def card_payment(self, processing_account):
card_payment = pl.Payment.create(processing_id=processing_account.id,
amount=100.0,
payment_method=pl.Card(
card_number="4242 4242 4242 4242",
expiry="12/25"))
return card_payment
def test_convenience_fee(self, api_key):
payment = pl.Payment.select("*", "conv_fee").create(
amount=100,
payment_method=pl.Card(card_number="4242 4242 4242 4242"))
assert payment.fee
assert payment.conv_fee != None
def test_blind_refund_card_payment(self, api_key, processing_account):
refund = pl.Refund.create(
amount=10,
processing_id=processing_account.id,
payment_method=pl.Card(card_number="4242 4242 4242 4242"),
)
assert refund.type == "refund"
assert refund.amount == 10
assert refund.status_code == "approved"
def test_unified_payout_batching(self, api_key, processing_account):
pl.Refund.create(
amount=10,
processing_id=processing_account.id,
payment_method=pl.Card(card_number="4242 4242 4242 4242"),
)
transactions = (pl.Transaction.select("*", "ledger").filter_by(
type="refund", processing_id=processing_account.id).all())
assert len(transactions) == 1
assert transactions[0].processing_id == processing_account.id
def test_payment_filters(self, api_key):
letters = string.ascii_lowercase
rand_description = "".join(random.choice(letters) for i in range(10))
card_payment = pl.Payment.create(
amount=100.0,
description=rand_description,
payment_method=pl.Card(card_number="4242 4242 4242 4242",
expiry="05/22",
card_code="123"),
)
payments = pl.Payment.filter_by(
pl.attr.amount > 99,
pl.attr.amount < (200),
pl.attr.description.contains(rand_description),
pl.attr.created_at > ("2019-12-31"),
).all()
assert len(payments) == 1
assert payments[0].id == card_payment.id
def card_payment(self):
card_payment = pl.Payment.create(
amount=100.0, payment_method=pl.Card(card_number="4242 4242 4242 4242")
)
return card_payment