Lines Matching refs:len
180 vm_map_size_t len,
6974 * aligned but len is unaligned we simply need to copy
7957 vm_map_size_t len,
7965 if ((vm_size_t) len != len) {
7966 /* "len" is too big and doesn't fit in a "vm_size_t" */
7969 kalloc_size = (vm_size_t) (sizeof(struct vm_map_copy) + len);
7970 assert((vm_map_size_t) kalloc_size == sizeof (struct vm_map_copy) + len);
7977 copy->size = len;
7982 kr = copyinmap(src_map, src_addr, copy->cpy_kdata, (vm_size_t) len);
7992 vm_map_round_page(src_addr + len,
8548 vm_map_size_t len,
8552 return(vm_map_copyin_common(src_map, src_addr, len, src_destroy,
8560 * Copy the specified region (src_addr, len) from the
8587 vm_map_size_t len,
8620 if (len == 0) {
8628 src_end = src_addr + len;
8638 if ((len < msg_ool_size_small) && !use_maxprot)
8639 return vm_map_copyin_kernel_buffer(src_map, src_addr, len,
8650 XPR(XPR_VM_MAP, "vm_map_copyin_common map 0x%x addr 0x%x len 0x%x dest %d\n", src_map, src_addr, len, src_destroy, 0);
8681 copy->size = len;
9142 (src_start >= src_addr + len) &&
9143 (src_addr + len != 0)) {
9152 * the original (non-rounded) "src_addr + len"
9356 vm_map_size_t len,
9369 if (len == 0) {
9377 src_end = src_addr + len;
9404 copy->size = len;
9408 len,
11913 vm_object_size_t len;
11972 len = MIN(entry->vme_end - start, end - start);
11974 if ((vm_size_t) len != len) {
11976 len = (vm_size_t) (0 - PAGE_SIZE);
11978 fault_info.cluster_size = (vm_size_t) len;
11980 fault_info.hi_offset = offset + len;
12023 * amount of I/O it will do. Regardless of the len we
12025 * silently truncates the len to that size. This isn't
12054 start += len;