def launch(self, execparams={}, ossiehome=None, configure={}, initialize=True):
"""
Launch the component. The component will be executed as a child process,
then (optionally) initialized and configured.
Arguments:
execparams - Execparams to override on component execution.
ossiehome - Base location of REDHAWK installation for finding IDL files.
Default location is determined from $OSSIEHOME environment
variable.
configure - If a dictionary, a set of key/value pairs to override the
initial configuration values of the component.
If None, skip initial configuration.
initialize - If true, call initialize() after launching the component.
If false, skip initialization.
"""
if IDE_REF_ENV == None:
if ossiehome:
model._ossiehome = str(ossiehome)
model._interface_list = importIDL.importStandardIdl(std_idl_path=str(ossiehome)+'/idl', std_idl_include_path=str(ossiehome)+'/idl')
model._loadedInterfaceList = True
component = sb.launch(self.spd_file, impl=self.impl, execparams=execparams,
configure=configure, initialize=initialize)
else:
# spd file path passed in to unit test is relative to current component tests directory (i.e. "..")
# IDE unit test requires spd file path relative to sca file system
componentName = str(self.spd.get_name())
sca_file_system_spd_file = "components/" + componentName + "/" + self.spd_file[3:]
component = sb.launch(sca_file_system_spd_file, impl=self.impl, execparams=execparams,
configure=configure, initialize=initialize)
self.comp_obj = component.ref
self.comp = component
def launch(self, execparams={}, ossiehome=None, configure={}, initialize=True, objType=None):
"""
Launch the component. The component will be executed as a child process,
then (optionally) initialized and configured.
Arguments:
execparams - Execparams to override on component execution.
ossiehome - Base location of REDHAWK installation for finding IDL files.
Default location is determined from $OSSIEHOME environment
variable.
configure - If a dictionary, a set of key/value pairs to override the
initial configuration values of the component.
If None, skip initial configuration.
initialize - If true, call initialize() after launching the component.
If false, skip initialization.
objType - Object type to be launched. Could be a component, device or service.
"""
if IDE_REF_ENV == None:
if ossiehome:
model._idllib = IDLLibrary()
model._idllib.addSearchPath(str(ossiehome)+'/idl')
component = sb.launch(self.spd_file, impl=self.impl, execparams=execparams,
configure=configure, initialize=initialize, objType=objType)
else:
# spd file path passed in to unit test is relative to current component tests directory (i.e. "..")
# IDE unit test requires spd file path relative to sca file system
componentName = str(self.spd.get_name())
sca_file_system_spd_file = "components/" + componentName + "/" + self.spd_file[3:]
component = sb.launch(sca_file_system_spd_file, impl=self.impl, execparams=execparams,
configure=configure, initialize=initialize, objType=objType)
self.comp_obj = component.ref
self.comp = component
def __init__(self, format, numa_policy, shared):
# TODO: Use NUMA launcher when supported in sandbox for .so components
launcher = NumaLauncher(numa_policy)
self.shared = shared
self.writer = sb.launch(os.path.join(PATH, 'writer/writer.spd.xml'), shared=self.shared)
self.reader = sb.launch(os.path.join(PATH, 'reader/reader.spd.xml'), shared=self.shared)
self.writer.connect(self.reader)
self.container = sb.domainless._getSandbox()._getComponentHost()
def setUp(self):
c_spd_xml = os.path.join(test_dir, 'components', self.component,
self.component + '.spd.xml')
execparams = {
'LOGGING_CONFIG_URI': 'file://' + os.getcwd() + '/log4j.ex1'
}
self.comp1 = sb.launch(c_spd_xml, execparams=execparams)
self.comp2 = sb.launch(c_spd_xml, execparams=execparams)
def __init__(self, format, numa_policy, shared):
launcher = NumaLauncher(numa_policy)
self.shared = shared
self.writer = sb.launch(os.path.join(PATH, 'writer/writer.spd.xml'),
debugger=launcher,
shared=self.shared)
self.reader = sb.launch(os.path.join(PATH, 'reader/reader.spd.xml'),
debugger=launcher,
shared=self.shared)
self.writer.connect(self.reader)
self.container = sb.domainless._getSandbox()._getComponentHost()
def launch(self,
execparams={},
ossiehome=None,
configure={},
initialize=True,
objType=None,
debugger=None):
"""
Launch the component. The component will be executed as a child process,
then (optionally) initialized and configured.
Arguments:
execparams - Execparams to override on component execution.
ossiehome - Base location of REDHAWK installation for finding IDL files.
Default location is determined from $OSSIEHOME environment
variable.
configure - If a dictionary, a set of key/value pairs to override the
initial configuration values of the component.
If None, skip initial configuration.
initialize - If true, call initialize() after launching the component.
If false, skip initialization.
objType - Object type to be launched. Could be a component, device or service.
"""
if IDE_REF_ENV == None:
if ossiehome:
model._idllib = IDLLibrary()
model._idllib.addSearchPath(str(ossiehome) + '/idl')
component = sb.launch(self.spd_file,
impl=self.impl,
execparams=execparams,
configure=configure,
initialize=initialize,
objType=objType,
debugger=debugger)
else:
# spd file path passed in to unit test is relative to current component tests directory (i.e. "..")
# IDE unit test requires spd file path relative to redhawk file system
componentName = str(self.spd.get_name())
rh_file_system_spd_file = "components/" + componentName + "/" + self.spd_file[
3:]
component = sb.launch(rh_file_system_spd_file,
impl=self.impl,
execparams=execparams,
configure=configure,
initialize=initialize,
objType=objType,
debugger=debugger)
self.comp_obj = component.ref
self.comp = component
def __init__(self, sizeof, num_items):
self.comp = None
if str(sizeof.__name__).find("sizeof_char") != -1:
self.comp = sb.launch("./components/gr_head_octet/gr_head_octet.spd.xml")
elif str(sizeof.__name__).find("sizeof_float") != -1:
self.comp = sb.launch("./components/gr_head_float/gr_head_float.spd.xml")
elif str(sizeof.__name__).find("sizeof_gr_complex") != -1:
self.comp = sb.launch("./components/gr_head_complex/gr_head_complex.spd.xml")
elif str(sizeof.__name__).find("sizeof_int") != -1:
self.comp = sb.launch("./components/gr_head_int/gr_head_int.spd.xml")
elif str(sizeof.__name__).find("sizeof_short") != -1:
self.comp = sb.launch("./components/gr_head_short/gr_head_short.spd.xml")
if self.comp != None:
self.comp.num = num_items
def setUp(self):
ossie.utils.testing.ScaComponentTestCase.setUp(self)
#self.source = sb.launch("../multiout_attachable.spd.xml", impl=self.impl, execparams={"DEBUG_LEVEL":4})
#self.sink1 = sb.launch("../multiout_attachable.spd.xml", impl=self.impl)#, execparams={"DEBUG_LEVEL":4})
self.source = sb.launch("../multiout_attachable.spd.xml",
impl=self.impl)
self.sink1 = sb.launch("../multiout_attachable.spd.xml",
impl=self.impl)
self.sink2 = sb.launch("../multiout_attachable.spd.xml",
impl=self.impl)
self.sink3 = sb.launch("../multiout_attachable.spd.xml",
impl=self.impl)
self.sink4 = sb.launch("../multiout_attachable.spd.xml",
impl=self.impl)
sb.start()
def test_Callbacks(self):
comp = sb.launch('PyCallbacks')
# Clear callback log
comp.callbacks_run = []
# Simple
count = comp.count + 1
comp.count = count
self.assertEqual(comp.callbacks_run.count('count'), 1)
# Simple sequence
constellation = comp.constellation[::2]
comp.constellation = constellation
self.assertEqual(comp.callbacks_run.count('constellation'), 1)
# Struct
station = {'name': 'WYPR', 'frequency': 88.1}
comp.station = station
self.assertEqual(comp.callbacks_run.count('station'), 1)
# Struct sequence
servers = comp.servers + [{'host': 'localhost', 'port':8080}]
comp.servers = servers
self.assertEqual(comp.callbacks_run.count('servers'), 1)
def setUp(self):
self.dataSource = sb.DataSource()
self.dataSource._sampleRate = 8000
self.dataSink = sb.DataSink()
self.sink = sb.launch("../SinkVITA49.spd.xml", execparams={"DEBUG_LEVEL":SINK_DEBUG_LEVEL})#, debugger=myDebugger)
self.source = sb.launch("rh.SourceVITA49", execparams={"DEBUG_LEVEL":SOURCE_DEBUG_LEVEL})#, debugger=myDebugger)
# Setup sink/source settings
self.sink.network_settings.enable = True
self.sink.network_settings.ip_address = IP_ADDRESS
self.sink.network_settings.interface = NIC_INTERFACE
self.source.interface = NIC_INTERFACE
self.attaches = 0
self.detaches = 0
def test_Services(self):
service = sb.launch(sb.getSDRROOT() + '/dev/services/BasicService_java/BasicService_java.spd.xml')
comp = sb.launch('ServiceComponent')
comp.connect(service)
self.assertEquals(len(sb.domainless.ConnectionManager.instance().getConnections().keys()), 1)
# Check that all the parameters got set correctly
props = service.query([])
d = dict([(p.id, any.from_any(p.value)) for p in props])
self.assertEqual(d["SERVICE_NAME"], "BasicService_java_1")
self.assertEqual(d["PARAM1"], "ABCD")
self.assertEqual(d["PARAM2"], 42)
self.assertAlmostEqual(d["PARAM3"], 3.1459)
self.assertEqual(d["PARAM4"], False)
self.assertEqual(d["PARAM5"], "Hello World")
self.assertEqual(d.has_key("PARAM6"), False)
def test_structPropertyRange(self):
comp = sb.launch('TestPythonPropsRange')
comp.api()
# Test upper range
comp.my_struct_name.struct_octet_name = 255
comp.my_struct_name.struct_short_name = 32767
comp.my_struct_name.struct_ushort_name = 65535
comp.my_struct_name.struct_long_name = 2147483647
comp.my_struct_name.struct_ulong_name = 4294967295
comp.my_struct_name.struct_longlong_name = 9223372036854775807
comp.my_struct_name.struct_ulonglong_name = 18446744073709551615
self.assertEquals(comp.my_struct_name.struct_octet_name, 255)
self.assertEquals(comp.my_struct_name.struct_short_name, 32767)
self.assertEquals(comp.my_struct_name.struct_ushort_name, 65535)
self.assertEquals(comp.my_struct_name.struct_long_name, 2147483647)
self.assertEquals(comp.my_struct_name.struct_ulong_name, 4294967295)
self.assertEquals(comp.my_struct_name.struct_longlong_name, 9223372036854775807)
self.assertEquals(comp.my_struct_name.struct_ulonglong_name, 18446744073709551615)
# Test lower range
comp.my_struct_name.struct_octet_name = 0
comp.my_struct_name.struct_short_name = -32768
comp.my_struct_name.struct_ushort_name = 0
comp.my_struct_name.struct_long_name = -2147483648
comp.my_struct_name.struct_ulong_name = 0
comp.my_struct_name.struct_longlong_name = -9223372036854775808
comp.my_struct_name.struct_ulonglong_name = 0
self.assertEquals(comp.my_struct_name.struct_octet_name, 0)
self.assertEquals(comp.my_struct_name.struct_short_name, -32768)
self.assertEquals(comp.my_struct_name.struct_ushort_name, 0)
self.assertEquals(comp.my_struct_name.struct_long_name, -2147483648)
self.assertEquals(comp.my_struct_name.struct_ulong_name, 0)
self.assertEquals(comp.my_struct_name.struct_longlong_name, -9223372036854775808)
self.assertEquals(comp.my_struct_name.struct_ulonglong_name, 0)
# Test one beyond upper bound
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_octet_name.configureValue, 256)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_short_name.configureValue, 32768)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_ushort_name.configureValue, 65536)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_long_name.configureValue, 2147483648)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_ulong_name.configureValue, 4294967296)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_longlong_name.configureValue, 9223372036854775808)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_ulonglong_name.configureValue, 18446744073709551616)
# Test one beyond lower bound
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_octet_name.configureValue, -1)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_short_name.configureValue, -32769)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_ushort_name.configureValue, -1)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_long_name.configureValue, -2147483649)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_ulong_name.configureValue, -1)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_longlong_name.configureValue, -9223372036854775809)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_struct_name.struct_ulonglong_name.configureValue, -1)
# Makes sure the struct can be set without error
# NB: This test used to use names instead of ids, which silently failed in 1.8.
new_value = {'struct_octet': 100, 'struct_short': 101, 'struct_ushort': 102, 'struct_long': 103,
'struct_ulong': 104, 'struct_longlong': 105, 'struct_ulonglong': 106}
comp.my_struct_name = new_value
self.assertEquals(comp.my_struct_name, new_value)
def test_javaDevDomainless(self):
if not java_support:
return
dev = sb.launch('sdr/dev/devices/java_dev/java_dev.spd.xml')
self.assertEqual(dev.devmgr_id, "")
self.assertEqual(dev.dom_id, "")
dev.releaseObject()
def test_changeDelay(self):
self.comp = sb.launch('check_noop')
self.comp.start()
self.assertEquals(self.comp.evaluate, 'done')
self.assertEquals(self.comp.average_delay, 0.0)
self.comp.evaluate = 'go'
begin_time = time.time()
while time.time(
) - begin_time < self.timeout and self.comp.evaluate != 'done':
time.sleep(0.1)
self.assertAlmostEquals(self.comp.average_delay, 0.1, places=2)
new_delay = 0.05
self.comp.noop_delay = new_delay
self.comp.evaluate = 'go'
begin_time = time.time()
while time.time(
) - begin_time < self.timeout and self.comp.evaluate != 'done':
time.sleep(0.1)
self.assertAlmostEquals(self.comp.average_delay, new_delay, places=2)
new_delay = 0.15
self.comp.noop_delay = new_delay
self.comp.evaluate = 'go'
begin_time = time.time()
while time.time(
) - begin_time < self.timeout and self.comp.evaluate != 'done':
time.sleep(0.1)
self.assertAlmostEquals(self.comp.average_delay, new_delay, places=2)
def test_inport_using_componet(self):
c_spd_xml = test_dir + self.c_dir + '/' + self.c_name + '/' + self.c_name + '.spd.xml'
print "Test Component:" + c_spd_xml
test_comp=sb.launch( c_spd_xml, execparams=self.execparams)
##
## grab port from component... this is corba port
##
iport = test_comp.getPort(self.c_inport)
self.assertNotEqual(iport,None,"Cannot get Input Port")
ps = iport._get_statistics()
self.assertNotEqual(ps,None,"Cannot get Port Statistics")
s = iport._get_state()
self.assertNotEqual(s,None,"Cannot get Port State")
self.assertEqual(s,IDLE,"Invalid Port State")
streams = iport._get_activeSRIs()
self.assertNotEqual(streams,None,"Cannot get Streams List")
ts = bulkio.timestamp.now()
sri = bulkio.sri.create()
sri.streamID = "test_port_api"
iport.pushSRI(sri)
def test_push_packet_cplx(self):
in_sri = bulkio.sri.create()
in_sri.streamID = "VECTOR-PUSHPACKET-CPLX"
in_sri.mode = 1
in_sri.xdelta = 1/33.0
dsource=sb.DataSource()
dsink=sb.DataSink()
c_spd_xml = test_dir + self.c_dir + '/' + self.c_name + '/' + self.c_name + '.spd.xml'
print "Test Component:" + c_spd_xml
test_comp=sb.launch( c_spd_xml, execparams=self.execparams)
data=self.seq
dsource.connect(test_comp, providesPortName=self.c_inport )
test_comp.connect(dsink, providesPortName=self.sink_inport, usesPortName=self.c_outport)
sb.start()
dsource.push( data, EOS=True, streamID=in_sri.streamID, sampleRate=33.0, complexData=(in_sri.mode==1) )
adata=dsink.getData(eos_block=True)
#print "Result data: " + str(len(adata))
#print data
#print adata
self.assertEqual(len(data),len(adata),"PUSH PACKET CPLX FAILED....Data Vector Mismatch")
#
# check sri values
#
sri = dsink.sri()
print "StreamID in:" + str(in_sri.streamID)+ " arrive:" + str(sri.streamID)
self.assertEqual(sri.streamID,in_sri.streamID,"PUSH PACKET CPLX FAILED....SRI StreamID Mismatch")
print "Mode in:" + str(in_sri.mode)+ " arrive:" + str(sri.mode)
self.assertEqual(sri.mode,in_sri.mode,"PUSH PACKET CPLX FAILED....SRI Mode Mismatch")
print "SampleRate in:" + str(in_sri.xdelta)+ " arrive:" + str(sri.xdelta)
self.assertAlmostEqual(sri.xdelta,in_sri.xdelta, 3, msg="PUSH PACKET CPLX FAILED....SRI SampleRate Mismatch")
def test_javaDevDomainless(self):
if not java_support:
return
dev = sb.launch('sdr/dev/devices/java_dev/java_dev.spd.xml')
self.assertEqual(dev.devmgr_id, "")
self.assertEqual(dev.dom_id, "")
dev.releaseObject()
def setUp(self):
# Launch the device, using the selected implementation
configure = {
"msdd_configuration": {
"msdd_configuration::msdd_ip_address": "192.168.103.250",
"msdd_configuration::msdd_port": "23"
},
"msdd_output_configuration": [{
"msdd_output_configuration::tuner_number":
0,
"msdd_output_configuration::protocol":
"UDP_SDDS",
"msdd_output_configuration::ip_address":
"234.168.103.100",
"msdd_output_configuration::port":
0,
"msdd_output_configuration::vlan":
0,
"msdd_output_configuration::enabled":
True,
"msdd_output_configuration::timestamp_offset":
0,
"msdd_output_configuration::endianess":
1,
"msdd_output_configuration::mfp_flush":
63,
"msdd_output_configuration::vlan_enable":
False
}]
}
self.comp = sb.launch(self.spd_file,
impl=self.impl,
configure=configure,
execparams={'DEBUG_LEVEL': DEBUG_LEVEL})
def setUp(self):
# reset device
subprocess.call(['./reset_msdd', IP_ADDRESS])
self.temp_files = []
properties = {
"msdd": {
"msdd::ip_address": IP_ADDRESS,
"msdd::port": "23",
},
"time_of_day": {
"time_of_day::mode": TOD_MODE,
"time_of_day::tracking_interval": 3.0,
},
"tuner_output": [{
"tuner_output::tuner_number": 0,
"tuner_output::protocol": "UDP_SDDS",
"tuner_output::interface": MSDD_INTERFACE,
"tuner_output::ip_address": "234.168.103.100",
"tuner_output::port": 0,
"tuner_output::vlan": 0,
"tuner_output::enabled": True,
"tuner_output::timestamp_offset": 0,
"tuner_output::endianess": 1,
"tuner_output::mfp_flush": 63,
"tuner_output::vlan_enable": False
}],
'LOGGING_CONFIG_URI':
'file://' + os.getcwd() + '/OnePpsTests.log.cfg',
}
self.comp = sb.launch(self.spd_file,
impl=self.impl,
properties=properties)
def test_Callbacks(self):
comp = sb.launch('CppCallbacks')
self.assertEqual(comp.callbacks_run, [])
# Simple
count = comp.count + 1
comp.count = count
self.assertEqual(comp.callbacks_run.count('count'), 1)
# Simple sequence
constellation = comp.constellation[::2]
comp.constellation = constellation
self.assertEqual(comp.callbacks_run.count('constellation'), 1)
# Struct
station = {'name': 'WYPR', 'frequency': 88.1}
comp.station = station
self.assertEqual(comp.callbacks_run.count('station'), 1)
# Struct sequence
servers = comp.servers + [{'host': 'localhost', 'port': 8080}]
comp.servers = servers
self.assertEqual(comp.callbacks_run.count('servers'), 1)
# Clear callback tracking and set the same values to ensure that the
# callbacks do not get triggered
comp.callbacks_run = []
comp.count = count
comp.constellation = constellation
comp.station = station
comp.servers = servers
self.assertEqual(comp.callbacks_run, [])
def main(argv):
usage="usage: %prog [options] componentName"
parser = OptionParser(usage, description="Benchmark a specific redhawk component")
parser.add_option("-t", "--time", action="store", type="int", dest="time", default=10,
help="Time for benchmark to calculate confidence", metavar="NUM")
parser.add_option("-p", "--packets", action="store", type="int", dest="packets", default=100,
help="# of packets BenchmarkGen pushes out to calculate output rate", metavar="NUM")
parser.add_option("-s", "--size", action="store", type="int", dest="packetSize", default=1000,
help="size of the packets pushed out by BenchmarkGen component in redhawk", metavar="NUM")
parser.add_option("--shift", action="store", type="int", dest="firstSample", default=10,
help="skips NUM amount of samples before benchmark starts recording values", metavar="NUM")
parser.add_option("-g", "--showPlot", action="store_true", dest="plotFlag", default=False,
help="Shows plot at the end of benchmark")
parser.add_option("--debug", action="store_true", dest="debugFlag", default=False,
help="Set debug flag on")
(options, args) = parser.parse_args();
if len(args) < 1:
parser.print_help()
exit()
try:
testComponent = sb.launch(args[0])
except ValueError:
print 'Component cannot be found.'
print ' Make sure the component is within your SDR root or'
print ' give the full path to the xml file of the component'
except:
print 'Unknown error: Program exiting'
exit()
else:
print "Testing component: " + args[0]
bm = Benchmark(testComponent, options.time, options.packets, options.packetSize, options.firstSample, options.plotFlag, options.debugFlag)
bm.run()
def test_MessageMarshalCpp(self):
snk = sb.MessageSink('my_msg', MyMsg, self.filtering_callback)
c = sb.launch('huge_msg_cpp',
execparams={
'LOGGING_CONFIG_URI':
'file://' + os.getcwd() + '/logconfig.cfg'
})
c.connect(snk)
sb.start()
time.sleep(5)
fp = None
try:
fp = open('foo/bar/test.log', 'r')
except:
pass
if fp != None:
log_contents = fp.read()
fp.close()
try:
os.remove('foo/bar/test.log')
except:
pass
try:
os.rmdir('foo/bar')
except:
pass
try:
os.rmdir('foo')
except:
pass
number_warnings = log_contents.count('Maximum message size exceeded')
self.assertEquals(number_warnings, 2)
self.assertEqual(self.messages_passed, 101)
def test_log_level(self):
self.comp = sb.launch(self.cname,
impl="python",
execparams={'DISABLE_CB': 'True'})
self.comp.ref._set_log_level(CF.LogLevels.OFF)
lvl = self.comp.ref._get_log_level()
self.assertEquals(lvl, CF.LogLevels.OFF)
self.comp.ref._set_log_level(CF.LogLevels.FATAL)
lvl = self.comp.ref._get_log_level()
self.assertEquals(lvl, CF.LogLevels.FATAL)
self.comp.ref._set_log_level(CF.LogLevels.ERROR)
lvl = self.comp.ref._get_log_level()
self.assertEquals(lvl, CF.LogLevels.ERROR)
self.comp.ref._set_log_level(CF.LogLevels.WARN)
lvl = self.comp.ref._get_log_level()
self.assertEquals(lvl, CF.LogLevels.WARN)
self.comp.ref._set_log_level(CF.LogLevels.INFO)
lvl = self.comp.ref._get_log_level()
self.assertEquals(lvl, CF.LogLevels.INFO)
self.comp.ref._set_log_level(CF.LogLevels.DEBUG)
lvl = self.comp.ref._get_log_level()
self.assertEquals(lvl, CF.LogLevels.DEBUG)
self.comp.ref._set_log_level(CF.LogLevels.TRACE)
lvl = self.comp.ref._get_log_level()
self.assertEquals(lvl, CF.LogLevels.TRACE)
self.comp.ref._set_log_level(CF.LogLevels.ERROR)
def test_Callbacks(self):
comp = sb.launch('CppCallbacks')
self.assertEqual(comp.callbacks_run, [])
# Simple
count = comp.count + 1
comp.count = count
self.assertEqual(comp.callbacks_run.count('count'), 1)
# Simple sequence
constellation = comp.constellation[::2]
comp.constellation = constellation
self.assertEqual(comp.callbacks_run.count('constellation'), 1)
# Struct
station = {'name': 'WYPR', 'frequency': 88.1}
comp.station = station
self.assertEqual(comp.callbacks_run.count('station'), 1)
# Struct sequence
servers = comp.servers + [{'host': 'localhost', 'port':8080}]
comp.servers = servers
self.assertEqual(comp.callbacks_run.count('servers'), 1)
# Clear callback tracking and set the same values to ensure that the
# callbacks do not get triggered
comp.callbacks_run = []
comp.count = count
comp.constellation = constellation
comp.station = station
comp.servers = servers
self.assertEqual(comp.callbacks_run, [])
def test_comp_macro_directories_config_java(self):
file_loc = os.getcwd()
self.comp = sb.launch(self.cname,
impl="java",
execparams={
'LOGGING_CONFIG_URI':
'file://' + os.getcwd() + '/logconfig.cfg'
})
fp = None
try:
fp = open('foo/bar/test.log', 'r')
except:
pass
try:
os.remove('foo/bar/test.log')
except:
pass
try:
os.rmdir('foo/bar')
except:
pass
try:
os.rmdir('foo')
except:
pass
self.assertNotEquals(fp, None)
def test_iohelper(self):
t1 = sb.launch('../components/Python_Ports/Python_Ports.spd.xml')
t2 = sb.launch('../components/Python_Ports/Python_Ports.spd.xml')
source = sb.StreamSource()
destination = sb.StreamSink()
source.connect(t1, usesPortName="shortOut")
t1.connect(t2, usesPortName="dataShortOut")
t2.connect(destination, providesPortName="shortIn")
try:
sad = sb.generateSADXML("testsadxml")
except:
traceback.print_exc()
self.fail("Generate SAD raised exception")
self.assertEqual(sad.find("StreamSource"), -1,
"Found StreamSource in SAD")
self.assertEqual(sad.find("StreamSink"), -1, "Found StreamSink in SAD")
def setUp(self):
self.ntuners=20
self.verbose=False
# Launch the device, using the selected implementation
self.comp = sb.launch(self.spd_file,
properties={'DEBUG_LEVEL': 3, 'tuners' : self.ntuners },
impl=self.impl)
def basetest_getTime(self, comp_name):
comp = sb.launch(comp_name)
_prop=CF.DataType(id='prop',value=any.to_any(None))
_retval = comp.query([_prop])
self.assertEqual(_retval[0].value._v, 'value')
self.assertEqual(len(_retval), 1)
_retval = comp.query([])
self.assertEqual(_retval[0].value._v, 'value')
self.assertEqual(len(_retval), 1)
_retval = comp.query([_prop, rhtime.queryTimestamp()])
self.assertEqual(_retval[0].value._v, 'value')
self.assertEqual(len(_retval), 2)
myl = PropertyChangeListener_Receiver()
t=float(0.5)
regid=comp.registerPropertyListener( myl._this(), ['prop'],t)
comp.prop = 'hello'
time.sleep(1)
_retval = comp.query([_prop])
self.assertEqual(_retval[0].value._v, 'hello')
self.assertEqual(myl.rcv_event.properties[0].value._v, 'hello')
_retval = comp.query([rhtime.queryTimestamp()])
self.assertEqual(len(_retval), 1)
self.assertEqual(_retval[0].value._v.tcstatus, 1)
_time1 = myl.rcv_event.timestamp.twsec + myl.rcv_event.timestamp.tfsec
_time2 = _retval[0].value._v.twsec + _retval[0].value._v.tfsec
between = True
if _time2 - _time1 < 0.25 or _time2 - _time1 > 0.75:
between = False
self.assertEqual(between, True)
def testTunerStatus(self):
self.fei_dev, alloc_params = self.getAllocationContext(ALLOCATE_RCV)
self.alloc1=frontend.createTunerAllocation(tuner_type="RX_DIGITIZER_CHANNELIZER",
center_frequency=100e6,
sample_rate=alloc_params['wbddc_srate'],
sample_rate_tolerance=100.0)
ret=self.fei_dev.allocateCapacity(self.alloc1)
self.assertTrue(ret)
alloc1_aid = self.alloc1["FRONTEND::tuner_allocation"]["FRONTEND::tuner_allocation::allocation_id"]
expected=True
actual=self.fei_dev.frontend_tuner_status[0].enabled
self.assertEqual(expected,actual, "Tuner status enabled failed")
expected=True
actual=self.fei_dev.frontend_tuner_status[0].output_enabled
self.assertEqual(expected,actual, "Tuner status output enabled failed")
sink=sb.StreamSink()
sdds_in=sb.launch('rh.SourceSDDS',
properties={'interface': INTERFACE})
sb.start()
self.fei_dev.connect(sdds_in, connectionId=alloc1_aid,
usesPortName='dataSDDS_out')
sdds_in.connect(sink,usesPortName="dataShortOut")
sink_data=None
try:
sink_data=sink.read(timeout=1.0)
except:
pass
self.assertNotEqual( None, sink_data, "MSDD did not produce data for allocation")
self.assertNotEqual( 0, len(sink_data.data), "MSDD did not produce data for allocation")
def test_BasicDevice(self):
dev = sb.launch('sdr/dev/devices/alloc_test/alloc_test.spd.xml')
self.assertNotEqual(dev, None)
alloc = dev.allocateCapacity({'callback_test':5})
self.assertEquals(alloc, True)
self.assertEquals(dev.callback_value, 5)
dev.deallocateCapacity({'callback_test':7})
self.assertEquals(dev.callback_value, 7)
def test_BasicDevice(self):
dev = sb.launch('sdr/dev/devices/alloc_test/alloc_test.spd.xml')
self.assertNotEqual(dev, None)
alloc = dev.allocateCapacity({'callback_test': 5})
self.assertEquals(alloc, True)
self.assertEquals(dev.callback_value, 5)
dev.deallocateCapacity({'callback_test': 7})
self.assertEquals(dev.callback_value, 7)
def basetest_Now(self, comp_name):
comp = sb.launch(comp_name)
self.assertNotEqual(comp, None)
cur_time = rhtime.now()
comp_time = comp.rightnow.queryValue()
_cur_time = cur_time.twsec + cur_time.tfsec
_comp_time = comp_time.twsec + comp_time.tfsec
self.assertTrue(abs(_cur_time-_comp_time)<1, True)
def test_InvalidCapacity_simple(self):
from ossie.utils import sb
self.dev=sb.launch('DevC', impl="java")
self.assertRaises(CF.Device.InvalidCapacity, self.dev.allocateCapacity, {'myulong': 3 } )
self.dev.releaseObject()
self.dev=None
sb.release()
def setUp(self):
self.alloc1 = None
self.alloc2 = None
self.comp = sb.launch(
self.spd_file,
properties={
"DEBUG_LEVEL":
DEBUG_LEVEL,
"msdd_configuration": {
"msdd_configuration::msdd_ip_address": IP_ADDRESS
},
"advanced": {
"advanced::allow_internal_allocations": False
},
"msdd_output_configuration": [{
"msdd_output_configuration::tuner_number":
0,
"msdd_output_configuration::protocol":
"UDP_SDDS",
"msdd_output_configuration::ip_address":
"239.1.1.1",
"msdd_output_configuration::port":
29000,
"msdd_output_configuration::vlan":
0,
"msdd_output_configuration::enabled":
True,
"msdd_output_configuration::timestamp_offset":
0,
"msdd_output_configuration::endianess":
1,
"msdd_output_configuration::mfp_flush":
63,
"msdd_output_configuration::vlan_enable":
False
}, {
"msdd_output_configuration::tuner_number":
1,
"msdd_output_configuration::protocol":
"UDP_SDDS",
"msdd_output_configuration::ip_address":
"239.1.1.2",
"msdd_output_configuration::port":
29001,
"msdd_output_configuration::vlan":
0,
"msdd_output_configuration::enabled":
True,
"msdd_output_configuration::timestamp_offset":
0,
"msdd_output_configuration::endianess":
1,
"msdd_output_configuration::mfp_flush":
63,
"msdd_output_configuration::vlan_enable":
False
}]
})
def testFloatPort(self):
#######################################################################
# Test FLOAT Functionality
print "\n**TESTING FLOAT PORT"
# Define test files
dataFileIn = "./data.in"
dataFileOut = "./data.out"
# Create Test Data File if it doesn't exist
if not os.path.isfile(dataFileIn):
with open(dataFileIn, "wb") as dataIn:
dataIn.write(os.urandom(1024))
# Read in Data from Test File
size = os.path.getsize(dataFileIn)
with open(dataFileIn, "rb") as dataIn:
data = list(struct.unpack("f" * (size / 4), dataIn.read(size)))
# Create Components and Connections
comp = sb.launch("../FileWriter.spd.xml")
comp.destination_uri = dataFileOut
comp.advanced_properties.existing_file = "TRUNCATE"
source = sb.DataSource(bytesPerPush=64, dataFormat="32f")
source.connect(comp, providesPortName="dataFloat_in")
# Start Components & Push Data
sb.start()
source.push(data)
time.sleep(2)
sb.stop()
# Check that the input and output files are the same
try:
self.assertEqual(filecmp.cmp(dataFileIn, dataFileOut), True)
except self.failureException as e:
# unpacked bytes may be NaN, which could cause test to fail unnecessarily
size = os.path.getsize(dataFileOut)
with open(dataFileOut, "rb") as dataOut:
data2 = list(struct.unpack("f" * (size / 4), dataOut.read(size)))
for a, b in zip(data, data2):
if a != b:
if a != a and b != b:
print "Difference in NaN format, ignoring..."
else:
print "FAILED:", a, "!=", b
raise e
# Release the components and remove the generated files
finally:
comp.releaseObject()
source.releaseObject()
os.remove(dataFileIn)
os.remove(dataFileOut)
print "........ PASSED\n"
return
def launch(self,
execparams={},
ossiehome=None,
configure={},
initialize=True):
"""
Launch the component. The component will be executed as a child process,
then (optionally) initialized and configured.
Arguments:
execparams - Execparams to override on component execution.
ossiehome - Base location of REDHAWK installation for finding IDL files.
Default location is determined from $OSSIEHOME environment
variable.
configure - If a dictionary, a set of key/value pairs to override the
initial configuration values of the component.
If None, skip initial configuration.
initialize - If true, call initialize() after launching the component.
If false, skip initialization.
"""
if IDE_REF_ENV == None:
if ossiehome:
model._ossiehome = str(ossiehome)
model._interface_list = importIDL.importStandardIdl(
std_idl_path=str(ossiehome) + '/idl',
std_idl_include_path=str(ossiehome) + '/idl')
model._loadedInterfaceList = True
component = sb.launch(self.spd_file,
impl=self.impl,
execparams=execparams,
configure=configure,
initialize=initialize)
else:
# spd file path passed in to unit test is relative to current component tests directory (i.e. "..")
# IDE unit test requires spd file path relative to sca file system
componentName = str(self.spd.get_name())
sca_file_system_spd_file = "components/" + componentName + "/" + self.spd_file[
3:]
component = sb.launch(sca_file_system_spd_file,
impl=self.impl,
execparams=execparams,
configure=configure,
initialize=initialize)
self.comp_obj = component.ref
self.comp = component
def test_RFSource_Out(self):
self.assertEquals(self.got_logmsg, False)
#######################################################################
# Make sure start and stop can be called without throwing exceptions
exc_src = sb.launch('./build/fei_exception_through/tests/fei_exc_src/fei_exc_src.spd.xml')
self.comp.connect(exc_src,usesPortName='RFSource_out')
self.comp.start();
self.comp.stop();
sb.release()
def setUp(self):
# Launch the device, using the selected implementation
self.filename = 'somefile.tst'
try:
os.remove(self.filename)
except:
pass
self.fp = open(self.filename,'w')
self.comp = sb.launch(self.spd_file, impl=self.impl, stdout=self.fp)
def setUp(self):
# Launch the component, using the selected implementation
self.comp = sb.launch(self.spd_file, impl=self.impl)
self._filePort = FilePort()
self._propertyEmitterPort = PropertyEmitterPort()
self._testableObjectPort = TestableObjectPort()
self._filePort_2 = FilePort()
self._propertyEmitterPort_2 = PropertyEmitterPort()
self._testableObjectPort_2 = TestableObjectPort()
def test_InvalidCapacity_simple(self):
from ossie.utils import sb
self.dev=sb.launch('DevC', impl="cpp")
res=self.dev.allocateCapacity({'myulong': 3 } )
self.assertEquals(res,False)
self.dev.releaseObject()
self.dev=None
sb.release()
def testDoublePort(self):
#######################################################################
# Test DOUBLE Functionality
print "\n**TESTING DOUBLE PORT"
#Define test files
dataFileIn = './data.in'
#Create Test Data File if it doesn't exist
#Floats and Doubles are a special case, as
#NaNs can be generated randomly and will
#not equal one another
if not os.path.isfile(dataFileIn):
with open(dataFileIn, 'wb') as dataIn:
for i in range(1024 / 8):
doubleNum = struct.unpack('d', os.urandom(8))[0]
while isnan(doubleNum):
doubleNum = struct.unpack('d', os.urandom(8))[0]
dataIn.write(struct.pack('d', doubleNum))
#Read in Data from Test File
size = os.path.getsize(dataFileIn)
with open(dataFileIn, 'rb') as dataIn:
data = list(struct.unpack('d' * (size / 8), dataIn.read(size)))
#Create Components and Connections
comp = sb.launch('../FileReader.spd.xml')
comp.source_uri = dataFileIn
comp.file_format = 'DOUBLE'
sink = sb.DataSink()
comp.connect(sink, usesPortName='dataDouble_out')
#Start Components & Push Data
sb.start()
comp.playback_state = 'PLAY'
time.sleep(2)
readData = sink.getData()
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)
raise e
#Release the components and remove the generated files
comp.releaseObject()
sink.releaseObject()
os.remove(dataFileIn)
print "........ PASSED\n"
return
def test_readOnlyProps(self):
comp = sb.launch('Sandbox')
comp.api()
# Properties should be able to be read, but not set, and all should throw the saem exception
exception = None
comp.readonly_simp
try:
comp.readonly_simp = 'bad'
except Exception, e:
self.assertEquals(e.__class__, Exception)
def test_nestedSoftPkgDeps(self):
cwd = os.getcwd()
depLibraryPath = cwd + "/sdr/dom/components/softpkgNestedDep/spdNestedDepLibrary"
if not depLibraryPath in sys.path:
sys.path.append(depLibraryPath)
if os.environ.has_key('PYTHONPATH'):
os.environ['PYTHONPATH'] = "%s:%s" % (depLibraryPath, os.environ['PYTHONPATH'])
else:
os.environ['PYTHONPATH'] = "%s" % (depLibraryPath)
comp= sb.launch('sdr/dom/components/CommandWrapperNestedSPDDep/CommandWrapperNestedSPDDep.spd.xml')
self.assertComponentCount(1)
def test_simplePropertyRange(self):
comp = sb.launch('TestPythonPropsRange')
comp.api()
# Test upper range
comp.my_octet_name = 255
comp.my_short_name = 32767
comp.my_ushort_name = 65535
comp.my_long_name = 2147483647
comp.my_ulong_name = 4294967295
comp.my_longlong_name = 9223372036854775807
comp.my_ulonglong_name = 18446744073709551615
self.assertEquals(comp.my_octet_name, 255)
self.assertEquals(comp.my_short_name, 32767)
self.assertEquals(comp.my_ushort_name, 65535)
self.assertEquals(comp.my_long_name, 2147483647)
self.assertEquals(comp.my_ulong_name, 4294967295)
self.assertEquals(comp.my_longlong_name, 9223372036854775807)
self.assertEquals(comp.my_ulonglong_name, 18446744073709551615)
# Test lower range
comp.my_octet_name = 0
comp.my_short_name = -32768
comp.my_ushort_name = 0
comp.my_long_name = -2147483648
comp.my_ulong_name = 0
comp.my_longlong_name = -9223372036854775808
comp.my_ulonglong_name = 0
self.assertEquals(comp.my_octet_name, 0)
self.assertEquals(comp.my_short_name, -32768)
self.assertEquals(comp.my_ushort_name, 0)
self.assertEquals(comp.my_long_name, -2147483648)
self.assertEquals(comp.my_ulong_name, 0)
self.assertEquals(comp.my_longlong_name, -9223372036854775808)
self.assertEquals(comp.my_ulonglong_name, 0)
# Test one beyond upper bound
self.assertRaises(type_helpers.OutOfRangeException, comp.my_octet_name.configureValue, 256)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_short_name.configureValue, 32768)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_ushort_name.configureValue, 65536)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_long_name.configureValue, 2147483648)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_ulong_name.configureValue, 4294967296)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_longlong_name.configureValue, 9223372036854775808)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_ulonglong_name.configureValue, 18446744073709551616)
# Test one beyond lower bound
self.assertRaises(type_helpers.OutOfRangeException, comp.my_octet_name.configureValue, -1)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_short_name.configureValue, -32769)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_ushort_name.configureValue, -1)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_long_name.configureValue, -2147483649)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_ulong_name.configureValue, -1)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_longlong_name.configureValue, -9223372036854775809)
self.assertRaises(type_helpers.OutOfRangeException, comp.my_ulonglong_name.configureValue, -1)
def test_outport_using_component(self):
c_spd_xml = test_dir + self.c_dir + '/' + self.c_name + '/' + self.c_name + '.spd.xml'
print "Test Component:" + c_spd_xml
test_comp=sb.launch( c_spd_xml, execparams=self.execparams)
##
## grab port from component... this is a corba port
##
oport = test_comp.getPort(self.c_outport)
self.assertNotEqual(oport,None,"Cannot get Output Port")
ps = oport._get_statistics()
self.assertNotEqual(ps,None,"Cannot get Port Statistics")
dsink=sb.DataSink()
test_comp.connect(dsink, providesPortName=self.sink_inport, usesPortName=self.c_outport)
cl = oport._get_connections()
self.assertNotEqual(cl,None,"Cannot get Connections List")
self.assertEqual(len(cl),1,"Incorrect Connections List Length")
test_comp.disconnect(dsink)
cl = oport._get_connections()
self.assertNotEqual(cl,None,"Cannot get Connections List")
self.assertEqual(len(cl),0,"Incorrect Connections List Length")
##
## Create bulkio base class port object
##
bio = self.bio_out_module("xxx")
cl = bio._get_connections()
self.assertNotEqual(cl,None,"Cannot get Connections List")
self.assertEqual(len(cl),0,"Incorrect Connections List Length")
ts = bulkio.timestamp.now()
sri = bulkio.sri.create()
sri.streamID = "test_port_api"
bio.pushSRI(sri)
data=range(50)
bio.pushPacket(data, ts, False, "test_port_api")
bio.pushPacket(data, ts, True, "test_port_api")
bio.pushPacket(data, ts, False, "unknown_port_api")
ps = bio._get_statistics()
self.assertNotEqual(ps,None,"Cannot get Port Statistics")
cnt = len(bio.sriDict)
self.assertEqual(cnt,1,"SRI list should be 1")
bio.enableStats(False)
def testCharPort(self):
#######################################################################
# Test Char Functionality
print "\n**TESTING CHAR PORT"
# Define test files
dataFileIn = "./data.in"
dataFileOut = "./data.out"
# Create Test Data File if it doesn't exist
if not os.path.isfile(dataFileIn):
with open(dataFileIn, "wb") as dataIn:
dataIn.write(os.urandom(1024))
# Read in Data from Test File
size = os.path.getsize(dataFileIn)
with open(dataFileIn, "rb") as dataIn:
data = list(struct.unpack("b" * size, dataIn.read(size)))
# Create Components and Connections
comp = sb.launch("../FileWriter.spd.xml")
comp.destination_uri = dataFileOut
comp.advanced_properties.existing_file = "TRUNCATE"
source = sb.DataSource(bytesPerPush=64, dataFormat="8t")
source.connect(comp, providesPortName="dataChar_in")
# Start Components & Push Data
sb.start()
source.push(data)
time.sleep(2)
sb.stop()
# Check that the input and output files are the same
try:
self.assertEqual(filecmp.cmp(dataFileIn, dataFileOut), True)
except self.failureException as e:
comp.releaseObject()
source.releaseObject()
os.remove(dataFileIn)
os.remove(dataFileOut)
raise e
# Release the components and remove the generated files
comp.releaseObject()
source.releaseObject()
os.remove(dataFileIn)
os.remove(dataFileOut)
print "........ PASSED\n"
return
def test_componentInit(self):
# Bad descriptors
self.assertRaises(TypeError, sb.launch)
self.assertRaises(ValueError, sb.launch, "test_name")
# Make sure only one instance name and refid can be used
comp = sb.launch(self.test_comp, "comp")
comp.api()
refid = comp._refid
self.assertRaises(ValueError, sb.launch, self.test_comp, "comp")
self.assertRaises(ValueError, sb.launch, self.test_comp, "new_comp", refid)
# Only 1 component should be running
self.assertComponentCount(1)
def test_cpp_flush(self):
comp = sb.launch('../components/sri_changed_cpp/sri_changed_cpp.spd.xml')
self.assertNotEqual(comp,None)
source=sb.DataSource(blocking=False)
source.connect(comp)
source.start()
for i in range(1000):
source.push(range(100))
comp.start()
time.sleep(1)
self.assertEquals(comp.verified,True)
self.assertEquals(comp.changed,True)
self.assertEquals(len(comp.ports[0].ref._get_statistics().keywords),1)
self.assertEquals(comp.ports[0].ref._get_statistics().keywords[0].id,'timeSinceLastFlush')
def test_float_to_complex_2 (self):
src_data_0 = [0, 1, -1, 3, -3, 2, -4, -2]
src_data_1 = [0, 0, 0, 4, -4, 4, -4, 4]
expected_result = (0, 1, -1, 3+4j, -3-4j, 2+4j, -4-4j, -2+4j)
src0 = sb.DataSource()
src1 = sb.DataSource()
op = sb.launch('../components/float_to_complex_2i/float_to_complex_2i.spd.xml')
dst = gr.vector_sink_c ()
src0.connect(op, providesPortName='real_float_in')
src1.connect(op, providesPortName='imag_float_in')
op.connect(dst)
sb.start()
src0.push(src_data_0, EOS=True)
src1.push(src_data_1, EOS=True)
actual_result = dst.data ()
self.assertComplexTuplesAlmostEqual (expected_result, actual_result)
def __init__(self, testComponent, time=10, packets=100, packetSize=1000, firstSample=10, showPlot=0, debug=0):
# initilizing the benchmark generator component
self.bc = sb.launch('BenchmarkGen')
self.bc.packets_per_time_avg = packets
self.bc.packet_size = packetSize
# test component loaded up
self.bc.connect(testComponent)
# class variables
self.bmTime = time
self.showPlot = showPlot
self.debug = debug
self.samplesAway = firstSample
self.samples = []
self.outputRates = []
self.times = []
def test_outport_api(self):
##print self.ctx
c_spd_xml = test_dir + self.c_dir + '/' + self.c_name + '/' + self.c_name + '.spd.xml'
print c_spd_xml
test_comp=sb.launch( c_spd_xml, execparams=self.execparams)
##
## grab port from component... this is a corba port
##
oport = test_comp.getPort(self.c_outport)
self.assertNotEqual(oport,None,"Cannot get Output Port")
ps = oport._get_statistics()
self.assertNotEqual(ps,None,"Cannot get Port Statistics")
## Missing in Python bulkio interface port class
##s = oport._get_state()
##self.assertNotEqual(s,None,"Cannot get Port State")
##
## bulkio base class
##
bio = self.bio_out_module("xxx")
cl = bio._get_connections()
self.assertNotEqual(cl,None,"Cannot get Connections List")
self.assertEqual(len(cl),0,"Incorrect Connections List Length")
ts = bulkio.timestamp.now()
sri = bulkio.sri.create()
sri.streamID = "test_port_api"
bio.pushSRI(sri)
data=range(50)
bio.pushPacket(data, ts, False, "test_port_api")
bio.pushPacket(data, ts, True, "test_port_api")
bio.pushPacket(data, ts, False, "unknown_port_api")
ps = bio._get_statistics()
self.assertNotEqual(ps,None,"Cannot get Port Statistics")
cnt = len(bio.sriDict)
self.assertEqual(cnt,0,"SRI list should be 0")
bio.enableStats(False)
def startTest(self, client='sinksocket',portType='octet'):
self.assertNotEqual(self.comp, None)
self.src = sb.DataSource()
self.sink = sb.DataSink()
self.sourceSocket = self.comp
self.sinkSocket = sb.launch('../../sinksocket/sinksocket.spd.xml')
if client=='sinksocket':
self.client = self.sinkSocket
self.server = self.sourceSocket
else:
self.server = self.sinkSocket
self.client = self.sourceSocket
sinkSocktName = 'data%s_in'%portType.capitalize()
#print self.sinkSocket.api()
#print self.sink.api()
self.src.connect(self.sinkSocket, sinkSocktName)
self.sourceSocket.connect(self.sink, None, 'data%s_out'%portType.capitalize())
def testXmlPort(self):
#######################################################################
# Test XML Functionality
print "\n**TESTING XML PORT"
# Create Test Data
dataFileOut = "./data.out"
with open("data.xml", "rb") as file:
inputData = file.read()
# Connect DataSource to FileWriter
comp = sb.launch("../FileWriter.spd.xml")
comp.destination_uri = dataFileOut
comp.advanced_properties.existing_file = "TRUNCATE"
source = sb.DataSource(bytesPerPush=64, dataFormat="xml")
source.connect(comp, providesPortName="dataXML_in")
# Start Components & Push Data
sb.start()
source.push(inputData)
time.sleep(2)
sb.stop()
# Check that the input and output files are the same
try:
self.assertEqual(filecmp.cmp("./data.xml", dataFileOut), True)
except self.failureException as e:
comp.releaseObject()
source.releaseObject()
os.remove(dataFileOut)
raise e
# Release the components and remove the generated files
comp.releaseObject()
source.releaseObject()
os.remove(dataFileOut)
print "........ PASSED\n"
return
def test_comp_macro_directories_config_java(self):
file_loc = os.getcwd()
self.comp = sb.launch(self.cname, impl="java", execparams={'LOGGING_CONFIG_URI':'file://'+os.getcwd()+'/logconfig.cfg'} )
fp = None
try:
fp = open('foo/bar/test.log','r')
except:
pass
try:
os.remove('foo/bar/test.log')
except:
pass
try:
os.rmdir('foo/bar')
except:
pass
try:
os.rmdir('foo')
except:
pass
self.assertNotEquals(fp, None)
def test_push_packet(self):
##print self.ctx
dsource=sb.DataSource()
dsink=sb.DataSink()
c_spd_xml = test_dir + self.c_dir + '/' + self.c_name + '/' + self.c_name + '.spd.xml'
print c_spd_xml
test_comp=sb.launch( c_spd_xml, execparams=self.execparams)
if self.seq:
data=self.seq
cmp_data = data
if self.cmpData:
cmp_data = self.cmpData
dsource.connect(test_comp, providesPortName=self.c_inport )
test_comp.connect(dsink, providesPortName=self.sink_inport, usesPortName=self.c_outport)
sb.start()
dsource.push(data,EOS=True)
dest_data=dsink.getData(eos_block=True)
sb.stop()
self.assertEqual(data, dest_data)
def test_illegalPropertyNames(self):
comp = sb.launch(self.test_comp)
comp.api()
self.initValues(comp)
# Makes sure that no getters cause exceptions
comp.escape__simple
comp.escape__struct.es__1
comp.escape__struct.es__2
comp.escape__struct.normal
comp.my_struct.es__3
comp.my_struct_seq
comp.escape__structseq
comp.my_struct_seq[0].simp__bad
comp.my_struct_seq[1].simp_bool
comp.escape__structseq[0].val__1
comp.escape__structseq[1].val_2
# Makes sure that no setters cause exceptions
comp.escape__simple = 1234
comp.escape__struct.es__1 = 5678
comp.escape__struct.es__2 = 4321
comp.escape__struct.normal = 8765
comp.my_struct.es__3 = 333
comp.my_struct_seq[0].simp_bool = True
comp.my_struct_seq[1].simp__bad = 11
comp.escape__structseq[0].val_2 = "test"
comp.escape__structseq[1].val__1 = 22
# Makes sure that values got set properly
self.assertEquals(comp.escape__simple, 1234)
self.assertEquals(comp.escape__struct.es__1, 5678)
self.assertEquals(comp.escape__struct.es__2, 4321)
self.assertEquals(comp.escape__struct.normal, 8765)
self.assertEquals(comp.my_struct.es__3, 333)
self.assertEquals(comp.my_struct_seq[0].simp_bool, True)
self.assertEquals(comp.my_struct_seq[1].simp__bad, 11)
self.assertEquals(comp.escape__structseq[0].val_2, "test")
self.assertEquals(comp.escape__structseq[1].val__1, 22)
def test_log_callback(self):
self.comp = sb.launch(self.cname, impl="python", instanceName="TestLoggingAPI_1" )
cfg = "log4j.rootLogger=ERROR,STDOUT,pse\n" + \
"# Direct log messages to STDOUT \n" + \
"log4j.appender.STDOUT=org.apache.log4j.ConsoleAppender\n" + \
"log4j.appender.STDOUT.layout=org.apache.log4j.PatternLayout\n" + \
"log4j.appender.STDOUT.layout.ConversionPattern=@@@COMPONENT.NAME@@@\n" + \
"# Direct log messages to event channel\n" + \
"log4j.appender.pse=org.ossie.logging.RH_LogEventAppender\n" + \
"log4j.appender.pse.name_context=TEST_APPENDER\n" + \
"log4j.appender.pse.event_channel=TEST_EVT_CH1\n" + \
"log4j.appender.pse.producer_id=PRODUCER1\n" + \
"log4j.appender.pse.producer_name=THE BIG CHEESE\n" + \
"log4j.appender.pse.layout=org.apache.log4j.PatternLayout\n" + \
"log4j.appender.pse.layout.ConversionPattern=%d{yyyy-MM-dd HH:mm:ss} %-5p %c:%L - %m%n\n"
exp_cfg = "log4j.rootLogger=ERROR,STDOUT,pse\n" + \
"# Direct log messages to STDOUT \n" + \
"log4j.appender.STDOUT=org.apache.log4j.ConsoleAppender\n" + \
"log4j.appender.STDOUT.layout=org.apache.log4j.PatternLayout\n" + \
"log4j.appender.STDOUT.layout.ConversionPattern=TestLoggingAPI_1\n" + \
"# Direct log messages to event channel\n" + \
"log4j.appender.pse=org.ossie.logging.RH_LogEventAppender\n" + \
"log4j.appender.pse.name_context=TEST_APPENDER\n" + \
"log4j.appender.pse.event_channel=TEST_EVT_CH1\n" + \
"log4j.appender.pse.producer_id=PRODUCER1\n" + \
"log4j.appender.pse.producer_name=THE BIG CHEESE\n" + \
"log4j.appender.pse.layout=org.apache.log4j.PatternLayout\n" + \
"log4j.appender.pse.layout.ConversionPattern=%d{yyyy-MM-dd HH:mm:ss} %-5p %c:%L - %m%n\n"
# change log level, callback will intercept
orig = self.comp.ref._get_log_level()
self.comp.ref._set_log_level( CF.LogLevels.TRACE )
lvl = self.comp.ref._get_log_level()
self.assertEquals( lvl, orig )
# change config
c_cfg=self.comp.ref.setLogConfig(cfg)
self.assertEquals( self.comp.new_log_cfg, exp_cfg)