Liste des Groupes | Revenir à theory |
On 5/8/2025 12:22 AM, Richard Heathfield wrote:No, they are not, as they don't have the required properties.On 08/05/2025 06:12, olcott wrote:We are testing the basic elements of key algorithmsIt is like you never heard of infinite recursion.>
I'm sure he has.
>
On a computer, there's no such thing.
>
Oh, we can /describe/ such a thing:
>
foo(){foo();}
>
or, if you prefer:
>
void bar(void);foo(){bar();}bar(){foo();}
>
but it never gets more than a yard off the starting line before it breaks. On systems where function calls are facilitated by pushing return addresses onto a stack, the stack rapidly runs out of space, and a good OS will trip it up before Bad Things can happen.
>
If you think you have "an essentially infinite recursion relationship" you're only fooling yourself, nobody else.
>
in the concrete model of computation of the x86 language,
we have no need to look at memory requirements. The C
functions are proxies for Turing Machines.
I hate tedious details. I specific the gist of ideasAnd that is why you don't find truth. You need to work with a valid gist of the ideas.
so that the rest can be easily inferred.
>
Les messages affichés proviennent d'usenet.