def make_client_server():
init_logging()
run = asyncio.get_event_loop().run_until_complete
path = pathlib.Path(tempfile.mkdtemp(), "port")
server, aiter = run(start_unix_server_aiter(path))
rws_aiter = map_aiter(lambda rw: dict(
reader=rw[0], writer=rw[1], server=server), aiter)
initial_block_hash = bytes(([0] * 31) + [1])
ledger = ledger_api.LedgerAPI(initial_block_hash, RAM_DB())
server_task = asyncio.ensure_future(api_server(rws_aiter, ledger))
remote = run(proxy_for_unix_connection(path))
# make sure server_task isn't garbage collected
remote.server_task = server_task
return remote
def test_client_server():
init_logging()
run = asyncio.get_event_loop().run_until_complete
path = pathlib.Path(tempfile.mkdtemp(), "port")
server, aiter = run(start_unix_server_aiter(path))
rws_aiter = map_aiter(
lambda rw: dict(reader=rw[0], writer=rw[1], server=server), aiter)
initial_block_hash = bytes(([0] * 31) + [1])
ledger = ledger_api.LedgerAPI(initial_block_hash, RAM_DB())
server_task = asyncio.ensure_future(api_server(rws_aiter, ledger))
run(client_test(path))
server_task.cancel()
def run_ledger_api(server, aiter):
db = RAM_DB()
INITIAL_BLOCK_HASH = bytes(([0] * 31) + [1])
ledger = ledger_api.LedgerAPI(INITIAL_BLOCK_HASH, db)
rws_aiter = map_aiter(lambda rw: dict(reader=rw[0], writer=rw[1], server=server), aiter)
return api_server(rws_aiter, ledger)
def serve_api_on_unix_port(api, path):
run = asyncio.get_event_loop().run_until_complete
server, aiter = run(start_unix_server_aiter(path))
rws_aiter = map_aiter(lambda rw: dict(reader=rw[0], writer=rw[1], server=server), aiter)
return asyncio.ensure_future(api_server(rws_aiter, api, 20))
