def _close_claim(self, claim):
claim_address = helper.make_claim_address(claim.id)
claim_data = claim.SerializeToString()
states = {
claim_address: claim_data
}
LOGGER.debug("_close_claim: " + str(states))
self._context.set_state(
states,
timeout=self.TIMEOUT)
def _load_claim2(self, claim_id):
claim = None
claim_hex = helper.make_claim_address(claim_id)
state_entries = self._context.get_state(
[claim_hex],
timeout=self.TIMEOUT)
if state_entries:
claim = payload_pb2.Claim()
claim.ParseFromString(state_entries[0].data)
return claim
def _load_claim(self, claim_id, clinic_pkey):
claim = None
claim_hex = [] if clinic_pkey is None and claim_id is None \
else [helper.make_claim_address(claim_id, clinic_pkey)]
state_entries = self._context.get_state(
claim_hex,
timeout=self.TIMEOUT)
if state_entries:
claim = payload_pb2.CreateClaim()
claim.ParseFromString(state_entries[0].data)
return claim
def _store_claim(self, claim):
claim_address = helper.make_claim_address(claim.id)
claim_patient_relation_address = helper.make_claim_patient__relation_address(claim.id,
claim.client_pkey)
patient_claim_relation_address = helper.make_patient_claim__relation_address(claim.client_pkey,
claim.id)
claim_data = claim.SerializeToString()
states = {
claim_address: claim_data,
claim_patient_relation_address: str.encode(claim.client_pkey),
patient_claim_relation_address: str.encode(claim.id)
}
LOGGER.debug("_store_claim: " + str(states))
self._context.set_state(
states,
timeout=self.TIMEOUT)