I was quibbling with the point that because FP languages often don't give low level control they can't become successful even though nearly every language on that top ten list suffers from the same perf oriented deficiency.
To write performant code in any of those top ten languages you have to understand the characteristics and nuances of the underlying tech stack.
And honestly people who don't write performant Java because they didn't bother to learn about the GC wouldn't have magically done otherwise writing C++. Trust me, that language does not intrinsically cause you to write performant code. It does intrinsically cause you to leak memory though.
But the bigger point is that in many domains performance is second to many other concerns. Like you said pick the languages that matches your needs.
I was quibbling with the point that because FP languages often don't give low level control they can't become successful even though nearly every language on that top ten list suffers from the same perf oriented deficiency.
To write performant code in any of those top ten languages you have to understand the characteristics and nuances of the underlying tech stack.
And honestly people who don't write performant Java because they didn't bother to learn about the GC wouldn't have magically done otherwise writing C++. Trust me, that language does not intrinsically cause you to write performant code. It does intrinsically cause you to leak memory though.
But the bigger point is that in many domains performance is second to many other concerns. Like you said pick the languages that matches your needs.
So I think we pretty much agree.