def test_math(self):
# first check some of the math...
self.assertTrue(
shamirsecret._multiply_polynomials([1, 3, 4], [4, 5]) ==
[4, 9, 31, 20])
self.assertTrue(
shamirsecret._full_lagrange([2, 4, 5], [14, 30, 32]) ==
[43, 168, 150])
import shamirsecret a = shamirsecret._full_lagrange([2,4,5],[14,30,32]) print a
def test_math(self): # first check some of the math... self.assertTrue(shamirsecret._multiply_polynomials([1,3,4],[4,5]) == [4,9,31,20]) self.assertTrue(shamirsecret._full_lagrange([2,4,5],[14,30,32]) == [43, 168, 150])
import shamirsecret # Basic tests for this module. Should output nothing on success. # first check some of the math... assert(shamirsecret._multiply_polynomials([1,3,4],[4,5]) == [4,9,31,20]) assert(shamirsecret._full_lagrange([2,4,5],[14,30,32]) == [43, 168, 150]) s = shamirsecret.ShamirSecret(2,'hello') a=s.compute_share(1) b=s.compute_share(2) c=s.compute_share(3) # should be able to recover from any two... t = shamirsecret.ShamirSecret(2) t.recover_secretdata([a,b]) t = shamirsecret.ShamirSecret(2) t.recover_secretdata([a,c]) t = shamirsecret.ShamirSecret(2) t.recover_secretdata([b,c]) # ... or even all three! t = shamirsecret.ShamirSecret(2) t.recover_secretdata([a,b,c])
import shamirsecret a = shamirsecret._full_lagrange([2, 4, 5], [14, 30, 32]) print a
