def testFalseControl(self):
center_frequency = 110e6
sample_rate = 2.5e6
bandwidth = 2e6
alloc = self._generateAlloc(cf=center_frequency,
sr=sample_rate,
bw=bandwidth)
retval = self.comp.allocateCapacity(alloc)
self.assertEquals(retval, True)
_type = properties.props_to_dict(alloc)['FRONTEND::tuner_allocation'][
'FRONTEND::tuner_allocation::tuner_type']
_alloc_id = properties.props_to_dict(
alloc)['FRONTEND::tuner_allocation'][
'FRONTEND::tuner_allocation::allocation_id']
listen_alloc = [
frontend.createTunerGenericListenerAllocation(
_type,
allocation_id='foo',
center_frequency=center_frequency,
bandwidth=bandwidth,
sample_rate=sample_rate,
returnDict=False)
]
retval = self.comp.allocateCapacity(listen_alloc)
self.assertEquals(retval, True)
self.comp.deallocateCapacity(listen_alloc)
self.comp.deallocateCapacity(alloc)
def test_MultipleUsesDevices(self):
devices = dict((dev._get_label(), dev) for dev in self._devMgr._get_registeredDevices())
appFact = self.createAppFact("Multiple")
self._app = appFact.create(appFact._get_name(), [], [])
# Check the usesdevice connections by inspecting the app's external
# ports against the devices
for connection in self._app.getPort("resource_out")._get_connections():
deviceId = connection.port._get_identifier()
if connection.connectionId == "connection1":
self.assertTrue(deviceId, devices["SADUsesDevice_1"]._get_identifier())
elif connection.connectionId == "connection2":
self.assertTrue(deviceId, devices["BasicTestDevice1"]._get_identifier())
# Try to create another instance of the application; there should only
# be enough capacity to satisfy one of the usesdevices
prop = CF.DataType("DCE:001fad60-b4b3-4ed2-94cb-40e1d956bf4f", any.to_any(None))
pre_value = properties.props_to_dict(devices["BasicTestDevice1"].query([prop])[0].value._v)
try:
app2 = appFact.create(appFact._get_name(), [], [])
except CF.ApplicationFactory.CreateApplicationError:
# The first app instance should have exhausted the capacity on the
# SADUsesDevice
pass
else:
self.fail("Device should not have enough capacity to satisfy usesdevice")
# Make sure that the successful usesdevice was deallocated
post_value = properties.props_to_dict(devices["BasicTestDevice1"].query([prop])[0].value._v)
self.assertEqual(pre_value["long_capacity"], post_value["long_capacity"])
self.assertAlmostEqual(pre_value["float_capacity"], post_value["float_capacity"])
def test_keyword_change(self):
print "\n... Staring mid stream keyword change test"
self._generate_config()
self.comp_obj.configure(props_from_dict(self.config_dict))
self._generate_keywords()
self._send_data(last_pkt_eos=False)
expected_data1 = self.expected_data
time.sleep(1) # Allow SCAAudioTagger to process the already sent data before changing config parameters
self.updated_config = copy.deepcopy(self.config_dict)
self.updated_config["encoding"] = "PCM_SIGNED"
self.updated_config["channels"] = 1
self.comp_obj.configure(props_from_dict(self.updated_config))
self._send_data(last_pkt_eos=True)
expected_data2 = self.expected_data
rx_data = self._get_received_data()
rx_data1 = rx_data[:len(rx_data)/2]
rx_data2 = rx_data[len(rx_data)/2:]
print "Received SRI keywords: %s" % props_to_dict(rx_data1[-1].sri.keywords)
print "Received SRI keywords: %s" % props_to_dict(rx_data2[-1].sri.keywords)
self._validate_data(rx_data1, expected_data1, expected_frame_size=1, config_dict=self.config_dict)
self._validate_data(rx_data2, expected_data2, expected_frame_size=1, config_dict=self.updated_config)
def _compareAllocation(self, lhs, rhs):
self.assertEqual(lhs.allocationID, rhs.allocationID)
self.assertEqual(lhs.requestingDomain, rhs.requestingDomain)
lhsProps = properties.props_to_dict(lhs.allocationProperties)
rhsProps = properties.props_to_dict(rhs.allocationProperties)
self.assertEqual(lhsProps, rhsProps)
self.assert_(lhs.allocatedDevice._is_equivalent(rhs.allocatedDevice))
self.assert_(lhs.allocationDeviceManager._is_equivalent(rhs.allocationDeviceManager))
def _compareAllocation(self, lhs, rhs):
self.assertEqual(lhs.allocationID, rhs.allocationID)
self.assertEqual(lhs.requestingDomain, rhs.requestingDomain)
lhsProps = properties.props_to_dict(lhs.allocationProperties)
rhsProps = properties.props_to_dict(rhs.allocationProperties)
self.assertEqual(lhsProps, rhsProps)
self.assert_(lhs.allocatedDevice._is_equivalent(rhs.allocatedDevice))
self.assert_(lhs.allocationDeviceManager._is_equivalent(rhs.allocationDeviceManager))
def testKeywords(self):
stream = self.port.createStream("test_keywords")
self._writeSinglePacket(stream, 1)
self.assertEqual(1, len(self.stub.H))
# Set/get keywords
stream.setKeyword('integer', 250)
stream.setKeyword('string', "value")
stream.setKeyword('double', 101.1e6)
stream.setKeyword('boolean', False)
self.assertEqual(250, stream.getKeyword('integer'))
self.assertEqual('value', stream.getKeyword('string'))
self.assertEqual(101.1e6, stream.getKeyword('double'))
self.assertEqual(False, stream.getKeyword('boolean'))
# Set with a specific type
stream.setKeyword('float', -1.25, 'float')
self.assertEqual(-1.25, stream.getKeyword('float'))
any_value = stream.keywords[-1].value
self.assertEqual(CORBA.TC_float, any_value.typecode())
# Erase and check for presence of keywords
stream.eraseKeyword('string')
self.failUnless(stream.hasKeyword('integer'))
self.failIf(stream.hasKeyword('string'))
self.failUnless(stream.hasKeyword('double'))
self.failUnless(stream.hasKeyword('boolean'))
# Write a packet to trigger an SRI update
self.assertEqual(1, len(self.stub.H))
self._writeSinglePacket(stream, 1)
self.assertEqual(2, len(self.stub.H))
keywords = properties.props_to_dict(self.stub.H[-1].keywords)
self.assertEqual(len(stream.keywords), len(keywords))
for key, value in keywords.iteritems():
self.assertEqual(stream.getKeyword(key), value)
# Replace keywords with a new set
stream.keywords = properties.props_from_dict({
'COL_RF': 100.0e6,
'CHAN_RF': 101.1e6
})
self.assertEqual(2, len(stream.keywords))
self.assertEqual(100.0e6, stream.getKeyword('COL_RF'))
self.assertEqual(101.1e6, stream.getKeyword('CHAN_RF'))
# Trigger another SRI update
self.assertEqual(2, len(self.stub.H))
self._writeSinglePacket(stream, 1)
self.assertEqual(3, len(self.stub.H))
keywords = properties.props_to_dict(self.stub.H[-1].keywords)
self.assertEqual(len(stream.keywords), len(keywords))
for key, value in keywords.iteritems():
self.assertEqual(stream.getKeyword(key), value)
def _compareAllocations(lhs, rhs):
if lhs.allocationID != rhs.allocationID:
return False
lhsProps = properties.props_to_dict(lhs.allocationProperties)
rhsProps = properties.props_to_dict(rhs.allocationProperties)
if lhsProps != rhsProps:
return False
if not lhs.allocatedDevice._is_equivalent(rhs.allocatedDevice):
return False
if not lhs.allocationDeviceManager._is_equivalent(rhs.allocationDeviceManager):
return False
return True
def compareAllocationStatus(lhs, rhs):
if lhs.allocationID != rhs.allocationID:
return False
lhsProps = properties.props_to_dict(lhs.allocationProperties)
rhsProps = properties.props_to_dict(rhs.allocationProperties)
if lhsProps != rhsProps:
return False
if not lhs.allocatedDevice._is_equivalent(rhs.allocatedDevice):
return False
if not lhs.allocationDeviceManager._is_equivalent(
rhs.allocationDeviceManager):
return False
return True
def testTypoErrorAllocation(self):
center_frequency = 110e6
sample_rate = 2.5e6
bandwidth = 2e6
alloc = self._generateAlloc(cf=center_frequency,sr=sample_rate,bw=bandwidth)
retval = self.comp.allocateCapacity(alloc)
self.assertEquals(retval, True)
_type = properties.props_to_dict(alloc)['FRONTEND::tuner_allocation']['FRONTEND::tuner_allocation::tuner_type']
_alloc_id = properties.props_to_dict(alloc)['FRONTEND::tuner_allocation']['FRONTEND::tuner_allocation::allocation_id']
listen_alloc = [frontend.createTunerListenerAllocation(_alloc_id, listener_allocation_id='foo',returnDict=False)]
retval = self.comp.allocateCapacity(listen_alloc)
self.assertEquals(retval, True)
self.assertRaises(CF.Device.InvalidCapacity, self.comp.allocateCapacity, listen_alloc)
self.comp.deallocateCapacity(listen_alloc)
self.comp.deallocateCapacity(alloc)
def eventReceived(self, data):
dataEvent = any.from_any(data, keep_structs=True)
if dataEvent.sourceId != self.sourceId:
self.successfullPropChange = False
return
if len(dataEvent.properties) == 0:
self.successfullPropChange = False
return
props = properties.props_to_dict(dataEvent.properties)
if props.has_key('myprop'):
self.received_myprop = True
if self.successfullPropChange == None:
self.successfullPropChange = True
if props.has_key('anotherprop'):
self.received_anotherprop = True
if self.successfullPropChange == None:
self.successfullPropChange = True
if props.has_key('seqprop'):
if props['seqprop'] == [1.0, 2.0, 3.0]:
self.received_seqprop = True
if self.successfullPropChange == None:
self.successfullPropChange = True
if props.has_key('some_struct') and props['some_struct'] != None:
if props['some_struct'] == {"some_number": 3.0, "some_string": "hello"}:
self.received_some_struct = True
if self.successfullPropChange == None:
self.successfullPropChange = True
if props.has_key('structseq_prop'):
if len(props['structseq_prop']) == 1:
if props['structseq_prop'][0] == {"some_number": 7.0, "some_string": "second message"}:
self.received_structseq_prop = True
if self.successfullPropChange == None:
self.successfullPropChange = True
def testInValidRFInfoSR(self):
""" Ask for a Allocation outside the range of the REceiver but should still work because the RFInfo packet tells the receiver a frequency down conversation has already occured"""
#Create Allocation and Sink for Tuner 1
sink = sb.DataSink()
alloc = self._generateAlloc(cf=9050.1e6,
sr=2.5e6,
bw=0,
rf_flow_id="testRFInfoPacket_FlowID")
allocationID = properties.props_to_dict(
alloc)['FRONTEND::tuner_allocation'][
'FRONTEND::tuner_allocation::allocation_id']
self.comp.connect(sink, connectionId=allocationID)
sink.start()
#Send an RF Info Packet
rfInfo_port = self.comp.getPort("RFInfo_in")
rf_info_pkt = self._generateRFInfoPkt(
rf_freq=9000e6,
rf_bw=100e6,
if_freq=100e6,
rf_flow_id="testRFInfoPacket_FlowID")
rfInfo_port._set_rfinfo_pkt(rf_info_pkt)
#Allocate a Tuner
try:
retval = self.comp.allocateCapacity(alloc)
except Exception, e:
self.assertFalse("Exception thrown on allocateCapactiy %s" %
str(e))
def eventReceived(self, data):
dataEvent = any.from_any(data, keep_structs=True)
if dataEvent.sourceId != self.sourceId:
self.successfullPropChange = False
return
if len(dataEvent.properties) == 0:
self.successfullPropChange = False
return
props = properties.props_to_dict(dataEvent.properties)
if props.has_key('myprop'):
self.received_myprop = True
if self.successfullPropChange == None:
self.successfullPropChange = True
if props.has_key('anotherprop'):
self.received_anotherprop = True
if self.successfullPropChange == None:
self.successfullPropChange = True
if props.has_key('seqprop'):
if props['seqprop'] == [1.0, 2.0, 3.0]:
self.received_seqprop = True
if self.successfullPropChange == None:
self.successfullPropChange = True
if props.has_key('some_struct') and props['some_struct'] != None:
if props['some_struct'] == {"some_number": 3.0, "some_string": "hello"}:
self.received_some_struct = True
if self.successfullPropChange == None:
self.successfullPropChange = True
if props.has_key('structseq_prop'):
if len(props['structseq_prop']) == 1:
if props['structseq_prop'][0] == {"some_number": 7.0, "some_string": "second message"}:
self.received_structseq_prop = True
if self.successfullPropChange == None:
self.successfullPropChange = True
def testInValidRFInfoPacket(self):
#Create Allocation and Sink for Tuner 1
sink = sb.DataSink()
alloc = self._generateAlloc(cf=110e6,
sr=2.5e6,
bw=2e6,
rf_flow_id="invalid_FlowID")
allocationID = properties.props_to_dict(
alloc)['FRONTEND::tuner_allocation'][
'FRONTEND::tuner_allocation::allocation_id']
self.comp.connect(sink, connectionId=allocationID)
sink.start()
#Send an RF Info Packet
rfInfo_port = self.comp.getPort("RFInfo_in")
rf_info_pkt = self._generateRFInfoPkt(
rf_freq=100e6,
rf_bw=100e6,
if_freq=0,
rf_flow_id="testRFInfoPacket_FlowID")
rfInfo_port._set_rfinfo_pkt(rf_info_pkt)
#Allocate a Tuner
try:
retval = self.comp.allocateCapacity(alloc)
except Exception, e:
self.assertFalse("Exception thrown on allocateCapactiy %s" %
str(e))
def test_complex(self):
print "\n... Staring complex data test"
self._generate_config()
self.comp_obj.configure(props_from_dict(self.config_dict))
self._generate_keywords()
self._send_data(complex=True)
rx_data = self._get_received_data()
print "Received SRI keywords: %s" % props_to_dict(rx_data[-1].sri.keywords)
self._validate_data(rx_data, self.expected_data, expected_frame_size=2)
def testNoneImport(self):
"""Do a test with import configured to None rather than a sequence
"""
print "\n... running testNoneImport"
self.comp.configure(props_from_dict({'import': None}))
props = props_to_dict(self.comp.query(props_from_dict({})))
self.assertEqual(
props['import'], [],
'"import" property set to "%s" (instead of empty sequence) after configured with "None".'
% props['import'])
def test_MultipleUsesDevices(self):
devices = dict((dev._get_label(), dev)
for dev in self._devMgr._get_registeredDevices())
appFact = self.createAppFact('Multiple')
self._app = appFact.create(appFact._get_name(), [], [])
# Check the usesdevice connections by inspecting the app's external
# ports against the devices
for connection in self._app.getPort('resource_out')._get_connections():
deviceId = connection.port._get_identifier()
if connection.connectionId == 'connection1':
self.assertTrue(deviceId,
devices['SADUsesDevice_1']._get_identifier())
elif connection.connectionId == 'connection2':
self.assertTrue(deviceId,
devices['BasicTestDevice1']._get_identifier())
# Try to create another instance of the application; there should only
# be enough capacity to satisfy one of the usesdevices
prop = CF.DataType('DCE:001fad60-b4b3-4ed2-94cb-40e1d956bf4f',
any.to_any(None))
pre_value = properties.props_to_dict(devices['BasicTestDevice1'].query(
[prop])[0].value._v)
try:
app2 = appFact.create(appFact._get_name(), [], [])
except CF.ApplicationFactory.CreateApplicationError:
# The first app instance should have exhausted the capacity on the
# SADUsesDevice
pass
else:
self.fail(
'Device should not have enough capacity to satisfy usesdevice')
# Make sure that the successful usesdevice was deallocated
post_value = properties.props_to_dict(
devices['BasicTestDevice1'].query([prop])[0].value._v)
self.assertEqual(pre_value['long_capacity'],
post_value['long_capacity'])
self.assertAlmostEqual(pre_value['float_capacity'],
post_value['float_capacity'])
self.assertEqual(pre_value['struct_simple_seq'],
post_value['struct_simple_seq'])
def testRFInfoPkt(self):
self.fei_dev, alloc_params = self.getAllocationContext(ALLOCATE_RCV)
#create rf_info uses port and connect to MSDD
out_rf_info_port=frontend.OutRFInfoPort("out_control")
in_rf_info_port=self.fei_dev.getPort("RFInfo_in")
out_rf_info_port.connectPort(in_rf_info_port,"test_rf_flow")
bw=alloc_params['wbddc_bw']
sr=alloc_params['wbddc_srate']
# allocation params
flow_id = "ca-710-flow-2"
cf=100e6
# send info pkto
pkt=_generateRFInfoPkt(cf,bw,rf_flow_id=flow_id)
out_rf_info_port._set_rfinfo_pkt(pkt)
# check rf_flow_id was set
n=len(self.fei_dev.frontend_tuner_status)
expected=[flow_id]*n
actual=[ x["FRONTEND::tuner_status::rf_flow_id"] for x in self.fei_dev.frontend_tuner_status ]
self.assertEqual(expected,actual, "Mismatch of RF Flow Ids for tuners")
# allocation for sample rate and rf_flow_id
alloc1=frontend.createTunerAllocation(center_frequency=cf, sample_rate=sr, rf_flow_id=flow_id)
ret=self.fei_dev.allocateCapacity( alloc1)
alloc1_aid = alloc1["FRONTEND::tuner_allocation"]["FRONTEND::tuner_allocation::allocation_id"]
self.assertEqual(True,ret, "Allocation failed using rf_flow_id")
self.alloc1=alloc1
alloc2_aid = alloc1_aid
if alloc_params['nbddc_srate'] is not None :
# allocation for center freq and rf_flow_id
alloc2=frontend.createTunerAllocation(center_frequency=cf, rf_flow_id=flow_id)
ret=self.fei_dev.allocateCapacity( alloc2)
alloc2_aid = alloc2["FRONTEND::tuner_allocation"]["FRONTEND::tuner_allocation::allocation_id"]
self.assertEqual(True,ret, "Allocation failed using rf_flow_id again ")
self.alloc2=alloc2
# valid rf_flow_id was probagated downstream
sink=sb.StreamSink()
sdds_in=sb.launch('rh.SourceSDDS', properties={'interface':INTERFACE})
sb.start()
self.fei_dev.connect(sdds_in, connectionId=alloc2_aid, usesPortName='dataSDDS_out')
sdds_in.connect(sink, usesPortName="dataShortOut")
kws=None
try:
sink_data=sink.read()
kws=properties.props_to_dict(sink_data.sri.keywords)
except:
pass
self.assertEqual( kws["FRONTEND::RF_FLOW_ID"] , flow_id, "Missing RF_FLOW_ID from keyword list")
def _messageReceived(self, message):
payload = message.value(CF._tc_Properties)
if not payload:
return
for dt in payload:
if dt.id == 'state_change':
value = properties.props_to_dict(dt.value.value(CF._tc_Properties))
identifier = value['state_change::identifier']
if value['state_change::event'] == 'start':
self._started.put(identifier)
elif value['state_change::event'] == 'stop':
self._stopped.put(identifier)
def testReportedBandwidth(self):
self.comp.start()
alloc = self._generateAlloc(cf=110e6, sr=24.576e6, bw=20e6)
allocationID = properties.props_to_dict(
alloc)['FRONTEND::tuner_allocation'][
'FRONTEND::tuner_allocation::allocation_id']
try:
retval = self.comp.allocateCapacity(alloc)
except Exception, e:
print str(e)
self.fail("Exception thrown on allocateCapactiy %s" % str(e))
def test_same_stream_snaps(self):
print "\n... Staring multiple snapshots from one stream test"
config_dict = self._generate_config()
data_filename = config_dict['filename']
if os.path.exists(data_filename):
os.system("rm %s" % (data_filename+"*"))
while os.path.exists(data_filename):
time.sleep(self.t_delta)
self._generate_keywords()
self.comp.configure(props_from_dict(config_dict))
data_filename = config_dict['filename']
base_filename = data_filename
count = 0
expected_data = []
results = []
for i in xrange(6):
# Disable file writing, this should cause the current file to be written out
# and a new file to be created the next time write in enabled
enabled_write = not ((i+1) % 2 == 0)
self.comp.configure(props_from_dict({"write": enabled_write}))
while props_to_dict(self.comp.query([]))['write']!=enabled_write:
time.sleep(self.t_delta)
first_pkt_time = None
for j in xrange(3):
self._send_data(last_pkt_eos=False) # send data but don't send eos (not stopping streaming just yet)
first_pkt_time = first_pkt_time or self.first_pkt_time
last_pkt_time = self.last_pkt_time
if enabled_write:
expected_data.extend(self.expected_data)
self._sleepTillDone(data_filename, expected_data=expected_data)
else:
time.sleep(self.t_data_wait)
if not enabled_write:
# File should have been closed at the start of this pass
sri_filename = data_filename + ".sri"
self._validate_data(data_filename, expected_data, config_dict["endian"])
self._validate_metadata(sri_filename, self.t_delta, self.stream_id1, self.keywords_dict, first_pkt_time, last_pkt_time)
# reset for the next file
expected_data = []
count += 1
data_filename = base_filename + ".%d" % count
def testReportedBandwidth(self):
self.comp.start()
self.fei_dev, alloc_params = self.getAllocationContext(ALLOCATE_RCV)
alloc = self._generateAlloc(cf=110e6,
sr=alloc_params['wbddc_srate'],
bw=alloc_params['wbddc_bw'])
allocationID = properties.props_to_dict(alloc)['FRONTEND::tuner_allocation']['FRONTEND::tuner_allocation::allocation_id']
try:
retval = self.fei_dev.allocateCapacity(alloc)
except Exception, e:
print str(e)
self.fail("Exception thrown on allocateCapactiy %s" % str(e))
def propertyChange(self, _propChEv):
if type(self._changeCallbacks) != dict:
print 'Invalid change callbacks (must be dictionary with property id as a key and a callback function as a value). Printing received event', _propChEv
_tmp_props = _propChEv.properties
_triggers = {}
for _prop_key in self._changeCallbacks:
for _prop_idx in range(len(_tmp_props)):
if _tmp_props[_prop_idx].id == _prop_key:
if not _triggers.has_key(self._changeCallbacks[_prop_key]):
_triggers[self._changeCallbacks[_prop_key]] = {}
_triggers[self._changeCallbacks[_prop_key]].update(
properties.prop_to_dict(_tmp_props[_prop_idx]))
_tmp_props.pop(_prop_idx)
break
if len(_triggers) != 0:
for _trigger in _triggers:
_trigger(_propChEv.evt_id, _propChEv.reg_id,
_propChEv.resource_id, _triggers[_trigger],
_propChEv.timestamp)
if len(_tmp_props) != 0:
if self._defaultCallback:
self._defaultCallback(_propChEv.evt_id, _propChEv.reg_id,
_propChEv.resource_id,
properties.props_to_dict(_tmp_props),
_propChEv.timestamp)
return
print 'Property Change Event:'
print ' event id:', _propChEv.evt_id
print ' registration id:', _propChEv.reg_id
print ' resource id:', _propChEv.resource_id
print ' properties:', properties.props_to_dict(_tmp_props)
print ' timestamp:', _propChEv.timestamp
def _query(self, props=[], printResults=False):
results = self.query(props)
# If querying all properties, display all property names and values
propDict = _properties.props_to_dict(results)
maxNameLen = 0
if printResults:
if results != [] and len(props) == 0:
for prop in propDict.items():
if len(prop[0]) > maxNameLen:
maxNameLen = len(prop[0])
print "_query():"
print "Property Name" + " "*(maxNameLen-len("Property Name")) + "\tProperty Value"
print "-------------" + " "*(maxNameLen-len("Property Name")) + "\t--------------"
for prop in propDict.items():
print str(prop[0]) + " "*(maxNameLen-len(str(prop[0]))) + "\t " + str(prop[1])
return propDict
def _validate_data(self, received_data, expected_data, expected_frame_size=1, config_dict=None):
config_dict = config_dict or self.config_dict
exp_index = 0
for rx_pkt in received_data:
for d in rx_pkt.data:
self.assertEqual(d, expected_data[exp_index])
exp_index += 1
# Verify keywords
rx_keywords = props_to_dict(rx_pkt.sri.keywords)
# Added audio keywords
self.assertEqual(rx_keywords["AUDIO_ENCODING"], config_dict["encoding"])
self.assertEqual(rx_keywords["AUDIO_CHANNELS"], config_dict["channels"])
self.assertEqual(rx_keywords["AUDIO_FRAME_SIZE"], expected_frame_size) # 1 - scalar, 2 - complex
self.assertEqual(rx_keywords["AUDIO_FRAME_RATE"], 1./self.t_delta)
for k, v in self.keywords_dict.items():
self.assertEqual(rx_keywords[k], v)
def get_available_hardware(self):
'''
Returns a list of the available RTL devices
>> x.get_vailable_rtl()
[ {
'index': 0,
'name': 'ezcap USB 2.0 DVB-T/DAB/FM dongle',
'product': 'RTL2838UHIDIR',
'serial': '000000000',
'vendor': 'Realtek'
} ]
'''
def fixd(d):
return dict([(k.split('::')[-1], v) for k, v in d.items()])
self.device.configure(props_from_dict(dict(update_available_devices=True)))
q = props_to_dict(self.device.query(props_from_dict(dict(available_devices=None))))
return [ fixd(d) for d in q['available_devices']]
def testDoubleTunerAllocation(self):
#self.comp.start()
#Create Allocation and Sink for Tuner 1
sink = sb.StreamSink()
alloc = self._generateAlloc(cf=110e6,sr=2.5e6,bw=2e6)
allocationID = properties.props_to_dict(alloc)['FRONTEND::tuner_allocation']['FRONTEND::tuner_allocation::allocation_id']
self.comp.connect(sink,connectionId=allocationID)
sink.start()
#Allocate a Tuner
try:
retval = self.comp.allocateCapacity(alloc)
except Exception, e:
self.assertFalse("Exception thrown on allocateCapactiy %s" % str(e))
def testSingleTunerAllocation(self):
#self.comp.start()
sink = sb.DataSink()
alloc = self._generateAlloc(cf=110e6,sr=2.5e6,bw=2e6)
allocationID = properties.props_to_dict(alloc)['FRONTEND::tuner_allocation']['FRONTEND::tuner_allocation::allocation_id']
self.comp.connect(sink,connectionId=allocationID)
sink.start()
try:
retval = self.comp.allocateCapacity(alloc)
except Exception, e:
print "%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%"
print "%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%"
print "%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%"
print str(e)
self.assertFalse("Exception thrown on allocateCapactiy %s" % str(e))
def get_available_hardware(self):
'''
Returns a list of the available RTL devices
>> x.get_vailable_rtl()
[ {
'index': 0,
'name': 'ezcap USB 2.0 DVB-T/DAB/FM dongle',
'product': 'RTL2838UHIDIR',
'serial': '000000000',
'vendor': 'Realtek'
} ]
'''
def fixd(d):
return dict([(k.split('::')[-1], v) for k, v in d.items()])
self.device.configure(
props_from_dict(dict(update_available_devices=True)))
q = props_to_dict(
self.device.query(props_from_dict(dict(available_devices=None))))
return [fixd(d) for d in q['available_devices']]
def testSingleTunerAllocation(self):
self.comp.start()
self.fei_dev, alloc_params = self.getAllocationContext(ALLOCATE_RCV)
sink = sb.DataSinkSDDS()
alloc = self._generateAlloc(cf=110e6,sr=0,bw=0)
allocationID = properties.props_to_dict(alloc)['FRONTEND::tuner_allocation']['FRONTEND::tuner_allocation::allocation_id']
self.fei_dev.connect(sink,usesPortName = "dataSDDS_out",connectionId=allocationID)
sink.start()
try:
retval = self.fei_dev.allocateCapacity(alloc)
except Exception, e:
print "%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%"
print "%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%"
print "%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%"
print str(e)
self.assertFalse("Exception thrown on allocateCapactiy %s" % str(e))
def set_target_hardware(self, rtlx):
'''
Sets the target RTL to use. To choose a target device
use a dictionary with the criteria to select (from the available
rtl devices). Returns the target that was just set.
> x.set_target_rtl(dict(index=0))
[ {
'index': 0,
'name': None,
'product': None,
'serial': None,
'vendor': None,
} ]
'''
# the device has a bug in that if it gets the same value, it won't trigger
# target device. So set it to some weird number and than change it again
self.device.configure(dict(target_device=dict(index=-2)))
# FIXME: Validate rtlx has the right fields
self.device.configure(dict(target_device=rtlx))
return props_to_dict(self.device.query(props_from_dict(dict(target_device=None))))
def set_target_hardware(self, rtlx):
'''
Sets the target RTL to use. To choose a target device
use a dictionary with the criteria to select (from the available
rtl devices). Returns the target that was just set.
> x.set_target_rtl(dict(index=0))
[ {
'index': 0,
'name': None,
'product': None,
'serial': None,
'vendor': None,
} ]
'''
# the device has a bug in that if it gets the same value, it won't trigger
# target device. So set it to some weird number and than change it again
self.device.configure(dict(target_device=dict(index=-2)))
# FIXME: Validate rtlx has the right fields
self.device.configure(dict(target_device=rtlx))
return props_to_dict(
self.device.query(props_from_dict(dict(target_device=None))))
def testConfigureQuerySeqs(self):
#######################################################################
# Launch the component with the default execparams
execparams = self.getPropertySet(kinds=("execparam",), modes=("readwrite", "writeonly"), includeNil=False)
execparams = dict([(x.id, any.from_any(x.value)) for x in execparams])
self.launch(execparams)
#######################################################################
# Simulate regular component startup
# Verify that initialize nor configure throw errors
self.comp_obj.initialize()
values = [1,2,3,4,5]
phrases = ['one','two','three','four','five']
phrase = 'testing'
octetData = struct.pack('5b', *[x for x in values]) #octet data must be packed bytes
flags = [True, False, True, False]
values_r = copy.deepcopy(values)
values_r.reverse()
phrases_r = copy.deepcopy(phrases)
phrases_r.reverse()
phrase_r = ([x for x in phrase])
phrase_r.reverse()
flags_r = copy.deepcopy(flags)
flags_r.reverse()
numTestRuns = 10
for x in range(numTestRuns):
stringset = ossie.cf.CF.DataType(id='stringSeq', value=any.to_any(phrases))
stringset.value._t = tcInternal.typeCodeFromClassOrRepoId(CORBA.StringSeq)
self.comp_obj.configure([stringset])
boolset = ossie.cf.CF.DataType(id='boolSeq', value=any.to_any(flags))
boolset.value._t = tcInternal.typeCodeFromClassOrRepoId(CORBA.BooleanSeq)
self.comp_obj.configure([boolset])
ulongset = ossie.cf.CF.DataType(id='ulongSeq', value=any.to_any(values))
ulongset.value._t = tcInternal.typeCodeFromClassOrRepoId(CORBA.ULongSeq)
self.comp_obj.configure([ulongset])
shortset = ossie.cf.CF.DataType(id='shortSeq', value=any.to_any(values))
shortset.value._t = tcInternal.typeCodeFromClassOrRepoId(CORBA.ShortSeq)
self.comp_obj.configure([shortset])
floatset = ossie.cf.CF.DataType(id='floatSeq', value=any.to_any(values))
floatset.value._t = tcInternal.typeCodeFromClassOrRepoId(CORBA.FloatSeq)
self.comp_obj.configure([floatset])
charset = ossie.cf.CF.DataType(id='charSeq', value=any.to_any(phrase))
charset.value._t = tcInternal.typeCodeFromClassOrRepoId(CORBA.CharSeq)
self.comp_obj.configure([charset])
octetset = ossie.cf.CF.DataType(id='octetSeq', value=any.to_any(octetData))
octetset.value._t = tcInternal.typeCodeFromClassOrRepoId(CORBA.OctetSeq)
self.comp_obj.configure([octetset])
ushortset = ossie.cf.CF.DataType(id='ushortSeq', value=any.to_any(values))
ushortset.value._t = tcInternal.typeCodeFromClassOrRepoId(CORBA.UShortSeq)
self.comp_obj.configure([ushortset])
doubleset = ossie.cf.CF.DataType(id='doubleSeq', value=any.to_any(values))
doubleset.value._t = tcInternal.typeCodeFromClassOrRepoId(CORBA.DoubleSeq)
self.comp_obj.configure([doubleset])
longset = ossie.cf.CF.DataType(id='longSeq', value=any.to_any(values))
longset.value._t = tcInternal.typeCodeFromClassOrRepoId(CORBA.LongSeq)
self.comp_obj.configure([longset])
longlongset = ossie.cf.CF.DataType(id='longlongSeq', value=any.to_any(values))
longlongset.value._t = tcInternal.typeCodeFromClassOrRepoId(PortTypes.LongLongSequence)
self.comp_obj.configure([longlongset])
ulonglongset = ossie.cf.CF.DataType(id='ulonglongSeq', value=any.to_any(values))
ulonglongset.value._t = tcInternal.typeCodeFromClassOrRepoId(PortTypes.UlongLongSequence)
self.comp_obj.configure([ulonglongset])
simple_list = self.comp_obj.query([
ossie.cf.CF.DataType(id=str('stringSeq'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('boolSeq'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('ulongSeq'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('shortSeq'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('floatSeq'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('charSeq'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('octetSeq'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('ushortSeq'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('doubleSeq'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('longSeq'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('longlongSeq'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('ulonglongSeq'),value=any.to_any(None))
])
simple_dict = properties.props_to_dict(simple_list)
#the onconfigure for the stringSeq is supposed to reverse the order of the phrases
self.assertEquals(simple_dict['stringSeq'], phrases_r, msg=str(simple_dict['stringSeq']) + ' != ' + str(phrases_r) + ' for stringSeq')
simple_dict.pop('stringSeq')
#the onconfigure for the boolSeq is supposed to reverse the order of the flags
self.assertEquals(simple_dict['boolSeq'], flags_r, msg=str(simple_dict['boolSeq']) + ' != ' + str(flags_r) + ' for boolSeq')
simple_dict.pop('boolSeq')
#the onconfigure for the charSeq is supposed to reverse the order of the phrase
self.assertEquals([x for x in simple_dict['charSeq']], phrase_r, msg=str(simple_dict['charSeq']) + ' != ' + str(phrase_r) + ' for charSeq')
simple_dict.pop('charSeq')
#the onconfigure for the octetSeq is supposed to reverse the order of the phrase
self.assertEquals([x for x in struct.unpack('5b', simple_dict['octetSeq'])], values_r,
msg=str(struct.unpack('5b', simple_dict['octetSeq'])) + ' != ' + str(values_r) + ' for octetSeq')
simple_dict.pop('octetSeq')
#the rest of the onconfigures are supposed to reverse the values in the list
for x in simple_dict:
self.assertEquals(simple_dict[x], values_r, msg=str(simple_dict[x]) + ' != ' + str(values_r) + ' for ' + x)
def testConfigureQuerySimples(self):
#######################################################################
# Launch the component with the default execparams
execparams = self.getPropertySet(kinds=("execparam",), modes=("readwrite", "writeonly"), includeNil=False)
execparams = dict([(x.id, any.from_any(x.value)) for x in execparams])
self.launch(execparams)
#######################################################################
# Simulate regular component startup
# Verify that initialize nor configure throw errors
self.comp_obj.initialize()
numTestRuns = 10
val = 15
charval = 'a'
chardata = struct.pack('1c', charval)
flag = True
for x in range(numTestRuns):
phrase = 'blah' + str(val)
flag = not flag
self.comp_obj.configure([ossie.cf.CF.DataType(id='stringSimple', value=CORBA.Any(CORBA.TC_string, phrase))])
# Need to reset boolSimple value so value will definitely change
self.comp_obj.configure([ossie.cf.CF.DataType(id='boolSimple', value=any.to_any(None))])
self.comp_obj.configure([ossie.cf.CF.DataType(id='boolSimple', value=CORBA.Any(CORBA.TC_boolean, flag))])
self.comp_obj.configure([ossie.cf.CF.DataType(id='ulongSimple', value=CORBA.Any(CORBA.TC_ulong, val))])
self.comp_obj.configure([ossie.cf.CF.DataType(id='shortSimple', value=CORBA.Any(CORBA.TC_short, val))])
self.comp_obj.configure([ossie.cf.CF.DataType(id='floatSimple', value=CORBA.Any(CORBA.TC_float, val))])
self.comp_obj.configure([ossie.cf.CF.DataType(id='octetSimple', value=CORBA.Any(CORBA.TC_octet, val))])
self.comp_obj.configure([ossie.cf.CF.DataType(id='charSimple', value=CORBA.Any(CORBA.TC_char, chardata))])
self.comp_obj.configure([ossie.cf.CF.DataType(id='ushortSimple', value=CORBA.Any(CORBA.TC_ushort, val))])
self.comp_obj.configure([ossie.cf.CF.DataType(id='doubleSimple', value=CORBA.Any(CORBA.TC_double, val))])
self.comp_obj.configure([ossie.cf.CF.DataType(id='longSimple', value=CORBA.Any(CORBA.TC_long, val))])
self.comp_obj.configure([ossie.cf.CF.DataType(id='longlongSimple', value=CORBA.Any(CORBA.TC_longlong, val))])
self.comp_obj.configure([ossie.cf.CF.DataType(id='ulonglongSimple', value=CORBA.Any(CORBA.TC_ulonglong, val))])
simple_list = self.comp_obj.query([
ossie.cf.CF.DataType(id=str('stringSimple'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('boolSimple'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('ulongSimple'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('shortSimple'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('floatSimple'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('octetSimple'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('charSimple'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('ushortSimple'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('doubleSimple'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('longSimple'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('longlongSimple'),value=any.to_any(None)),
ossie.cf.CF.DataType(id=str('ulonglongSimple'),value=any.to_any(None))
])
simple_dict = properties.props_to_dict(simple_list)
#the onconfigure for the stringSimple is supposed to double the phrase
self.assertEquals(simple_dict['stringSimple'], phrase*2, msg=str(simple_dict['stringSimple']) + ' != ' + str(phrase*2) + ' for stringSimple')
simple_dict.pop('stringSimple')
#the onconfigure for the boolSimple is supposed to flip the flag
self.assertEquals(simple_dict['boolSimple'], not flag, msg=str(simple_dict['boolSimple']) + ' != ' + str(not flag) + ' for boolSimple')
simple_dict.pop('boolSimple')
self.comp_obj.configure([ossie.cf.CF.DataType(id='boolSimple', value=CORBA.Any(CORBA.TC_boolean, flag))])
#the onconfigure for the charSimple is supposed raise the case
self.assertEquals(simple_dict['charSimple'], charval.upper(), msg=str(simple_dict['charSimple']) + ' != ' + str(charval.upper()) + ' for charSimple')
simple_dict.pop('charSimple')
#the rest of the onconfigures are supposed to double the value
for x in simple_dict:
self.assertEquals(simple_dict[x], val*2, msg=str(simple_dict[x]) + ' != ' + str(val*2) + ' for ' + x)
val = val+1
def testBlueShortPortSwapped(self):
#######################################################################
# Test Bluefile Swapped SHORT Functionality
print "\n**TESTING BLUEFILE Swapped + SHORT PORT"
#Define test files
dataFileIn = './bluefile.in'
dataFileInSwap = './bluefile.in.swap'
#Create Test Data File if it doesn't exist
if not os.path.isfile(dataFileIn):
tmpSink = bluefile_helpers.BlueFileWriter(dataFileIn,
BULKIO__POA.dataShort)
tmpSink.start()
tmpSri = createSri('bluefileShortSwapped', 5000)
#kwVal = 1234
#kwSwap = swap([kwVal], 'long')[0]
#tmpSri.keywords = props_from_dict({'TEST_KW':kwSwap})
tmpSri.keywords = props_from_dict({'TEST_KW': 1234})
tmpSink.pushSRI(tmpSri)
tmpTs = createTs()
#tmpSink.pushPacket(swap(range(1024),'short'), tmpTs, True, 'bluefileShortSwapped')
tmpSink.pushPacket(range(1024), tmpTs, True,
'bluefileShortSwapped')
#Read in Data from Test File, modify header, and rewrite
hdr, d = bluefile.read(dataFileIn, dict)
hdr['file_name'] = dataFileInSwap
hdr['head_rep'] = 'IEEE'
hdr['data_rep'] = 'IEEE'
bluefile.write(dataFileInSwap, hdr, d)
#Read in Data from Swapped Test File
hdr, d = bluefile.read(dataFileInSwap, dict)
data = list(d)
keywords = hdr['ext_header']
#Create Components and Connections
comp = sb.launch('../FileReader.spd.xml')
comp.source_uri = dataFileInSwap
comp.file_format = 'BLUEFILE'
sink = sb.DataSink()
comp.connect(sink, usesPortName='dataShort_out')
#Start Components & Push Data
sb.start()
comp.playback_state = 'PLAY'
time.sleep(2)
readData = sink.getData()
readKeywords = props_to_dict(sink.sri().keywords)
sb.stop()
#Check that the input and output files are the same
try:
self.assertEqual(data, readData)
except self.failureException as e:
comp.releaseObject()
sink.releaseObject()
os.remove(dataFileIn)
os.remove(dataFileInSwap)
raise e
#Check that the keywords are the same
try:
self.assertEqual(keywords, readKeywords)
except self.failureException as e:
comp.releaseObject()
sink.releaseObject()
os.remove(dataFileIn)
os.remove(dataFileInSwap)
raise e
#Release the components and remove the generated files
comp.releaseObject()
sink.releaseObject()
os.remove(dataFileIn)
os.remove(dataFileInSwap)
print "........ PASSED\n"
return
def testRFFlowID(self):
#create rf_info uses port and connect to MSDD
out_rf_info_port = frontend.OutRFInfoPort("out_control")
in_rf_info_port = self.comp.getPort("RFInfo_in")
out_rf_info_port.connectPort(in_rf_info_port, "test_rf_flow")
# get params for allocations
bw = self.alloc_params['wbddc_bw']
sr = self.alloc_params['wbddc_srate']
# allocation params
flow_id = "ca-710-flow"
cf = 100e6
# set rf flow id
out_rf_info_port._set_rf_flow_id(flow_id)
# check rf_flow_id was set
n = len(self.comp.frontend_tuner_status)
expected = [flow_id] * n
actual = [
x["FRONTEND::tuner_status::rf_flow_id"]
for x in self.comp.frontend_tuner_status
]
self.assertEqual(expected, actual,
"Mismatch of RF Flow Ids for tuners")
# allocation for sample rate and rf_flow_id
alloc1 = frontend.createTunerAllocation(center_frequency=cf,
sample_rate=sr,
rf_flow_id=flow_id)
ret = self.comp.allocateCapacity(alloc1)
alloc1_aid = alloc1["FRONTEND::tuner_allocation"][
"FRONTEND::tuner_allocation::allocation_id"]
self.assertEqual(True, ret, "Allocation failed using rf_flow_id")
alloc2_aid = alloc1_aid
if self.alloc_params['nbddc_srate'] is not None:
# dual channel we need to provide specific rate so the correct DDC is selected that matches the same rf_flow_id
if '2w' in self.msdd_id:
# allocation for center freq and rf_flow_id
alloc2 = frontend.createTunerAllocation(
center_frequency=cf,
sample_rate=self.alloc_params['nbddc_srate'],
sample_rate_tolerance=1.0,
rf_flow_id=flow_id)
else:
# allocation for center freq and rf_flow_id
alloc2 = frontend.createTunerAllocation(center_frequency=cf,
rf_flow_id=flow_id)
ret = self.comp.allocateCapacity(alloc2)
alloc2_aid = alloc2["FRONTEND::tuner_allocation"][
"FRONTEND::tuner_allocation::allocation_id"]
self.assertEqual(True, ret,
"Allocation failed using rf_flow_id again ")
# valid rf_flow_id was probagated downstream
sink = sb.StreamSink()
sdds_in = sb.launch(
'rh.SourceSDDS',
properties={
'interface': INTERFACE,
'advanced_optimizations': {
'advanced_optimizations::sdds_pkts_per_bulkio_push': 5
},
'attachment_override': {
'attachment_override:endianness': "1234"
}
})
sb.start()
self.comp.connect(sdds_in,
connectionId=alloc2_aid,
usesPortName='dataSDDS_out')
sdds_in.connect(sink, usesPortName="dataShortOut")
kws = None
try:
sink_data = sink.read()
kws = properties.props_to_dict(sink_data.sri.keywords)
except:
pass
self.assertEqual(kws["FRONTEND::RF_FLOW_ID"], flow_id,
"Missing RF_FLOW_ID from keyword list")
def _runTests(self, props):
props = properties.props_from_dict(dict((p, None) for p in props))
result = self.comp.runTest(0, props)
return properties.props_to_dict(result)
def getFilterProps(self):
""" get the filter properties from the component
"""
props = self.comp.query([])
d = props_to_dict(props)
return d['filterProps']
def getFilterProps(self):
""" get the filter properties from the component
"""
props = self.comp.query([])
d = props_to_dict(props)
return d['filterProps']
def testRFFlowID(self):
#create rf_info uses port and connect to MSDD
out_rf_info_port = frontend.OutRFInfoPort("out_control")
in_rf_info_port = self.comp.getPort("RFInfo_in")
out_rf_info_port.connectPort(in_rf_info_port, "test_rf_flow")
# get params for allocations
bw = float(self.comp.frontend_tuner_status[0]
["FRONTEND::tuner_status::available_bandwidth"])
sr = float(self.comp.frontend_tuner_status[0]
["FRONTEND::tuner_status::available_sample_rate"])
# allocation params
flow_id = "ca-710-flow"
cf = 100e6
# set rf flow id
out_rf_info_port._set_rf_flow_id(flow_id)
# check rf_flow_id was set
n = len(self.comp.frontend_tuner_status)
expected = [flow_id] * n
actual = [
x["FRONTEND::tuner_status::rf_flow_id"]
for x in self.comp.frontend_tuner_status
]
self.assertEqual(expected, actual,
"Mismatch of RF Flow Ids for tuners")
# allocation for sample rate and rf_flow_id
alloc1 = frontend.createTunerAllocation(center_frequency=cf,
sample_rate=sr,
rf_flow_id=flow_id)
ret = self.comp.allocateCapacity(alloc1)
alloc1_aid = alloc1["FRONTEND::tuner_allocation"][
"FRONTEND::tuner_allocation::allocation_id"]
self.assertEqual(True, ret, "Allocation failed using rf_flow_id")
# allocation for center freq and rf_flow_id
alloc2 = frontend.createTunerAllocation(center_frequency=cf,
rf_flow_id=flow_id)
ret = self.comp.allocateCapacity(alloc2)
alloc2_aid = alloc2["FRONTEND::tuner_allocation"][
"FRONTEND::tuner_allocation::allocation_id"]
self.assertEqual(True, ret,
"Allocation failed using rf_flow_id again ")
# valid rf_flow_id was probagated downstream
sink = sb.StreamSink()
sdds_in = sb.launch('rh.SourceSDDS',
properties={'interface': INTERFACE})
sb.start()
self.comp.connect(sdds_in,
connectionId=alloc2_aid,
usesPortName='dataSDDS_out')
sdds_in.connect(sink, usesPortName="dataShortOut")
kws = None
try:
sink_data = sink.read()
kws = properties.props_to_dict(sink_data.sri.keywords)
except:
pass
self.assertEqual(kws["FRONTEND::RF_FLOW_ID"], flow_id,
"Missing RF_FLOW_ID from keyword list")
except Exception, e:
self.assertFalse("Exception thrown on allocateCapactiy %s" % str(e))
if not retval:
self.assertFalse("Allocation Failed")
#Check Tuner 1 SRI, letting data and SRI flow for up to 1s
data = sink.read(timeout=1)
self.failIf(data is None)
print "SRI 1 1st Time" , data.sri
self.assertEqual(data.sri.streamID, allocationID, "SRI 1 Did not Match")
self.assertAlmostEqual(data.sri.xdelta, 1.0/2.5e6,5)
#Create Allocation and Sink for Tuner 2
sink2 = sb.StreamSink()
alloc2 = self._generateAlloc(cf=110e6,sr=5e6,bw=4e6)
allocationID2 = properties.props_to_dict(alloc2)['FRONTEND::tuner_allocation']['FRONTEND::tuner_allocation::allocation_id']
self.comp.connect(sink2,connectionId=allocationID2)
sink2.start()
#Allocate a Second Tuner
try:
retval = self.comp.allocateCapacity(alloc2)
except Exception, e:
print str(e)
self.assertFalse("Exception thrown on allocateCapactiy on second Tuner %s" % str(e))
if not retval:
self.assertFalse("Allocation Failed on second Tuner")
#Sleep and let data and SRI flow
time.sleep(1)