def test_monitor_request(get_random_bp, get_random_privkey, get_random_address):
balance_proof = get_random_bp()
client_privkey = get_random_privkey()
client_address = private_key_to_address(client_privkey)
balance_proof.signature = encode_hex(sign_data(client_privkey, balance_proof.serialize_bin()))
monitor_request = MonitorRequest(
balance_proof,
non_closing_signature=balance_proof.signature,
reward_sender_address=client_address,
reward_proof_signature='',
reward_amount=1,
monitor_address=get_random_address()
)
serialized = monitor_request.serialize_data()
monitor_request_verify = MonitorRequest.deserialize(serialized)
balance_proof_verify = monitor_request_verify.balance_proof
assert is_same_address(monitor_request_verify.monitor_address, monitor_request.monitor_address)
assert is_same_address(
monitor_request_verify.reward_sender_address,
monitor_request.reward_sender_address
)
assert monitor_request_verify.non_closing_signature == monitor_request.non_closing_signature
assert monitor_request_verify.reward_amount == monitor_request.reward_amount
assert is_same_address(
balance_proof_verify.token_network_address,
balance_proof.token_network_address
)
assert balance_proof_verify.chain_id == balance_proof.chain_id
assert balance_proof_verify.channel_identifier == balance_proof.channel_identifier
assert balance_proof_verify.nonce == balance_proof.nonce
def monitor_requests(self) -> dict:
return {
x['balance_proof']['channel_identifier']: MonitorRequest.deserialize(x)
for x in self._monitor_requests.values()
}
