Lines Matching defs:range
206 vm_object_size_t range,
396 * into the range by a call to vm_map_find, and removed when
903 * On PPC64, the commpage is mapped beyond the addressable range
1221 * Allocate a range in the specified virtual address map,
1222 * returning the entry allocated for that range.
1330 * available new range, and
1332 * range, and
1494 * Allocate a range in the specified virtual address map.
1495 * The resulting range will refer to memory defined by
1760 * address range, saving them in our "zap_old_map".
1857 * available new range, and
1859 * range, and
1906 * new range.
2074 * that someone else create new mappings that range.
2108 * Part of that range has already been
2648 * range of addresses may not fault, so that
2807 * Make sure "startaddr" is no longer in a nested range
2808 * before we clip. Unnest only the minimum range the platform
2897 * Make sure the range between the start of this entry and
2899 * Unnest only the minimum range the platform can handle.
2964 * addresses fall within the valid range of the map.
3040 * Mark the given range as handled by a subordinate map.
3042 * This range must have been created with vm_map_find using
3044 * performed on this range prior to calling vm_map_submap.
3052 * range from the superior map, and then destroy the
3232 * Clip to start here if the range starts within
3322 * range in the target map. Inheritance
3348 /* first check entire range for submaps which can't support the */
3493 * Sets the pageability of the specified address range in the
3580 * the start address is in range so that the lookup
3630 * checking the validity of the range.
3806 * after clipping to our range.
3883 * In vm_fault_wire(), we need the current range as
3894 * (or entries for this range, if split occured) will be
3990 * resonable range was passed in) are
4010 * Sets the pageability of the specified address range in the target
4323 * range of addresses. Attempt to re-coalesce these VM map entries
4492 * Deallocates the given address range from the target map.
4934 * Remove the given address range from the target map.
5163 * our range is contained completely within this map entry
5170 * check that range specified is contiguous region
5409 * our range is contained completely within this map entry
5414 * check that range specified is contiguous region
5516 /* just back the range with a */
5864 * (copy) object should be one map entry, the target range may be split
8217 * range, to avoid spanning over another VM region
8227 * Adjust copy_offset to the start of the range.
9055 vm_object_size_t range,
9082 for (last_offset = offset + range;
9406 /* invalid address range */
9508 vm_map_size_t range;
9509 range = sub_size;
9519 while (range) {
9538 range -= PAGE_SIZE;
9569 * range in the target map. Paging reference behavior affects
9604 * The entire address range must be valid for the map.
9607 * entry containing the start of the address range if
9608 * the entire range is valid.
10381 * Allocate/check a range of free virtual address
10425 * Allocate a range in the specified virtual address map.
10427 * range
10995 * Synchronises the memory range specified with its backing store