Kafka: The Definitive Guide (e-bog) af Petty, Krit
Petty, Krit (forfatter)

Kafka: The Definitive Guide e-bog

359,43 DKK (inkl. moms 449,29 DKK)
Every enterprise application creates data, whether it consists of log messages, metrics, user activity, or outgoing messages. Moving all this data is just as important as the data itself. With this updated edition, application architects, developers, and production engineers new to the Kafka streaming platform will learn how to handle data in motion. Additional chapters cover Kafka's AdminClien...
E-bog 359,43 DKK
Forfattere Petty, Krit (forfatter)
Udgivet 5 november 2021
Længde 488 sider
Genrer Databases
Sprog English
Format pdf
Beskyttelse LCP
ISBN 9781492043058
Every enterprise application creates data, whether it consists of log messages, metrics, user activity, or outgoing messages. Moving all this data is just as important as the data itself. With this updated edition, application architects, developers, and production engineers new to the Kafka streaming platform will learn how to handle data in motion. Additional chapters cover Kafka's AdminClient API, transactions, new security features, and tooling changes.Engineers from Confluent and LinkedIn responsible for developing Kafka explain how to deploy production Kafka clusters, write reliable event-driven microservices, and build scalable stream processing applications with this platform. Through detailed examples, you'll learn Kafka's design principles, reliability guarantees, key APIs, and architecture details, including the replication protocol, the controller, and the storage layer.You'll examine:Best practices for deploying and configuring KafkaKafka producers and consumers for writing and reading messagesPatterns and use-case requirements to ensure reliable data deliveryBest practices for building data pipelines and applications with KafkaHow to perform monitoring, tuning, and maintenance tasks with Kafka in productionThe most critical metrics among Kafka's operational measurementsKafka's delivery capabilities for stream processing systems