Author: tayyaba

C++ codebases can become outdated and difficult to maintain, especially if they rely heavily on older features or practices that are no longer considered best practices.

C++ has many situations where code can lead to undefined behavior, making it difficult to predict how a program will execute under certain conditions.

Unlike some modern languages, C++ does not have automatic garbage collection, which can lead to increased developer responsibility for resource management.

C++ has limited built-in support for runtime type identification compared to languages with richer reflection capabilities, which can make certain programming tasks more cumbersome.

Different compilers and platforms may implement C++ standards differently, leading to compatibility issues and portability challenges.

C++ programs can have longer compilation times due to templates and the complexity of the language, which can slow down the development process.

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.

C++ code can be verbose, which may lead to longer development times and reduced readability, especially for beginners.

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

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.