The crystallization of the experience of development experts-Java design patterns

• Chapter1 Design Pattern (1)
• 1-1 Design pattern interview questions (1)
• 1-2 Design pattern interview questions (2)
• 1-3 When to use design patterns
• 1-4 Content and delivery methods
• 1-5 An introduction to the seven design principles
• 1-6 single responsibility principle
• 1-7 Summary of the Single Responsibility Principle
• 1-8 Interface isolation principle(1)
• 1-9 Interface isolation principle(2)
• 1-10 Summary of interface isolation principles
• Chapter2 Design Pattern (2)
• 2-1 Dependency Inversion Principle(1)
• 2-2 Dependency Inversion Principle(2)
• 2-3 Summary of Dependency Inversion Principle
• 2-4 Richter Substitution Principle(1)
• 2-5 Richter Substitution Principle(2)
• 2-6 Open and Close Principle(1)
• 2-7 Open and Close Principle(2)
• 2-8 Summary of the opening and closing principle
• 2-9 Demeter's Law(1)
• 2-10 Demeter's Law(2)
• Chapter3 Design Pattern (3)
• 3-1 Notes on Demeter's Law
• 3-2 Principles and summary of synthesis and reuse
• 3-3 Basic introduction to UML
• 3-4 UML class diagram
• 3-5 Class dependencies, generalization and implementation
• 3-6 Association, aggregation and composition of classes
• 3-7 Summary of the six major relationships in class diagrams
• 3-8 Overview and classification of design patterns
• 3-9 Singleton (static constant hungry Chinese style)
• 3-10 Singleton (static code block hungry Chinese style)
• Chapter4 Design Pattern (4)
• 4-1 Singleton (thread-unsafe lazy style)
• 4-2 Singleton (thread-safe lazy style)
• 4-3 Singleton (synchronized code block lazy style)
• 4-4 Singleton(DoubleCheck)
• 4-5 Singleton (static inner class)
• 4-6 Singleton (enumeration method)
• 4-7 Singleton mode JKD source code analysis
• 4-8 Things to note about singleton pattern
• 4-9 Simple Factory Pattern (1)-Pizza Ordering
• 4-10 Simple Factory Pattern (2)-Pizza Ordering
• Chapter5 Design Pattern (5)
• 5-1 Simple Factory Pattern (3)-Pizza Ordering
• 5-2 Simple Factory Pattern (4)-Pizza Ordering
• 5-3 Factory Method Pattern (1)-Pizza Ordering
• 5-4 Factory Method Pattern (2)-Pizza Ordering
• 5-5 Abstract Factory Pattern (1)-Pizza Ordering
• 5-6 Abstract Factory Pattern (2)-Pizza Ordering
• 5-7 Factory pattern-JDK source code analysis
• 5-8 Factory pattern - summary
• 5-9 Prototype Mode (1)-Clone Sheep
• 5-10 Prototype Mode (2)-Clone Sheep
• Chapter6 Design Pattern (6)
• 6-1 Prototype pattern (3)-Spring source code analysis
• 6-2 Prototype mode (4)-deep copy
• 6-3 Prototype mode (5)-deep copy
• 6-4 Prototype mode (6)-content sorting
• 6-5 Builder Mode (1)-Build a House
• 6-6 Builder Pattern (2)-Principle Class Diagram
• 6-7 Builder Mode (3)-Build a House
• 6-8 Builder pattern (4)-StringBuilder source code
• 6-9 Builder Mode (5)-Content Sorting
• 6-10 Adapter Pattern - How it works
• Chapter7 Design Pattern (7)
• 7-1 Class Adapter - Voltage Issues
• 7-2 Object adapter - voltage issue
• 7-3 Interface adapter - voltage issue
• 7-4 Adapter mode-Dispatcher source code
• 7-5 Adapter pattern-content sorting
• 7-6 Bridge Mode(1)-Phone Problem
• 7-7 Bridge mode (2)-principle class diagram
• 7-8 Bridge Mode (3) - Cell Phone Issues
• 7-9 Bridge mode (4)-JDBC source code
• 7-10 Bridge mode (5)-content sorting
• Chapter8 Design Pattern (8)
• 8-1 Decorator Pattern (1)-Starbucks Coffee
• 8-2 Decorator pattern (2)-Starbucks coffee
• 8-3 Decorator Pattern (3)-How it works
• 8-4 Decorator Pattern (4)-Starbucks Coffee
• 8-5 Decorator pattern (5)-IO source code
• 8-6 Decorator pattern (6)-content sorting
• 8-7 Combination mode (1)-College display
• 8-8 Combination mode (2)-school display
• 8-9 Combination mode (3)-HashMap source code
• 8-10 Combination mode (4)-content sorting
• Chapter9 Design Pattern (9)
• 9-1 Appearance Mode (1)-Cinema Management
• 9-2 Appearance Mode(2)-How it works
• 9-3 Appearance Mode (3)-Cinema Management
• 9-4 Appearance mode (4)-MyBatis source code
• 9-5 Appearance Mode (5)-Notes
• 9-6 Flying Dollar Model (1)-Website Outsourcing
• 9-7 Flyweight mode (2) - working principle
• 9-8 Flying Dollar Model (3)-Website Outsourcing
• 9-9 Flyweight mode (4)-Integer source code
• 9-10 Flying Yuan Mode (5)-Content Sorting
• Chapter10 Design Patterns (10)
• 10-1 Agent mode (1)-Basic introduction
• 10-2 Proxy mode (2)-static proxy
• 10-3 Proxy mode (3)-Dynamic proxy
• 10-4 Proxy mode (4)-Cglib proxy
• 10-5 Proxy Pattern (5) - several variations
• 10-6 Template mode (1) - working principle
• 10-7 Template mode (2)-soy milk making
• 10-8 Template pattern (3)-hook method
• 10-9 Template mode (4)-IOC source code
• 10-10 Template mode (5)-details
• Chapter11 Design Pattern (11)
• 11-1 Command mode (1) - working principle
• 11-2 Command mode(2)-remote control
• 11-3 Command mode(3)-remote control
• 11-4 Command mode (4)-JdbcTml source code
• 11-5 Command mode (5)-Content sorting
• 11-6 Visitor Mode (1)-Singer Rating
• 11-7 Visitor pattern (2)-principle class diagram
• 11-8 Visitor Mode (3)-Singer Rating
• 11-9 Visitor mode (4)-double dispatch
• 11-10 Visitor Mode (5)-Usage Details
• Chapter12 Design Patterns (12)
• 12-1 Iterator pattern (1)-uniform traversal problem
• 12-2 Iterator pattern (2)-principle class diagram
• 12-3 Iterator pattern (3)-uniform traversal problem
• 12-4 Iterator pattern (4)-uniform traversal problem
• 12-5 Iterator pattern (5)-JDK source code
• 12-6 Iterator pattern (6)-usage details
• 12-7 Observer Mode (1)-Weather Forecast
• 12-8 Observer Mode (2)-Weather Forecast
• 12-9 Observer pattern (3) - working principle
• 12-10 Observer Mode (4)-Weather Forecast
• 12-11 Observer pattern (5)-Observable source code
• Chapter13 Design Patterns (13)
• 13-1 Observer pattern (6)-content sorting
• 13-2 Intermediary model (1)-smart home
• 13-3 Mediator Pattern (2) - Working Principle
• 13-4 Intermediary model (3)-smart home
• 13-5 Intermediary model (4)-content sorting
• 13-6 Memo Mode (1)-Game Character
• 13-7 Memo Mode(2)-How it works
• 13-8 Memo Mode(3)-Game Character
• 13-9 Memo Mode (4)-Notes
• 13-10 Interpreter mode (1)-calculation evaluation
• Chapter14 Design Patterns (14)
• 14-1 Interpreter Mode (2)-Principle Class Diagram
• 14-2 Interpreter mode (3)-calculation evaluation
• 14-3 Interpreter mode (4)-SpelExp source code
• 14-4 Interpreter Mode (5)-Summary
• 14-5 State Mode (1)-Working Principle Diagram
• 14-6 Status Mode (2) - Lottery
• 14-7 Status mode (3)-Lending platform source code
• 14-8 Status Mode (4)-Notes
• 14-9 Strategy Pattern (1)-Duck Problem
• 14-10 Strategy Mode (2)-How it works
• Chapter15 Design Patterns (15)
• 15-1 Strategy Pattern (3)-Duck Problem
• 15-2 Strategy Mode (4)-Arrays source code
• 15-3 Strategy mode (5)-Content sorting
• 15-4 Chain of Responsibility Model (1)-Procurement Approval
• 15-5 Chain of Responsibility Model (2)-Working Principle
• 15-6 Chain of Responsibility Model (3)-Procurement Approval
• 15-7 Chain of responsibility pattern (4)-SpringMVC source code
• 15-8 Chain of Responsibility Model (5)-Content Sorting