Android development from zero to proficient

• Chapter1 Chapter One
• 1-1 Introduction to course content
• 1-2 Android Studio download
• 1-3 Android Studio installation
• 1-4 Create an Android project
• 1-5 The first Android program runs
• 1-6 Pre-class benefits - "Introduction to Android Programming Tutorial"
• 1-7 Introduction to engineering structure
• 1-8 Control1_TextView1
• 1-9 Control1_TextView2
• 1-10 Control1_TextView3
• Chapter2 Chapter two
• 2-1 Control2_Button1
• 2-2 Control2_Button2
• 2-3 Control 3_EditText
• 2-4 Control 4_ImageView
• 2-5 Control 5_ProgressBar
• 2-6 Control 6_Notification
• 2-7 Control 7_Toolbar
• 2-8 Control 8_AlertDialog
• 2-9 Control 9_PopupWindow
• 2-10 Layout1_LinearLayout
• Chapter3 third chapter
• 3-1 Layout2_RelativeLayout
• 3-2 Layout3_FrameLayout
• 3-3 Layout 4_TableLayout
• 3-4 Layout5_GridLayout
• 3-5 Layout6_ConstraintLayout
• 3-6 ListView
• 3-7 RecyclerView
• 3-8 Animation 1_frame animation
• 3-9 Animation 2_Tweened animation
• 3-10 Animation 3_Attribute Animation
• Chapter4 Chapter Four
• 4-1 Units and dimensions
• 4-2 ViewPager
• 4-3 Mvvm project actual combat
• 4-4 The generation of Fragment
• 4-5 what is fragment
• 4-6 How to use Fragment
• 4-7 Simply add 2 fragments to the activity
• 4-8 Fragment dynamic addition and management
• 4-9 Activity sends information to Fragment
• 4-10 Summary of dynamic addition and management of fragments
• Chapter5 chapter Five
• 5-1 Interface solution for communication between Fragment and activity
• 5-2 Fragment life cycle experience
• 5-3 Summary of lessons learned from Fragment life cycle
• 5-4 fragment+viewPager sliding effect display
• 5-5 ViewPager2 basic application
• 5-6 ViewPager2 page switching
• 5-7 ViewPager and Fragment collection
• 5-8 ViewPager+fragment simulates WeChat homepage
• 5-9 Fragment summary
• 5-10 Get to know Activity
• Chapter6 Chapter Six
• 6-1 Activity jump
• 6-2 Activity life cycle
• 6-3 Get to know Service
• 6-4 startService and life cycle
• 6-5 bindService and life cycle
• 6-6 Meet Receiver
• 6-7 Static registration to receive broadcast
• 6-8 Dynamically register to receive broadcasts
• 6-9 What is hot fix
• 6-10 Bugly hot update configuration
• Chapter7 Chapter VII
• 7-1 Patch package generation and application
• 7-2 Introducing Amap
• 7-3 Show map in project
• 7-4 Map keyword search and positioning
• 7-5 Introduction to Glide
• 7-6 Basic uses of Glide and placeholders
• 7-7 transitions and transformations
• 7-8 Usage of Generatde API
• 7-9 Synchronous and asynchronous requests of OkHttp
• 7-10 Data format of POST request
• Chapter8 chapter eight
• 8-1 OkHttp configuration
• 8-2 Basic use of Retrofit
• 8-3 Annotations in Retrofit
• 8-4 Retrofit converter
• 8-5 Retrofit Nested Requests and Adapters
• 8-6 File upload and download
• 8-7 Use Gson to complete serialization and deserialization of Java objects
• 8-8 Serialization and deserialization of Array and List
• 8-9 Map, Set collection and Gson annotation
• 8-10 RX thinking
• Chapter9 Chapter nine
• 9-1 RX thinking download pictures
• 9-2 The charm of RX thinking
• 9-3 Custom Observer
• 9-4 What is data storage
• 9-5 Introduction to SP features
• 9-6 Simple use of SP
• 9-7 SP real combat
• 9-8 Introduction to SQLite
• 9-9 SQLite visualization tools
• 9-10 SQLite libraries and tables
• Chapter10 chapter Ten
• 10-1 SQLite add, delete, check and modify
• 10-2 Room three role introduction
• 10-3 Room three character writing
• 10-4 Room practice
• 10-5 Intent basic type
• 10-6 Intent passes Bundle
• 10-7 Pass Serializable interface
• 10-8 Pass Parcelable interface
• 10-9 MediaRecorder_1
• 10-10 MediaRecorder_2
• Chapter11 Chapter 11
• 11-1 MediaPlayer plays video
• 11-2 VideoView plays video
• 11-3 SoundPool plays sound effects
• 11-4 Project release
• 11-5 Git overview
• 11-6 The history of version management
• 11-7 The difference between Git and other version systems
• 11-8 Basic concepts of Git
• 11-9 Basic operations of Git
• 11-10 Git branch operations
• Chapter12 Chapter 12
• 12-1 conflict resolution
• 12-2 Git's branching model
• 12-3 Suggestions for using Git
• 12-4 MVP and MVC
• 12-5 MVP project small case
• 12-6 Network access preparation
• 12-7 Startup page background image solves startup white screen problem
• 12-8 Home bottom menu
• 12-9 Bottom menu switch
• 12-10 Home page layout and list adapter
• Chapter13 Chapter 13
• 13-1 Home MVP Practice
• 13-2 Adjustments to home page UI details
• 13-3 Product details page MVP implementation
• 13-4 Android development notes
• 13-5 Why need to customize
• 13-6 Customized View life cycle and key step principles
• 13-7 How to use MeasureSpec to customize xml in ViewGrop
• 13-8 Customize ViewGroup to measure your own process
• 13-9 What is the layout process of customizing ViewGroup?
• 13-10 See who is a senior engineer from a custom view
• Chapter14 Chapter 14
• 14-1 Do you know how mastering the principles helps reading source code?
• 14-2 measureSpec principle solution parsing XML wrap_cotent
• 14-3 An explanation of the principle of View's xml parsing process
• 14-4 Custom View Basics
• 14-5 Analysis of the drawing process principle of View
• 14-6 MeasureSpec principle analysis
• 14-7 Canvas cutting and text drawing
• 14-8 Basic introduction to ViewPager nested fragment architecture
• 14-9 The principle and adapter mode of ViewPager cache fragment
• 14-10 Fragment life cycle management mechanism in ViewPager nested Fragment mode
• Chapter15 Chapter 15
• 15-1 ViewPager lazy loading principle analysis and performance optimization project practice
• 15-2 Introduction to the home page’s secondary linkage layout and sliding issues
• 15-3 Introduction to event distribution
• 15-4 Solve ceiling problem
• 15-5 Resolve nested sliding conflicts
• 15-6 Realize inertial sliding
• 15-7 Event introduction
• 15-8 Event handling process
• 15-9 Possible problems caused by event distribution
• 15-10 Down event distribution process
• Chapter16 Chapter 16
• 16-1 Move event distribution process
• 16-2 An explanation of ideas for implementing complex UI
• 16-3 Application of algorithms in UI implementation
• 16-4 Realize the drawing of koi fish
• 16-5 Realize the principle of fish tail swinging
• 16-6 Achieve click water ripple effect
• 16-7 How to achieve intelligent steering of fish
• 16-8 Implement koi swimming animation
• 16-9 Analysis of app UI architecture solution
• 16-10 Android preloading scheme performance pitfalls
• Chapter17 Chapter 17
• 17-1 Analysis of viewPager principle of android preloading principle
• 17-2 Fragment’s life cycle in viewPager adapter
• 17-3 One of the source code analysis of lazy loading solution
• 17-4 Analysis of Lazy Loading Source Code Solution 2
• 17-5 Why study the framework layer source code
• 17-6 From boot to desktop, what does the system do?
• 17-7 APP startup process source code analysis
• 17-8 setContentView interview analysis at major manufacturers
• 17-9 view drawing process
• 17-10 Cut into the source code execution process to achieve screen adaptation
• Chapter18 Chapter 18
• 18-1 Several common problems related to memory
• 18-2 Basic usage and analysis of LeakCanary
• 18-3 How LeakCanary automatically detects object leaks
• 18-4 Handwritten LeakCanary core code
• 18-5 What is apk? Why optimization is needed
• 18-6 Basic introduction to ViewPager nested fragment architecture
• 18-7 How to optimize image resources
• 18-8 Internationalization and dynamic library addition optimization
• 18-9 How to remove useless resources and code
• 18-10 Anr abnormal interview questions explained
• Chapter19 Chapter 19
• 19-1 OOM abnormal interview questions explained
• 19-2 Bitmap interview questions explained
• 19-3 Explanation of UI stuck interview questions
• 19-4 Memory leak interview questions explained
• 19-5 Memory management interview questions explained
• 19-6 Cold start optimization interview questions explained
• 19-7 Other optimization interview questions explained