public void WriteLatenciesToTwoBuckets_MeasurementsSeparate_Success()
{
_block = TimedLatencyAggregatorBlockFactory.CreateBlock(_outputBuffer,
String.Empty,
_intervalService,
_log.Object);
var pulseDate = DateTime.Now;
// Bucket one
TestUtility.Range(5, false).ForEach(p => _block.Post(new Timing("foo", p * 100)));
// Bucket two
TestUtility.Range(5, false).ForEach(p => _block.Post(new Timing("bar", p * 100)));
_block.WaitUntilAllItemsProcessed();
_intervalService.Pulse(pulseDate);
Assert.AreEqual(5, _outputBuffer["foo.count"]);
Assert.AreEqual(100, _outputBuffer["foo.min"]);
Assert.AreEqual(500, _outputBuffer["foo.max"]);
Assert.AreEqual(300, _outputBuffer["foo.mean"]);
Assert.AreEqual(1500, _outputBuffer["foo.sum"]);
Assert.AreEqual(5, _outputBuffer["bar.count"]);
Assert.AreEqual(100, _outputBuffer["bar.min"]);
Assert.AreEqual(500, _outputBuffer["bar.max"]);
Assert.AreEqual(300, _outputBuffer["bar.mean"]);
Assert.AreEqual(1500, _outputBuffer["bar.sum"]);
Assert.AreEqual(10, _outputBuffer.Items.Count);
}
public void WriteOneLatency_OneMetricFlushed_Success()
{
_block = TimedLatencyAggregatorBlockFactory.CreateBlock(_outputBuffer,
String.Empty,
_intervalService,
true,
_log.Object);
var pulseDate = DateTime.Now;
_block.Post(new Timing("foo.bar.baz", 100));
_block.WaitUntilAllItemsProcessed();
_intervalService.Pulse(pulseDate);
Assert.AreEqual(new GraphiteLine("foo.bar.baz.count", 1, pulseDate.ToEpoch()), _outputBuffer.GetGraphiteLine(0));
Assert.AreEqual(new GraphiteLine("foo.bar.baz.min", 100, pulseDate.ToEpoch()), _outputBuffer.GetGraphiteLine(1));
Assert.AreEqual(new GraphiteLine("foo.bar.baz.max", 100, pulseDate.ToEpoch()), _outputBuffer.GetGraphiteLine(2));
Assert.AreEqual(new GraphiteLine("foo.bar.baz.mean", 100, pulseDate.ToEpoch()), _outputBuffer.GetGraphiteLine(3));
Assert.AreEqual(new GraphiteLine("foo.bar.baz.sum", 100, pulseDate.ToEpoch()), _outputBuffer.GetGraphiteLine(4));
Assert.AreEqual(new GraphiteLine("foo.bar.baz.sumSquares", 10000, pulseDate.ToEpoch()), _outputBuffer.GetGraphiteLine(5));
Assert.AreEqual(6, _outputBuffer.GraphiteLines.Count);
// Ensure that min, max, mean and sum are all equal
Assert.IsTrue(_outputBuffer.GetGraphiteLine(1).Quantity == _outputBuffer.GetGraphiteLine(2).Quantity &&
_outputBuffer.GetGraphiteLine(2).Quantity == _outputBuffer.GetGraphiteLine(3).Quantity &&
_outputBuffer.GetGraphiteLine(3).Quantity == _outputBuffer.GetGraphiteLine(4).Quantity);
}
public void WriteTwoLatencies_CalulateMinMaxMeanSum_Success()
{
_block = TimedLatencyAggregatorBlockFactory.CreateBlock(_outputBuffer,
String.Empty,
_intervalService,
_log.Object);
var pulseDate = DateTime.Now;
_block.Post(new Timing("foo", 5));
_block.Post(new Timing("foo", 15));
_block.WaitUntilAllItemsProcessed();
_intervalService.Pulse(pulseDate);
Assert.AreEqual(15, _outputBuffer["foo.max"]);
Assert.AreEqual(5, _outputBuffer["foo.min"]);
Assert.AreEqual(10, _outputBuffer["foo.mean"]);
Assert.AreEqual(2, _outputBuffer["foo.count"]);
Assert.AreEqual(20, _outputBuffer["foo.sum"]);
}
public void WriteMinAndMaxLatencies_Success()
{
_block = TimedLatencyAggregatorBlockFactory.CreateBlock(_outputBuffer,
String.Empty,
_intervalService,
_log.Object);
var pulseDate = DateTime.Now;
_block.Post(new Timing("foo.bar", 100));
_block.Post(new Timing("foo.bar", 200));
_block.WaitUntilAllItemsProcessed();
_intervalService.Pulse(pulseDate);
Assert.AreEqual(100, _outputBuffer["foo.bar.min"]);
Assert.AreEqual(200, _outputBuffer["foo.bar.max"]);
Assert.AreEqual(150, _outputBuffer["foo.bar.mean"]);
Assert.AreEqual(300, _outputBuffer["foo.bar.sum"]);
Assert.AreEqual(2, _outputBuffer["foo.bar.count"]);
}
private void LoadAggregators(StatsdnetConfiguration config,
IntervalService intervalService,
BroadcastBlock <Bucket> messageBroadcaster,
ISystemMetricsService systemMetrics)
{
foreach (var aggregator in config.Aggregators)
{
switch (aggregator.Key)
{
case "counters":
var counter = aggregator.Value as CounterAggregationConfig;
AddAggregator(MessageType.Counter,
TimedCounterAggregatorBlockFactory.CreateBlock(messageBroadcaster,
counter.Namespace,
intervalService),
systemMetrics);
break;
case "gauges":
var gauge = aggregator.Value as GaugeAggregatorConfig;
AddAggregator(MessageType.Gauge,
TimedGaugeAggregatorBlockFactory.CreateBlock(messageBroadcaster,
gauge.Namespace,
gauge.RemoveZeroGauges,
intervalService),
systemMetrics);
break;
case "calendargrams":
var calendargram = aggregator.Value as CalendargramAggregationConfig;
AddAggregator(MessageType.Calendargram,
TimedCalendargramAggregatorBlockFactory.CreateBlock(messageBroadcaster,
calendargram.Namespace,
intervalService,
new TimeWindowService()),
systemMetrics);
break;
case "timers":
var timer = aggregator.Value as TimersAggregationConfig;
AddAggregator(MessageType.Timing,
TimedLatencyAggregatorBlockFactory.CreateBlock(messageBroadcaster,
timer.Namespace,
intervalService,
timer.CalculateSumSquares),
systemMetrics);
// Add Percentiles
foreach (var percentile in timer.Percentiles)
{
AddAggregator(MessageType.Timing,
TimedLatencyPercentileAggregatorBlockFactory.CreateBlock(messageBroadcaster,
timer.Namespace,
intervalService,
percentile.Threshold,
percentile.Name),
systemMetrics);
}
break;
}
}
// Add the Raw (pass-through) aggregator
AddAggregator(MessageType.Raw,
PassThroughBlockFactory.CreateBlock(messageBroadcaster, intervalService),
systemMetrics);
}
public Statsd(dynamic config)
: this((string)config.general.name)
{
_log.Info("statsd.net loading config.");
var systemMetrics = SuperCheapIOC.Resolve <ISystemMetricsService>();
// Load backends
if (config.backends.console.enabled)
{
AddBackend(new ConsoleBackend(), "console");
}
if (config.backends.graphite.enabled)
{
AddBackend(new GraphiteBackend(config.backends.graphite.host, (int)config.backends.graphite.port, systemMetrics), "graphite");
}
if (config.backends.sqlserver.enabled)
{
AddBackend(new SqlServerBackend(
config.backends.sqlserver.connectionString,
config.general.name,
systemMetrics,
batchSize: (int)config.backends.sqlserver.writeBatchSize),
"sqlserver");
}
// Load Aggregators
var intervalServices = new List <IIntervalService>();
var intervalService = new IntervalService(( int )config.calc.flushIntervalSeconds);
intervalServices.Add(intervalService);
AddAggregator(MessageType.Counter,
TimedCounterAggregatorBlockFactory.CreateBlock(_messageBroadcaster, config.calc.countersNamespace, intervalService, _log));
AddAggregator(MessageType.Gauge,
TimedGaugeAggregatorBlockFactory.CreateBlock(_messageBroadcaster, config.calc.gaugesNamespace, config.calc.deleteGaugesOnFlush, intervalService, _log));
AddAggregator(MessageType.Set,
TimedSetAggregatorBlockFactory.CreateBlock(_messageBroadcaster, config.calc.setsNamespace, intervalService, _log));
AddAggregator(MessageType.Timing,
TimedLatencyAggregatorBlockFactory.CreateBlock(_messageBroadcaster, config.calc.timersNamespace, intervalService, _log));
// Load Latency Percentile Aggregators
foreach (var percentile in (IDictionary <string, object>)config.calc.percentiles)
{
dynamic thePercentile = percentile.Value;
intervalService = new IntervalService((int)thePercentile.flushIntervalSeconds);
AddAggregator(MessageType.Timing,
TimedLatencyPercentileAggregatorBlockFactory.CreateBlock(_messageBroadcaster, config.calc.timersNamespace,
intervalService,
(int)thePercentile.percentile,
percentile.Key,
_log));
intervalServices.Add(intervalService);
}
// Load listeners - done last and once the rest of the chain is in place
if (config.listeners.udp.enabled)
{
AddListener(new UdpStatsListener((int)config.listeners.udp.port, systemMetrics));
}
if (config.listeners.tcp.enabled)
{
AddListener(new TcpStatsListener((int)config.listeners.tcp.port, systemMetrics));
}
if (config.listeners.http.enabled)
{
AddListener(new HttpStatsListener((int)config.listeners.http.port, systemMetrics));
}
// Now start the interval service
intervalServices.ForEach(p => p.Start());
}
