#endif
+const struct memory_object_pager_ops default_pager_ops = {
+ dp_memory_object_reference,
+ dp_memory_object_deallocate,
+ dp_memory_object_init,
+ dp_memory_object_terminate,
+ dp_memory_object_data_request,
+ dp_memory_object_data_return,
+ dp_memory_object_data_initialize,
+ dp_memory_object_data_unlock,
+ dp_memory_object_synchronize,
+ dp_memory_object_unmap,
+ "default pager"
+};
+
kern_return_t
dp_memory_object_init(
memory_object_t mem_obj,
/* a synchronous interface */
/* return KERN_LOCK_OWNED; */
upl_t upl;
- int page_list_count = 0;
+ unsigned int page_list_count = 0;
memory_object_super_upl_request(vs->vs_control,
(memory_object_offset_t)offset,
size, size,
if ((vs->vs_seqno != vs->vs_next_seqno++)
|| (vs->vs_readers)
|| (vs->vs_xfer_pending)) {
- upl_t upl;
- int page_list_count = 0;
+ upl_t upl;
+ unsigned int page_list_count = 0;
vs->vs_next_seqno--;
VS_UNLOCK(vs);
* and this default_pager structure
*/
- vs->vs_mem_obj = ISVS;
+ vs->vs_pager_ops = &default_pager_ops;
vs->vs_mem_obj_ikot = IKOT_MEMORY_OBJECT;
/*
* Set up associations between the default pager
* and this vstruct structure
*/
- vs->vs_mem_obj = ISVS;
+ vs->vs_pager_ops = &default_pager_ops;
vstruct_list_insert(vs);
*mem_objp = vs_to_mem_obj(vs);
return KERN_SUCCESS;