Files
catalyst/zipline/test/test_finance.py
T

85 lines
2.3 KiB
Python

"""Tests for the zipline.finance package"""
from unittest2 import TestCase
from zipline.test.test_messaging import SimulatorTestCase
from zipline.monitor import Controller
from zipline.messaging import DataSource
import zipline.util as qutil
class ThreadPoolExecutor(SimulatorTestCase, TestCase):
allocator = DummyAllocator(100)
def setup_logging(self):
qutil.configure_logging()
# lazy import by design
self.logger = mock.Mock()
def setup_allocator(self):
pass
def get_simulator(self, addresses):
return ThreadSimulator(addresses)
def get_controller(self):
# Allocate two more sockets
controller_sockets = self.allocate_sockets(2)
return Controller(
controller_sockets[0],
controller_sockets[1],
logging = self.logger,
)
#
def test_orders(self):
# Base Simuation
# --------------
# Allocate sockets for the simulator components
sockets = self.allocate_sockets(6)
addresses = {
'sync_address' : sockets[0],
'data_address' : sockets[1],
'feed_address' : sockets[2],
'merge_address' : sockets[3],
'result_address' : sockets[4],
'order_address' : sockets[5]
}
sim = self.get_simulator(addresses)
con = self.get_controller()
# Simulation Components
# ---------------------
ret1 = RandomEquityTrades(133, "ret1", 5000)
ret2 = RandomEquityTrades(134, "ret2", 5000)
mavg1 = MovingAverage("mavg1", 30)
mavg2 = MovingAverage("mavg2", 60)
client = TestClient(self, expected_msg_count=10000)
sim.register_components([ret1, ret2, mavg1, mavg2, client])
sim.register_controller( con )
# Simulation
# ----------
sim.simulate()
# Stop Running
# ------------
# TODO: less abrupt later, just shove a StopIteration
# down the pipe to make it stop spinning
sim.cuc._Thread__stop()
self.assertEqual(sim.feed.pending_messages(), 0,
"The feed should be drained of all messages, found {n} remaining."
.format(n=sim.feed.pending_messages())
)
class PredefinedDataSource()