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   001 About the author and his mission.mp4

   002 Introduction to design pattern.mp4

   003 Course prerequisites.html

   001 Why SOLID principles are important.mp4

   002 Preparing the initial code.html

   004 Get started with single responsibility principle.html

   005 Single responsibility principle explained_en.vtt

   007 Open closed principle explained.mp4

   008 Get started with Liskov substitution principle.html

   009 Liskov substitution principle explained_en.vtt

   011 Interface segregation principle explained.mp4

   012 Get started with dependency inversion principle.html

   013 Dependency inversion principle explained_en.vtt

   001 Introduction to the section.mp4

   002 Not knowing what object implementations you'll need ahead of time_en.vtt

   003 Making several exact copies of a complex object_en.vtt

   004 Using many instances of an object while keeping code running smoothly_en.vtt

   005 Using the same single instance of an object throughout the application_en.vtt

   006 Third party components aren’t directly compatible with your code_en.vtt

   007 Adding new functionality to existing objects that cannot be modified_en.vtt

   008 Accessing complex back-end logic from the presentation layer_en.vtt

   009 User interface and business logic are developed separately_en.vtt

   010 Building a complex object hierarchy_en.vtt

   011 Implementing complex conditional logic_en.vtt

   012 Multiple object instances of different types need to be able to communicate with_en.vtt

   013 Multiple stages of processing are needed_en.vtt

   014 The system is controlled by complex combinations of inputs_en.vtt

   015 Ability to undo an action that has been applied_en.vtt

   016 Ability to traverse a collection without knowing its underlying structure_en.vtt

   017 Creating a family of related algorithms_en.vtt

   001 Introduction to design patterns.mp4

   003 Factory Method example.html

   004 Factory Method explained_en.vtt

   006 Abstract Factory overview.mp4

   008 Abstract Factory explained.mp4

   009 Pros and cons of using Abstract Factory.mp4

   011 Builder example.html

   012 Builder explained_en.vtt

   014 Prototype overview.mp4

   016 Prototype explained.mp4

   017 Pros and cons of using Prototype.mp4

   019 Singleton example.html

   020 Singleton explained_en.vtt

   022 Adapter overview.mp4

   024 Adapter explained.mp4

   025 Pros and cons of using Adapter.mp4

   027 Bridge example.html

   028 Bridge explained_en.vtt

   030 Composite overview.mp4

   032 Composite explained.mp4

   033 Pros and cons of using Composite.mp4

   035 Decorator example.html

   037 Pros and cons of using Decorator.mp4

   039 Facade example.html

   041 Pros and cons of using Facade.mp4

   043 Flyweight example.html

   045 Pros and cons of using Flyweight.mp4

   047 Proxy example.html

   049 Pros and cons of using Proxy.mp4

   051 Chain of Responsibility example.html

   053 Pros and cons of using Chain of Responsibility.mp4

   055 Command example.html

   057 Pros and cons of using Command.mp4

   059 Iterator example.html

   061 Pros and cons of using Iterator.mp4

   063 Mediator example.html

   065 Pros and cons of using Mediator.mp4

   067 Memento example.html

   069 Pros and cons of using Memento.mp4

   071 Observer example.html

   073 Pros and cons of using Observer.mp4

   075 State example.html

   077 Pros and cons of using State.mp4

   079 Strategy example.html

   081 Pros and cons of using Strategy.mp4

   083 Template Method example.html

   085 Pros and cons of using Template Method.mp4

   087 Visitor example.html

   089 Pros and cons of using Visitor.mp4

   001 Epilogue.mp4