ocfs2: miscellaneous spelling fixes

					   struct ocfs2_path *path,

					   struct ocfs2_extent_rec *insert_rec);

/*

 * Reset the actual path elements so that we can re-use the structure

 * Reset the actual path elements so that we can reuse the structure

 * to build another path. Generally, this involves freeing the buffer

 * heads.

 */

	/*

	 * If there is a gap before the root end and the real end

	 * of the righmost leaf block, we need to remove the gap

	 * of the rightmost leaf block, we need to remove the gap

	 * between new_cpos and root_end first so that the tree

	 * is consistent after we add a new branch(it will start

	 * from new_cpos).

	/* Note: new_eb_bhs[new_blocks - 1] is the guy which will be

	 * linked with the rest of the tree.

	 * conversly, new_eb_bhs[0] is the new bottommost leaf.

	 * conversely, new_eb_bhs[0] is the new bottommost leaf.

	 *

	 * when we leave the loop, new_last_eb_blk will point to the

	 * newest leaf, and next_blkno will point to the topmost extent

		 * update split_index here.

		 *

		 * When the split_index is zero, we need to merge it to the

		 * prevoius extent block. It is more efficient and easier

		 * previous extent block. It is more efficient and easier

		 * if we do merge_right first and merge_left later.

		 */

		ret = ocfs2_merge_rec_right(path, handle, et, split_rec,

}

/*

 * This should only be called against the righmost leaf extent list.

 * This should only be called against the rightmost leaf extent list.

 *

 * ocfs2_figure_appending_type() will figure out whether we'll have to

 * insert at the tail of the rightmost leaf.

	}

	/*

	 * i_size might have just been updated as we grabed the meta lock.  We

	 * i_size might have just been updated as we grabbed the meta lock.  We

	 * might now be discovering a truncate that hit on another node.

	 * block_read_full_folio->get_block freaks out if it is asked to read

	 * beyond the end of a file, so we check here.  Callers

	if (list_empty(&slot->ds_live_item))

		goto out;

	/* live nodes only go dead after enough consequtive missed

	/* live nodes only go dead after enough consecutive missed

	 * samples..  reset the missed counter whenever we see

	 * activity */

	if (slot->ds_equal_samples >= o2hb_dead_threshold || gen_changed) {

 * just calling printk() so that this can eventually make its way through

 * relayfs along with the debugging messages.  Everything else gets KERN_DEBUG.

 * The inline tests and macro dance give GCC the opportunity to quite cleverly

 * only emit the appropriage printk() when the caller passes in a constant

 * only emit the appropriate printk() when the caller passes in a constant

 * mask, as is almost always the case.

 *

 * All this bitmask nonsense is managed from the files under

 * race between when we see a node start heartbeating and when we connect

 * to it.

 *

 * So nodes that are in this transtion put a hold on the quorum decision

 * So nodes that are in this transition put a hold on the quorum decision

 * with a counter.  As they fall out of this transition they drop the count

 * and if they're the last, they fire off the decision.

 */

}

/* as a node comes up we delay the quorum decision until we know the fate of

 * the connection.  the hold will be droped in conn_up or hb_down.  it might be

 * the connection.  the hold will be dropped in conn_up or hb_down.  it might be

 * perpetuated by con_err until hb_down.  if we already have a conn, we might

 * be dropping a hold that conn_up got. */

void o2quo_hb_up(u8 node)

}

/* This is analogous to hb_up.  as a node's connection comes up we delay the

 * quorum decision until we see it heartbeating.  the hold will be droped in

 * quorum decision until we see it heartbeating.  the hold will be dropped in

 * hb_up or hb_down.  it might be perpetuated by con_err until hb_down.  if

 * it's already heartbeating we might be dropping a hold that conn_up got.

 * */