def Goldbach( c ):
for p in primeGen( c ):
if isEven( c - p ) and isSquare( ( c - p ) / 2 ):
return True
from utils import primeGen, isPrime, isSquare, isEven
def Goldbach( c ):
for p in primeGen( c ):
if isEven( c - p ) and isSquare( ( c - p ) / 2 ):
return True
c = 4
while isEven( c ) or isPrime( c ) or Goldbach( c ):
c += 1
print c
