mirror of
https://github.com/aljazceru/nutshell.git
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d8d3037cc5
* `PaymentResult` * ledger: rely on PaymentResult instead of paid flag. Double check for payments marked pending. * `None` is `PENDING` * make format * reflected changes API tests where `PaymentStatus` is used + reflected changes in lnbits * reflect changes in blink backend and tests * fix lnbits get_payment_status * remove paid flag * fix mypy * remove more paid flags * fix strike mypy * green * shorten all state checks * fix * fix some tests * gimme ✅ * fix............ * fix lnbits * fix error * lightning refactor * add more regtest tests * add tests for pending state and failure * shorten checks * use match case for startup check - and remember modified checking_id from pay_invoice * fix strike pending return * new tests? * refactor startup routine into get_melt_quote * test with purge * refactor blink * cleanup responses * blink: return checking_id on failure * fix lndgrpc try except * add more testing for melt branches * speed things up a bit * remove comments * remove comments * block pending melt quotes * remove comments --------- Co-authored-by: lollerfirst <lollerfirst@gmail.com>
324 lines
9.8 KiB
Python
324 lines
9.8 KiB
Python
import asyncio
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import bolt11
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import pytest
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import pytest_asyncio
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from cashu.core.base import Amount, MeltQuote, MeltQuoteState, Method, Unit
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from cashu.core.models import PostMeltQuoteRequest
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from cashu.mint.ledger import Ledger
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from cashu.wallet.wallet import Wallet
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from tests.conftest import SERVER_ENDPOINT
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from tests.helpers import (
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SLEEP_TIME,
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cancel_invoice,
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get_hold_invoice,
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get_real_invoice,
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get_real_invoice_cln,
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is_fake,
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pay_if_regtest,
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pay_real_invoice,
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settle_invoice,
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)
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@pytest_asyncio.fixture(scope="function")
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async def wallet():
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wallet = await Wallet.with_db(
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url=SERVER_ENDPOINT,
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db="test_data/wallet",
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name="wallet",
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)
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await wallet.load_mint()
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yield wallet
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@pytest.mark.asyncio
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@pytest.mark.skipif(is_fake, reason="only regtest")
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async def test_lightning_create_invoice(ledger: Ledger):
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invoice = await ledger.backends[Method.bolt11][Unit.sat].create_invoice(
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Amount(Unit.sat, 1000)
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)
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assert invoice.ok
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assert invoice.payment_request
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assert invoice.checking_id
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# TEST 2: check the invoice status
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status = await ledger.backends[Method.bolt11][Unit.sat].get_invoice_status(
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invoice.checking_id
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)
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assert status.pending
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# settle the invoice
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await pay_if_regtest(invoice.payment_request)
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# TEST 3: check the invoice status
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status = await ledger.backends[Method.bolt11][Unit.sat].get_invoice_status(
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invoice.checking_id
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)
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assert status.settled
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@pytest.mark.asyncio
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@pytest.mark.skipif(is_fake, reason="only regtest")
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async def test_lightning_get_payment_quote(ledger: Ledger):
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invoice_dict = get_real_invoice(64)
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request = invoice_dict["payment_request"]
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payment_quote = await ledger.backends[Method.bolt11][Unit.sat].get_payment_quote(
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PostMeltQuoteRequest(request=request, unit=Unit.sat.name)
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)
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assert payment_quote.amount == Amount(Unit.sat, 64)
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assert payment_quote.checking_id
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@pytest.mark.asyncio
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@pytest.mark.skipif(is_fake, reason="only regtest")
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async def test_lightning_pay_invoice(ledger: Ledger):
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invoice_dict = get_real_invoice(64)
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request = invoice_dict["payment_request"]
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quote = MeltQuote(
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quote="test",
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method=Method.bolt11.name,
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unit=Unit.sat.name,
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state=MeltQuoteState.unpaid,
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request=request,
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checking_id="test",
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amount=64,
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fee_reserve=0,
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)
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payment = await ledger.backends[Method.bolt11][Unit.sat].pay_invoice(quote, 1000)
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assert payment.settled
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assert payment.preimage
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assert payment.checking_id
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assert not payment.error_message
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# TEST 2: check the payment status
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status = await ledger.backends[Method.bolt11][Unit.sat].get_payment_status(
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payment.checking_id
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)
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assert status.settled
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assert status.preimage
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assert not status.error_message
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@pytest.mark.asyncio
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@pytest.mark.skipif(is_fake, reason="only regtest")
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async def test_lightning_pay_invoice_failure(ledger: Ledger):
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# create an invoice with the external CLN node and pay it with the external LND – so that our mint backend can't pay it
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request = get_real_invoice_cln(64)
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# pay the invoice so that the attempt later fails
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pay_real_invoice(request)
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# we call get_payment_quote to get a checking_id that we will use to check for the failed pending state later with get_payment_status
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payment_quote = await ledger.backends[Method.bolt11][Unit.sat].get_payment_quote(
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PostMeltQuoteRequest(request=request, unit=Unit.sat.name)
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)
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checking_id = payment_quote.checking_id
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# TEST 1: check the payment status
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status = await ledger.backends[Method.bolt11][Unit.sat].get_payment_status(
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checking_id
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)
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assert status.unknown
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# TEST 2: pay the invoice
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quote = MeltQuote(
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quote="test",
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method=Method.bolt11.name,
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unit=Unit.sat.name,
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state=MeltQuoteState.unpaid,
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request=request,
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checking_id="test",
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amount=64,
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fee_reserve=0,
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)
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payment = await ledger.backends[Method.bolt11][Unit.sat].pay_invoice(quote, 1000)
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assert payment.failed
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assert not payment.preimage
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assert payment.error_message
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assert not payment.checking_id
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# TEST 3: check the payment status
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status = await ledger.backends[Method.bolt11][Unit.sat].get_payment_status(
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checking_id
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)
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assert status.failed or status.unknown
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assert not status.preimage
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@pytest.mark.asyncio
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@pytest.mark.skipif(is_fake, reason="only regtest")
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async def test_lightning_pay_invoice_pending_success(ledger: Ledger):
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# create a hold invoice
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preimage, invoice_dict = get_hold_invoice(64)
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request = str(invoice_dict["payment_request"])
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# we call get_payment_quote to get a checking_id that we will use to check for the failed pending state later with get_payment_status
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payment_quote = await ledger.backends[Method.bolt11][Unit.sat].get_payment_quote(
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PostMeltQuoteRequest(request=request, unit=Unit.sat.name)
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)
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checking_id = payment_quote.checking_id
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# pay the invoice
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quote = MeltQuote(
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quote="test",
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method=Method.bolt11.name,
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unit=Unit.sat.name,
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state=MeltQuoteState.unpaid,
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request=request,
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checking_id=checking_id,
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amount=64,
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fee_reserve=0,
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)
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async def pay():
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payment = await ledger.backends[Method.bolt11][Unit.sat].pay_invoice(
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quote, 1000
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)
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return payment
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task = asyncio.create_task(pay())
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await asyncio.sleep(SLEEP_TIME)
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# check the payment status
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status = await ledger.backends[Method.bolt11][Unit.sat].get_payment_status(
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quote.checking_id
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)
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assert status.pending
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# settle the invoice
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settle_invoice(preimage=preimage)
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await asyncio.sleep(SLEEP_TIME)
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# collect the payment
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payment = await task
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assert payment.settled
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assert payment.preimage
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assert payment.checking_id
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assert not payment.error_message
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# check the payment status
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status = await ledger.backends[Method.bolt11][Unit.sat].get_payment_status(
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quote.checking_id
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)
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assert status.settled
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assert status.preimage
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assert not status.error_message
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@pytest.mark.asyncio
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@pytest.mark.skipif(is_fake, reason="only regtest")
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async def test_lightning_pay_invoice_pending_failure(ledger: Ledger):
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# create a hold invoice
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preimage, invoice_dict = get_hold_invoice(64)
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request = str(invoice_dict["payment_request"])
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payment_hash = bolt11.decode(request).payment_hash
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# we call get_payment_quote to get a checking_id that we will use to check for the failed pending state later with get_payment_status
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payment_quote = await ledger.backends[Method.bolt11][Unit.sat].get_payment_quote(
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PostMeltQuoteRequest(request=request, unit=Unit.sat.name)
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)
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checking_id = payment_quote.checking_id
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# pay the invoice
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quote = MeltQuote(
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quote="test",
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method=Method.bolt11.name,
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unit=Unit.sat.name,
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state=MeltQuoteState.unpaid,
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request=request,
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checking_id=checking_id,
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amount=64,
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fee_reserve=0,
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)
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async def pay():
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payment = await ledger.backends[Method.bolt11][Unit.sat].pay_invoice(
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quote, 1000
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)
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return payment
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task = asyncio.create_task(pay())
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await asyncio.sleep(SLEEP_TIME)
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# check the payment status
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status = await ledger.backends[Method.bolt11][Unit.sat].get_payment_status(
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quote.checking_id
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)
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assert status.pending
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# cancel the invoice
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cancel_invoice(payment_hash)
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await asyncio.sleep(SLEEP_TIME)
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# collect the payment
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payment = await task
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assert payment.failed
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assert not payment.preimage
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# assert payment.error_message
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# check the payment status
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status = await ledger.backends[Method.bolt11][Unit.sat].get_payment_status(
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quote.checking_id
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)
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assert (
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status.failed or status.unknown
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) # some backends send unknown instead of failed if they can't find the payment
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assert not status.preimage
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# assert status.error_message
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@pytest.mark.asyncio
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@pytest.mark.skipif(is_fake, reason="only regtest")
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async def test_regtest_pending_quote(wallet: Wallet, ledger: Ledger):
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# fill wallet
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invoice = await wallet.request_mint(64)
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await pay_if_regtest(invoice.bolt11)
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await wallet.mint(64, id=invoice.id)
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assert wallet.balance == 64
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# create hodl invoice
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preimage, invoice_dict = get_hold_invoice(16)
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invoice_payment_request = str(invoice_dict["payment_request"])
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# wallet pays the invoice
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quote = await wallet.melt_quote(invoice_payment_request)
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total_amount = quote.amount + quote.fee_reserve
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_, send_proofs = await wallet.swap_to_send(wallet.proofs, total_amount)
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asyncio.create_task(ledger.melt(proofs=send_proofs, quote=quote.quote))
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# asyncio.create_task(
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# wallet.melt(
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# proofs=send_proofs,
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# invoice=invoice_payment_request,
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# fee_reserve_sat=quote.fee_reserve,
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# quote_id=quote.quote,
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# )
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# )
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await asyncio.sleep(SLEEP_TIME)
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# expect that melt quote is still pending
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melt_quotes = await ledger.crud.get_all_melt_quotes_from_pending_proofs(
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db=ledger.db
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)
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assert melt_quotes
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# expect that proofs are still pending
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states = await ledger.db_read.get_proofs_states([p.Y for p in send_proofs])
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assert all([s.pending for s in states])
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# only now settle the invoice
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settle_invoice(preimage=preimage)
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await asyncio.sleep(SLEEP_TIME)
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# expect that proofs are now spent
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states = await ledger.db_read.get_proofs_states([p.Y for p in send_proofs])
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assert all([s.spent for s in states])
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# expect that no melt quote is pending
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melt_quotes = await ledger.crud.get_all_melt_quotes_from_pending_proofs(
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db=ledger.db
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)
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assert not melt_quotes
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