If you use an LLM with C or C++, stuff like pointer arithmetic or downcasting can be tricky. The code might compile just fine, but you could run into problems at runtime. That's why Rust is the only way...
> The code might compile just fine, but you could run into problems at runtime.
Obviously, this can also happen with Rust, but certainly less so than with C or C++, I'll give you that. But how is Rust the only way when there's also Java, Go, C#, Swift, Kotlin, etc.?
