243   pv_t offset = pv_subtract (addr, array_addr);  in pv_is_array_ref()  local
245   if (offset.kind == pvk_constant)  in pv_is_array_ref()
253       if (offset.k <= -size  in pv_is_array_ref()
254           && offset.k >= array_len * elt_size)  in pv_is_array_ref()
256       else if (offset.k % elt_size != 0  in pv_is_array_ref()
261           *i = offset.k / elt_size;  in pv_is_array_ref()
290   CORE_ADDR offset;  member
405 find_entry (struct pv_area *area, CORE_ADDR offset)  in find_entry()  argument
421   while (((e->next->offset - offset) & area->addr_mask)  in find_entry()
422          < ((e->offset - offset) & area->addr_mask))  in find_entry()
427   while (((e->prev->offset - offset) & area->addr_mask)  in find_entry()
428          < ((e->offset - offset) & area->addr_mask))  in find_entry()
444           CORE_ADDR offset,  in overlaps()  argument
448   return (((entry->offset - offset) & area->addr_mask) < size  in overlaps()
449           || ((offset - entry->offset) & area->addr_mask) < entry->size);  in overlaps()
464       CORE_ADDR offset = addr.k;  in pv_area_store()  local
465       struct area_entry *e = find_entry (area, offset);  in pv_area_store()
468       while (e && overlaps (area, e, offset, size))  in pv_area_store()
494       CORE_ADDR offset = addr.k;  in pv_area_store()  local
497       e->offset = offset;  in pv_area_store()
526       CORE_ADDR offset = addr.k;  in pv_area_fetch()  local
527       struct area_entry *e = find_entry (area, offset);  in pv_area_fetch()
531       if (e->offset == offset && e->size == size)  in pv_area_fetch()
556               *offset_p = e->offset;  in pv_area_find_reg()
585         addr.k = e->offset;  in pv_area_scan()