}.";
return new AssertionResult(name, message, passed);
}
private void reportTimer(long timestamp, MetricName name, Timer timer)
{
Snapshot snapshot = timer.Snapshot;
report(timestamp,
name,
"count,max,mean,min,stddev,p50,p75,p95,p98,p99,p999,mean_rate,m1_rate,m5_rate,m15_rate,rate_unit,duration_unit",
timer.Count,
convertDuration(snapshot.Max),
convertDuration(snapshot.Mean),
convertDuration(snapshot.Min),
convertDuration(snapshot.StdDev),
convertDuration(snapshot.Median),
convertDuration(snapshot.Percentile75th),
convertDuration(snapshot.Percentile95th),
convertDuration(snapshot.Percentile98th),
convertDuration(snapshot.Percentile99th),
convertDuration(snapshot.Percentile999th),
convertRate(timer.MeanRate),
convertRate(timer.OneMinuteRate),
convertRate(timer.FiveMinuteRate),
convertRate(timer.FifteenMinuteRate),
"calls/" + getRateUnit(),
getDurationUnit());
}
protected MetricCollector(MetricName name, string unitName)
{
Contract.Requires(name != null);
Contract.Requires(!string.IsNullOrEmpty(unitName));
Name = name;
UnitName = unitName;
}
public AssertionResult(MetricName metricName, string message, bool passed)
{
Contract.Requires(metricName != null);
MetricName = metricName;
Message = message;
Passed = passed;
}
public PerformanceCounterValueCollector(MetricName name, string unitName, IPerformanceCounterProxy counter,
bool disposesCounter)
: base(name, unitName)
{
Counter = counter;
DisposesCounter = disposesCounter;
}
public static MetricName BuildName(IProxyRequest request, string Name, bool Absolute)
{
MetricName metricName = null;
if (Absolute)
metricName = new MetricName(Name);
else
metricName = new MetricName(request.Target.GetType().FullName + "." + Name);
return metricName;
}
public void CanRemoveMetricFromRegistry()
{
var name = new MetricName( "MeterTests.Can_safely_remove_metrics_from_outer_collection_without_affecting_registry");
var meter = registry.Meter("MeterTests.Can_safely_remove_metrics_from_outer_collection_without_affecting_registry");
meter.Mark(3);
registry.Remove(name);
Assert.True(!registry.Metrics.ContainsKey(name), "Metric was removed from central registry");
}
public IPerformanceCounterProxy Get(MetricName name)
{
if (!Exists(name))
{
return EmptyPerformanceCounterProxy.Instance;
}
var counter = _cachedCounters[name];
counter.Touch(); // increment reference count
return counter;
}
public bool Put(MetricName name, IPerformanceCounterProxy concreteCounter)
{
if (!Exists(name))
{
_cachedCounters[name] = new CachedPerformanceCounterProxy(() => concreteCounter);
return true;
}
// already exists - not overriding
return false;
}
public AggregateMetrics(MetricName name, string unit, IReadOnlyList<MetricRunReport> runs)
{
Contract.Requires(runs != null);
Contract.Requires(name != null);
Contract.Requires(!string.IsNullOrEmpty(unit));
Name = name;
Unit = unit;
Runs = runs == null || runs.Count == 0 ? GetSafeRuns(name, unit) : runs;
Stats = new BenchmarkStat(runs.Select(x => x.MetricValue));
PerSecondStats = new BenchmarkStat(runs.Select(x => x.MetricValuePerSecond));
}
public MetricRunReport(MetricName name, string unit, double metricReading, long ticks)
{
Contract.Requires(name != null);
Contract.Requires(!string.IsNullOrEmpty(unit));
Ticks = Math.Max(ticks, 1);
Name = name;
Unit = unit;
MetricValue = metricReading;
ElapsedNanos = Ticks/(double) Stopwatch.Frequency*1000000000;
ElapsedSeconds = ElapsedNanos/1000000000;
NanosPerMetricValue = ElapsedNanos/Math.Max(MetricValue,1);
MetricValuePerSecond = MetricValue/ElapsedSeconds;
}
public void Can_get_metrics_from_collection_with_registered_changes()
{
// Counter
var name = new MetricName("MeterTests.counter");
var counter = registry.Counter( "MeterTests.counter");
Assert.IsNotNull(registry.Metrics[name], "Metric not found in central registry");
counter.Increment(10);
var actual = ((Counter)registry.Metrics[name]).Count;
Assert.AreEqual(10, actual, "Immutable copy did not contain correct values for this metric");
// Meter
name = new MetricName("MeterTests.meter");
var meter = registry.Meter( "MeterTests.meter");
Assert.IsNotNull(registry.Metrics[name], "Metric not found in central registry");
meter.Mark(3);
actual = ((Meter)registry.Metrics[name]).Count;
Assert.AreEqual(3, actual, "Immutable copy did not contain correct values for this metric");
}
public CounterMetricCollector(MetricName name, string unitName, AtomicCounter counter) : base(name, unitName)
{
_counter = counter;
}
public LongArrayMetric(MetricName name, long[] value, string uom) : base(name, value, uom)
{
}
private void reportCounter(MetricName name, Counter counter, long timestamp)
{
graphite.Send(Prefix(name, "count"), format(counter.Count), timestamp);
}
private void reportGauge(long timestamp, MetricName name, Gauge gauge)
{
report(timestamp, name, "value", gauge.ValueAsString);
}
private void reportHistogram(long timestamp, MetricName name, Histogram histogram)
{
Snapshot snapshot = histogram.Snapshot;
report(timestamp,
name,
"count,max,mean,min,stddev,p50,p75,p95,p98,p99,p999",
histogram.Count,
snapshot.Max,
snapshot.Mean,
snapshot.Min,
snapshot.StdDev,
snapshot.Median,
snapshot.Percentile75th,
snapshot.Percentile95th,
snapshot.Percentile98th,
snapshot.Percentile99th,
snapshot.Percentile999th);
}
public GcCollectionsPerGenerationCollector(MetricName name, string unitName, int generation) : base(name, unitName)
{
Generation = generation;
}
private string Prefix(MetricName name, params String[] components)
{
return(MetricName.join(MetricName.join(this.prefix, name), MetricName.build(components)).Key);
}
/// <summary>
/// Given a new <seealso cref="Gauge{T}" />, registers it under the given metric name.
/// </summary>
/// <param name="metricName">the name of the metric</param>
/// <param name="metric">the metric</param>
/// <typeparam name="T">the type of the value returned by the metric</typeparam>
/// <returns>{@code metric}</returns>
public static Gauge<T> NewGauge<T>(
MetricName metricName,
Gauge<T> metric)
{
return DEFAULT_REGISTRY.NewGauge(metricName, metric);
}
public override bool Equals(MetricName other)
{
return(other is CounterMetricName && Equals((CounterMetricName)other));
}
protected MetricsCollectorSelector(MetricName name, SysInfo systemInfo)
{
Name = name;
SystemInfo = systemInfo;
}
public PerformanceCounterSelector(MetricName name) : base(name)
{
}
public PerformanceCounterMetricCollector(MetricName name, string unitName, PerformanceCounter counter,
bool disposesCounter) : base(name, unitName)
{
_counter = counter;
DisposesCounter = disposesCounter;
}
/// <summary>
/// Gets a collection of data points collected for a metric by the monitoring service.
/// </summary>
/// <param name="service">The monitoring service instance.</param>
/// <param name="entityId">The entity ID. This is obtained from <see cref="Entity.Id">Entity.Id</see>.</param>
/// <param name="checkId">The check ID. This is obtained from <see cref="Check.Id">Check.Id</see>.</param>
/// <param name="metricName">The metric name. This is obtained from <see cref="Metric.Name">Metric.Name</see>.</param>
/// <param name="points">The number of data points to return.</param>
/// <param name="resolution">The granularity of the returned data points.</param>
/// <param name="select">A collection of <see cref="DataPointStatistic"/> objects identifying the statistics to compute for the data.</param>
/// <param name="from">The beginning timestamp of the items to include in the collection. This parameter is used for <see href="http://docs.rackspace.com/cm/api/v1.0/cm-devguide/content/api-time-series-collections.html">time series collections</see>.</param>
/// <param name="to">The ending timestamp of the items to include in the collection. This parameter is used for <see href="http://docs.rackspace.com/cm/api/v1.0/cm-devguide/content/api-time-series-collections.html">time series collections</see>.</param>
/// <returns>
/// A collection of <see cref="DataPoint"/> objects describing the data points
/// collected for the metric.
/// </returns>
/// <exception cref="ArgumentNullException">If <paramref name="service"/> is <see langword="null"/>.</exception>
/// <exception cref="ArgumentNullException">
/// If <paramref name="entityId"/> is <see langword="null"/>.
/// <para>-or-</para>
/// <para>If <paramref name="checkId"/> is <see langword="null"/>.</para>
/// <para>-or-</para>
/// <para>If <paramref name="metricName"/> is <see langword="null"/>.</para>
/// </exception>
/// <exception cref="ArgumentException">
/// If both <paramref name="points"/> and <paramref name="resolution"/> are <see langword="null"/>.
/// <para>-or-</para>
/// <para>If <paramref name="to"/> occurs before <paramref name="from"/>.</para>
/// </exception>
/// <exception cref="ArgumentOutOfRangeException">
/// If <paramref name="points"/> is less than or equal to 0.
/// <para>-or-</para>
/// <para>If <paramref name="from"/> represents a date before January 1, 1970 UTC.</para>
/// <para>-or-</para>
/// <para>If <paramref name="to"/> represents a date before January 1, 1970 UTC.</para>
/// </exception>
/// <exception cref="WebException">If the REST request does not return successfully.</exception>
/// <seealso href="http://docs.rackspace.com/cm/api/v1.0/cm-devguide/content/metrics-api.html#fetch-data-points">Fetch Data Points (Rackspace Cloud Monitoring Developer Guide - API v1.0)</seealso>
public static ReadOnlyCollection<DataPoint> GetDataPoints(this IMonitoringService service, EntityId entityId, CheckId checkId, MetricName metricName, int? points, DataPointGranularity resolution, IEnumerable<DataPointStatistic> select, DateTimeOffset from, DateTimeOffset to)
{
if (service == null)
throw new ArgumentNullException("service");
try
{
return service.GetDataPointsAsync(entityId, checkId, metricName, points, resolution, select, from, to, CancellationToken.None).Result;
}
catch (AggregateException ex)
{
ReadOnlyCollection<Exception> innerExceptions = ex.Flatten().InnerExceptions;
if (innerExceptions.Count == 1)
throw innerExceptions[0];
throw;
}
}
public DateTimeMetric(MetricName name, DateTimeOffset value, string uom) : base(name, value, uom)
{
}
/// <summary>
/// Creates a new <seealso cref="Histogram" /> and registers it under the given
/// metric name.
/// </summary>
/// <param name="metricName">the name of the metric</param>
/// <param name="biased">whether or not the histogram should be biased</param>
/// <returns>a new <seealso cref="Histogram" /></returns>
public static Histogram NewHistogram(
MetricName metricName,
bool biased)
{
return DEFAULT_REGISTRY.NewHistogram(metricName, biased);
}
public override bool Equals(MetricName other)
{
return(other is PerformanceCounterMetricName &&
Equals((PerformanceCounterMetricName)other));
}
private void LogGauge(IRequest request, MetricName metricName, GaugeMetric metric, long timestamp)
{
LogGauge(request, metricName.Name, System.Convert.ToInt64(metric.ValueAsString), timestamp);
}
public bool Matches(
MetricName name,
Metric metric)
{
return(true);
}
public GcCollectionsPerGenerationCollector(MetricName name, int generation)
: this(name, MetricNames.GcCollectionsUnits, generation)
{
}
public override bool Equals(MetricName other)
{
return(other is GcMetricName && Equals((GcMetricName)other));
}
private void reportMeter(long timestamp, MetricName name, Meter meter)
{
report(timestamp,
name,
"count,mean_rate,m1_rate,m5_rate,m15_rate,rate_unit",
meter.Count,
convertRate(meter.MeanRate),
convertRate(meter.OneMinuteRate),
convertRate(meter.FiveMinuteRate),
convertRate(meter.FifteenMinuteRate),
"events/" + getRateUnit());
}
private void report(MetricName name, String header, IEnumerable<object> values)
{
try
{
string filePath = System.IO.Path.Combine(directory, sanitize(name.Key));
bool fileAlreadyExists = File.Exists(filePath);
using (StreamWriter stream = File.AppendText(filePath))
{
if (!fileAlreadyExists)
{
stream.WriteLine(header);
}
stream.WriteLine(string.Join(",", values));
}
}
catch (IOException e)
{
LOGGER.Warn("Error writing to " + name, e);
}
}
private void reportCounter(long timestamp, MetricName name, Counter counter)
{
report(timestamp, name, "count", counter.Count);
}
public override bool Equals(MetricName other)
{
return other is CounterMetricName && Equals((CounterMetricName)other);
}
private void report(long timestamp, MetricName name, string header, params Object[] valuesArr)
{
header = "t," + header;
List<object> values = new List<object>();
values.Add(timestamp);
foreach (object obj in valuesArr)
values.Add(obj);
report(name, header, values);
}
public Metric(MetricName name, T value, string uom)
{
this.name = name;
this.value = value;
this.uom = uom;
}
public void ThreadMetricsTest()
{
var serdes = new StringSerDes();
var cloneConfig = config.Clone();
cloneConfig.ApplicationId = "consume-test";
var producer = mockKafkaSupplier.GetProducer(cloneConfig.ToProducerConfig());
var consumer = mockKafkaSupplier.GetConsumer(cloneConfig.ToConsumerConfig("test-consum"), null);
consumer.Subscribe("topic2");
thread.Start(token.Token);
AssertExtensions.WaitUntil(() => thread.ActiveTasks.Count() == numberPartitions,
TimeSpan.FromSeconds(5),
TimeSpan.FromMilliseconds(100));
int nbMessage = 1000;
// produce ${nbMessage} messages to input topic
for (int i = 0; i < nbMessage; ++i)
{
producer.Produce("topic", new Confluent.Kafka.Message <byte[], byte[]>
{
Key = serdes.Serialize("key" + i, new SerializationContext()),
Value = serdes.Serialize("Hi" + i, new SerializationContext())
});
}
var messagesSink = new List <ConsumeResult <byte[], byte[]> >();
AssertExtensions.WaitUntil(() =>
{
messagesSink.AddRange(consumer.ConsumeRecords(TimeSpan.FromSeconds(1)));
return(messagesSink.Count == nbMessage);
}, TimeSpan.FromSeconds(5),
TimeSpan.FromMilliseconds(10));
// waiting end of processing
Thread.Sleep(1000);
long now = DateTime.Now.GetMilliseconds();
var sensors = streamMetricsRegistry.GetThreadScopeSensor(threadId);
var createTaskSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(ThreadMetrics.CREATE_TASK)));
Assert.AreEqual(2, createTaskSensor.Metrics.Count());
Assert.AreEqual(numberPartitions,
createTaskSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.CREATE_TASK + StreamMetricsRegistry.TOTAL_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value);
Assert.IsTrue(
(double)(createTaskSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.CREATE_TASK + StreamMetricsRegistry.RATE_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value) > 0d);
var closeTaskSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(ThreadMetrics.CLOSE_TASK)));
Assert.AreEqual(2, closeTaskSensor.Metrics.Count());
Assert.AreEqual(0d,
closeTaskSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.CLOSE_TASK + StreamMetricsRegistry.TOTAL_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value);
Assert.AreEqual(0d,
closeTaskSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.CLOSE_TASK + StreamMetricsRegistry.RATE_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value);
var commitSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(ThreadMetrics.COMMIT)));
Assert.AreEqual(4, commitSensor.Metrics.Count());
Assert.IsTrue(
(double)commitSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.COMMIT + StreamMetricsRegistry.TOTAL_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
Assert.IsTrue(
(double)commitSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.COMMIT + StreamMetricsRegistry.RATE_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
Assert.IsTrue(
(double)commitSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.COMMIT + StreamMetricsRegistry.LATENCY_SUFFIX + StreamMetricsRegistry.AVG_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
Assert.IsTrue(
(double)commitSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.COMMIT + StreamMetricsRegistry.LATENCY_SUFFIX + StreamMetricsRegistry.MAX_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
var pollSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(ThreadMetrics.POLL)));
Assert.AreEqual(4, pollSensor.Metrics.Count());
Assert.IsTrue(
(double)pollSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.POLL + StreamMetricsRegistry.TOTAL_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
Assert.IsTrue(
(double)pollSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.POLL + StreamMetricsRegistry.RATE_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
Assert.IsTrue(
(double)pollSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.POLL + StreamMetricsRegistry.LATENCY_SUFFIX + StreamMetricsRegistry.AVG_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
Assert.IsTrue(
(double)pollSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.POLL + StreamMetricsRegistry.LATENCY_SUFFIX + StreamMetricsRegistry.MAX_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
var pollRecordsSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(ThreadMetrics.POLL + StreamMetricsRegistry.RECORDS_SUFFIX)));
Assert.AreEqual(2, pollRecordsSensor.Metrics.Count());
Assert.IsTrue(
(double)pollRecordsSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.POLL + StreamMetricsRegistry.RECORDS_SUFFIX + StreamMetricsRegistry.AVG_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
Assert.IsTrue(
(double)pollRecordsSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.POLL + StreamMetricsRegistry.RECORDS_SUFFIX + StreamMetricsRegistry.MAX_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
var processRecordsSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(ThreadMetrics.PROCESS + StreamMetricsRegistry.RECORDS_SUFFIX)));
Assert.AreEqual(2, processRecordsSensor.Metrics.Count());
Assert.IsTrue(
(double)processRecordsSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.PROCESS + StreamMetricsRegistry.RECORDS_SUFFIX + StreamMetricsRegistry.AVG_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
Assert.IsTrue(
(double)processRecordsSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.PROCESS + StreamMetricsRegistry.RECORDS_SUFFIX + StreamMetricsRegistry.MAX_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
var processRateSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(ThreadMetrics.PROCESS + StreamMetricsRegistry.RATE_SUFFIX)));
Assert.AreEqual(2, processRateSensor.Metrics.Count());
Assert.IsTrue(
(double)processRateSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.PROCESS + StreamMetricsRegistry.RATE_SUFFIX + StreamMetricsRegistry.RATE_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
Assert.IsTrue(
(double)processRateSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.PROCESS + StreamMetricsRegistry.RATE_SUFFIX + StreamMetricsRegistry.TOTAL_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
var processLatencySensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(ThreadMetrics.PROCESS + StreamMetricsRegistry.LATENCY_SUFFIX)));
Assert.AreEqual(2, processLatencySensor.Metrics.Count());
Assert.IsTrue(
(double)processLatencySensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.PROCESS + StreamMetricsRegistry.LATENCY_SUFFIX + StreamMetricsRegistry.AVG_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
Assert.IsTrue(
(double)processLatencySensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.PROCESS + StreamMetricsRegistry.LATENCY_SUFFIX + StreamMetricsRegistry.MAX_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value > 0d);
// ratio sensors
var processRatioSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(ThreadMetrics.PROCESS + StreamMetricsRegistry.RATIO_SUFFIX)));
var pollRatioSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(ThreadMetrics.POLL + StreamMetricsRegistry.RATIO_SUFFIX)));
var commitRatioSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(ThreadMetrics.COMMIT + StreamMetricsRegistry.RATIO_SUFFIX)));
Assert.AreEqual(1, processRatioSensor.Metrics.Count());
Assert.AreEqual(1, pollRatioSensor.Metrics.Count());
Assert.AreEqual(1, commitRatioSensor.Metrics.Count());
var processRatioValue = (double)processRatioSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.PROCESS + StreamMetricsRegistry.RATIO_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value;
var pollRatioValue = (double)pollRatioSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.POLL + StreamMetricsRegistry.RATIO_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value;
var commitRatioValue = (double)commitRatioSensor.Metrics[MetricName.NameAndGroup(
ThreadMetrics.COMMIT + StreamMetricsRegistry.RATIO_SUFFIX,
StreamMetricsRegistry.THREAD_LEVEL_GROUP)].Value;
double total = Math.Round(processRatioValue + pollRatioValue + commitRatioValue, 2);
// we accept 10% of lost
Assert.IsTrue(total >= 0.90d);
}
private GraphiteReporter(MetricRegistry registry,
GraphiteSender graphite,
Clock clock,
String prefix,
TimeUnit rateUnit,
TimeUnit durationUnit,
MetricFilter filter) : base(registry, "graphite-reporter", filter, rateUnit, durationUnit)
{
this.graphite = graphite;
this.clock = clock;
this.prefix = MetricName.build(prefix);
}
public override bool Equals(MetricName other)
{
return other is MemoryMetricName && Equals((MemoryMetricName)other);
}
private void reportTimer(MetricName name, Timer timer, long timestamp)
{
Snapshot snapshot = timer.Snapshot;
graphite.Send(Prefix(name, "max"), format(convertDuration(snapshot.Max)), timestamp);
graphite.Send(Prefix(name, "mean"), format(convertDuration(snapshot.Mean)), timestamp);
graphite.Send(Prefix(name, "min"), format(convertDuration(snapshot.Min)), timestamp);
graphite.Send(Prefix(name, "stddev"),
format(convertDuration(snapshot.StdDev)),
timestamp);
graphite.Send(Prefix(name, "p50"),
format(convertDuration(snapshot.Median)),
timestamp);
graphite.Send(Prefix(name, "p75"),
format(convertDuration(snapshot.Percentile75th)),
timestamp);
graphite.Send(Prefix(name, "p95"),
format(convertDuration(snapshot.Percentile95th)),
timestamp);
graphite.Send(Prefix(name, "p98"),
format(convertDuration(snapshot.Percentile98th)),
timestamp);
graphite.Send(Prefix(name, "p99"),
format(convertDuration(snapshot.Percentile99th)),
timestamp);
graphite.Send(Prefix(name, "p999"),
format(convertDuration(snapshot.Percentile999th)),
timestamp);
reportMetered(name, timer, timestamp);
}
public CounterMetricCollector(MetricName name, AtomicCounter counter)
: this(name, MetricNames.CounterUnits, counter)
{
}
private void reportMetered(MetricName name, IMetered meter, long timestamp)
{
graphite.Send(Prefix(name, "count"), format(meter.Count), timestamp);
graphite.Send(Prefix(name, "m1_rate"),
format(convertRate(meter.OneMinuteRate)),
timestamp);
graphite.Send(Prefix(name, "m5_rate"),
format(convertRate(meter.FiveMinuteRate)),
timestamp);
graphite.Send(Prefix(name, "m15_rate"),
format(convertRate(meter.FifteenMinuteRate)),
timestamp);
graphite.Send(Prefix(name, "mean_rate"),
format(convertRate(meter.MeanRate)),
timestamp);
}
public override bool Equals(MetricName other)
{
return((other is TimingMetricName) && Equals((TimingMetricName)other));
}
private void reportHistogram(MetricName name, Histogram histogram, long timestamp)
{
Snapshot snapshot = histogram.Snapshot;
graphite.Send(Prefix(name, "count"), format(histogram.Count), timestamp);
graphite.Send(Prefix(name, "max"), format(snapshot.Max), timestamp);
graphite.Send(Prefix(name, "mean"), format(snapshot.Mean), timestamp);
graphite.Send(Prefix(name, "min"), format(snapshot.Min), timestamp);
graphite.Send(Prefix(name, "stddev"), format(snapshot.StdDev), timestamp);
graphite.Send(Prefix(name, "p50"), format(snapshot.Median), timestamp);
graphite.Send(Prefix(name, "p75"), format(snapshot.Percentile75th), timestamp);
graphite.Send(Prefix(name, "p95"), format(snapshot.Percentile95th), timestamp);
graphite.Send(Prefix(name, "p98"), format(snapshot.Percentile98th), timestamp);
graphite.Send(Prefix(name, "p99"), format(snapshot.Percentile99th), timestamp);
graphite.Send(Prefix(name, "p999"), format(snapshot.Percentile999th), timestamp);
}
protected MetricsCollectorSelector(MetricName name) : this(name, SysInfo.Instance)
{
}
private void reportCounter(MetricName name, Counter counter, long timestamp)
{
graphite.Send(Prefix(name, "count"), format(counter.Count), timestamp);
}
/// <summary>
/// Gets a collection of monitoring metrics.
/// </summary>
/// <param name="service">The monitoring service instance.</param>
/// <param name="entityId">The entity ID. This is obtained from <see cref="Entity.Id">Entity.Id</see>.</param>
/// <param name="checkId">The check ID. This is obtained from <see cref="Check.Id">Check.Id</see>.</param>
/// <param name="marker">A marker identifying the next page of results. This parameter is used for <see href="http://docs.rackspace.com/cm/api/v1.0/cm-devguide/content/api-paginated-collections.html">pagination</see>, and is obtained from <see cref="ReadOnlyCollectionPage{T, TMarker}.NextMarker"/>. If the value is <see langword="null"/>, the list starts at the beginning.</param>
/// <param name="limit">The maximum number of items to include in a single page of results. This parameter is used for <see href="http://docs.rackspace.com/cm/api/v1.0/cm-devguide/content/api-paginated-collections.html">pagination</see>. If the value is <see langword="null"/>, a provider-specific default value is used.</param>
/// <returns>
/// A <see cref="ReadOnlyCollectionPage{T, TMarker}"/> object containing the page
/// of results and its associated pagination metadata.
/// </returns>
/// <exception cref="ArgumentNullException">If <paramref name="service"/> is <see langword="null"/>.</exception>
/// <exception cref="ArgumentNullException">
/// If <paramref name="entityId"/> is <see langword="null"/>.
/// <para>-or-</para>
/// <para>If <paramref name="checkId"/> is <see langword="null"/>.</para>
/// </exception>
/// <exception cref="ArgumentOutOfRangeException">If <paramref name="limit"/> is less than or equal to 0.</exception>
/// <exception cref="WebException">If the REST request does not return successfully.</exception>
/// <seealso href="http://docs.rackspace.com/cm/api/v1.0/cm-devguide/content/metrics-api.html#list-metrics">List Metrics (Rackspace Cloud Monitoring Developer Guide - API v1.0)</seealso>
/// <seealso href="http://docs.rackspace.com/cm/api/v1.0/cm-devguide/content/api-paginated-collections.html">Paginated Collections (Rackspace Cloud Monitoring Developer Guide - API v1.0)</seealso>
public static ReadOnlyCollectionPage<Metric, MetricName> ListMetrics(this IMonitoringService service, EntityId entityId, CheckId checkId, MetricName marker, int? limit)
{
if (service == null)
throw new ArgumentNullException("service");
try
{
return service.ListMetricsAsync(entityId, checkId, marker, limit, CancellationToken.None).Result;
}
catch (AggregateException ex)
{
ReadOnlyCollection<Exception> innerExceptions = ex.Flatten().InnerExceptions;
if (innerExceptions.Count == 1)
throw innerExceptions[0];
throw;
}
}
private void reportGauge(MetricName name, Gauge gauge, long timestamp)
{
string value = format(gauge.ValueAsString);
if (value != null)
{
graphite.Send(Prefix(name), value, timestamp);
}
}
public TestMetricCollector(MetricName name, string unitName) : base(name, unitName)
{
}
private string Prefix(MetricName name, params String[] components)
{
return MetricName.join(MetricName.join(this.prefix, name), MetricName.build(components)).Key;
}
/// <summary>
/// Creates a new <seealso cref="Counter" /> and registers it under the given metric
/// name.
/// </summary>
/// <param name="metricName">the name of the metric</param>
/// <returns>a new <seealso cref="Counter" /></returns>
public static Counter NewCounter(MetricName metricName)
{
return DEFAULT_REGISTRY.NewCounter(metricName);
}
internal PartitionUsage(UnitType?unit, MetricName name, string quotaPeriod, long?limit, long?currentValue, string partitionId, string partitionKeyRangeId) : base(unit, name, quotaPeriod, limit, currentValue)
{
PartitionId = partitionId;
PartitionKeyRangeId = partitionKeyRangeId;
}
/// <summary>
/// Creates a new non-biased <seealso cref="Histogram" /> and registers it under the
/// given metric name.
/// </summary>
/// <param name="metricName">the name of the metric</param>
/// <returns>a new <seealso cref="Histogram" /></returns>
public static Histogram NewHistogram(MetricName metricName)
{
return NewHistogram(metricName, false);
}
public CounterSelector(MetricName name, SysInfo systemInfo)
: base(name, systemInfo)
{
}
private void LogCounter(IRequest request, MetricName metricName, CounterMetric metric, long timestamp)
{
request.AddCounter(new DatadogCounter(_nameFormatter.Format(metricName.Name, _path), metric.Count, timestamp, _globalTags));
}
public PerformanceCounterValueCollector(MetricName name, string unitName, IPerformanceCounterProxy counter,
bool disposesCounter) : base(name, unitName)
{
Counter = counter;
DisposesCounter = disposesCounter;
}
public CounterSelector(MetricName name, SysInfo systemInfo) : base(name, systemInfo)
{
}
public void TaskMetricsTest()
{
var serdes = new StringSerDes();
var cloneConfig = config.Clone();
cloneConfig.ApplicationId = "consume-test";
var producer = syncKafkaSupplier.GetProducer(cloneConfig.ToProducerConfig());
var consumer = syncKafkaSupplier.GetConsumer(cloneConfig.ToConsumerConfig("test-consum"), null);
consumer.Subscribe("topic2");
int nbMessage = 1000;
// produce 1000 messages to input topic
List <ConsumeResult <byte[], byte[]> > messages = new List <ConsumeResult <byte[], byte[]> >();
int offset = 0;
for (int i = 0; i < nbMessage; ++i)
{
messages.Add(
new ConsumeResult <byte[], byte[]>
{
Message = new Message <byte[], byte[]>
{
Key = serdes.Serialize($"key{i + 1}", new SerializationContext()),
Value = serdes.Serialize($"value{i + 1}", new SerializationContext())
},
TopicPartitionOffset = new TopicPartitionOffset(topicPartition, offset++)
});
}
task.AddRecords(messages);
while (task.CanProcess(DateTime.Now.GetMilliseconds()))
{
Assert.IsTrue(task.Process());
Assert.IsTrue(task.CommitNeeded);
task.Commit();
}
var messagesSink = new List <ConsumeResult <byte[], byte[]> >();
AssertExtensions.WaitUntil(() =>
{
messagesSink.AddRange(consumer.ConsumeRecords(TimeSpan.FromSeconds(1)));
return(messagesSink.Count < nbMessage);
}, TimeSpan.FromSeconds(5),
TimeSpan.FromMilliseconds(10));
long now = DateTime.Now.GetMilliseconds();
var sensors = streamMetricsRegistry.GetThreadScopeSensor(threadId);
var processorSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(TaskMetrics.PROCESS)));
Assert.AreEqual(2, processorSensor.Metrics.Count());
Assert.AreEqual(nbMessage,
processorSensor.Metrics[MetricName.NameAndGroup(
TaskMetrics.PROCESS + StreamMetricsRegistry.TOTAL_SUFFIX,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value);
Assert.IsTrue(
(double)(processorSensor.Metrics[MetricName.NameAndGroup(
TaskMetrics.PROCESS + StreamMetricsRegistry.RATE_SUFFIX,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value) > 0d);
var enforcedProcessorSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(TaskMetrics.ENFORCED_PROCESSING)));
Assert.AreEqual(2, enforcedProcessorSensor.Metrics.Count());
Assert.AreEqual(0,
enforcedProcessorSensor.Metrics[MetricName.NameAndGroup(
TaskMetrics.ENFORCED_PROCESSING + StreamMetricsRegistry.TOTAL_SUFFIX,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value);
Assert.AreEqual(0,
enforcedProcessorSensor.Metrics[MetricName.NameAndGroup(
TaskMetrics.ENFORCED_PROCESSING + StreamMetricsRegistry.RATE_SUFFIX,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value);
var processLatency = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(TaskMetrics.PROCESS_LATENCY)));
Assert.AreEqual(2, processLatency.Metrics.Count());
Assert.IsTrue(
(double)processLatency.Metrics[MetricName.NameAndGroup(
TaskMetrics.PROCESS_LATENCY + StreamMetricsRegistry.AVG_SUFFIX,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value > 0d);
Assert.IsTrue(
(double)processLatency.Metrics[MetricName.NameAndGroup(
TaskMetrics.PROCESS_LATENCY + StreamMetricsRegistry.MAX_SUFFIX,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value > 0d);
var commitSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(TaskMetrics.COMMIT)));
Assert.AreEqual(2, commitSensor.Metrics.Count());
Assert.AreEqual(nbMessage,
commitSensor.Metrics[MetricName.NameAndGroup(
TaskMetrics.COMMIT + StreamMetricsRegistry.TOTAL_SUFFIX,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value);
Assert.IsTrue(
(double)commitSensor.Metrics[MetricName.NameAndGroup(
TaskMetrics.COMMIT + StreamMetricsRegistry.RATE_SUFFIX,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value > 0d);
var droppedRecordSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(TaskMetrics.DROPPED_RECORDS)));
Assert.AreEqual(2, droppedRecordSensor.Metrics.Count());
Assert.AreEqual(0,
droppedRecordSensor.Metrics[MetricName.NameAndGroup(
TaskMetrics.DROPPED_RECORDS + StreamMetricsRegistry.TOTAL_SUFFIX,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value);
Assert.AreEqual(0,
droppedRecordSensor.Metrics[MetricName.NameAndGroup(
TaskMetrics.DROPPED_RECORDS + StreamMetricsRegistry.RATE_SUFFIX,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value);
var activeBufferedRecordSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(TaskMetrics.ACTIVE_TASK_PREFIX + TaskMetrics.BUFFER_COUNT)));
Assert.AreEqual(1, activeBufferedRecordSensor.Metrics.Count());
Assert.AreEqual(0,
activeBufferedRecordSensor.Metrics[MetricName.NameAndGroup(
TaskMetrics.ACTIVE_TASK_PREFIX + TaskMetrics.BUFFER_COUNT,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value);
var restorationRecordsSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(TaskMetrics.RESTORATION_RECORDS)));
Assert.AreEqual(1, restorationRecordsSensor.Metrics.Count());
Assert.AreEqual(0,
restorationRecordsSensor.Metrics[MetricName.NameAndGroup(
TaskMetrics.RESTORATION_RECORDS,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value);
var activeRestorationSensor = sensors.FirstOrDefault(s => s.Name.Equals(GetSensorName(TaskMetrics.ACTIVE_RESTORATION)));
Assert.AreEqual(1, activeRestorationSensor.Metrics.Count());
Assert.AreEqual(0,
activeRestorationSensor.Metrics[MetricName.NameAndGroup(
TaskMetrics.ACTIVE_RESTORATION,
StreamMetricsRegistry.TASK_LEVEL_GROUP)].Value);
}