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Article by Ayman Alheraki on May 9 2025 10:36 PM

Have You Ever Dreamed That C++ Became Perfect

Have You Ever Dreamed That C++ Became Perfect?

A Tale of a C++ Lover Hoping It Could Rival Rust, Zig, and Go

Let me start by saying: I do not believe C++ is weak today. On the contrary — I’m a long-time user, and I still use it daily. I prefer no other language over it because of the deep experience I’ve accumulated over many years. But like many C++ enthusiasts, I sincerely hope that this dream scenario becomes reality soon, overcoming the challenges that stand in its way and bringing it to the modern forefront.

 

The Dream of a C++ Programmer

One quiet night, I dozed off in front of my favorite code editor. I had a dream that I was starting a new project in C++... but it wasn't the C++ I knew.

It had transformed into something entirely new and brilliant, a modernized version of the language I love — a version that now competes directly with today's leading languages.

 

What Did I See in the Dream?

  1. Advanced, Hybrid Memory Management

    • I could choose between manual or automatic memory management depending on my needs.

    • No memory leaks, no dangling pointers, no undefined behavior.

    • The compiler warned me if my memory usage patterns were unsafe or inefficient.

  2. A Powerful Package Manager

    • Like Rust’s cargo or Python’s pip, I could pull in external libraries with a single command: cpp add boost::asio

    • No more chasing .lib files or deciphering mysterious CMake setups.

  3. A Smart, Context-Aware Error System

    • It clearly highlighted weak, unsafe, or outdated code patterns.

    • It suggested modern C++ alternatives and best practices.

  4. Legacy Obstacles Removed

    • No more random #include statements.

    • No more #define macros interfering with your code.

    • Clean, structured modules instead of the chaotic preprocessor days.

  5. Incredible Compile and Link Speed

    • Fast build times, even on huge codebases.

    • Smart dependency tracking minimized unnecessary rebuilds.

  6. Memory-Safe by Design

    • With safety guarantees similar to Rust, I could write multithreaded code with confidence, avoiding data races and hidden bugs.

Then I Woke Up...

And there it was — an official announcement:

"C++ Next has arrived — The future of programming built upon the depth of its past."

Was I still dreaming? Or has the time finally come for C++ to move from being a language that demands expertise and caution, to one that balances control with accessibility?

 

Final Thoughts

We don’t want C++ to become a beginner's toy. We want it to remain powerful while shedding its outdated baggage — to modernize without compromise.

As long-time users and fans of the language, we don’t want to leave it behind. But we dream of the day it steps toward us — just one step closer to what modern development demands.

Until then, we continue supporting promising initiatives like:

Perhaps a new awakening is near for a legendary language that hasn’t died — but has simply been waiting for its renaissance.

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