def from_str_dict(cls, data, n):
m2 = to_crypto_int(data['m2'])
a = to_crypto_int(data['a'], str(n))
e = int(data['e'])
v = int(data['v'])
return cls(m2=m2, A=a, e=e, v=v)
def from_str_dict(cls, d, n):
alpha = to_crypto_int(d['alpha'])
mj = to_crypto_int(d['mj'])
u = {k: to_crypto_int(v) for k, v in d['u'].items()}
r = {k: to_crypto_int(v) for k, v in d['r'].items()}
T = {k: to_crypto_int(v, str(n)) for k, v in d['t'].items()}
predicate = PredicateGE.from_str_dict(d['predicate'])
return PrimaryPredicateGEProof(alpha=alpha,
mj=mj,
u=u,
r=r,
T=T,
predicate=predicate)
def from_str_dict(cls, data):
N = to_crypto_int(data['n'])
Rms = to_crypto_int(data['rms'], data['n'])
Rctxt = to_crypto_int(data['rctxt'], data['n'])
S = to_crypto_int(data['s'], data['n'])
Z = to_crypto_int(data['z'], data['n'])
R = {k: to_crypto_int(v, data['n']) for k, v in data['r'].items()}
return cls(N, Rms, Rctxt, R, S, Z)
def from_str_dict(cls, d, n):
e = to_crypto_int(d['e'])
v = to_crypto_int(d['v'])
m1 = to_crypto_int(d['m1'])
m2 = to_crypto_int(d['m2'])
Aprime = to_crypto_int(d['a_prime'], str(n))
revealedAttrs = {
k: to_crypto_int(v)
for k, v in d['revealed_attrs'].items()
}
m = {k: to_crypto_int(v) for k, v in d['m'].items()}
return PrimaryEqualProof(e=e,
v=v,
m1=m1,
m2=m2,
m=m,
Aprime=Aprime,
revealedAttrs=revealedAttrs)
def from_str_dict(cls, d):
raw = d[0]
encoded = int(to_crypto_int(d[1]))
return ClaimAttributeValues(raw=raw, encoded=encoded)
def from_str_dict(cls, data, n):
u = to_crypto_int(data['u'], str(n))
return cls(userId=data['prover_did'], U=u, Ur=data['ur'])
