Static vs. Dynamic Typing in Programming
Characteristic | Static Typing | Dynamic Typing |
---|---|---|
Definition of Data Types | Requires explicit definition of data types | Data types are determined at runtime |
Type Declaration | Programmer explicitly declares variable types | Type declaration is not required |
Error Detection | Early error detection during compile time | Errors may surface at runtime |
Code Readability | Explicit types can enhance code readability | Code may be more concise but less explicit |
Flexibility | Less flexible as types are fixed at compile time | More flexible, allows variable types to change |
Compilation Process | Requires a separate compilation step | No separate compilation step needed |
Example Languages | C, Java, Swift | Python, JavaScript, Ruby |
Data Types in Programming
In Programming, data type is an attribute associated with a piece of data that tells a computer system how to interpret its value. Understanding data types ensures that data is collected in the preferred format and that the value of each property is as expected.
Table of Content
- What are Data Types in Programming?
- Common Data Types in Programming
- Common Primitive Data Types in Programming
- Common Composite Data Types
- Common User-Defined Data Types
- Dynamic vs Static Typing in Programming
- Type Casting in Programming
- Variables and Data Types in Programming
- Type Safety in Programming