def assert_field_error(json_dic, code, field, match, command_type=offchain.PaymentCommandObject):
with pytest.raises(offchain.FieldError, match=match) as e:
req = offchain.from_json(json.dumps(json_dic))
offchain.from_dict(req.command, field_path="command")
assert e.value.code == code
assert e.value.field == field
async def _handle_offchain_reference_i_d_command(
self, request_sender_address: str,
request: offchain.CommandRequestObject) -> Dict[str, Any]:
ref_id_command_object = from_dict(request.command,
ReferenceIDCommandObject)
# Check if reference ID is duplicate
try:
self.app.validate_unique_reference_id(
ref_id_command_object.reference_id)
except ValueError:
msg = f"Reference ID {ref_id_command_object.reference_id} already exists"
raise command_error(ErrorCode.duplicate_reference_id, msg)
# Check if receiver has a diem ID in this wallet
try:
account = self.app.store.find(
Account, diem_id=ref_id_command_object.receiver)
except NotFoundError:
raise command_error(
ErrorCode.invalid_receiver,
f"Receiver with Diem ID {ref_id_command_object.receiver} not found",
field="receiver",
)
self.app.store.create(
ReferenceID,
account_id=account.id,
reference_id=ref_id_command_object.reference_id,
)
return to_dict(
ReferenceIDCommandResultObject(
receiver_address=self.app.diem_account.account_identifier(), ))
async def match_exchange_states() -> None:
states = []
events = await receiver.events()
for e in events:
if e.type in ["created_payment_command", "updated_payment_command"]:
payment_object = json.loads(e.data)["payment_object"]
payment = offchain.from_dict(payment_object, offchain.PaymentObject)
states.append(offchain.payment_state.MACHINE.match_state(payment).id)
assert states == payment_command_states
def to_offchain_command(self) -> offchain.PaymentCommand:
payment = offchain.from_dict(self.payment_object,
offchain.PaymentObject)
return offchain.PaymentCommand(
my_actor_address=payment.sender.address
if self.is_sender else payment.receiver.address,
payment=payment,
inbound=self.is_inbound,
cid=self.cid,
)
def payment_state_id(event: Event) -> str:
payment = offchain.from_dict(
json.loads(event.data)["payment_object"], offchain.PaymentObject)
return offchain.payment_state.MACHINE.match_state(payment).id
def test_new_payment_request_and_object(factory):
sender = LocalAccount.generate()
receiver = LocalAccount.generate()
payment = factory.new_payment_object(sender, receiver)
request = offchain.new_payment_request(payment)
reference_id = payment.reference_id
assert reference_id
assert_cid(request.cid)
assert uuid.UUID(reference_id)
assert "-" in reference_id
payment = offchain.from_dict(request.command, offchain.PaymentCommandObject).payment
address, subaddress = identifier.decode_account(payment.sender.address, identifier.TDM)
assert subaddress is not None
assert address == sender.account_address
address, subaddress = identifier.decode_account(payment.receiver.address, identifier.TDM)
assert subaddress is not None
assert address == receiver.account_address
expected = f"""{{
"cid": "{request.cid}",
"command_type": "PaymentCommand",
"command": {{
"_ObjectType": "PaymentCommand",
"payment": {{
"reference_id": "{reference_id}",
"sender": {{
"address": "{payment.sender.address}",
"status": {{
"status": "needs_kyc_data"
}},
"kyc_data": {{
"type": "individual",
"payload_version": 1,
"given_name": "Jack",
"surname": "G",
"address": {{
"city": "San Francisco"
}}
}}
}},
"receiver": {{
"address": "{payment.receiver.address}",
"status": {{
"status": "none"
}}
}},
"action": {{
"amount": 1000000000000,
"currency": "XUS",
"action": "charge",
"timestamp": {payment.action.timestamp}
}}
}}
}},
"_ObjectType": "CommandRequestObject"
}}"""
assert json.loads(offchain.to_json(request)) == json.loads(expected)
assert request == offchain.from_json(expected, offchain.CommandRequestObject)
assert request == offchain.from_json(expected)
