Name: Learn Distributed System Design and Implementation Techniques with 30 Patterns
Brand: LIBRAIRIE COREENNE
SKU: 113821
Price: 45.00 EUR
Availability: InStock

Learn Distributed System Design and Implementation Techniques with 30 Patterns

€45,00

Learn Distributed System Design and Implementation Techniques with 30 Patterns

Description

Book Introduction

Today, many businesses rely on services from cloud service providers like AWS, Microsoft Azure, and GCP.
We also use distributed environments such as Kafka and Kubernetes, as well as distributed databases such as YugabyteDB, Cassandra, MongoDB, and Neo4J.
Because these distributed systems are inherently stateful, enterprise system designers and developers must be prepared for all the potential issues that can arise when storing data across multiple servers.

This book describes a series of patterns observed in mainstream open-source distributed systems.
A pattern is a methodology that describes a specific problem encountered in a software system and a concrete solution that can be implemented in actual code.
The main strength of patterns is their intuitive names and the level of detail they provide at the code level.
Studying common problems and solutions implemented as patterns in the book will help you better understand how systems work and build a solid foundation in the design principles of distributed systems.
For enterprise systems and data architects, as well as software developers using cloud services, these patterns will become essential tools for design, implementation, and communication.

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index

Translator's Note
Recommendation
Introduction

Part 1: Distributed Systems

Chapter 1: The Promises and Perils of Distributed Systems
Chapter 2 Pattern Overview

Part 2 Data Replication Patterns

Log before writing Chapter 3 (Pattern 1)
Chapter 4 (Pattern 2) Split Log
Chapter 5 (Pattern 3) Low Watermark
Chapter 6 (Pattern 4) Leader Follower
Chapter 7 (Pattern 5) Heartbeat
Chapter 8 (Pattern 6) Majority Quorum
Chapter 9 (Pattern 7) Generational Clock
Chapter 10 (Pattern 8) High Watermark
Chapter 11 (Pattern 9) Paxos
Chapter 12 (Pattern 10) Replication Log
Chapter 13 (Pattern 11) Single Update Queue
Chapter 14 (Pattern 12) Request Waiting List
Chapter 15 (Pattern 13) Idempotent Receivers
Chapter 16 (Pattern 14) Follower Reading
Chapter 17 (Pattern 15) Versioning Values
Chapter 18 (Pattern 16) Version Vector

Part 3 Data Partition Patterns

Chapter 19 (Pattern 17) Fixed Partition
20 (Pattern 18) Key Range Partition
Chapter 21 (Pattern 19) Two-Stage Commit

Part 4: Distributed Time Patterns

Chapter 22 (Pattern 20) Lamport Watch
Chapter 23 (Pattern 21) Hybrid Watch
24 (Pattern 22) Clock-limited waiting

Part 5: Cluster Management Patterns

Chapter 25 (Pattern 23) Consistency Core
Chapter 26 (Pattern 24) Lease
Chapter 27 (Pattern 25) Status Monitoring
Chapter 28 (Pattern 26) Spreading Gossip
Chapter 29 (Pattern 27) Autonomous Leaders

Part 6: Inter-node Communication Patterns

30 sheets (Pattern 28) Single socket channel
Request for a bundle of 31 sheets (Pattern 29)
Chapter 32 (Pattern 30) Request Pipeline

Publisher's Review

The concept of abstracting complex things into patterns is the most important and fundamental principle in this book.
This book applies a patterns approach to the essential components of modern distributed systems.
The pattern approach names components and describes the behavior of each component and the interactions between them.
This way, you can learn a pattern language that handles distributed systems appropriately, like a set of assembly-ready Lego blocks.
- From a recommendation from NeoForJ Chief Scientist Jim Weber

GOODS SPECIFICS

- Date of issue: April 15, 2025

- Page count, weight, size: 464 pages | 882g | 188*240*22mm

- ISBN13: 9788966264735