def test_cb_callback(self):
cb1 = CollateBuffer(nant=NANT,npol=1,nchan=2048,nwin=1)
cb2 = CollateBuffer(nant=NANT,npol=1,nchan=2048,nwin=1, sdisp=1, sdisp_destination_ip="192.168.1.196")
def callback(i,j,pol,t,data, flags):
global data_in_readout
data_in_readout = True
cb1.set_callback(callback)
bs = BufferSocket()
bs.set_callback(cb1)
bs.start(PORT)
xengs = [sim.XEngine(nant=NANT,npol=1,nchan=2048,engine_id=x, intlen=1562500) \
for x in range(NANT)]
xstreams = [x.get_pkt_stream() for x in xengs]
timestamp = None
cnt = 0
while True:
for x in xstreams:
pkt = x.next()
pkt.currerr = cnt
cnt += 1
if timestamp is None: timestamp = pkt.timestamp
if pkt.timestamp > timestamp + 2: break
loopback(pkt.pack(), port=PORT)
cb2.collate_packet(pkt)
time.sleep(.0001)
if pkt.timestamp > timestamp + 2: break
bs.stop()
self.assertTrue(data_in_readout)
def dtest_auto_shutdown(self):
bs = BufferSocket()
def callback(s): pass
bs.set_callback(callback)
bs.start(PORT)
for i in range(10):
loopback('Test' * 10)
time.sleep(.0001)
del(bs)
loopback('Test' * 10)
def dtest_all_data(self):
cb = CollateBuffer(nant=NANT,npol=1,nchan=2048,nwin=1)
def callback(i,j,pol,t,data,flags):
self.assertTrue(n.all(flags == 0))
cb.set_callback(callback)
bs = BufferSocket()
bs.set_callback(cb)
bs.start(PORT)
xengs = [sim.XEngine(nant=NANT,npol=1,nchan=2048,engine_id=x) \
for x in range(NANT)]
xstreams = [x.get_pkt_stream() for x in xengs]
timestamp = None
while True:
for x in xstreams:
pkt = x.next()
if timestamp is None: timestamp = pkt.timestamp
if pkt.timestamp > timestamp + 2: break
loopback(pkt.pack(), port=PORT)
time.sleep(.0001)
if pkt.timestamp > timestamp + 2: break
bs.stop()
def dtest_init(self):
bs = BufferSocket(item_count=10)
bs = BufferSocket(payload_len=1024)
bs = BufferSocket(item_count=100, payload_len=9000)
def setUp(self):
self.bs = BufferSocket()
class TestBufferSocket(unittest.TestCase):
def setUp(self):
self.bs = BufferSocket()
def dtest_start_stop(self):
for i in range(10):
self.bs.start(PORT)
self.bs.stop()
def dtest_init(self):
bs = BufferSocket(item_count=10)
bs = BufferSocket(payload_len=1024)
bs = BufferSocket(item_count=100, payload_len=9000)
def dtest_set_unset_callback(self):
def callback(s): pass
self.bs.set_callback(callback)
self.bs.unset_callback()
cb = CollateBuffer(nant=8,npol=1,nchan=2048,nwin=1)
self.bs.set_callback(cb)
self.bs.unset_callback()
self.assertRaises(TypeError, self.bs.set_callback, (None,))
def dtest_auto_shutdown(self):
bs = BufferSocket()
def callback(s): pass
bs.set_callback(callback)
bs.start(PORT)
for i in range(10):
loopback('Test' * 10)
time.sleep(.0001)
del(bs)
loopback('Test' * 10)
def dtest_get_packets_in_callback(self):
def callback(s):
global packet_in_callback
packet_in_callback = s
self.bs.set_callback(callback)
self.bs.start(PORT)
for i in range(100):
loopback('Test' * 10)
time.sleep(.0001)
self.bs.stop()
self.bs.unset_callback()
self.assertEqual(packet_in_callback, 'Test' * 10)
def test_cb_callback(self):
cb1 = CollateBuffer(nant=NANT,npol=1,nchan=2048,nwin=1)
cb2 = CollateBuffer(nant=NANT,npol=1,nchan=2048,nwin=1, sdisp=1, sdisp_destination_ip="192.168.1.196")
def callback(i,j,pol,t,data, flags):
global data_in_readout
data_in_readout = True
cb1.set_callback(callback)
bs = BufferSocket()
bs.set_callback(cb1)
bs.start(PORT)
xengs = [sim.XEngine(nant=NANT,npol=1,nchan=2048,engine_id=x, intlen=1562500) \
for x in range(NANT)]
xstreams = [x.get_pkt_stream() for x in xengs]
timestamp = None
cnt = 0
while True:
for x in xstreams:
pkt = x.next()
pkt.currerr = cnt
cnt += 1
if timestamp is None: timestamp = pkt.timestamp
if pkt.timestamp > timestamp + 2: break
loopback(pkt.pack(), port=PORT)
cb2.collate_packet(pkt)
time.sleep(.0001)
if pkt.timestamp > timestamp + 2: break
bs.stop()
self.assertTrue(data_in_readout)
def dtest_all_data(self):
cb = CollateBuffer(nant=NANT,npol=1,nchan=2048,nwin=1)
def callback(i,j,pol,t,data,flags):
self.assertTrue(n.all(flags == 0))
cb.set_callback(callback)
bs = BufferSocket()
bs.set_callback(cb)
bs.start(PORT)
xengs = [sim.XEngine(nant=NANT,npol=1,nchan=2048,engine_id=x) \
for x in range(NANT)]
xstreams = [x.get_pkt_stream() for x in xengs]
timestamp = None
while True:
for x in xstreams:
pkt = x.next()
if timestamp is None: timestamp = pkt.timestamp
if pkt.timestamp > timestamp + 2: break
loopback(pkt.pack(), port=PORT)
time.sleep(.0001)
if pkt.timestamp > timestamp + 2: break
bs.stop()