311    long long int* p2[N];  in main()  local
325       p2[i] = (long long int*)(page[i]+256);  in main()
328       assert( IS_8_ALIGNED(p2[i]) );  in main()
334       *p2[i] = 0;  in main()
348          atomic_saad(p2[0], i+98765 ); /* ensure we hit the upper 32 bits */  in main()
350          atomic_laad(p2[1], i+98765 ); /* ensure we hit the upper 32 bits */  in main()
352          atomic_lawd(p2[2], i+98765 ); /* ensure we hit the upper 32 bits */  in main()
354          atomic_laid(p2[3]);  in main()
356          atomic_ladd(p2[4]);  in main()
358          atomic_lacd(p2[5]);  in main()
360          atomic_lasd(p2[6]);  in main()
362          TRIOP_AND_SAAD("laad ", p2[7], p2[8], 1)  in main()
364          TRIOP_AND_SAAD("lawd ", p2[9], p2[10], i)  in main()
366          BINOP_AND_SAAD("laid ", p2[11], p2[12])  in main()
368          BINOP_AND_SAAD("lasd ", p2[13], p2[14])  in main()
370          BINOP_AND_SAAD("ladd ", p2[15], p2[16])  in main()
372          BINOP_AND_SAAD("lacd ", p2[17], p2[18])  in main()
384       atomic_saad(p2[0], i+98765); /* ensure we hit the upper 32 bits */  in main()
386       atomic_laad(p2[1], i+98765); /* ensure we hit the upper 32 bits */  in main()
388       atomic_lawd(p2[2], i+98765 ); /* ensure we hit the upper 32 bits */  in main()
390       atomic_laid(p2[3]);  in main()
392       atomic_ladd(p2[4]);  in main()
394       atomic_lacd(p2[5]);  in main()
396       atomic_lasd(p2[6]);  in main()
398       TRIOP_AND_SAAD("laad ", p2[7], p2[8], 1)  in main()
400       TRIOP_AND_SAAD("lawd ", p2[9], p2[10], i)  in main()
402       BINOP_AND_SAAD("laid ", p2[11], p2[12])  in main()
404       BINOP_AND_SAAD("lasd ", p2[13], p2[14])  in main()
406       BINOP_AND_SAAD("ladd ", p2[15], p2[16])  in main()
408       BINOP_AND_SAAD("lacd ", p2[17], p2[18])  in main()
417    printf("Store Atomic Add: 32 bit %lld, 64 bit %lld\n",      *p1[0], *p2[0]);  in main()
418    printf("Load Atomic Add: 32 bit %lld, 64 bit %lld\n",       *p1[1], *p2[1]);  in main()
419    printf("Load Atomic Swap: 32 bit %lld, 64 bit %lld\n",      *p1[2], *p2[2]);  in main()
420    printf("Load Atomic Increment: 32 bit %lld, 64 bit %lld\n", *p1[3], *p2[3]);  in main()
421    printf("Load Atomic Decrement: 32 bit %lld, 64 bit %lld\n", *p1[4], *p2[4]);  in main()
422    printf("Load Atomic Clear: 32 bit %lld, 64 bit %lld\n",     *p1[5], *p2[5]);  in main()
423    printf("Load Atomic Set: 32 bit %lld, 64 bit %lld\n",       *p1[6], *p2[6]);  in main()
425    printf("laad and saad: base1: %lld, base2: %lld\n",         *p2[7], *p2[8]);  in main()
427    printf("lawd and saad: base1: %lld, base2: %lld\n",         *p2[9], *p2[10]);  in main()
429    printf("laid and saad: base1: %lld, base2: %lld\n",        *p2[11], *p2[12]);  in main()
431    printf("lasd and saad: base1: %lld, base2: %lld\n",        *p2[13], *p2[14]);  in main()
433    printf("ladd and saad: base1: %lld, base2: %lld\n",        *p2[15], *p2[16]);  in main()
435    printf("lacd and saad: base1: %lld, base2: %lld\n",        *p2[17], *p2[18]);  in main()
438       if (p1_expd[i] == *p1[i] && p2_expd[i] == *p2[i]) {  in main()