forked from LBRYCommunity/lbry-sdk
211 lines
9.8 KiB
Python
211 lines
9.8 KiB
Python
import asyncio
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import lbry
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import lbry.wallet
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from lbry.error import ServerPaymentFeeAboveMaxAllowedError
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from lbry.wallet.network import ClientSession
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from lbry.wallet.rpc import RPCError
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from lbry.wallet.server.db.elasticsearch.sync import run_sync, make_es_index
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from lbry.wallet.server.session import LBRYElectrumX
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from lbry.testcase import IntegrationTestCase, CommandTestCase
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from lbry.wallet.orchstr8.node import SPVNode
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class TestSessions(IntegrationTestCase):
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"""
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Tests that server cleans up stale connections after session timeout and client times out too.
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"""
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async def test_session_bloat_from_socket_timeout(self):
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await self.conductor.stop_spv()
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await self.ledger.stop()
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self.conductor.spv_node.session_timeout = 1
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await self.conductor.start_spv()
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session = ClientSession(
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network=None, server=(self.conductor.spv_node.hostname, self.conductor.spv_node.port), timeout=0.2
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)
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await session.create_connection()
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await session.send_request('server.banner', ())
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self.assertEqual(len(self.conductor.spv_node.server.session_mgr.sessions), 1)
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self.assertFalse(session.is_closing())
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await asyncio.sleep(1.1)
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with self.assertRaises(asyncio.TimeoutError):
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await session.send_request('server.banner', ())
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self.assertTrue(session.is_closing())
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self.assertEqual(len(self.conductor.spv_node.server.session_mgr.sessions), 0)
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async def test_proper_version(self):
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info = await self.ledger.network.get_server_features()
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self.assertEqual(lbry.__version__, info['server_version'])
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async def test_client_errors(self):
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# Goal is ensuring thsoe are raised and not trapped accidentally
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with self.assertRaisesRegex(Exception, 'not a valid address'):
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await self.ledger.network.get_history('of the world')
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with self.assertRaisesRegex(Exception, 'rejected by network rules.*TX decode failed'):
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await self.ledger.network.broadcast('13370042004200')
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class TestUsagePayment(CommandTestCase):
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async def _test_single_server_payment(self):
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wallet_pay_service = self.daemon.component_manager.get_component('wallet_server_payments')
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wallet_pay_service.payment_period = 1
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# only starts with a positive max key fee
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wallet_pay_service.max_fee = "0.0"
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await wallet_pay_service.start(ledger=self.ledger, wallet=self.wallet)
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self.assertFalse(wallet_pay_service.running)
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wallet_pay_service.max_fee = "1.0"
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await wallet_pay_service.start(ledger=self.ledger, wallet=self.wallet)
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self.assertTrue(wallet_pay_service.running)
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await wallet_pay_service.stop()
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await wallet_pay_service.start(ledger=self.ledger, wallet=self.wallet)
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address = await self.blockchain.get_raw_change_address()
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_, history = await self.ledger.get_local_status_and_history(address)
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self.assertEqual(history, [])
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node = SPVNode(self.conductor.spv_module, node_number=2)
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await node.start(self.blockchain, extraconf={"PAYMENT_ADDRESS": address, "DAILY_FEE": "1.1"})
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self.addCleanup(node.stop)
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self.daemon.jsonrpc_settings_set('lbryum_servers', [f"{node.hostname}:{node.port}"])
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await self.daemon.jsonrpc_wallet_reconnect()
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LBRYElectrumX.set_server_features(node.server.env)
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features = await self.ledger.network.get_server_features()
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self.assertEqual(features["payment_address"], address)
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self.assertEqual(features["daily_fee"], "1.1")
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with self.assertRaises(ServerPaymentFeeAboveMaxAllowedError):
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await asyncio.wait_for(wallet_pay_service.on_payment.first, timeout=30)
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node.server.env.daily_fee = "1.0"
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node.server.env.payment_address = address
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LBRYElectrumX.set_server_features(node.server.env)
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# self.daemon.jsonrpc_settings_set('lbryum_servers', [f"{node.hostname}:{node.port}"])
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await self.daemon.jsonrpc_wallet_reconnect()
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features = await self.ledger.network.get_server_features()
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self.assertEqual(features["payment_address"], address)
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self.assertEqual(features["daily_fee"], "1.0")
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tx = await asyncio.wait_for(wallet_pay_service.on_payment.first, timeout=30)
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self.assertIsNotNone(await self.blockchain.get_raw_transaction(tx.id)) # verify its broadcasted
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self.assertEqual(tx.outputs[0].amount, 100000000)
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self.assertEqual(tx.outputs[0].get_address(self.ledger), address)
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class TestESSync(CommandTestCase):
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async def test_es_sync_utility(self):
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for i in range(10):
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await self.stream_create(f"stream{i}", bid='0.001')
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await self.generate(1)
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self.assertEqual(10, len(await self.claim_search(order_by=['height'])))
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db = self.conductor.spv_node.server.db
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await db.search_index.delete_index()
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db.search_index.clear_caches()
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self.assertEqual(0, len(await self.claim_search(order_by=['height'])))
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await db.search_index.stop()
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self.assertTrue(await make_es_index(db.search_index))
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async def resync():
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await db.search_index.start()
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db.search_index.clear_caches()
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await run_sync(index_name=db.search_index.index, db=db)
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self.assertEqual(10, len(await self.claim_search(order_by=['height'])))
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self.assertEqual(0, len(await self.claim_search(order_by=['height'])))
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await resync()
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# this time we will test a migration from unversioned to v1
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await db.search_index.sync_client.indices.delete_template(db.search_index.index)
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await db.search_index.stop()
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self.assertTrue(await make_es_index(db.search_index))
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await db.search_index.start()
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await resync()
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class TestHubDiscovery(CommandTestCase):
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async def test_hub_discovery(self):
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us_final_node = SPVNode(self.conductor.spv_module, node_number=2)
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await us_final_node.start(self.blockchain, extraconf={"COUNTRY": "US"})
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self.addCleanup(us_final_node.stop)
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final_node_host = f"{us_final_node.hostname}:{us_final_node.port}"
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kp_final_node = SPVNode(self.conductor.spv_module, node_number=3)
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await kp_final_node.start(self.blockchain, extraconf={"COUNTRY": "KP"})
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self.addCleanup(kp_final_node.stop)
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kp_final_node_host = f"{kp_final_node.hostname}:{kp_final_node.port}"
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relay_node = SPVNode(self.conductor.spv_module, node_number=4)
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await relay_node.start(self.blockchain, extraconf={
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"COUNTRY": "FR",
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"PEER_HUBS": ",".join([kp_final_node_host, final_node_host])
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})
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relay_node_host = f"{relay_node.hostname}:{relay_node.port}"
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self.addCleanup(relay_node.stop)
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self.assertEqual(list(self.daemon.conf.known_hubs), [])
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self.assertEqual(
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self.daemon.ledger.network.client.server_address_and_port,
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('127.0.0.1', 50002)
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)
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# connect to relay hub which will tell us about the final hubs
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self.daemon.jsonrpc_settings_set('lbryum_servers', [relay_node_host])
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await self.daemon.jsonrpc_wallet_reconnect()
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self.assertEqual(
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self.daemon.conf.known_hubs.filter(), {
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(relay_node.hostname, relay_node.port): {"country": "FR"},
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(us_final_node.hostname, us_final_node.port): {}, # discovered from relay but not contacted yet
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(kp_final_node.hostname, kp_final_node.port): {}, # discovered from relay but not contacted yet
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}
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)
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self.assertEqual(
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self.daemon.ledger.network.client.server_address_and_port, ('127.0.0.1', relay_node.port)
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)
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# use known_hubs to connect to final US hub
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self.daemon.jsonrpc_settings_clear('lbryum_servers')
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self.daemon.conf.jurisdiction = "US"
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await self.daemon.jsonrpc_wallet_reconnect()
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self.assertEqual(
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self.daemon.conf.known_hubs.filter(), {
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(relay_node.hostname, relay_node.port): {"country": "FR"},
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(us_final_node.hostname, us_final_node.port): {"country": "US"},
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(kp_final_node.hostname, kp_final_node.port): {"country": "KP"},
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}
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)
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self.assertEqual(
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self.daemon.ledger.network.client.server_address_and_port, ('127.0.0.1', us_final_node.port)
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)
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# connection to KP jurisdiction
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self.daemon.conf.jurisdiction = "KP"
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await self.daemon.jsonrpc_wallet_reconnect()
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self.assertEqual(
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self.daemon.ledger.network.client.server_address_and_port, ('127.0.0.1', kp_final_node.port)
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)
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kp_final_node.server.session_mgr._notify_peer('127.0.0.1:9988')
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await self.daemon.ledger.network.on_hub.first
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await asyncio.sleep(0.5) # wait for above event to be processed by other listeners
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self.assertEqual(
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self.daemon.conf.known_hubs.filter(), {
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(relay_node.hostname, relay_node.port): {"country": "FR"},
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(us_final_node.hostname, us_final_node.port): {"country": "US"},
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(kp_final_node.hostname, kp_final_node.port): {"country": "KP"},
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('127.0.0.1', 9988): {}
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}
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)
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class TestStressFlush(CommandTestCase):
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# async def test_flush_over_66_thousand(self):
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# history = self.conductor.spv_node.server.db.history
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# history.flush_count = 66_000
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# history.flush()
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# self.assertEqual(history.flush_count, 66_001)
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# await self.generate(1)
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# self.assertEqual(history.flush_count, 66_002)
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async def test_thousands_claim_ids_on_search(self):
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await self.stream_create()
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with self.assertRaises(RPCError) as err:
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await self.claim_search(not_channel_ids=[("%040x" % i) for i in range(8196)])
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self.assertEqual(err.exception.message, 'not_channel_ids cant have more than 2048 items.')
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