Lines Matching refs:entry
828 * a named entry - a range within another address space
1731 /* needed for direct map entry manipulation */
1949 " entry from the kernel_object\n");
2018 * We found the VM map entry, lock the VM object again.
2043 /* lets see if the next map entry is still */
2205 * The memory entry now points to this VM object and we
2238 /* the size of mapped entry that overlaps with our region */
2241 /* offset of our beg addr within entry */
2274 * No match: we need to create a new entry.
2496 * Create a named entry backed by the provided pager.
2499 * and release it when the named entry is destroyed.
2591 /* check that named entry covers entire object ? */
2610 * Release a send right on a named entry port. This is the correct
2611 * way to destroy a named entry. When the last right on the port is
2625 * Drops a reference on a memory entry and destroys the memory entry if
2627 * NOTE: This routine should not be called to destroy a memory entry from the
2629 * entry. The proper way to destroy a memory entry in the kernel is to
2631 * the memory entry's port. When the last send right is released, the memory
2632 * entry will be destroyed via ipc_kobject_destroy().
2662 /* the UPL regimen but takes place on the memory entry rather than on a UPL */
2970 vm_map_entry_t entry;
2976 while (vm_map_lookup_entry(map, map_offset, &entry)) {
2978 if (entry->object.vm_object == VM_OBJECT_NULL) {
2982 if (entry->is_sub_map) {
2984 vm_map_lock(entry->object.sub_map);
2986 map = entry->object.sub_map;
2987 map_offset = entry->offset + (map_offset - entry->vme_start);
2991 if (entry->object.vm_object->phys_contiguous) {
2996 if(entry->object.vm_object->shadow_offset == 0) {
3004 offset = entry->offset + (map_offset - entry->vme_start);
3006 ((entry->object.vm_object->shadow_offset
3011 offset = entry->offset + (map_offset - entry->vme_start);
3012 object = entry->object.vm_object;
3100 /* offset from beginning of named entry offset in object */