Lines Matching full:segments

54  * save the current count of segments and the length of the ending segment.
55 * Earlier segments will not be changed by an append, and the only change
79 * the current segment in the list. If we run out of segments then
276 * Allocate a scatter/gather list along with 'nsegs' segments. The
308 * Append the segments to describe a single kernel virtual address
310 * segments, then this fails with EFBIG.
328 * Append the segments to describe a bio's data to a scatter/gather list.
329 * If there are insufficient segments, then this fails with EFBIG.
348 * If there are insufficient segments, then this fails with EFBIG.
377 * Append the segments of single multi-page mbuf.
378 * If there are insufficient segments, then this fails with EFBIG.
433 * Append the segments that describe a single mbuf chain to a
434 * scatter/gather list. If there are insufficient segments, then this
467 * Append the segments that describe a single mbuf to a scatter/gather
468 * list. If there are insufficient segments, then this fails with
482 * Append the segments that describe a buffer spanning an array of VM
527 * Append the segments that describe a single user address range to a
528 * scatter/gather list. If there are insufficient segments, then this
549 * the scatter/gather list 'sg'. If there are insufficient segments,
591 * Append the segments that describe a single uio to a scatter/gather
592 * list. If there are insufficient segments, then this fails with
639 * Append the segments that describe at most 'resid' bytes from a
641 * segments, then only the amount that fits is appended.
733 * Calculate the total length of the segments described in a
821 * 'count - 1' segments from 'original' now. in sglist_split()
872 /* Append new segments from 'second' to 'first'. */ in sglist_join()
908 /* Figure out how many segments '*slice' needs to have. */ in sglist_slice()
963 * Copy over 'count' segments from 'original' starting at in sglist_slice()
970 /* Fixup first and last segments if needed. */ in sglist_slice()