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Description of  Effective Kafka: A Hands-On Guide to Building Robust and Scalable Event-Driven Applications with Code Examples in Java

The software architecture landscape has evolved dramatically over the past decade. Microservices have displaced monoliths. Data and applications are increasingly becoming distributed and decentralised. But composing disparate systems is a hard problem. More recently, software practitioners have been rapidly converging on event-driven architecture as a sustainable way of dealing with complexity integrating systems without increasing their coupling. In Effective Kafka, Emil Koutanov explores the fundamentals of Event-Driven Architecture using Apache Kafka the world's most popular and supported open-source event streaming platform. You'll learn: The fundamentals of event-driven architecture and event streaming platforms The background and rationale behind Apache Kafka, its numerous potential uses and applications The architecture and core concepts the underlying software components, partitioning and parallelism, load-balancing, record ordering and consistency modes Installation of Kafka and related tooling using standalone deployments, clusters, and containerised deployments with Docker Using CLI tools to interact with and administer Kafka classes, as well as publishing data and browsing topics Using third-party web-based tools for monitoring a cluster and gaining insights into the event streams Building stream processing applications in Java 11 using off-the-shelf client libraries Patterns and best-practice for organising the application architecture, with emphasis on maintainability and testability of the resulting code The numerous gotchas that lurk in Kafka's client and broker configuration, and how to counter them Theoretical background on distributed and concurrent computing, exploring factors affecting their liveness and safety Best-practices for running multi-tenanted clusters across diverse engineering teams, how teams collaborate to build complex systems at scale and equitably share the cluster with the aid of quotas Operational aspects of running Kafka clusters at scale, performance tuning and methods for optimising network and storage utilisation All aspects of Kafka security including network segregation, encryption, certificates, authentication and authorization. The coverage is progressively delivered and carefully aimed at giving you a journey-like experience into becoming proficient with Apache Kafka and Event-Driven Architecture. The goal is to get you designing and building applications. And by the conclusion of this book, you will be a confident practitioner and a Kafka evangelist within your organisation wielding the knowledge necessary to teach others.