def test_metrics_iou( # pylint: disable=too-many-locals
pathfinding_service_web3_mock: PathfindingService,
one_to_n_contract,
web3: Web3,
deposit_to_udc,
get_accounts,
get_private_key,
):
pfs = pathfinding_service_web3_mock
metrics_state = save_metrics_state(metrics.REGISTRY)
# Prepare test data
account = [decode_hex(acc) for acc in get_accounts(1)][0]
local_signer = LocalSigner(private_key=get_private_key(account))
iou = IOU(
sender=account,
receiver=pfs.address,
amount=TokenAmount(100),
expiration_block=BlockNumber(100),
signature=Signature(bytes([1] * 64)),
chain_id=ChainID(61),
one_to_n_address=to_canonical_address(one_to_n_contract.address),
claimed=False,
)
iou.signature = Signature(local_signer.sign(iou.packed_data()))
pfs.database.upsert_iou(iou)
deposit_to_udc(iou.sender, 300)
# Claim IOUs
skipped, failures = claim_ious(
ious=[iou],
claim_cost_rdn=TokenAmount(100),
one_to_n_contract=one_to_n_contract,
web3=web3,
database=pfs.database,
)
assert (skipped, failures) == (0, 0)
assert (
metrics_state.get_delta(
"economics_iou_claims_total", labels=metrics.IouStatus.SUCCESSFUL.to_label_dict()
)
== 1.0
)
assert (
metrics_state.get_delta(
"economics_iou_claims_token_total",
labels=metrics.IouStatus.SUCCESSFUL.to_label_dict(),
)
== 100.0
)
def test_claim_fees( # pylint: disable=too-many-locals
pathfinding_service_mock,
one_to_n_contract,
web3,
deposit_to_udc,
get_accounts,
get_private_key,
):
# Prepare test data
accounts = [decode_hex(acc) for acc in get_accounts(6)]
pfs = pathfinding_service_mock
iou_inputs: List[dict] = [
dict(sender=accounts[0], amount=100, deposit=200),
dict(sender=accounts[1], amount=200, deposit=100),
dict(sender=accounts[2], amount=102,
deposit=0), # insufficient deposit
dict(sender=accounts[3], amount=103,
deposit=99), # insufficient deposit
dict(sender=accounts[4], amount=104, claimed=True), # already claimed
dict(sender=accounts[4], amount=99), # too low amount
dict(sender=accounts[5], expiration_block=1000,
amount=104), # does not expire, yet
]
# Create IOUs from `iou_inputs`
ious: List[IOU] = []
for iou_dict in iou_inputs:
local_signer = LocalSigner(
private_key=decode_hex(get_private_key(iou_dict["sender"])))
iou = IOU(
sender=iou_dict["sender"],
receiver=pfs.address,
amount=TokenAmount(iou_dict["amount"]),
expiration_block=BlockNumber(iou_dict.get("expiration_block",
100)),
signature=Signature(bytes([1] * 64)), # dummy, replaced below
chain_id=ChainID(1),
one_to_n_address=decode_hex(one_to_n_contract.address),
claimed=iou_dict.get("claimed", False),
)
iou.signature = Signature(local_signer.sign(iou.packed_data()))
ious.append(iou)
pfs.database.upsert_iou(iou)
if iou_dict.get("deposit", 0) > 0:
deposit_to_udc(iou.sender, iou_dict["deposit"])
# Check if the right IOUs are considered to be claimable
expected_claimable = ious[:4]
claimable_ious = list(
get_claimable_ious(pfs.database,
expires_before=BlockNumber(1000),
claim_cost_rdn=TokenAmount(100)))
assert claimable_ious == expected_claimable
# Claim IOUs
skipped, failures = claim_ious(
claimable_ious,
claim_cost_rdn=TokenAmount(100),
one_to_n_contract=one_to_n_contract,
web3=web3,
database=pfs.database,
)
assert (skipped, failures) == (2, 0)
# Those IOUs which have enough deposit should be marked as claimed
# * in the blockchain
# * in the database
# All other IOUs must not be changed.
claimable_with_enough_deposit = ious[:2]
for iou in ious:
expected_claimed = iou in claimable_with_enough_deposit
iou_in_db = pfs.database.get_iou(sender=iou.sender,
expiration_block=iou.expiration_block)
assert iou_in_db.claimed == expected_claimed
is_settled = bool(
one_to_n_contract.functions.settled_sessions(
iou.session_id).call())
assert is_settled == expected_claimed
def test_claim_fees( # pylint: disable=too-many-locals
pathfinding_service_web3_mock: PathfindingService,
one_to_n_contract,
web3: Web3,
deposit_to_udc,
get_accounts,
get_private_key,
):
pfs = pathfinding_service_web3_mock
# Prepare test data
accounts = [decode_hex(acc) for acc in get_accounts(7)]
iou_inputs: List[dict] = [
dict(sender=accounts[0], amount=100, deposit=200),
dict(sender=accounts[1], amount=200, deposit=100),
dict(sender=accounts[2], amount=102,
deposit=0), # insufficient deposit
dict(sender=accounts[3], amount=103,
deposit=99), # insufficient deposit
dict(sender=accounts[4], amount=104, claimed=True), # already claimed
dict(sender=accounts[4], amount=99), # too low amount
dict(sender=accounts[5], claimable_until=100 * 15,
amount=104), # does not expire, yet
dict(
sender=accounts[6],
claimable_until=web3.eth.get_block(web3.eth.block_number -
1).timestamp, # type: ignore
amount=104,
), # already expired
]
# Create IOUs from `iou_inputs`
ious: List[IOU] = []
for iou_dict in iou_inputs:
local_signer = LocalSigner(
private_key=get_private_key(iou_dict["sender"]))
iou = IOU(
sender=iou_dict["sender"],
receiver=pfs.address,
amount=TokenAmount(iou_dict["amount"]),
claimable_until=iou_dict.get(
"claimable_until",
web3.eth.get_block("latest").timestamp + 100 # type: ignore
),
signature=Signature(bytes([1] * 64)), # dummy, replaced below
chain_id=ChainID(61),
one_to_n_address=to_canonical_address(one_to_n_contract.address),
claimed=iou_dict.get("claimed", False),
)
iou.signature = Signature(local_signer.sign(iou.packed_data()))
ious.append(iou)
pfs.database.upsert_iou(iou)
if iou_dict.get("deposit", 0) > 0:
deposit_to_udc(iou.sender, iou_dict["deposit"])
# Check if the right IOUs are considered to be claimable
expected_claimable = ious[:4]
timestamp_now = web3.eth.get_block("latest").timestamp # type: ignore
claimable_ious = list(
get_claimable_ious(
database=pfs.database,
claimable_until_after=timestamp_now,
claimable_until_before=timestamp_now +
10000, # TODO: use proper boundaries
claim_cost_rdn=TokenAmount(100),
))
assert claimable_ious == expected_claimable
# Claim IOUs
skipped, failures = claim_ious(
ious=claimable_ious,
claim_cost_rdn=TokenAmount(100),
one_to_n_contract=one_to_n_contract,
web3=web3,
database=pfs.database,
)
assert (skipped, failures) == (2, 0)
# Those IOUs which have enough deposit should be marked as claimed
# * in the blockchain
# * in the database
# All other IOUs must not be changed.
claimable_with_enough_deposit = ious[:2]
for iou in ious:
expected_claimed = iou in claimable_with_enough_deposit
iou_in_db = pfs.database.get_iou(sender=iou.sender,
claimable_until=iou.claimable_until)
assert iou_in_db
assert iou_in_db.claimed == expected_claimed
is_settled = bool(
one_to_n_contract.functions.settled_sessions(
iou.session_id).call())
assert is_settled == expected_claimed
