Jochem Maas wrote:
Mathijs wrote:
Jochem Maas wrote:
Mathijs wrote:
...
Thank you very much.
This seems to work :).
cool. heres's a couple of funcs that might help you to understand bitwise
operations better:
>= 1) { $x++; }
return $i ? $j <<= $x: 0;
}
/* doesn't break when expone
Jochem Maas wrote:
Mathijs wrote:
Jochem Maas wrote:
Mathijs wrote:
...
Thank you very much.
This seems to work :).
cool. heres's a couple of funcs that might help you to understand bitwise
operations better:
>= 1) { $x++; }
return $i ? $j <<= $x: 0;
}
/* doesn't break when expone
Jochem Maas wrote:
Mathijs wrote:
Jochem Maas wrote:
Mathijs wrote:
...
Thank you very much.
This seems to work :).
cool. heres's a couple of funcs that might help you to understand bitwise
operations better:
>= 1) { $x++; }
return $i ? $j <<= $x: 0;
}
/* doesn't break when expone
Jochem Maas wrote:
Mathijs wrote:
Jochem Maas wrote:
Mathijs wrote:
...
Thank you very much.
This seems to work :).
cool. heres's a couple of funcs that might help you to understand bitwise
operations better:
>= 1) { $x++; }
return $i ? $j <<= $x: 0;
}
/* doesn't break when expone
Mathijs wrote:
> Jochem Maas wrote:
>> Mathijs wrote:
...
>>>
>
>
> Thank you very much.
> This seems to work :).
cool. heres's a couple of funcs that might help you to understand bitwise
operations better:
>= 1) { $x++; }
return $i ? $j <<= $x: 0;
}
/* doesn't break when exponents are
Jochem Maas wrote:
Mathijs wrote:
Hello there.
I am working with some bitwise Operators for validating some variables.
Now i need to know if an certain bit is NOT set and an other bit IS set.
Example.
class Test {
const VALIDATE_CHECK1 = 1;
const VALIDATE_CHECK2 = 2;
const VALIDATE_CHECK3 =
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