Seriously with so many advancements, why hasn't it happened yet?
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Seriously with so many advancements, why hasn't it happened yet?
For further actions, you may consider blocking this person and/or reporting abuse
Alex -
Sotiris Kourouklis -
Jess Lee -
Scofield Idehen -
Top comments (6)
The largest difference between languages close to the machine and higher level languages is probably memory management. Most modern languages take care of this and makes them more "secure" but slower. So to achieve native speed you'd have either take care of memory management yourself (like in C) or it needs to have strict boundaries in place (like Rust). Let's assume you'd have pythons syntax with Rusts security features I can only assume you would not be happy because it would require static typing and Rusts concept of ownership, and your "python" would probably just feel like Rust... so why not just use that?😁
Not sure what you mean… most languages kinda run like Assembly in the end 🤔
well i am talking about a language that syntactically looks like Python but has the performance of assembly language
Assembly is what the CPU knows. For what you want to be possible, they would have to make CPUs that understand that new syntax. But that would probably make them slower, cause there would be a lot more instructions to interpret and run. Life is what it is
this
The closest thing is Cython, which is interpreted "ahead of time" rather than "just in time". Quite cool to be honest, and FAST.