1-1 Countdown UI design

1-2 Logic implementation of countdown

2-1 Get mobile phone address book information

2-2 Data encapsulation of mobile phone address book information

2-3 UI adaptation of mobile phone address book information

2-4 Optimization of ListView in Android

3-1 Introduction to the Android version of Surround the Nervous Cat game

3-2 Android version of Surrounded Nervous Cat game project creation

3-3 Android version of Surrounded by Nervous Cat game elements created

3-4 Drawing of the Android version of the scene surrounding the nervous cat

3-5 Handling of touch events in the Android version of Nervous Cat

3-6 Simple game logic-implementation of functional functions

3-7 Simple game logic - basic movement strategy

3-8 Android version of Surrounded by Nervous Cat Game Logic Optimization

4-1 Complete menu layout

4-2 Menu slides left and right

4-3 Add left and right sliding animation

4-4 Handle click events

4-5 Add mask effect

5-1 Summary of this lesson

5-2 Game 2048 gameplay introduction

5-3 Create a 2048 game project

5-4 Design 2048 Game Layout

5-5 Implement 2048 game main class GameView

5-6 Touch interaction design of game 2048 on Android platform

5-7 Implement the card class of 2048 game

5-8 Added 2048 game cards

5-9 Add random numbers to 2048 game

5-10 Implement 2048 game logic

5-11 Game 2048 Scoring

5-12 Check 2048 game over

6-1 Summary of this lesson

6-2 Android multi-function clock project application main framework construction

6-3 Implement the function of displaying Android clock

6-4 Implement Android alarm clock list

6-5 Add Android alarm clock 1 to display the time selected component and alarm date

6-6 Add Android Alarm Clock 2 to save and read alarm clock data

6-7 Add Android Alarm Clock 3 to determine whether the alarm clock is triggered and perform output

6-8 Add Android Alarm Clock 4 to determine whether the alarm clock is triggered and perform output

6-9 Add Android Alarm Clock 5 to clear the alarm after it is triggered

6-10 Implement Android alarm clock interface

6-11 Implement Android timer function 1 Create timer UI interface

6-12 Implement Android timer function 2 timer control interaction

6-13 Implement Android timer function 3 Timer function logic implementation

6-14 Implement Android timer function 4 Timer function logic implementation

6-15 Implement Android stopwatch function 1 Create and configure stopwatch interface UI

6-16 Implement Android stopwatch function 2 and add stopwatch function interaction

6-17 Implement Android stopwatch function 3 Stopwatch function logic implementation

6-18 Implement Android stopwatch function 4 Stopwatch function logic implementation

7-1 2D flip - create animation

7-2 2D flip-add animation monitoring

8-1 Summary of this lesson

8-2 Create database

8-3 design layout

8-4 Add text content

8-5 Add adapter

8-6 add pictures

8-7 add video

8-8 Details page layout

8-9 Complete details page display

9-1 Xiaoling Robot-Platform introduction and data acquisition

9-2 Xiaoling Robot-Building android environment

9-3 Xiaoling Robot-Asynchronous Request Data

9-4 Xiaoling Robot-json data analysis

9-5 Xiaoling Robot-Data Encapsulation

9-6 Xiaoling Robot-Layout Implementation

9-7 Xiaoling Robot-Point 9 Image Processing

9-8 Xiaoling Robot-Add welcome message

9-9 Xiaoling Robot-Add Time

10-1 Summary of this lesson

10-2 Understand the functional requirements of the "Anonymous" project

10-3 Read the "Anonymous" project interface document

10-4 Create the "Anonymous" project

10-5 Build the "Anonymous" project structure

10-6 "Anonymous" project basic interface jump

10-7 "Anonymous" project login interface design

10-8 "Anonymous" project message list interface design

10-9 "Anonymous" project message interface design

10-10 "Anonymous" project publishing message interface design

10-11 "Anonymous" project network communication base class implementation

10-12 "Anonymous" project obtains verification code communication class implementation

10-13 "Anonymous" project obtains verification code interface logic implementation

10-14 "Anonymous" project login communication class implementation

10-15 "Anonymous" project login implementation interface logic implementation

10-16 "Anonymous" project obtains contact data

10-17 "Anonymous" project upload contact data communication class implementation

10-18 "Anonymous" project upload contact data interface logic implementation

10-19 "Anonymous" project obtains message list communication class implementation

10-20 "Anonymous" project message list interface logic implementation 1

10-21 "Anonymous" project message list interface logic implementation 2

10-22 "Anonymous" project message list interface logic implementation 3

10-23 "Anonymous" project message list interface logic implementation 4

10-24 "Anonymous" project presents message interface logic implementation

10-25 "Anonymous" project obtains message comment communication class implementation

10-26 "Anonymous" project presents the logic implementation of the comment list interface

10-27 "Anonymous" project comment communication class implementation

10-28 "Anonymous" project comment interface logic implementation

10-29 "Anonymous" project publishes message communication class implementation

10-30 "Anonymous" project jumps to the message publishing interface

10-31 "Anonymous" project publishing message interface logic implementation

10-32 "Anonymous" project multi-language configuration

10-33 "Anonymous" project online debugging

10-34 "Anonymous" project released

11-1 Summary of this lesson

11-2 Introduction to WeChat API Cooperation Cases

11-3 Preparations before integration

11-4 WeChat message sharing business process explanation

11-5 Send a request or response to WeChat

11-6 Receive requests and return values ​​from WeChat

11-7 WeChat SDK Analysis

12-1 App prototype display

12-2 Introduction to aggregated data

12-3 Create project

12-4 Main interface UI implementation: city and release time area

12-5 Main interface UI implementation: real-time weather and PM 2.5 area

12-6 Main interface UI implementation: weather area three hours in the future

12-7 Main interface UI implementation: weather area for the next three days

12-8 Main interface UI implementation: detailed information area

12-9 Main interface data analysis: real-time weather and weather area data modeling for the next three days

12-10 Main interface data analysis: real-time weather and weather area data analysis for the next three days

12-11 Main interface data analysis: real-time weather and weather area data filling for the next three days

12-12 Main interface data analysis: weather area data analysis three hours in the future

12-13 Main interface data analysis: weather area data filling in three hours in the future

12-14 Main interface data analysis: PM 2.5 area

12-15 Main interface data analysis: pull down to refresh

12-16 The main interface automatically refreshes: Service initialization

12-17 The main interface automatically refreshes: Service implementation

12-18 City selection interface UI implementation

12-19 City selection interface data analysis

13-1 Artboards - Create artboards

13-2 Artboard-add brushes and draw

13-3 Artboard - clear artboard

14-1 Android Wear version of Turing robot effect display

14-2 Android Wear development environment setup

14-3 Create Notification

14-4 Call Google Speech Recognition

14-5 Turing API calling and parsing

14-6 Introduction and creation of Google API Client

14-7 Android Wear and mobile phone data communication method explained

14-8 Weather query function development

15-1 Summary of this lesson

15-2 Get to know Alipay mobile payment platform

15-3 Apply for contract with Alipay mobile payment

15-4 Run the sample program provided by Alipay SDK

15-5 Alipay SDK sample program analysis

15-6 Use the mobile payment function in the program

16-1 Summary of this lesson

16-2 Configure development environment

16-3 add bird

16-4 add floor

16-5 Set bird speed

16-6 Add moving bars

16-7 Impact checking