public void StatsBufferize()
{
var handler = new BufferBuilderHandlerMock();
var bufferBuilder = new BufferBuilder(handler, 30, "\n");
var serializers = new Serializers
{
EventSerializer = new EventSerializer(new SerializerHelper(null)),
};
var statsRouter = new StatsRouter(serializers, bufferBuilder, null);
using (var statsBufferize = new StatsBufferize(statsRouter, 10, null, TimeSpan.Zero))
{
var pool = new Pool <Stats>(p => new Stats(p), 1);
var stats = new Stats(pool)
{
Kind = StatsKind.Event
};
stats.Event.Text = "test";
stats.Event.Title = "title";
statsBufferize.Send(stats);
while (handler.Buffer == null)
{
Task.Delay(TimeSpan.FromMilliseconds(1)).Wait();
}
// Sent because buffer is full.
Assert.AreEqual("_e{5,4}:title|test", Encoding.UTF8.GetString(handler.Buffer));
}
}
public StatsBufferize CreateStatsBufferize(
StatsRouter statsRouter,
int workerMaxItemCount,
TimeSpan?blockingQueueTimeout,
TimeSpan maxIdleWaitBeforeSending)
{
return(new StatsBufferize(
statsRouter,
workerMaxItemCount,
blockingQueueTimeout,
maxIdleWaitBeforeSending));
}
public StatsBufferize(
StatsRouter statsRouter,
int workerMaxItemCount,
TimeSpan?blockingQueueTimeout,
TimeSpan maxIdleWaitBeforeSending)
{
var handler = new WorkerHandler(statsRouter, maxIdleWaitBeforeSending);
// `handler` (and also `statsRouter`) do not need to be thread safe as long as `workerThreadCount` is 1.
this._worker = new AsynchronousWorker <Stats>(
handler,
new Waiter(),
workerThreadCount: 1,
workerMaxItemCount,
blockingQueueTimeout);
}
public WorkerHandler(StatsRouter statsRouter, TimeSpan maxIdleWaitBeforeSending)
{
_statsRouter = statsRouter;
_maxIdleWaitBeforeSending = maxIdleWaitBeforeSending;
}
