Quiz Question 2

What is the use case for timers in Beam’s State & Timers API?

Questo esercizio fa parte del corso

Serverless Data Processing with Dataflow: Develop Pipelines

Visualizza il corso

Esercizio pratico interattivo

Passa dalla teoria alla pratica con uno dei nostri esercizi interattivi

Inizia esercizio

Questo esercizio fa parte del corso

Serverless Data Processing with Dataflow: Develop Pipelines

AvançadoNível de habilidade

4.5+

Inizia il corso gratis

This module introduces the course and course outline

Exercise 1: Course Introduction

Review main concepts of Apache Beam, and how to apply them to write your own data processing pipelines.

Exercise 1: Beam Basics Exercise 2: Utility Transforms Exercise 3: DoFn Lifecycle Exercise 4: Serverless Data Processing with Dataflow - Writing an ETL pipeline using Apache Beam and Dataflow (Python)Exercise 5: Quiz Question 1 Exercise 6: Quiz Question 2 Exercise 7: Quiz Question 3 Exercise 8: Module Resources

In this module, you will learn about how to process data in streaming with Dataflow. For that, there are three main concepts that you need to learn: how to group data in windows, the importance of watermark to know when the window is ready to produce results, and how you can control when and how many times the window will emit output.

Exercise 1: Windows Exercise 2: Watermarks Exercise 3: Triggers Exercise 4: Serverless Data Processing with Dataflow - Batch Analytics Pipelines with Dataflow (Python)Exercise 5: Serverless Data Processing with Dataflow - Using Dataflow for Streaming Analytics (Python)Exercise 6: Quiz Question 1 Exercise 7: Quiz Question 2 Exercise 8: Quiz Question 3 Exercise 9: Quiz Question 4 Exercise 10: Module Resources

In this module, you will learn about what makes sources and sinks in Dataflow. The module will go over some examples of TextIO, FileIO, BigQueryIO, PubsubIO, KafKaIO, BigtableIO, Avro IO, and Splittable DoFn. The module will also point out some useful features associated with each I/O.

Exercise 1: Sources & Sinks Exercise 2: TextIO & FileIO Exercise 3: BigQueryIO Exercise 4: PubsubIO Exercise 5: KafkaIO Exercise 6: BigtableIO Exercise 7: AvroIO Exercise 8: Splittable DoFn Exercise 9: Quiz Question 1 Exercise 10: Quiz Question 2 Exercise 11: Module Resources

This module will introduce schemas, which give developers a way to express structured data in their Beam pipelines.

Exercise 1: Beam schemas Exercise 2: Code examples Exercise 3: Serverless Data Processing with Dataflow - Branching Pipelines (Python)Exercise 4: Quiz Question 1 Exercise 5: Quiz Question 2 Exercise 6: Module Resources

This module covers State and Timers, two powerful features that you can use in your DoFn to implement stateful transformations.

Exercise 1: State API Exercise 2: Timer API Exercise 3: Summary Exercise 4: Quiz Question 1 Exercise 5: Quiz Question 2

Esercizio in corso

Exercise 6: Module Resources

This module will discuss best practices and review common patterns that maximize performance for your Dataflow pipelines.

Exercise 1: Schemas Exercise 2: Handling un-processable data Exercise 3: Error handling Exercise 4: AutoValue code generator Exercise 5: JSON data handling Exercise 6: Utilize DoFn lifecycle Exercise 7: Pipeline Optimizations Exercise 8: Serverless Data Processing with Dataflow - Advanced Streaming Analytics Pipeline with Dataflow (Python)Exercise 9: Quiz Question 1 Exercise 10: Quiz Question 2 Exercise 11: Quiz Question 3 Exercise 12: Module Resources

This modules introduces two new APIs to represent your business logic in Beam: SQL and Dataframes.

Exercise 1: Dataflow and Beam SQL Exercise 2: Windowing in SQL Exercise 3: Beam DataFrames Exercise 4: Quiz Question 1 Exercise 5: Quiz Question 2 Exercise 6: Module Resources

This module will cover Beam notebooks, an interface for Python developers to onboard onto the Beam SDK and develop their pipelines iteratively in a Jupyter notebook environment.

Exercise 1: Beam Notebooks Exercise 2: Quiz Question 1 Exercise 3: Quiz Question 2 Exercise 4: Module Resources

This module provides a recap of the course

Exercise 1: Course Summary