But I've seen that quote before (I think from you, even). I didn't believe it then, and I don't believe it now.
There is nothing about the existence of C that prevents people from doing research on the kind of problem that Fran Allen is talking about. Nothing! Those other languages still exist. The ideas still exist. The people who care about that kind of problem still exist. Go do your research; nobody's stopping you.
What actually happened is that the people who wanted to do the research (and/or pay for the research) dried up. C won hearts and minds; Fran Allen (and you) are lamenting that the side you preferred lost.
It's worth asking why, even if Ada or Algol or whatever were extra cost, why weren't they worth the extra cost? Why didn't everybody buy them and use them anyway, if they were that much better?
The fact is that people didn't think they were enough better to be worth it. Why not? People no longer thought that these automatic optimization research avenues were worth pursuing. Why not? Universities were teaching C, and C was free to them. But universities have enough money to pay for the other languages. But they didn't. Why not?
The answer can't be just that C was free and the other stuff cost. C won too thoroughly for that - especially if you claim that the other languages were better.
Worse is better, and most folks are cheapy, if lemons are free and juicy sweet oranges have to be bought, they will drink bitter lemonande no matter what, eventually it will taste great.
Universities are always fighting with budgets, some of them can't even afford to keep the library running with good enough up to date books.
> What actually happened is that the people who wanted to do the research (and/or pay for the research) dried up. C won hearts and minds; Fran Allen (and you) are lamenting that the side you preferred lost.
Eh, sort of. The rise of C is partially wrapped up in the rise of general-purpose hardware, which eviscerates the demand for optimizers to take advantage of the special capabilities of hardware. An autovectorizer isn't interesting if there's no vector hardware to run it on.
But it's also the case that when Java became an important language, there was a renaissance in many advanced optimization and analysis techniques. For example, alias analysis works out to be trivial in C--either you obviously prove they don't alias based on quite local information, or your alias analysis (no matter how much you try to improve its sensitivity) gives up and conservatively puts it in the everything-must-alias pile; there isn't much a middle ground.
But I've seen that quote before (I think from you, even). I didn't believe it then, and I don't believe it now.
There is nothing about the existence of C that prevents people from doing research on the kind of problem that Fran Allen is talking about. Nothing! Those other languages still exist. The ideas still exist. The people who care about that kind of problem still exist. Go do your research; nobody's stopping you.
What actually happened is that the people who wanted to do the research (and/or pay for the research) dried up. C won hearts and minds; Fran Allen (and you) are lamenting that the side you preferred lost.
It's worth asking why, even if Ada or Algol or whatever were extra cost, why weren't they worth the extra cost? Why didn't everybody buy them and use them anyway, if they were that much better?
The fact is that people didn't think they were enough better to be worth it. Why not? People no longer thought that these automatic optimization research avenues were worth pursuing. Why not? Universities were teaching C, and C was free to them. But universities have enough money to pay for the other languages. But they didn't. Why not?
The answer can't be just that C was free and the other stuff cost. C won too thoroughly for that - especially if you claim that the other languages were better.