Nathan Sidwell <[EMAIL PROTECTED]> wrote on 28/06/2005 18:48:26: > > why are you talking about one's complement in the context of gcc. From > implement-c.texi > > @cite{Whether signed integer types are represented using sign and magnitude, > two's complement, or one's complement, and whether the extraordinary value > is a trap representation or an ordinary value (C99 6.2.6.2).} > > GCC supports only two's complement integer types, and all bit patterns > are ordinary values. > > please stop considering non 2's complement stuff. > Sorry, did not realize this was documented this way. Is "implement-c.texi" part of the user visible documentation, or is it targeted for gcc developers? Michael
- Re: Do C++ signed types have modulo semantics? Michael Veksler
- Re: Do C++ signed types have modulo semantics? Nathan Sidwell
- Re: Do C++ signed types have modulo semantic... Michael Veksler
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- Re: Do C++ signed types have modulo semantics? Gabriel Dos Reis
- Re: Do C++ signed types have modulo semantic... Joseph S. Myers
- Re: Do C++ signed types have modulo sema... Gabriel Dos Reis
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- Re: Do C++ signed types have modulo semantic... Mark Mitchell
- Re: Do C++ signed types have modulo sema... Daniel Berlin
- Re: Do C++ signed types have modulo ... Mark Mitchell
- Re: Do C++ signed types have modulo sema... Theodore Papadopoulo