Chapter 1 Android related
- Android Interprocess Communication (IPC) Binder introduction and learning plan
- 2. Explain the startup mode and flag of the Activity
- 3.Android source analysis – resource loading mechanism
- 4. Principle analysis of Thread, Handler, Looper and MessageQueue in Android
- 5.Android source code parsing setContentView
- 6.Android AsyncTask source code parsing
- 7.Android lntentService fully parses when the Service encounters a Handler
- 8. An in-depth look at ArrayMap in Android…..
Chapter 2 Performance optimization
- 1. Summary of Android performance optimization
- 2. Best practices for Android performance optimization
- 3. The principle of AndroidGC
- 4. How the JVM works, hierarchy, and HOW GC works
- 5. Analysis of Java memory problems and LeakCanary principle
- 6. Correct asynchronous posture for Android performance optimization
- 7. Layout optimization for Android performance optimization
- 8. Rendering optimization for Android performance optimization
- 9. Bitmap memory optimization in Android
- 10. Mobile network optimization practice of Meituan-Dianping
- 11. Power consumption optimization of short videos in Dianping App
Chapter 3 Java related
- 1. Usage analysis of four Java thread pools
- 2. How many file copy modes does Java have? Which is the most efficient?
- 3. Use FileChannel to quickly copy files
- 4.JVM class loading mechanism details the JVM class loading process
- 5. The JVM class loading mechanism explains the class loader and parent delegate model
- 6. Several ways to implement thread synchronization in Java
- Java lO stream byte stream and byte buffer stream
- 8.Java Memory Management: Drill down into the Java memory area
- Java garbage collection
- 10. In Java ThreadLocal
- 11. Understand weak references in Java
- 12. Understand Java strong references, soft references, weak references, and virtual references
- 13. The difference between heap and stack in Java
- 14.HashMap uses mutable objects as key traps
- 15. Blocking queues in Java
- 16. Java. Lang. Object class
- 17. Differences between Java ArrayList, LinkedList, and Vector
- 18. What is the difference between a HashMap and a HashTable?
- 19. Differences between HashMap, TreeMap, and HashTable
- 20. In-depth analysis of HashMap
- How to write the singleton pattern correctly
- 23.HashMap multithreaded loop problem
- 24. How Volatile is implemented
- 25. ConcurrentHashMap summary
Chapter 4 Kotlin related
- 1. Analyze Kotlin’s lazy initialization from principle: Lateinitvar and Bylazy
- 2.FromJavaToKotlin
- 3. How to increase Productivity with Kotlin: KotlinTips
- 4. Use KotlinReified to make generics simpler and safer
- 5. Implementation principle analysis of ExtensionFunctions in Kotlin
- 6. Top-level functions and attributes of the Kotlin series
- 7.Kotlin compatible Java encountered the biggest “pit”
- 8. Kotlin coroutines
- 9. The nature of Kotlin coroutines “hanging”
- 10. What exactly is a “non-blocking” suspend? Are coroutines really lighter?
- 11. How does resource confusion affect Kotlin coroutines
Chapter 5 Network related
- 1.HTTP soul questions, consolidate your HTTP knowledge system
- What is the structure of HTTP packets?
- How to understand HTTP request methods?
- How to understand URIs?
- How to understand HTTP status codes?
- What are the features of HTTP? What are the disadvantages of HTTP?
- What do you know about the Accept series fields?
- How does HTTP transfer data of fixed and variable length?
- How does HTTP handle transfer of large files?
- How is submission of form data handled in HTTP?
Chapter 6: Plug-in & Hot Fix & Modularization & Componentization & Incremental Update &Gradle
- 1. Comparison of Android plug-in libraries
- 2. In-depth understanding of Android plug-in technology
- 3. Plug-in (Principles and schools of different plug-in mechanisms, advantages and disadvantages. Limitations)
- 4. Hot repair
- 5. Modular implementation (benefits, reasons)
- 6. Understanding of project componentization
- 7 AndroidGradlePlugin source code analysis
- 8.AndroidGradlePlugin source code reading and compilation
- 9.WMRouter: Android open source routing framework
- 10. Analysis on ARouter Principle of Alibaba open source Routing framework for componentized framework design
Chapter 7 Picture correlation
- 1. Picture library comparison
- 2. Principle of LRUCache
- 3. Picture loading principle
- 4, to achieve their own picture library, how to do?
- 5, Glide source code analysis
- 6. What cache does Glide use?
- How to control the size of Glide memory cache?
- 8. Explore the internal implementation principles of Fresco image frames
- 9. Introduction of WebP principle and Android support
- 10. Brief analysis of GIF format picture storage and compression
Chapter 8 About Flutter
- 1. Principle and practice of Flutter
- 2. FlutterHotReload (Principles)
- 3. Explore the dynamics of Flutter
- 4. How does Flutter communicate with Native -Android perspective
- 5. In-depth understanding of FlutterPlatformChannel
- 6.FlutterEngine indicates north
- 7. In-depth understanding of Flutter multi-threading
- 8. Management of Flutter state — Preliminary study and summary
- 9. The Flutter | state management guide – the Provider
- 10. In-depth understanding of Flutter application startup
- 11.Flutter rendering mechanism — UI thread
The last
Article information is free to share to everyone, direct into the group for free. You can also go to GITHUB
The road to being an Android architect is a long one. Learning is like rowing upstream. If you don’t advance, you’re going to fall back. If you slack off, you’re going to fall back. Be a diligent and upward person, study harder, seize the center, ning jing not miscellaneous, ning designed not more.