Compilation Time
C++ programs can have longer compilation times due to templates and the complexity of the language, which can slow down the development process.
Error-Prone
The flexibility of C++ can lead to subtle bugs, particularly with pointer arithmetic, manual memory management, and resource leaks, which can be hard to debug.
Verbose Syntax
C++ code can be verbose, which may lead to longer development times and reduced readability, especially for beginners.
Manual Memory Management
While C++ provides control over memory allocation, it also requires developers to manage memory manually, increasing the risk of memory leaks and undefined behavior if not handled carefully
Complexity
C++ has a steep learning curve due to its rich feature set, including multiple programming paradigms, extensive syntax, and intricate concepts like pointers and memory management.
User-defined Data Types
C++ allows the creation of complex data types, such as structs and classes, enabling developers to model real-world entities effectively.
Static Typing
The static type system in C++ helps catch errors at compile time, making code more robust and reducing the risk of runtime errors.
Low-level Manipulation
C++ enables direct manipulation of hardware and memory, which is essential for system-level programming, drivers, and performance-critical applications.
Data Abstraction
C++ allows developers to create abstract data types, which can hide the implementation details and expose only the necessary functionalities, promoting code encapsulation.
Compile-time Polymorphism
Through templates and function overloading, C++ supports compile-time polymorphism, which can improve performance by resolving method calls at compile time instead of runtime.