C++ succeeded twice. Initially, it provided a thin object-oriented abstraction over C. This solved many problems scaling large C projects. It set baseline expe

C++ succeeded twice. Initially, it provided a thin object-oriented abstraction over C. This solved many problems scaling large C projects. It set baseline expectations for languages that came later. Being a "thin object-oriented abstraction over C" has significant limits. By the 2000s, it was clear that C++ couldn't scale complexity in the way we needed it to. It was slowly dying. C++ reinvented itself as a functional metaprogramming language starting with C++11, providing an even higher level of abstraction. Many deficiencies in the older language and systems languages generally were addressed. This was a huge success, creating a large resurgence in adoption and setting new expectations for what a systems language should be capable of. C++20 looks like a completely different (and much better) language than C++98. I view C -> legacy C++ -> modern C++ as the evolution of a single language. Each was wildly successful on its own up to some level of complexity. Every time it runs into a practical limitations on scaling complexity, it adds a new layer of abstraction. As much as people complain about it, this strategy has clearly been successful.