species/tycho/sim.c

124  *     insn_t *sim_alloc_bufs( unsigned int nwars, unsigned int coresize,
126  *     insn_t *sim_alloc_bufs2( unsigned int nwars, unsigned int coresize,
133  *     coresize    -- size of core
137  *		      it defaults to min(1,coresize/16).
167 sim_alloc_bufs2( unsigned int nwars, unsigned int coresize,
175   Core_Mem = (insn_t*)malloc( sizeof(insn_t) * coresize );
190     Coresize = coresize;
200 sim_alloc_bufs( unsigned int nwars, unsigned int coresize,
204   pspace = coresize/16 == 0 ? 1 : coresize/16;
205   return sim_alloc_bufs2( nwars, coresize, processes, cycles, pspace );
536  * x, y must be in 0..coresize-1 for the following macros:
538  * INCMOD(x): x = x+1 mod coresize
539  * DECMOD(x): x = x-1 mod coresize
540  * ADDMOD(z,x,y): z = x+y mod coresize
541  * SUBMOD(z,x,y): z = x-y mod coresize
547 #define INCMOD(x) do { if ( ++(x) == coresize ) (x) = 0; } while (0)
549 #define ADDMOD(z,x,y) do { (z) = (x)+(y); if ((z)>=coresize) (z) -= coresize; } while (0)
550 #define SUBMOD(z,x,y) do { (z) = (x)-(y); if ((int)(z)<0) (z) += coresize; } while (0)
644   unsigned int coresize, coresize1; /* size of core, size of core - 1 */
661   coresize = Coresize;
708     dis1( debug_line, insn, coresize);
1133       core[db].b = (rb_b * ra_b) % coresize;
1135       core[db].a = (rb_a * ra_a) % coresize;
1138       core[db].b = (rb_b * ra_b) % coresize;
1141       core[db].a = (rb_a * ra_b) % coresize;
1143       core[db].b = (rb_b * ra_a) % coresize;
1146       core[db].a = (rb_a * ra_b) % coresize;