from program import character_degree_sum
from generate import CharacterDegreePowerSum
from checks import independent_moment,written_bounds
from numberdb._write import to_text
from fractions import Fraction
from sage.rings.integer_ring import ZZ
g=CharacterDegreePowerSum()
assert character_degree_sum(1,3,'3')==10
for p in g.enumerate():
    x=character_degree_sum(p['q'],p['n'],p['s'])
    y=g.value(p,100)
    if p['s']=='3': assert x==y
    else: assert x.is_finite() and x.accuracy()>350 and x.overlaps(y)
print('Standalone Programs snippet: 154/154 matches; S3 cubic control 10; next B13 value also computed.')