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vonng/ddia

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TLDR

Chinese translation of 'Designing Data-Intensive Applications,' a technical book covering databases, distributed systems, storage, consistency, replication, and stream processing.

Mindmap

mindmap
  root((repo))
    What it covers
      Databases and storage
      Distributed systems
      Consistency and replication
      Batch and stream processing
    Format
      Book translation
      Markdown readable
      Educational resource
    Audience
      Software engineers
      Architects
      Database admins
    Key topics
      System design tradeoffs
      Scalability patterns
      Data reliability

Things people build with this

USE CASE 1

Learn how databases handle consistency, replication, and fault tolerance in large-scale systems.

USE CASE 2

Understand the design tradeoffs behind distributed systems, storage engines, and data processing frameworks.

USE CASE 3

Prepare for system design interviews by studying real-world patterns in data-intensive applications.

Getting it running

Difficulty · easy Time to first run · 5min
Use freely, including commercial. Just credit the original author.

In plain English

This repository is a Chinese translation of the book "Designing Data-Intensive Applications" (DDIA) by Martin Kleppmann, covering both the first and second editions. The book is a technical deep-dive into how large-scale data systems are designed, covering databases, distributed systems, storage engines, consistency, replication, batch and stream processing, and more. The problem this repo addresses is access: the original book is in English, and this community translation makes it available to Chinese-speaking developers. The translation was done for educational, non-commercial purposes, and an official Chinese print edition also exists. You would use this if you are a software engineer, architect, or database administrator who reads Chinese and wants to deeply understand how data-intensive systems work under the hood, beyond just using databases and queues, but understanding the tradeoffs behind their design. The content is relevant whether you work in the internet industry, distributed systems, or backend engineering. This repository does not contain runnable code; it is a reading resource available online and as readable markdown files.

Copy-paste prompts

Prompt 1
I'm reading the DDIA Chinese translation on databases. Can you explain the difference between strong consistency and eventual consistency with examples?
Prompt 2
Using the DDIA translation, what are the main tradeoffs between batch processing and stream processing for data pipelines?
Prompt 3
Based on DDIA's chapters on replication, what strategies do distributed databases use to handle leader-follower synchronization?
Prompt 4
I want to understand storage engines better. What does the DDIA translation say about B-trees versus LSM trees?
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