int xmp_array_ubound_(xmp_desc_t **d, int *dim, int *ubound) {
return xmp_array_ubound(*d, *dim, ubound);
}
int main()
{
int irank, ierr, error=0;
xmp_desc_t dt, dn, dt1, dn1, dn2;
int ival,lb[3],ub[3],st[3],map[2];
ierr=xmp_align_template(xmp_desc_of(a), &dt);
ierr=xmp_dist_nodes(dt, &dn);
ierr=xmp_align_template(xmp_desc_of(a1), &dt1);
ierr=xmp_dist_nodes(dt1, &dn1);
irank=xmp_node_num();
ierr=xmp_template_fixed(xmp_desc_of(t2), &ival);
check(ival, 0, &error);
#pragma xmp template_fix[block] t2[0:6]
if (irank==11){
ierr=xmp_nodes_ndims(dn, &ival);
check(ival, 3, &error);
ierr=xmp_nodes_index(dn, 1, &ival);
check(ival, 1, &error);
ierr=xmp_nodes_index(dn, 2, &ival);
check(ival, 3, &error);
ierr=xmp_nodes_index(dn, 3, &ival);
check(ival, 2, &error);
ierr=xmp_nodes_size(dn, 1, &ival);
check(ival, 2, &error);
ierr=xmp_nodes_size(dn, 2, &ival);
check(ival, 3, &error);
ierr=xmp_nodes_size(dn, 3, &ival);
check(ival, 2, &error);
ierr=xmp_nodes_equiv(dn1, &dn2, lb, ub, st);
check(lb[0], 1, &error);
check(ub[0], 2, &error);
check(st[0], 1, &error);
/*ierr=xmp_nodes_attr(dn, &ival);
check(ival, 3, &error);
ierr=xmp_nodes_attr(dn1, &ival);
check(ival, 3, &error);*/
ierr=xmp_template_fixed(xmp_desc_of(t2), &ival);
check(ival, 1, &error);
ierr=xmp_template_ndims(dt, &ival);
check(ival, 3, &error);
ierr=xmp_template_lbound(dt, 1, &ival);
check(ival, 0, &error);
ierr=xmp_template_lbound(dt, 2, &ival);
check(ival, 0, &error);
ierr=xmp_template_lbound(dt, 3, &ival);
check(ival, 0, &error);
ierr=xmp_template_ubound(dt, 1, &ival);
check(ival, 15, &error);
ierr=xmp_template_ubound(dt, 2, &ival);
check(ival, 5, &error);
ierr=xmp_template_ubound(dt, 3, &ival);
check(ival, 8, &error);
ierr=xmp_dist_format(dt, 1, &ival);
check(ival, 2101, &error);
ierr=xmp_dist_format(dt, 2, &ival);
check(ival, 2102, &error);
ierr=xmp_dist_format(dt, 3, &ival);
check(ival, 2102, &error);
ierr=xmp_dist_blocksize(dt, 1, &ival);
check(ival, 8, &error);
ierr=xmp_dist_blocksize(dt, 2, &ival);
check(ival, 1, &error);
ierr=xmp_dist_blocksize(dt, 3, &ival);
check(ival, 2, &error);
ierr=xmp_dist_gblockmap(dt1, 1, map);
check(map[0], 2, &error);
check(map[1], 4, &error);
ierr=xmp_dist_axis(dt, 1, &ival);
check(ival, 1, &error);
ierr=xmp_dist_axis(dt, 2, &ival);
check(ival, 2, &error);
ierr=xmp_dist_axis(dt, 3, &ival);
check(ival, 3, &error);
ierr=xmp_align_axis(xmp_desc_of(a), 1, &ival);
check(ival, 2, &error);
ierr=xmp_align_axis(xmp_desc_of(a), 2, &ival);
check(ival, 3, &error);
ierr=xmp_align_axis(xmp_desc_of(a), 3, &ival);
check(ival, 1, &error);
ierr=xmp_align_offset(xmp_desc_of(a), 1, &ival);
check(ival, 0, &error);
ierr=xmp_align_offset(xmp_desc_of(a), 2, &ival);
check(ival, 0, &error);
ierr=xmp_align_offset(xmp_desc_of(a), 3, &ival);
check(ival, 0, &error);
ierr=xmp_align_replicated(xmp_desc_of(b), 1, &ival);
check(ival, 0, &error);
ierr=xmp_align_replicated(xmp_desc_of(b), 2, &ival);
check(ival, 1, &error);
ierr=xmp_align_replicated(xmp_desc_of(b), 3, &ival);
check(ival, 1, &error);
ierr=xmp_array_ndims(xmp_desc_of(a), &ival);
check(ival, 3, &error);
ierr=xmp_array_lbound(xmp_desc_of(a), 1, &ival);
check(ival, 0, &error);
ierr=xmp_array_lbound(xmp_desc_of(a), 2, &ival);
check(ival, 0, &error);
ierr=xmp_array_lbound(xmp_desc_of(a), 3, &ival);
check(ival, 0, &error);
ierr=xmp_array_ubound(xmp_desc_of(a), 1, &ival);
check(ival, 5, &error);
ierr=xmp_array_ubound(xmp_desc_of(a), 2, &ival);
check(ival, 8, &error);
ierr=xmp_array_ubound(xmp_desc_of(a), 3, &ival);
check(ival, 15, &error);
ierr=xmp_array_lshadow(xmp_desc_of(a), 1, &ival);
check(ival, 0, &error);
ierr=xmp_array_lshadow(xmp_desc_of(a), 2, &ival);
check(ival, 0, &error);
ierr=xmp_array_lshadow(xmp_desc_of(a), 3, &ival);
check(ival, 1, &error);
ierr=xmp_array_ushadow(xmp_desc_of(a), 1, &ival);
check(ival, 0, &error);
ierr=xmp_array_ushadow(xmp_desc_of(a), 2, &ival);
check(ival, 0, &error);
ierr=xmp_array_ushadow(xmp_desc_of(a), 3, &ival);
check(ival, 2, &error);
ierr=xmp_array_gtol(xmp_desc_of(a), 1, gidx[0], &lidx[0]);
ierr=xmp_array_gtol(xmp_desc_of(a), 2, gidx[1], &lidx[1]);
ierr=xmp_array_gtol(xmp_desc_of(a), 3, gidx[2], &lidx[2]);
check(lidx[0], 1, &error);
check(lidx[1], 1, &error);
check(lidx[2], 4, &error);
if(error == 0){
printf("PASS\n");
}
else{
fprintf(stderr, "ERROR count=%d\n",error);
exit(1);
}
}
return 0;
}
