* construction. Why only these are problematic, and not others where lengths
* also differ is something I (khw) do not understand. New versions of Unicode
* might add more such code points. Hopefully the logic in fold_grind.t that
- * figures out what to test (in part by veriying that each size-combination
+ * figures out what to test (in part by verifying that each size-combination
* gets tested) will catch any that do come along, so they can be added to the
- * special handling below. The chances of this are actually rather small, as
- * most, if not all, of the world's scripts that have casefolding have already
- * been encoded by Unicode. Also, a number of Unicode's decisions were made to
- * allow compatibility with pre-existing standards, and almost all of those
- * have already been dealt with. These would otherwise be the most likely
- * candidates for generating further tricky sequences. In other words, Unicode
- * by itself is unlikely to add new ones unless it is for compatibility with
- * pre-existing standards.
+ * special handling below. The chances of new ones are actually rather small,
+ * as most, if not all, of the world's scripts that have casefolding have
+ * already been encoded by Unicode. Also, a number of Unicode's decisions were
+ * made to allow compatibility with pre-existing standards, and almost all of
+ * those have already been dealt with. These would otherwise be the most
+ * likely candidates for generating further tricky sequences. In other words,
+ * Unicode by itself is unlikely to add new ones unless it is for compatibility
+ * with pre-existing standards.
*
* The previous designs for dealing with these involved assigning a special
* node for them. This approach doesn't work, as evidenced by this example: