On 2005-07-05, Grant Edwards <[EMAIL PROTECTED]> wrote:
>> Don't think you can do that with Python... The Python runtime
>> interpreter itself is running on a single processor.
>
> I don't see how that can be. Under Linux at least, the Python
> threading module uses "real" OS threads, so there are multiple
> instances of the interpreter, right? Generally all but one of
> them will be blocked on the GIL, but there are still multiple
> interpreter threads (which can be on multiple different CPUs).
>
> Or is the Python interpreter actually doing the context
> switches itself?
Upon further thought, that just can't be the case. There has
to be multiple instances of the intepreter because the
interpreter can make C system calls that block (thus blocking
that instance of the interpreter). Other Python threads within
the program continue to run, so there must be multiple Python
intepreters.
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Grant Edwards grante Yow! I'm wearing PAMPERS!!
at
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