C vs C++ vs Java vs Python vs JavaScript
C, C++, Java, Python and JavaScript are among the most popular and influential languages, but they serve very different purposes.
- C â Compiled, procedural. A low-level, high-performance language with direct memory access via pointers. Common in operating systems, embedded systems and performance-critical software.
- C++ â Compiled, multi-paradigm (procedural, OOP, generic). Extends C with classes, templates and RAII. Used in game engines, simulations and high-performance applications.
- Java â Compiled to bytecode, runs on JVM (interpreted/JIT-compiled). Platform-independent, strongly typed, with automatic garbage collection. Popular for enterprise android and backend systems.
- Python â Dynamically typed, typically first compiled and then interpreted via bytecode execution. Prioritizes readability and rapid development. Dominates AI, data science and automation.
- JavaScript â Interpreted with JIT compilation, event-driven, prototype-based. Core language for web development; runs in browsers and on servers via Node.js.
C vs C++ vs Java vs Python vs JavaScript â Comparison Table
Feature | C | C++ | Java | Python | JavaScript |
---|---|---|---|---|---|
Typing | Static | Static | Static | Dynamic | Dynamic |
Syntax Complexity | High, low-level & manual | High, verbose & manual control | Medium, strict but simpler than C++ | Low, very simple & readable | Medium, flexible but quirky |
Memory Management | Manual | Manual + RAII | Automatic (Garbage Collector) | Automatic (Garbage Collector) | Automatic (Garbage Collector) |
Main Use Cases | OS, compilers, embedded systems | Games, simulations, system software | Enterprise apps android, backend | Data science, AI, scripting, web | Web front-end, backend (Node.js) |
Execution Speed | Fastest | Fastest | Fast | Slower | Fast in browsers |
Paradigm | Procedural | Procedural + OOP | OOP | Multi-paradigm | Event-driven + functional |