def get_claim_libsovrin_msg(signature, schema_seq_no):
return ({
'type': 'CLAIM',
'refRequestId': 1498207862797639,
'data': {
'claim':
'{'
'"ssn": ["123-45-6789", "744326867119662813058574151710572260086480987778735990385444735594385781152"], '
'"student_name": ["Alice Garcia", "42269428060847300013074105341288624461740820166347597208920185513943254001053"], '
'"year": ["2015", "76155730627064255622230347398579434243999717245284701820698087443021519005597"],'
'"status": ["graduated", "79954080701401061138041003494589205197191732193019334789897013390726508263804"], '
'"degree": ["Bachelor of Science, Marketing", "111351644242834420607747624840774158853435703856237568018084128306949040580032"]}',
'schema_seq_no':
schema_seq_no,
'revoc_reg_seq_no':
None,
'issuer_did':
'FuN98eH2eZybECWkofW6A9BKJxxnTatBCopfUiNxo6ZB',
'signature': {
'non_revocation_claim': None,
'primary_claim': {
'm2':
'{}'.format(crypto_int_to_str(signature.primaryClaim.m2)),
'e': '{}'.format(str(signature.primaryClaim.e)),
'v': '{}'.format(str(signature.primaryClaim.v)),
'a':
'{}'.format(crypto_int_to_str(signature.primaryClaim.A))
}
}
},
'reqId': 1498207879197729,
'signature':
'3v4CJnCpFv3on9DJKzourd9RfvX3gz5yXY1jkhxc8FktHVbvx1ghBJC7DUYMAJzApPUAYMyTzyMB6Dm8HEzhAtvM',
'identifier': 'ULtgFQJe6bjiFbs7ke3NJD'
}, ('Faber College', ('127.0.0.1', 6918)))
def to_str_dict(self):
return {
'm2': str(crypto_int_to_str(self.m2)),
'a': str(crypto_int_to_str(self.A)),
'e': str(self.e),
'v': str(self.v)
}
def get_claim_libindy_msg(signature, schema_seq_no):
return ({'type': 'CLAIM',
'refRequestId': 1498207862797639,
'data': {
'claim': '{'
'"ssn": ["123-45-6789", "744326867119662813058574151710572260086480987778735990385444735594385781152"], '
'"student_name": ["Alice Garcia", "42269428060847300013074105341288624461740820166347597208920185513943254001053"], '
'"year": ["2015", "76155730627064255622230347398579434243999717245284701820698087443021519005597"],'
'"status": ["graduated", "79954080701401061138041003494589205197191732193019334789897013390726508263804"], '
'"degree": ["Bachelor of Science, Marketing", "111351644242834420607747624840774158853435703856237568018084128306949040580032"]}',
'schema_seq_no': schema_seq_no,
'revoc_reg_seq_no': None,
'issuer_did': 'FuN98eH2eZybECWkofW6A9BKJxxnTatBCopfUiNxo6ZB',
'signature': {
'non_revocation_claim': None,
'primary_claim': {
'm2': '{}'.format(crypto_int_to_str(signature.primaryClaim.m2)),
'e': '{}'.format(str(signature.primaryClaim.e)),
'v': '{}'.format(str(signature.primaryClaim.v)),
'a': '{}'.format(crypto_int_to_str(signature.primaryClaim.A))}
}
},
'reqId': 1498207879197729,
'signature': '3v4CJnCpFv3on9DJKzourd9RfvX3gz5yXY1jkhxc8FktHVbvx1ghBJC7DUYMAJzApPUAYMyTzyMB6Dm8HEzhAtvM',
'identifier': 'ULtgFQJe6bjiFbs7ke3NJD'}, ('Faber College', ('127.0.0.1', 6918)))
def to_str_dict(self):
return {
'alpha': str(crypto_int_to_str(self.alpha)),
'mj': str(crypto_int_to_str(self.mj)),
'u': {k: str(crypto_int_to_str(v))
for k, v in self.u.items()},
'r': {k: str(crypto_int_to_str(v))
for k, v in self.r.items()},
't': {k: str(crypto_int_to_str(v))
for k, v in self.T.items()},
'predicate': self.predicate.to_str_dict()
}
def get_proof_libsovrin_msg(link, proof_req, proof, uuid, schema_seq_no):
eqProof = proof.proofs[str(uuid)].proof.primaryProof.eqProof
return ({
'type': 'PROOF',
'nonce': '{}'.format(link.request_nonce),
'proof_request': proof_req.to_str_dict(),
'proof': {
'proofs': {
uuid: {
'proof': {
'primary_proof': {
'eq_proof': {
'revealed_attrs': {
k: str(v)
for k, v in eqProof.revealedAttrs.items()
},
'a_prime':
'{}'.format(crypto_int_to_str(eqProof.Aprime)),
'e':
'{}'.format(crypto_int_to_str(eqProof.e)),
'v':
'{}'.format(crypto_int_to_str(eqProof.v)),
'm': {
k: str(crypto_int_to_str(v))
for k, v in eqProof.m.items()
},
'm1':
'{}'.format(crypto_int_to_str(eqProof.m1)),
'm2':
'{}'.format(crypto_int_to_str(eqProof.m2))
},
'ge_proofs': {}
},
'non_revoc_proof': None
},
'issuer_did':
'FuN98eH2eZybECWkofW6A9BKJxxnTatBCopfUiNxo6ZB',
'schema_seq_no': schema_seq_no,
'revoc_reg_seq_no': None
}
},
'aggregated_proof': {
'c_hash':
'{}'.format(str(proof.aggregatedProof.cHash)),
'c_list': [
intToArrayBytes(v) for v in proof.aggregatedProof.CList
if isCryptoInteger(v)
]
},
'requested_proof': {
'revealed_attrs': proof.requestedProof.revealed_attrs,
'unrevealed_attrs': proof.requestedProof.unrevealed_attrs,
'self_attested_attrs':
proof.requestedProof.self_attested_attrs,
'predicates': proof.requestedProof.predicates
}
}
})
def get_claim_request_libsovrin_msg(claim_req, schema_seq_no):
return ({
'type': 'CLAIM_REQUEST',
'data': {
'issuer_did': 'FuN98eH2eZybECWkofW6A9BKJxxnTatBCopfUiNxo6ZB',
'blinded_ms': {
'prover_did': 'b1134a647eb818069c089e7694f63e6d',
'u': str(crypto_int_to_str(claim_req.U)),
'ur': None
},
'schema_seq_no': schema_seq_no
},
'nonce': 'b1134a647eb818069c089e7694f63e6d',
})
def get_claim_request_libindy_msg(claim_req, schema_seq_no):
return ({
'type': 'CLAIM_REQUEST',
'data': {
'issuer_did': 'FuN98eH2eZybECWkofW6A9BKJxxnTatBCopfUiNxo6ZB',
'blinded_ms': {
'prover_did': 'b1134a647eb818069c089e7694f63e6d',
'u': str(crypto_int_to_str(claim_req.U)),
'ur': None
},
'schema_seq_no': schema_seq_no
},
'nonce': 'b1134a647eb818069c089e7694f63e6d',
})
def to_str_dict(self):
public_key = {
'n': str(crypto_int_to_str(self.N)),
's': str(crypto_int_to_str(self.S)),
'rms': str(crypto_int_to_str(self.Rms)),
'rctxt': str(crypto_int_to_str(self.Rctxt)),
'z': str(crypto_int_to_str(self.Z)),
'r': {k: str(crypto_int_to_str(v))
for k, v in self.R.items()}
}
return public_key
def to_str_dict(self):
return {
'e': str(crypto_int_to_str(self.e)),
'v': str(crypto_int_to_str(self.v)),
'm1': str(crypto_int_to_str(self.m1)),
'm2': str(crypto_int_to_str(self.m2)),
'm': {k: str(crypto_int_to_str(v))
for k, v in self.m.items()},
'revealed_attrs':
{k: str(v)
for k, v in self.revealedAttrs.items()},
'a_prime': str(crypto_int_to_str(self.Aprime))
}
async def create_claim_init_data_and_send_msg():
claimReq = await aliceAgent.prover.createClaimRequest(
schemaId=ID(schemaKey),
proverId='b1134a647eb818069c089e7694f63e6d',
reqNonRevoc=False)
assert claimReq
msg = ({
'issuer_did': 'FuN98eH2eZybECWkofW6A9BKJxxnTatBCopfUiNxo6ZB',
'claim_def_seq_no': 14,
'blinded_ms': {
'prover_did': 'b1134a647eb818069c089e7694f63e6d',
'u': str(crypto_int_to_str(claimReq.U)),
'ur': None
},
'type': 'CLAIM_REQUEST',
'schema_seq_no': 13,
'nonce': 'b1134a647eb818069c089e7694f63e6d',
})
aliceAgent.signAndSendToLink(msg=msg, linkName=faberLink.name)
async def create_claim_init_data_and_send_msg():
claimReq = await aliceAgent.prover.createClaimRequest(
schemaId=ID(schemaKey),
proverId='b1134a647eb818069c089e7694f63e6d',
reqNonRevoc=False)
assert claimReq
msg = (
{
'issuer_did': 'FuN98eH2eZybECWkofW6A9BKJxxnTatBCopfUiNxo6ZB',
'claim_def_seq_no': 14,
'blinded_ms': {
'prover_did': 'b1134a647eb818069c089e7694f63e6d',
'u': str(crypto_int_to_str(claimReq.U)),
'ur': None
},
'type': 'CLAIM_REQUEST',
'schema_seq_no': 13,
'nonce': 'b1134a647eb818069c089e7694f63e6d',
}
)
aliceAgent.signAndSendToLink(msg=msg, linkName=faberLink.name)
def get_proof_libindy_msg(link, proof_req, proof, uuid, schema_seq_no):
eqProof = proof.proofs[str(uuid)].proof.primaryProof.eqProof
return ({'type': 'PROOF',
'nonce': '{}'.format(link.request_nonce),
'proof_request': proof_req.to_str_dict(),
'proof': {
'proofs': {
uuid: {
'proof': {
'primary_proof': {
'eq_proof': {
'revealed_attrs': {k: str(v) for k, v in eqProof.revealedAttrs.items()},
'a_prime': '{}'.format(crypto_int_to_str(eqProof.Aprime)),
'e': '{}'.format(crypto_int_to_str(eqProof.e)),
'v': '{}'.format(crypto_int_to_str(eqProof.v)),
'm': {k: str(crypto_int_to_str(v)) for k, v in eqProof.m.items()},
'm1': '{}'.format(crypto_int_to_str(eqProof.m1)),
'm2': '{}'.format(crypto_int_to_str(eqProof.m2))
},
'ge_proofs': {}
},
'non_revoc_proof': None
},
'issuer_did': 'FuN98eH2eZybECWkofW6A9BKJxxnTatBCopfUiNxo6ZB',
'schema_seq_no': schema_seq_no,
'revoc_reg_seq_no': None
}
},
'aggregated_proof': {
'c_hash': '{}'.format(str(proof.aggregatedProof.cHash)),
'c_list': [intToArrayBytes(v) for v in proof.aggregatedProof.CList if isCryptoInteger(v)]
},
'requested_proof': {
'revealed_attrs': proof.requestedProof.revealed_attrs,
'unrevealed_attrs': proof.requestedProof.unrevealed_attrs,
'self_attested_attrs': proof.requestedProof.self_attested_attrs,
'predicates': proof.requestedProof.predicates
}
}})
def to_str_dict(self):
return {
'prover_did': str(self.userId),
'u': str(crypto_int_to_str(self.U)),
'ur': self.Ur
}