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C++ Institute JSA-41-01 考試大綱主題:
| 章節 | 權重 | 目標 |
| Built-in Objects | 27% | - Set Collections
- 1. Iterate over sets and convert them using spread syntax
- 2. Create sets and use add(), has(), delete(), clear(), and size
- Regular Expressions
- 1. Use test(), exec(), match(), search(), and replace()
- 2. Create regular expressions using RegExp or literal syntax
- Advanced Array Methods
- 1. Use filter(), sort(), map(), and reduce()
- 2. Use find(), every(), and some()
- Math
- 1. Apply power, logarithmic, and trigonometric functions
- 2. Use rounding, random number generation, minimum, maximum, and absolute value operations
- String
- 1. Use string padding, trimming, and comparison operations
- 2. Manipulate string case, splitting, searching, and replacement
- Number
- 1. Convert between numeric values and strings and handle numeric formats
- 2. Use Number static properties, methods, and formatting APIs
- Extending Built-in Types
- 1. Understand the risks of modifying built-in prototypes
- 2. Extend built-in prototypes responsibly
- Objects as Data Structures
- 1. Use plain objects as dictionaries
- 2. Manage object entries and iterate over them
- JSON
- 1. Parse JSON data using JSON.parse()
- 2. Serialize data using JSON.stringify()
- Date
- 1. Measure elapsed time and distinguish local time from UTC
- 2. Construct dates and read or modify date components
- Map Collections
- 1. Create maps and use set(), get(), has(), delete(), clear(), and size
- 2. Iterate over map key-value pairs
- Arrays
- 1. Use slice(), splice(), spread syntax, and destructuring
- 2. Create and merge arrays and add or remove elements
|
| Classes and Class-Based Approach | 23% | - Static Members
- 1. Define and access static methods and properties on classes
- Instantiation and Type Checks
- 1. Instantiate objects using new
- 2. Verify class relationships using instanceof
- Class Fields
- 1. Initialize fields in constructors or using class field syntax
- Class Declarations
- 1. Use class expressions and treat classes as first-class values
- 2. Declare classes with constructors, fields, and methods
- Accessors in Classes
- 1. Use accessors for computed and validated properties
- 2. Implement getters and setters inside class bodies
- Classes and Constructors
- 1. Understand the relationship between classes and prototype methods
- 2. Compare class syntax with constructor functions
- Inheritance
- 1. Call parent constructors and methods using super
- 2. Extend classes using extends and override inherited members
|
| Advanced Functions | 25% | - Generators and Iterators
- 1. Implement custom iterables and iterators
- 2. Define generator functions and iterate using for...of
- Async and Await
- 1. Handle asynchronous errors using try/catch
- 2. Write asynchronous functions and await promise results
- Asynchronous Programming with Callbacks
- 1. Organize asynchronous flows using callbacks
- 2. Handle asynchronous errors and callback conventions
- Asynchronous Network Requests
- 1. Retrieve network data using XMLHttpRequest
- 2. Perform asynchronous requests using the Fetch API
- Parameters and Arguments
- 1. Use default parameter values, rest parameters, and spread syntax
- 2. Simulate named parameters using objects and destructuring
- Promises
- 1. Create promises and handle results using then(), catch(), and finally()
- Closures and IIFEs
- 1. Understand and use closures over lexical environments
- 2. Implement Immediately Invoked Function Expressions
- Promise Chaining and Patterns
- 1. Chain asynchronous operations
- 2. Use Promise.all(), Promise.any(), and Promise.race()
- Call Forwarding and Context
- 1. Control this and forward calls using call(), apply(), and bind()
- Function Decorators
- 1. Pass functions as arguments and return functions
- 2. Compose function wrappers and higher-order functions
|
| Classless Objects | 25% | - Object Properties
- 1. Work with nested properties and optional access patterns
- 2. Add, modify, and delete object properties
- Copying and Cloning Objects
- 1. Distinguish copying references from cloning values
- 2. Use Object.assign() and the spread operator for shallow cloning
- 3. Understand deep-cloning strategies and their limitations
- Creating Classless Objects
- 1. Create objects using Object.create() and explicit prototypes
- 2. Create objects using constructor functions and new
- 3. Create objects using factory functions
- Comparing Objects
- 1. Distinguish reference equality from deep structural comparison
- 2. Understand object identity and value equivalence
- Prototypes
- 1. Understand prototype-based inheritance and prototype chains
- 2. Set prototypes using Object.setPrototypeOf()
- 3. Recognize __proto__, [[Prototype]], and Function.prototype
- Dot and Bracket Notation
- 1. Use bracket notation for multi-word, dynamic, and computed property keys
- 2. Use dot notation for standard property identifiers
- Getters and Setters
- 1. Use accessors to validate or compute property values
- 2. Declare accessor properties using get and set
- Create Individual Objects
- 1. Create objects using object literal syntax and initialize fields
- Property Existence and Enumeration
- 1. Test property existence using the in operator
- 2. Use Object.keys(), Object.values(), and Object.entries()
- 3. Enumerate object properties using for...in with own-property filtering
- Object Configuration
- 1. Configure property descriptors using Object.defineProperty()
- 2. Control object mutability using Object.preventExtensions(), Object.seal(), and Object.freeze()
- Methods and this
- 1. Add methods to existing objects
- 2. Use this correctly in method contexts
- 3. Store functions as object properties and define methods in object literals
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