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method LIST.IS.PRIME.32: List SPRP bases for 32 bit primality testing.
local Odd word, &32 bit odd numbers.
Size word, &Number of composites in a bucket.
Miss Bit, &Set if a composite failed an SPRP test.
Log = 8, &Number of buckets is 2^Log.
Bound = 2^Log  1, &Upper bound of bucket range.
Shift = 32  Log, &Number of bits to shift when hashing.
Scale = #ad625b89, &Multiplier for hashing.
Max = 9_999_999 :Big enough to hold all composites per bucket.
global Bucket[ Max ] word :Composites in a single bucket.
:
:...............................................................................
DO Hash = 0 to Bound: DO over buckets,
Size = 0
Odd = 9; First odd composite.
DO always: DO over 32 bit odd numbers,
IF Hash = (Scale * Odd) // Shift: IF an odd is in this bucket,
IF Is.Prime.Worley( Odd ) = 0: IF composite (Worley's test),
assert Size <= Max fault Hash; FAULT: A bucket overflowed.
Bucket[ Size ] = Odd; Put composites in a bucket.
Size += 1; Number of saved composites.
. .
UNDO IF Odd = #ffff_ffff; UNDO IF at the maximum odd value.
Odd += 2

DO Base = 3 to #ffff: DO over 16 bit bases,
Miss = 0; Assume all composites are covered.
DO I = 0 to Size  1: DO over composites in this bucket,
IF Sprp( Bucket[ I ], Base ): IF a psp,
Miss = 1; A base did not fully cover.
UNDO; UNDO on a failed base.
 .
: Skip any bases where a prime is in the bucket and: Base % Prime = 0
: This is not required, but ensures there is no ambiguity in these cases.
:
IF Miss = 0: IF all SPRP bases pass,
DO Prime from Prime( word{3} ): DO over small primes,
UNDO IF lt( Base, Prime ); UNDO IF all primes are covered,
IF Hash = (Scale * Prime) // Shift: IF a prime in the bucket,
IF Base % Prime = 0: IF a factor of the base,
Miss = 1; Cannot use the base.
PRINT ": skip base =", Base, &Comment when skipped.
"with prime =", Prime, &
"in the bucket."
UNDO; UNDO when skipping.
.  . .
UNDO IF Miss = 0; UNDO IF a base covers the bucket.

assert Miss = 0 pass Hash; ERROR: No base found for a bucket.
PRINT Base; List an SPRP base for the bucket.

return