
- TypeScript - Home
- TypeScript - Roadmap
- TypeScript - Overview
- TypeScript - Environment Setup
- TypeScript - Basic Syntax
- TypeScript vs. JavaScript
- TypeScript - Features
- TypeScript - Variables
- TypeScript - let & const
- TypeScript - Operators
- TypeScript - Types
- TypeScript - Type Annotations
- TypeScript - Type Inference
- TypeScript - Numbers
- TypeScript - Strings
- TypeScript - Boolean
- TypeScript - Arrays
- TypeScript - Tuples
- TypeScript - Enums
- TypeScript - Any
- TypeScript - Never
- TypeScript - Union
- TypeScript - Literal Types
- TypeScript - Symbols
- TypeScript - null vs. undefined
- TypeScript - Type Aliases
- TypeScript Control Flow
- TypeScript - Decision Making
- TypeScript - If Statement
- TypeScript - If Else Statement
- TypeScript - Nested If Statements
- TypeScript - Switch Statement
- TypeScript - Loops
- TypeScript - For Loop
- TypeScript - While Loop
- TypeScript - Do While Loop
- TypeScript Functions
- TypeScript - Functions
- TypeScript - Function Types
- TypeScript - Optional Parameters
- TypeScript - Default Parameters
- TypeScript - Anonymous Functions
- TypeScript - Function Constructor
- TypeScript - Rest Parameter
- TypeScript - Parameter Destructuring
- TypeScript - Arrow Functions
- TypeScript Interfaces
- TypeScript - Interfaces
- TypeScript - Extending Interfaces
- TypeScript Classes and Objects
- TypeScript - Classes
- TypeScript - Objects
- TypeScript - Access Modifiers
- TypeScript - Readonly Properties
- TypeScript - Inheritance
- TypeScript - Static Methods and Properties
- TypeScript - Abstract Classes
- TypeScript - Accessors
- TypeScript - Duck-Typing
- TypeScript Advanced Types
- TypeScript - Intersection Types
- TypeScript - Type Guards
- TypeScript - Type Assertions
- TypeScript Type Manipulation
- TypeScript - Creating Types from Types
- TypeScript - Keyof Type Operator
- TypeScript - Typeof Type Operator
- TypeScript - Indexed Access Types
- TypeScript - Conditional Types
- TypeScript - Mapped Types
- TypeScript - Template Literal Types
- TypeScript Generics
- TypeScript - Generics
- TypeScript - Generic Constraints
- TypeScript - Generic Interfaces
- TypeScript - Generic Classes
- TypeScript Miscellaneous
- TypeScript - Triple-Slash Directives
- TypeScript - Namespaces
- TypeScript - Modules
- TypeScript - Ambients
- TypeScript - Decorators
- TypeScript - Type Compatibility
- TypeScript - Date Object
- TypeScript - Iterators and Generators
- TypeScript - Mixins
- TypeScript - Utility Types
- TypeScript - Boxing and Unboxing
- TypeScript - tsconfig.json
- From JavaScript To TypeScript
- TypeScript Useful Resources
- TypeScript - Quick Guide
- TypeScript - Cheatsheet
- TypeScript - Useful Resources
- TypeScript - Discussion
TypeScript - String slice()
This method extracts a section of a string and returns a new string.
Syntax
string.slice( beginslice [, endSlice] );
Argument Details
beginSlice − The zero-based index at which to begin extraction.
endSlice − The zero-based index at which to end extraction. If omitted, slice extracts to the end of the string.
Return Value
If successful, slice returns the index of the regular expression inside the string. Otherwise, it returns -1.
Example
var str = "Apples are round, and apples are juicy."; var sliced = str.slice(3, -2); console.log(sliced);
On compiling, it will generate the same code in JavaScript.
Its output is as follows −
les are round, and apples are juic
typescript_strings.htm
Advertisements