/// <summary>
/// Creates a new client that connects directly to a given Wavefront service.
/// </summary>
/// <returns>A new <see cref="WavefrontDirectIngestionClient"/>.</returns>
public WavefrontDirectIngestionClient Build()
{
var client = new WavefrontDirectIngestionClient
{
batchSize = batchSize,
metricsBuffer = new BlockingCollection <string>(maxQueueSize),
histogramsBuffer = new BlockingCollection <string>(maxQueueSize),
tracingSpansBuffer = new BlockingCollection <string>(maxQueueSize),
directService = new DataIngesterService(server, token)
};
client.timer = new System.Timers.Timer(flushIntervalSeconds * 1000);
client.timer.Elapsed += client.Run;
client.timer.Enabled = true;
return(client);
}
/// <summary>
/// Creates a new client that connects directly to a given Wavefront service.
/// </summary>
/// <returns>A new <see cref="WavefrontDirectIngestionClient"/>.</returns>
public WavefrontDirectIngestionClient Build()
{
loggerFactory = loggerFactory ?? Logging.LoggerFactory;
var client = new WavefrontDirectIngestionClient
{
batchSize = batchSize,
metricsBuffer = new BlockingCollection <string>(maxQueueSize),
histogramsBuffer = new BlockingCollection <string>(maxQueueSize),
tracingSpansBuffer = new BlockingCollection <string>(maxQueueSize),
spanLogsBuffer = new BlockingCollection <string>(maxQueueSize),
directService = new DataIngesterService(server, token),
logger = loggerFactory.CreateLogger <WavefrontDirectIngestionClient>()
};
client.timer = new Timer(flushIntervalSeconds * 1000);
client.timer.Elapsed += client.Run;
client.timer.Enabled = true;
if (enableInternalMetrics)
{
client.sdkMetricsRegistry = new WavefrontSdkMetricsRegistry.Builder(client)
.Prefix(Constants.SdkMetricPrefix + ".core.sender.direct")
.Tag(Constants.ProcessTagKey, Process.GetCurrentProcess().Id.ToString())
.LoggerFactory(loggerFactory)
.Build();
}
else
{
client.sdkMetricsRegistry = new WavefrontSdkMetricsRegistry.Builder(null)
.Prefix(Constants.SdkMetricPrefix + ".core.sender.direct")
.Tag(Constants.ProcessTagKey, Process.GetCurrentProcess().Id.ToString())
.LoggerFactory(loggerFactory)
.Build();
}
double sdkVersion = Utils.GetSemVer(Assembly.GetExecutingAssembly());
client.sdkMetricsRegistry.Gauge("version", () => sdkVersion);
client.sdkMetricsRegistry.Gauge("points.queue.size",
() => client.metricsBuffer.Count);
client.sdkMetricsRegistry.Gauge("points.queue.remaining_capacity",
() => client.metricsBuffer.BoundedCapacity - client.metricsBuffer.Count);
client.pointsValid = client.sdkMetricsRegistry.DeltaCounter("points.valid");
client.pointsInvalid = client.sdkMetricsRegistry.DeltaCounter("points.invalid");
client.pointsDropped = client.sdkMetricsRegistry.DeltaCounter("points.dropped");
client.pointReportErrors =
client.sdkMetricsRegistry.DeltaCounter("points.report.errors");
client.sdkMetricsRegistry.Gauge("histograms.queue.size",
() => client.histogramsBuffer.Count);
client.sdkMetricsRegistry.Gauge("histograms.queue.remaining_capacity",
() => client.histogramsBuffer.BoundedCapacity - client.histogramsBuffer.Count);
client.histogramsValid = client.sdkMetricsRegistry.DeltaCounter("histograms.valid");
client.histogramsInvalid = client.sdkMetricsRegistry.DeltaCounter("histograms.invalid");
client.histogramsDropped = client.sdkMetricsRegistry.DeltaCounter("histograms.dropped");
client.histogramReportErrors =
client.sdkMetricsRegistry.DeltaCounter("histograms.report.errors");
client.sdkMetricsRegistry.Gauge("spans.queue.size",
() => client.tracingSpansBuffer.Count);
client.sdkMetricsRegistry.Gauge("spans.queue.remaining_capacity",
() => client.tracingSpansBuffer.BoundedCapacity - client.tracingSpansBuffer.Count);
client.spansValid = client.sdkMetricsRegistry.DeltaCounter("spans.valid");
client.spansInvalid = client.sdkMetricsRegistry.DeltaCounter("spans.invalid");
client.spansDropped = client.sdkMetricsRegistry.DeltaCounter("spans.dropped");
client.spanReportErrors =
client.sdkMetricsRegistry.DeltaCounter("spans.report.errors");
client.sdkMetricsRegistry.Gauge("span_logs.queue.size",
() => client.spanLogsBuffer.Count);
client.sdkMetricsRegistry.Gauge("span_logs.queue.remaining_capacity",
() => client.spanLogsBuffer.BoundedCapacity - client.spanLogsBuffer.Count);
client.spanLogsValid = client.sdkMetricsRegistry.DeltaCounter("span_logs.valid");
client.spanLogsInvalid = client.sdkMetricsRegistry.DeltaCounter("span_logs.invalid");
client.spanLogsDropped = client.sdkMetricsRegistry.DeltaCounter("span_logs.dropped");
client.spanLogReportErrors =
client.sdkMetricsRegistry.DeltaCounter("span_logs.report.errors");
return(client);
}
