Artsiom Bukhautsou Senior Backend Engineer @Nord SecurityFan-out 🌱 Pipeline 🤔 Fan-in, Fan-out, Pipeline 🦾 Agenda Fan-in 🌱 Tee 🌱 1. 2. 3. 4. 5.Why learn these patterns?Fan-inFan-in Pros - Simplifies Stage latency accumulation Use cases - ETL processes - Multimedia processingPipeline (Example)Fan-in, Fan-out, PipelineFan-in, Fan-out, Pipeline Pros - Maximized throughput - Scalable architecture

Deadlines, Cancellation, and Timeouts" 7. "Advanced Channel Patterns in Go: Pipeline, Fan-Out, and Fan-In" 8. "Understanding Go's Package Structure and Module System" 9. "Effective Use of Reflection in

iteration over channels Building channel producers Pipelines Prime numbers with pipeline Fan-out Fan-in Buffered channels Channels are fair Ticker channels Deferred values provide a convenient way (in this example we launch them in the context of the main thread as main coroutine's children): Fan-in 262 fun main(args: Array) = runBlocking { val channel = Channel() launch

iteration over channels Building channel producers Pipelines Prime numbers with pipeline Fan-out Fan-in Bu�ered channels Channels are fair Ticker channels Deferred values provide a convenient way to s: String, time: Long) { while (true) { delay(time) channel.send(s) } } Fan-in 494 Now, let us see what happens if we launch a couple of coroutines sending strings (in this example

If there is no CA specified then TLS is optional. Session Scope Vitess uses a connection pool to fan-in connections from VTGate servers to Tablet servers. VTGate servers will refuse statements that make

there is no CA specified then TLS is optional. 52 Session Scope Vitess uses a connection pool to fan-in connections from VTGate servers to Tablet servers. VTGate servers will refuse statements that make

If there is no CA specified then TLS is optional. Session Scope Vitess uses a connection pool to fan-in connections from VTGate servers to Tablet servers. VTGate servers will refuse statements that make

From the last example, we can find that, with the help of aggregators, it is easy to implement fan-in and fan-out for the number of workers for a specified module. In fact, we can use a simple channel

From the last example, we can find that, with the help of aggregators, it is easy to implement fan-in and fan-out for the number of workers for a specified module. In fact, we can use a simple channel

From the last example, we can find that, with the help of aggregators, it is easy to implement fan-in and fan-out for the number of workers for a specified module. In fact, we can use a simple channel