public void Execute(AutoResetEvent block)
{
const int filesToCreate = 100;
var filesProcessed = 0;
// This setup will emit files on another thread
var producesInts = new ObservingProducer <int>();
producesInts.Produces(Observable.Range(1, filesToCreate)).Attach(new FileConsumer <int>());
producesInts.Start();
// This setup will output the contents of loaded files to the console
var fileProducer = new FileProducer <int>();
var logger = new ActionConsumer <int>(i =>
{
filesProcessed++;
Console.WriteLine(filesProcessed);
if (filesProcessed >= filesToCreate)
{
block.Set();
}
});
fileProducer.Attach(logger);
fileProducer.Start();
}
public void Execute(AutoResetEvent block)
{
var producer = new ObservingProducer <int>();
producer.Produces(Observable.Range(1, 10000), onCompleted: () => block.Set());
producer.Attach(new ActionBatchingConsumer <int>(i => Console.WriteLine(i.Count), itemsPerBatch: 1000));
producer.Start();
}
public void Execute(AutoResetEvent block)
{
var producer = new ObservingProducer <int>();
producer.Produces(Observable.Range(1, 10000), onCompleted: () => block.Set());
producer.Attach(Console.WriteLine);
producer.Start();
}
public void Execute(AutoResetEvent block)
{
var producer = new ObservingProducer<int>();
var consumer = new DelegatingConsumer<int>(i => Console.WriteLine(i));
producer.Attach(consumer);
producer.Produces(Observable.Range(1, 10000), onCompleted: () => block.Set());
producer.Start();
}
public void Receives_payload_in_batches_by_size()
{
var block = new AutoResetEvent(false);
var producer = new ObservingProducer<int>();
var consumer = new DelegatingBatchingConsumer<int>(ints => Assert.AreEqual(1000, ints.Count));
producer.Attach(consumer);
producer.Produces(Observable.Range(1, 10000), onCompleted: () => block.Set());
producer.Start();
block.WaitOne();
}
public void Receives_payload_in_batches_by_size()
{
var block = new AutoResetEvent(false);
var producer = new ObservingProducer <int>();
var consumer = new DelegatingBatchingConsumer <int>(ints => Assert.AreEqual(1000, ints.Count));
producer.Attach(consumer);
producer.Produces(Observable.Range(1, 10000), onCompleted: () => block.Set());
producer.Start();
block.WaitOne();
}
public void Receives_payload_in_batches_by_size_or_interval_with_payload_smaller_than_size()
{
var block = new AutoResetEvent(false);
var producer = new ObservingProducer<int>();
var consumer = new DelegatingBatchingConsumer<int>(ints =>
{
Assert.AreEqual(500, ints.Count);
block.Set();
}, 1000, TimeSpan.FromSeconds(3));
producer.Attach(consumer);
producer.Produces(Observable.Range(1, 500));
producer.Start();
block.WaitOne();
}
public void Receives_payload_in_batches_by_interval()
{
var block = new AutoResetEvent(false);
var producer = new ObservingProducer<int>();
var consumer = new DelegatingBatchingConsumer<int>(ints =>
{
Console.WriteLine("{0} in one second.", ints.Count);
block.Set();
}, TimeSpan.FromSeconds(1));
producer.Attach(consumer);
producer.Produces(Observable.Range(1, 1000000));
producer.Start();
block.WaitOne();
}
public void Messages_are_queued()
{
var client = new AmazonSQSClient(ConfigurationManager.AppSettings["AWSKey"], ConfigurationManager.AppSettings["AWSSecret"]);
var queue = Guid.NewGuid().ToString();
var consumer = new SimpleQueueConsumer<StringEvent>(client, queue);
var block = new AutoResetEvent(false);
var producer = new ObservingProducer<StringEvent>();
producer.Attach(consumer);
producer.Produces(GetPayload().ToObservable());
producer.Start();
block.WaitOne(TimeSpan.FromSeconds(5));
client.DeleteQueue(new DeleteQueueRequest().WithQueueUrl(consumer.QueueUrl));
}
public void Execute(AutoResetEvent block)
{
var producer = new ObservingProducer<int>();
var consumer = new DelegatingConsumer<int>(i => Console.WriteLine(i));
var serializer = new BinarySerializer();
var outbound = new ProtocolProducer<int>(serializer); // This is a producer of a data stream that consumes T events (serializer)
var inbound = new ProtocolConsumer<int>(serializer); // This is a consumer of a data stream that produces T events (deserializer)
outbound.Attach(inbound); // Typically you'd put an enqueing consumer here to shuttle serialized events off-network
inbound.Attach(consumer);
producer.Attach(outbound);
producer.Produces(Observable.Range(1, 10000), onCompleted: () => block.Set());
producer.Start();
}
public void Receives_payload_in_batches_by_size_or_interval_with_payload_smaller_than_size()
{
var block = new AutoResetEvent(false);
var producer = new ObservingProducer <int>();
var consumer = new DelegatingBatchingConsumer <int>(ints =>
{
Assert.AreEqual(500, ints.Count);
block.Set();
}, 1000, TimeSpan.FromSeconds(3));
producer.Attach(consumer);
producer.Produces(Observable.Range(1, 500));
producer.Start();
block.WaitOne();
}
public void Receives_payload_in_batches_by_interval()
{
var block = new AutoResetEvent(false);
var producer = new ObservingProducer <int>();
var consumer = new DelegatingBatchingConsumer <int>(ints =>
{
Console.WriteLine("{0} in one second.", ints.Count);
block.Set();
}, TimeSpan.FromSeconds(1));
producer.Attach(consumer);
producer.Produces(Observable.Range(1, 1000000));
producer.Start();
block.WaitOne();
}
public void Execute(AutoResetEvent block)
{
var producer = new ObservingProducer <int>();
var consumer = new DelegatingConsumer <int>(i => Console.WriteLine(i));
var serializer = new BinarySerializer();
var outbound = new ProtocolProducer <int>(serializer); // This is a producer of a data stream that consumes T events (serializer)
var inbound = new ProtocolConsumer <int>(serializer); // This is a consumer of a data stream that produces T events (deserializer)
outbound.Attach(inbound); // Typically you'd put an enqueing consumer here to shuttle serialized events off-network
inbound.Attach(consumer);
producer.Attach(outbound);
producer.Produces(Observable.Range(1, 10000), onCompleted: () => block.Set());
producer.Start();
}
public void Messages_are_queued()
{
var block = new AutoResetEvent(false);
var serializer = new ProtocolBuffersSerializer();
var socket = new ZmqConsumer<StringEvent>("tcp://127.0.0.1:5000", serializer);
var consumer = new DelegatingConsumer<StringEvent>(Console.WriteLine, socket); // logs to console before forwarding
var producer = new ObservingProducer<StringEvent>();
producer.Attach(consumer);
producer.Produces(GetPayload(), onCompleted: () => block.Set());
producer.Start();
block.WaitOne();
socket.Dispose();
}
public void Messages_are_queued()
{
var client = new AmazonSQSClient(ConfigurationManager.AppSettings["AWSKey"], ConfigurationManager.AppSettings["AWSSecret"]);
var queue = Guid.NewGuid().ToString();
var consumer = new SimpleQueueConsumer <StringEvent>(client, queue);
var block = new AutoResetEvent(false);
var producer = new ObservingProducer <StringEvent>();
producer.Attach(consumer);
producer.Produces(GetPayload().ToObservable());
producer.Start();
block.WaitOne(TimeSpan.FromSeconds(5));
client.DeleteQueue(new DeleteQueueRequest().WithQueueUrl(consumer.QueueUrl));
}
public void Messages_are_queued()
{
var block = new AutoResetEvent(false);
var serializer = new ProtocolBuffersSerializer();
var socket = new ZmqConsumer <StringEvent>("tcp://127.0.0.1:5000", serializer);
var consumer = new DelegatingConsumer <StringEvent>(Console.WriteLine, socket); // logs to console before forwarding
var producer = new ObservingProducer <StringEvent>();
producer.Attach(consumer);
producer.Produces(GetPayload(), onCompleted: () => block.Set());
producer.Start();
block.WaitOne();
socket.Dispose();
}