of adjacent 64-bit blocks being equal.
-Noncryptographic generators
+Non-cryptographic generators
Two pseudorandom-number generators are supplied which have no
cryptographic strength whatever. They are, respectively, a
distributed over the integers in the
interval [0, 2^32).
- r->ops->range(r, l) Returns an integer unformly distributed
+ r->ops->range(r, l) Returns an integer uniformly distributed
in the interval [0, l), l < 2^32.
r->ops->fill(r, p, sz) Fill the sz bytes at address p with
I've not actually included the DIEHARD output files in the
distribution, because they're quite large, and anyone can
- reproduce my results exactly using the publically available
+ reproduce my results exactly using the publicly available
DIEHARD distribution and the code supplied. If you do actually
want them, send me some mail and I'll send you a 60K tar.gz
- file by (approximate) return.
---
-[mdw]
+ file by (approximate) return.
+
+-- [mdw]
\f
Local variables: