def hashf(self,L):
''' Return a number in Zr computed from a list L of elements
Assuming that all elements of the list has a fingerprint
'''
order = self.pairing.r
f = fingexp.fingerprint(L)
z = utils.b64tompz(f)%order
return z
def hashf(self,L):
''' Return a number in Zq computed from a list L of elements
Assuming that all elements of the list has a fingerprint
'''
q = self.PPATCpp.order
f = fingexp.fingerprint(L)
r = utils.b64tompz(f)%q
return r
def hashf(self, L):
''' Return a number in Zq computed from a list L of elements
Assuming that all elements of the list has a fingerprint
'''
q = self.PPATCpp.order
f = fingexp.fingerprint(L)
r = utils.b64tompz(f) % q
return r
def load(self, data, fingerprints):
self.E = utils.b64tompz(data["E"])
self.EFq = utils.b64tompz(data["EFp"])
self.EFqp = utils.b64tompz(data["EFpk"])
self.r = utils.b64tompz(data["r"])
def load(self, data, fingerprints):
self.E = utils.b64tompz(data["E"])
self.EFq = utils.b64tompz(data["EFp"])
self.EFqp = utils.b64tompz(data["EFpk"])
self.r = utils.b64tompz(data["r"])
def load(self, data, fingerprints):
self.p = utils.b64tompz(data["p"])
def load(self, data, fingerprints):
self.c = utils.b64tompz(data["c"])
self.PCom_PK = utils.b64tompz(data["PCom_PK"])
def load(self, data, fingerprints):
self.pairing = utils.b64tompz(data["pairing"])
self.deg_pol = utils.b64tompz(data["deg_pol"])
self.gVec = utils.b64tompz(data["gVec"])
self.hVec = utils.b64tompz(data["hVec"])
self.gprimeVec = utils.b64tompz(data["gprimeVec"])
def load(self, data, fingerprints):
self.alpha = utils.b64tompz(data["alpha"])
def load(self, data, fingerprints):
self.p = utils.b64tompz(data["p"])
