bool Sbitset__isEmpty (Sbitset self, Sbitset__Index nbits);
-void Sbitset__fprint(Sbitset self, Sbitset__Index nbits, FILE *file);
+void Sbitset__fprint (Sbitset self, Sbitset__Index nbits, FILE *file);
# define Sbitset__set(SELF, INDEX) \
do { \
*Sbitset__byteAddress ((SELF), (INDEX)) = \
*Sbitset__byteAddress ((SELF), (INDEX)) | Sbitset__bit_mask (INDEX); \
- } while(0)
+ } while (0)
# define Sbitset__reset(SELF, INDEX) \
do { \
*Sbitset__byteAddress ((SELF), (INDEX)) = \
*Sbitset__byteAddress ((SELF), (INDEX)) & ~Sbitset__bit_mask (INDEX); \
- } while(0)
+ } while (0)
/* NBITS is the size of the bitset. More than NBITS bits might be reset. */
# define Sbitset__zero(SELF, NBITS) \
do { \
memset (SELF, 0, Sbitset__nbytes (NBITS)); \
- } while(0)
+ } while (0)
/* NBITS is the size of the bitset. More than NBITS bits might be set. */
# define Sbitset__ones(SELF, NBITS) \
do { \
memset (SELF, UCHAR_MAX, Sbitset__nbytes (NBITS)); \
- } while(0)
+ } while (0)
/* NBITS is the size of every bitset. More than NBITS bits might be set. */
# define Sbitset__or(SELF, OTHER1, OTHER2, NBITS) \
Sbitset end_self = ptr_self + Sbitset__nbytes (NBITS); \
for (; ptr_self < end_self; ++ptr_self, ++ptr_other1, ++ptr_other2) \
*ptr_self = *ptr_other1 | *ptr_other2; \
- } while(0)
+ } while (0)
# define SBITSET__FOR_EACH(SELF, NBITS, ITER, INDEX) \
for ((ITER) = (SELF); (ITER) < (SELF) + Sbitset__nbytes (NBITS); ++(ITER)) \