For some of the smaller test groups (k's remaining>10,000; n=2.5K), could a script do batches of prime tests?

For example, the script would package ~350 tests into a single work unit and the whole work unit would run for the full duration of the k (~9 minutes at AMD Ryzen 9 3900 3.28 GHz - 4 cores with PRST).

Each k would be tested within the range until primality or failure.

I could prepackage these if necessary. There are 120 bases with k's remaining>10,000 n=2.5K. One is all the way up to 2.2 Million k's.

I think a script that would package the smaller groups into work units would be beneficial.
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Primes Found:
50*893^231310-1 (Top 5000)
316*1010^150468+1
20*634^476756-1 (Top 5000)
6101*60^134079-1
96*789^506568+1 (Top 5000)
225*370^322863-1 (Top 5000)
4854*103^128181+1

For some of the smaller test groups (k's remaining>10,000; n=2.5K), could a script do batches of prime tests?

For example, the script would package ~350 tests into a single work unit and the whole work unit would run for the full duration of the k (~9 minutes at AMD Ryzen 9 3900 3.28 GHz - 4 cores with PRST).

Each k would be tested within the range until primality or failure.

I could prepackage these if necessary. There are 120 bases with k's remaining>10,000 n=2.5K. One is all the way up to 2.2 Million k's.

I think a script that would package the smaller groups into work units would be beneficial.

You will have million of tests, this range isnt something for boinc. Split the tests with llr and use stoponprimedk. Its faster.

When would you typically bring a base onto SRbase for testing?
____________
Primes Found:
50*893^231310-1 (Top 5000)
316*1010^150468+1
20*634^476756-1 (Top 5000)
6101*60^134079-1
96*789^506568+1 (Top 5000)
225*370^322863-1 (Top 5000)
4854*103^128181+1

When would you typically bring a base onto SRbase for testing?

Range 1-25k is not for BOINC.