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Conclusion (Udacity)
- Course:Object Oriented JavaScript (Udacity)
- Discipline:Applied Sciences
- Institute:Udacity
- Instructor(s): Markus Philips
- Level:College
Object Oriented JavaScript (Udacity)
- 'this' bound (Udacity)
- 'this' will not be bound (Udacity)
- .call()'s First Argument (Udacity)
- .prototype 与 .method (Udacity)
- .prototype.constructor (Cont.) (Udacity)
- .prototype.constructor (Udacity)
- 6s – Quiz (Udacity)
- Constructor attributes (Udacity)
- 7q – instanceof operator (Udacity)
- Constructor Mode (Cont.) (Udacity)
- Adding methods to classes (Udacity)
- Constructor Mode (Udacity)
- Adding Methods to Constructors (Cont.) (Udacity)
- Constructor prototype (Udacity)
- Adding Methods to Constructors (Udacity)
- Constructor Prototype Delegation (Cont.) (Udacity)
- Ambiguity of .prototype concept (Udacity)
- Constructor Prototype Delegation (Udacity)
- Array Prototype (Cont.) (Udacity)
- Continuing Output Predictions (Cont.) (Udacity)
- Array Prototype (Udacity)
- Continuing Output Predictions (Udacity)
- Attribute lookup (Udacity)
- Data storage in memory (Udacity)
- Benefits of refactoring code (Udacity)
- Deconstructing setTimeout (Cont.) (Udacity)
- Build multiple execution scopes (Udacity)
- Deconstructing setTimeout (Udacity)
- Building Out a Subclass (Udacity)
- Decorator code vs Classes (Udacity)
- Building Similar Objects (Cont.) (Udacity)
- Decorator function (Udacity)
- Building Similar Objects (Udacity)
- Define the keyword'this' (Udacity)
- Call functions (Udacity)
- Delegation Relationships (Cont.) (Udacity)
- Class coding style (Udacity)
- Delegation Relationships (Udacity)
- Code reuse (Udacity)
- Determining 'this' Binding (Cont.) (Udacity)
- Code reuse example (Udacity)
- Determining 'this' Binding (Udacity)
- Conclusion (Udacity)
- Differences between modes (Udacity)
- Execution environment and lexical scope (Udacity)
- Finishing Our Predictions (Cont.) (Udacity)
- Finishing Our Predictions (Udacity)
- function (Udacity)
- Functional shared patterns (Udacity)
- Improve performance (Udacity)
- How the prototype affects the model in memory (Udacity)
- Incorrect Subclass Prototype Delegation (Cont.) (Udacity)
- Incorrect Subclass Prototype Delegation (Udacity)
- instanceof operator (Udacity)
- Introduction (Cont.) (Udacity)
- Introduction (Udacity)
- Introduction PPO (Udacity)
- Introduction to Classes (Udacity)
- Introduction to closures (Udacity)
- Introduction to the execution environment (Udacity)
- Introduction.. (Udacity)
- Lexical scope (Udacity)
- Predicting 'this' Output (5) (Cont.) (Udacity)
- Manually Duplicating Code (Udacity)
- Predicting 'this' Output (5) (Udacity)
- Memory scope and memory objects (Udacity)
- Predicting 'this' Output (6) (Cont.) (Udacity)
- Object prototype (Udacity)
- Predicting 'this' Output (6) (Udacity)
- One way to improve performance (Udacity)
- Predicting 'this' Output (7) (Cont.) (Udacity)
- One-time attribute copy (Udacity)
- Predicting 'this' Output (7) (Udacity)
- Outro (Udacity)
- Predicting 'this' Output (9) (Cont.) (Udacity)
- Predict'this' output (8) (Udacity)
- Predicting 'this' Output (9) (Udacity)
- Predicting 'this' Output (2) (Cont.) (Udacity)
- Predicting 'this' Output (Cont.) (Udacity)
- Predicting 'this' Output (2) (Udacity)
- Predicting 'this' Output (Udacity)
- Predicting 'this' Output (3) (Cont.) (Udacity)
- Predicting 'this' Output with 'new' (Cont.) (Udacity)
- Predicting 'this' Output (3) (Udacity)
- Predicting 'this' Output with 'new' (Udacity)
- Predicting 'this' Output (4) (Cont.) (Udacity)
- Predicting Closure Output (2) (Udacity)
- Predicting 'this' Output (4) (Udacity)
- Predicting Closure Output (3) (Cont.) (Udacity)
- Predicting Closure Output (3) (Udacity)
- Predicting Closure Output (4) (Cont.) (Udacity)
- Predicting Closure Output (4) (Udacity)
- Predicting Closure Output (5) (Cont.) (Udacity)
- Predicting Closure Output (5) (Udacity)
- Predicting Closure Output (6) (Cont.) (Udacity)
- Predicting Closure Output (6) (Udacity)
- Predicting Closure Output (Cont.) (Udacity)
- Predicting Closure Output (Udacity)
- Predicting Code Output (Cont.) (Udacity)
- Predicting Code Output (Udacity)
- Predicting Execution Context Output (Cont.) (Udacity)
- Predicting Execution Context Output (Udacity)
- Predicting Execution Contexts (2) (Cont.) (Udacity)
- Predicting Execution Contexts (2) (Udacity)
- Predicting Execution Contexts (Udacity)
- Predicting Execution ContextsII (Udacity)
- Predicting Parameter Output (2) (Cont.) (Udacity)
- Predicting Parameter Output (2) (Udacity)
- Predicting Parameter Output (Cont.) (Udacity)
- Predicting Parameter Output (Udacity)
- Predicting Prototype Delegation (Cont.) (Udacity)
- Predicting Prototype Delegation (Udacity)
- Predicting Strict Comparison of Objects (Cont.) (Udacity)
- Predicting Strict Comparison of Objects (Udacity)
- Predicting the Value of 'this' (Cont.) (Udacity)
- Predicting the Value of 'this' (Udacity)
- Predicting Undefined Property Lookups (Cont.) (Udacity)
- Property Lookup on Cloned Objects (Udacity)
- Predicting Undefined Property Lookups (Udacity)
- Prototype chain (Udacity)
- Programming our games (Udacity)
- Pseudoclassical Subclasses (Cont.) (Udacity)
- Proper Subclass Constructor Delegation (Cont.) (Udacity)
- Pseudoclassical Subclasses (Udacity)
- Proper Subclass Constructor Delegation (Udacity)
- Reducing duplicity (Udacity)
- Property access (Udacity)
- Reducing duplicity (Cont.) (Udacity)
- Property Lookup of Delegated Objects (Cont.) (Udacity)
- Refactoring Into a Superclass (Cont.) (Udacity)
- Property Lookup of Delegated Objects (Udacity)
- Refactoring Into a Superclass (Udacity)
- Property Lookup on Cloned Objects (Cont.) (Udacity)
- Refactoring the .move() Method (Cont.) (Udacity)
- Refactoring the .move() Method (Udacity)
- Refactoring to Consolidate Code (Cont.) (Udacity)
- Refactoring to Consolidate Code (Udacity)
- Retaining Access to Functions (Cont.) (Udacity)
- Retaining Access to Functions (Udacity)
- review (Udacity)
- Review the'this' parameter (Udacity)
- Scope and closure (Udacity)
- Scope restriction (Udacity)
- Scope: example (Udacity)
- Strict Comparison of Returned Functions (Cont.) (Udacity)
- Strict Comparison of Returned Functions (Udacity)
- Subclass Constructor Delegation (Cont.) (Udacity)
- Subclass Constructor Delegation (Udacity)
- Subclass Method Prototype Delegation (Cont.) (Udacity)
- Subclass Method Prototype Delegation (Udacity)
- Subclass Property Prototype Delegation (Cont.) (Udacity)
- Subclass Property Prototype Delegation (Udacity)
- Subclass Prototype Constructor Property (Cont.) (Udacity)
- Subclass Prototype Constructor Property (Udacity)
- Subclass Prototype Delegation (Cont.) (Udacity)
- Subclass Prototype Delegation (Udacity)
- Summary (Closure) (Udacity)
- summary (Cont.) (Udacity)
- summary (Udacity)
- Summary of pseudo-class subclasses (Udacity)
- summary, (Udacity)
- Summary. (Udacity)
- summary.. (Udacity)
- this' in Superclass using 'new' (Cont.) (Udacity)
- this' in Superclass using 'new' (Udacity)
- this' in Superclass without using 'new' (Cont.) (Udacity)
- this' in Superclass without using 'new' (Udacity)
- this' parameter (Udacity)
- Use .call() (Udacity)
- Use Object.create() (Udacity)
- Variable Access (Cont.) (Udacity)
- Variable Access (Udacity)
- Welcome to the advanced course of front-end development! (Udacity)
- Wrong solution (Udacity)