def _share_single(self, si, degree, field):
inputters = range(1, self.num_players + 1)
if self._hyper is None:
self._hyper = hyper(self.num_players, field)
svec = self.shamir_share(inputters, field, si, degree)
rvec = self._hyper * Matrix([svec]).transpose()
rvec = rvec.transpose().rows[0]
return svec, rvec
def _share_single(self, si, degree, field):
inputters = range(1, self.num_players + 1)
if self._hyper is None:
self._hyper = hyper(self.num_players, field)
svec = self.shamir_share(inputters, field, si, degree)
rvec = self._hyper * Matrix([svec]).transpose()
rvec = rvec.transpose().rows[0]
return svec, rvec
def test_hyper(self):
"""Checks that a generated matrix is hyper-invertible."""
Zp = GF(47)
for i in range(1, 6):
m = hyper(i, Zp)
self.assertTrue(self.is_hyper(m))
def test_hyper(self):
"""Checks that a generated matrix is hyper-invertible."""
Zp = GF(47)
for i in range(1, 6):
m = hyper(i, Zp)
self.assertTrue(self.is_hyper(m))