def test_time_copy(self):
if _debug: TestTime._debug("test_time_copy")
time_value = (2, 3, 4, 5)
obj1 = Time(time_value)
obj2 = Time(obj1)
assert obj2.value == time_value
def do_except(self, args):
"""except <date> <start> <stop>"""
args = args.split()
if _debug:
TestConsoleCmd._debug("do_except %r", args)
date_string, start_string, stop_string = args
except_date = Date(date_string).value
start_time = Time(start_string).value
stop_time = Time(stop_string).value
exception_schedule = ArrayOf(SpecialEvent)([
SpecialEvent(
period=SpecialEventPeriod(calendarEntry=CalendarEntry(
date=except_date)),
listOfTimeValues=[
TimeValue(time=start_time, value=Real(999.0)),
TimeValue(time=stop_time, value=Null()),
],
eventPriority=1,
)
])
if _debug:
TestConsoleCmd._debug(" - exception_schedule: %r",
exception_schedule)
# new exception
test_schedule.exceptionSchedule = exception_schedule
def test_time(self):
if _debug: TestTime._debug("test_time")
# default values is all dont care
obj = Time()
assert obj.value == (255, 255, 255, 255)
with self.assertRaises(ValueError):
Time("some string")
def main():
global args, schedule_objects
# parse the command line arguments
parser = ConfigArgumentParser(description=__doc__)
# parse the command line arguments
args = parser.parse_args()
if _debug: _log.debug("initialization")
if _debug: _log.debug(" - args: %r", args)
# set up testing
setup_module()
# reset the time machine
reset_time_machine(start_time="1970-01-01")
#
# Simple daily schedule (actually a weekly schedule with every day
# being identical.
#
so = LocalScheduleObject(
objectIdentifier=('schedule', 1),
objectName='Schedule 1',
presentValue=Integer(5),
effectivePeriod=DateRange(
startDate=(0, 1, 1, 1),
endDate=(254, 12, 31, 2),
),
weeklySchedule=ArrayOf(DailySchedule)([
DailySchedule(daySchedule=[
TimeValue(time=(8, 0, 0, 0), value=Integer(8)),
TimeValue(time=(14, 0, 0, 0), value=Null()),
TimeValue(time=(17, 0, 0, 0), value=Integer(42)),
# TimeValue(time=(0,0,0,0), value=Null()),
]),
] * 7),
scheduleDefault=Integer(0),
)
_log.debug(" - so: %r", so)
schedule_objects.append(so)
print("{} @ {}".format(so.presentValue.value, Time().now()))
for i in range(1, 25):
hr = "{}:00:01".format(i)
# let it run until just after midnight
run_time_machine(stop_time=hr)
print("{} @ {}".format(so.presentValue.value, Time().now()))
# done testing
teardown_module()
def read_log_buffer(self):
RECORDS = 10
log_buffer = set()
_actual_index = self._total_record_count()
start = max(_actual_index - self.properties.record_count,
self._last_index) + 1
_count = _actual_index - start
steps = int(_count / 10) + int(_count % 10)
self._log.debug("Reading log : {} {} {}".format(start, _count, steps))
_from = start
for each in range(steps):
range_params = ("s", _from, Date("1979-01-01"), Time("00:00"),
RECORDS)
_chunk = self.properties.device.properties.network.readRange(
"{} trendLog {} logBuffer".format(
self.properties.device.properties.address,
str(self.properties.oid)),
range_params=range_params,
)
_from += len(_chunk)
for chunk in _chunk:
log_buffer.add(chunk)
self._last_index = _from
self.create_dataframe(log_buffer)
def time_decode(tag):
"""Decode an time application tag into an time."""
if _debug: time_decode._debug("time_decode %r", tag)
obj = Time(tag)
if _debug: time_decode._debug(" - obj: %r", obj)
return obj
def _build_datetime(UTC=False):
if UTC:
_d = dt.datetime.utcnow().date()
_t = dt.datetime.utcnow().time()
_date = Date(year=_d.year - 1900,
month=_d.month,
day=_d.day,
day_of_week=_d.isoweekday()).value
_time = Time(
hour=_t.hour,
minute=_t.minute,
second=_t.second,
hundredth=int(_t.microsecond / 10000),
).value
else:
_date = Date().now().value
_time = Time().now().value
return DateTime(date=_date, time=_time)
def test_time_tag(self):
if _debug: TestTime._debug("test_time_tag")
tag = Tag(Tag.applicationTagClass, Tag.timeAppTag, 1, xtob('01020304'))
obj = Time(tag)
assert obj.value == (1, 2, 3, 4)
tag = Tag(Tag.applicationTagClass, Tag.booleanAppTag, 0, xtob(''))
with self.assertRaises(InvalidTag):
Time(tag)
tag = Tag(Tag.contextTagClass, 0, 1, xtob('ff'))
with self.assertRaises(InvalidTag):
Time(tag)
tag = Tag(Tag.openingTagClass, 0)
with self.assertRaises(InvalidTag):
Time(tag)
def create_DateTimeValue(oid=1,
date=None,
time=None,
name="DateTime",
pv_writable=False):
datetime = DateTimeValueObject(objectIdentifier=("datetimeValue", oid),
objectName=name)
datetime = _make_mutable(datetime, mutable=pv_writable)
datetime.presentValue = DateTime(date=Date(date), time=Time(time))
return datetime
def test_time_endec(self):
if _debug: TestTime._debug("test_time_endec")
with self.assertRaises(InvalidTag):
Time(time_tag(''))
time_endec((0, 0, 0, 0), '00000000')
time_endec((1, 0, 0, 0), '01000000')
time_endec((0, 2, 0, 0), '00020000')
time_endec((0, 0, 3, 0), '00000300')
time_endec((0, 0, 0, 4), '00000004')
def build_rrange_request(
self, args, range_params=None, arr_index=None, vendor_id=0, bacoid=None
):
addr, obj_type, obj_inst, prop_id = args[:4]
vendor_id = vendor_id
bacoid = bacoid
if obj_type.isdigit():
obj_type = int(obj_type)
elif not get_object_class(obj_type, vendor_id=vendor_id):
raise ValueError("Unknown object type {}".format(obj_type))
obj_inst = int(obj_inst)
if prop_id.isdigit():
prop_id = int(prop_id)
datatype = get_datatype(obj_type, prop_id, vendor_id=vendor_id)
if not datatype:
raise ValueError("invalid property for object type")
# build a request
request = ReadRangeRequest(
objectIdentifier=(obj_type, obj_inst), propertyIdentifier=prop_id
)
request.pduDestination = Address(addr)
if range_params is not None:
range_type, first, date, time, count = range_params
if range_type == "p":
rbp = RangeByPosition(referenceIndex=int(first), count=int(count))
request.range = Range(byPosition=rbp)
elif range_type == "s":
rbs = RangeBySequenceNumber(
referenceSequenceNumber=int(first), count=int(count)
)
request.range = Range(bySequenceNumber=rbs)
elif range_type == "t":
rbt = RangeByTime(
referenceTime=DateTime(
date=Date(date).value, time=Time(time).value
),
count=int(count),
)
request.range = Range(byTime=rbt)
elif range_type == "x":
# should be missing required parameter
request.range = Range()
else:
raise ValueError("unknown range type: %r" % (range_type,))
if len(args) == 5:
request.propertyArrayIndex = int(args[4])
self._log.debug("{:<20} {!r}".format("REQUEST", request))
return request
def do_test(self, args):
"""test <date> <time>"""
args = args.split()
if _debug: TestConsoleCmd._debug("do_test %r", args)
date_string, time_string = args
test_date = Date(date_string).value
test_time = Time(time_string).value
for so in schedule_objects:
v, t = so._task.eval(test_date, test_time)
print(so.objectName + ", " + repr(v and v.value) + " until " + str(t))
def convert_to_datetime(self, value): datetime = None try: if re.search(r"[a-z]\)", str(Date(value))): datetime = Date(value) else: datetime = Time(value) except (TypeError, ValueError): datetime = value return datetime
def time_endec(v, x):
"""Pass the value to Time, construct a tag from the hex string,
and compare results of encode and decoding each other."""
if _debug: time_endec._debug("time_endec %r %r", v, x)
tag = time_tag(x)
if _debug: time_endec._debug(" - tag: %r, %r", tag, tag.tagData)
obj = Time(v)
if _debug: time_endec._debug(" - obj: %r, %r", obj, obj.value)
assert time_encode(obj) == tag
assert time_decode(tag) == obj
def test_8_10_1(self):
"""Confirmed Notifications Subscription"""
if _debug: TestPulseConverter._debug("test_8_10_1")
# create a network
anet = ApplicationNetwork("test_8_10_1")
# add the ability to accept COV notifications to the TD
anet.td.add_capability(COVTestClientServices)
# tell the TD how to respond to confirmed notifications
anet.td.test_ack = True
anet.td.test_reject = None
anet.td.test_abort = None
# add the service capability to the IUT
anet.iut.add_capability(ChangeOfValueServices)
# make a pulse converter object
test_pc = PulseConverterObject(
objectIdentifier=('pulseConverter', 1),
objectName='pc',
presentValue=0.0,
statusFlags=[0, 0, 0, 0],
updateTime=DateTime(date=Date().now().value, time=Time().now().value),
covIncrement=10.0,
covPeriod=10,
)
# add it to the implementation
anet.iut.add_object(test_pc)
# wait for the subscription
anet.iut.start_state.doc("8.10.1-1-0") \
.receive(SubscribeCOVRequest).doc("8.10.1-1-1") \
.success()
# send the subscription, wait for the ack
anet.td.start_state.doc("8.10.1-2-0") \
.send(SubscribeCOVRequest(
destination=anet.iut.address,
subscriberProcessIdentifier=1,
monitoredObjectIdentifier=('pulseConverter', 1),
issueConfirmedNotifications=True,
lifetime=30,
)).doc("8.10.1-2-1") \
.receive(SimpleAckPDU).doc("8.10.1-2-2") \
.success()
# run the group
anet.run()
def process_task(self):
if _debug: PulseTask._debug("process_task")
# increment the present value
self.accumulator.presentValue += self.increment
# update the value change time
current_date = Date().now().value
current_time = Time().now().value
value_change_time = DateTime(date=current_date, time=current_time)
if _debug: PulseTask._debug(" - value_change_time: %r", value_change_time)
self.accumulator.valueChangeTime = value_change_time
def process_task(self):
if _debug:
LocalScheduleInterpreter._debug("process_task(%s)",
self.sched_obj.objectName)
# check for a valid configuration
if self.sched_obj.reliability != 'noFaultDetected':
if _debug: LocalScheduleInterpreter._debug(" - fault detected")
return
# get the date and time from the device object in case it provides
# some custom functionality
if self.sched_obj._app and self.sched_obj._app.localDevice:
current_date = self.sched_obj._app.localDevice.localDate
if _debug:
LocalScheduleInterpreter._debug(" - current_date: %r",
current_date)
current_time = self.sched_obj._app.localDevice.localTime
if _debug:
LocalScheduleInterpreter._debug(" - current_time: %r",
current_time)
else:
# get the current date and time, as provided by the task manager
current_date = Date().now().value
if _debug:
LocalScheduleInterpreter._debug(" - current_date: %r",
current_date)
current_time = Time().now().value
if _debug:
LocalScheduleInterpreter._debug(" - current_time: %r",
current_time)
# evaluate the time
current_value, next_transition = self.eval(current_date, current_time)
if _debug:
LocalScheduleInterpreter._debug(
" - current_value, next_transition: %r, %r", current_value,
next_transition)
# set the present value
self.sched_obj.presentValue = current_value
# compute the time of the next transition
transition_time = datetime_to_time(current_date, next_transition)
# install this to run again
self.install_task(transition_time)
def test_time_tuple(self):
if _debug: TestTime._debug("test_time_tuple")
obj = Time((1, 2, 3, 4))
assert obj.value == (1, 2, 3, 4)
assert str(obj) == "Time(01:02:03.04)"
assert Time("1:2").value == (1, 2, 0, 0)
assert Time("1:2:3").value == (1, 2, 3, 0)
assert Time("1:2:3.4").value == (1, 2, 3, 40)
assert Time("1:*").value == (1, 255, 255, 255)
assert Time("1:2:*").value == (1, 2, 255, 255)
assert Time("1:2:3.*").value == (1, 2, 3, 255)
def ReadProperty(self, obj, arrayIndex=None):
if _debug: CurrentDateTimeProperty._debug("ReadProperty %r arrayIndex=%r", obj, arrayIndex)
# access an array
if arrayIndex is not None:
raise ExecutionError(errorClass='property', errorCode='propertyIsNotAnArray')
# get the value
current_date = Date().now().value
current_time = Time().now().value
value = DateTime(date=current_date, time=current_time)
if _debug: CurrentDateTimeProperty._debug(" - value: %r", value)
return value
def test_no_traffic(self):
"""Test basic configuration of a network."""
if _debug: TestPulseConverter._debug("test_no_traffic")
# create a network
anet = ApplicationNetwork("test_no_traffic")
# add the service capability to the IUT
anet.iut.add_capability(ChangeOfValueServices)
# make a pulse converter object
test_pc = PulseConverterObject(
objectIdentifier=('pulseConverter', 1),
objectName='pc',
presentValue=0.0,
statusFlags=[0, 0, 0, 0],
updateTime=DateTime(date=Date().now().value, time=Time().now().value),
covIncrement=10.0,
covPeriod=10,
)
# an easy way to change the present value
write_test_pc = lambda v: setattr(test_pc, 'presentValue', v)
# add it to the implementation
anet.iut.add_object(test_pc)
# make some transitions
anet.iut.start_state.doc("1-1-0") \
.call(write_test_pc, 100.0).doc("1-1-1") \
.timeout(1).doc("1-1-2") \
.call(write_test_pc, 0.0).doc("1-1-3") \
.timeout(1).doc("1-1-4") \
.success()
# test device is quiet
anet.td.start_state.timeout(5).success()
# run the group
anet.run()
def main():
global this_application
# parse the command line arguments
args = ConfigArgumentParser(description=__doc__).parse_args()
if _debug:
_log.debug("initialization")
if _debug:
_log.debug(" - args: %r", args)
# make a device object
this_device = LocalDeviceObject(ini=args.ini)
if _debug:
_log.debug(" - this_device: %r", this_device)
# make a simple application
this_application = ReadRangeApplication(this_device, args.ini.address)
timestamp = DateTime(date=Date().now().value, time=Time().now().value)
# log_status = LogStatus([0,0,0])
log_record_datum = LogRecordLogDatum(booleanValue=False)
status_flags = StatusFlags([0, 0, 0, 0])
log_record = LogRecord(timestamp=timestamp,
logDatum=log_record_datum,
statusFlags=status_flags)
trend_log_object = TrendLogObject(
objectIdentifier=("trendLog", 1),
objectName="Trend-Log-1",
logBuffer=[log_record],
)
_log.debug(" - trend_log_object: %r", trend_log_object)
this_application.add_object(trend_log_object)
_log.debug("running")
run()
_log.debug("fini")
def sometime(self, klass, now, args):
if _debug: TestConsoleCmd._debug("sometime %r %r %r", klass, now, args)
try:
addr = args[0]
# look for a time to send
if (len(args) > 1):
when = time.strptime(' '.join(args[1:]), TIME_FORMAT)
else:
when = now
if _debug: TestConsoleCmd._debug(" - when: %r", when)
# build the date and time primitives
when_date = Date(
year=when.tm_year - 1900,
month=when.tm_mon,
day=when.tm_mday,
dayOfWeek=when.tm_wday + 1,
)
if _debug: TestConsoleCmd._debug(" - when_date: %s", when_date)
when_time = Time(hour=when.tm_hour,
minute=when.tm_min,
second=when.tm_sec,
hundredth=0)
if _debug: TestConsoleCmd._debug(" - when_time: %s", when_time)
# build a request
request = klass()
request.pduDestination = Address(addr)
# only one simple parameter, happens to be the same for both types
request.time = DateTime(date=when_date, time=when_time)
# give it to the application
this_application.request(request)
except Exception, e:
TestConsoleCmd._exception("exception: %r", e)
def test_multiple_subscribers(self):
"""This has more than one subscriber for the object."""
if _debug: TestPulseConverter._debug("test_multiple_subscribers")
# create a network
anet = ApplicationNetwork("test_multiple_subscribers")
# add the ability to accept COV notifications to the TD
anet.td.add_capability(COVTestClientServices)
# tell the TD how to respond to confirmed notifications
anet.td.test_ack = True
anet.td.test_reject = None
anet.td.test_abort = None
# add the service capability to the IUT
anet.iut.add_capability(ChangeOfValueServices)
# make a pulse converter object
test_pc = PulseConverterObject(
objectIdentifier=('pulseConverter', 1),
objectName='pc',
presentValue=0.0,
statusFlags=[0, 0, 0, 0],
updateTime=DateTime(date=Date().now().value, time=Time().now().value),
covIncrement=10.0,
covPeriod=10,
)
# an easy way to change both the present value and status flags
# which should trigger only one notification
def test_pc_fault():
if _debug: TestPulseConverter._debug("test_pc_fault")
test_pc.presentValue = 100.0
test_pc.statusFlags = [0, 0, 1, 0]
# add it to the implementation
anet.iut.add_object(test_pc)
# add another test device object
anet.td2_device_object = LocalDeviceObject(
objectName="td2",
objectIdentifier=('device', 30),
maxApduLengthAccepted=1024,
segmentationSupported='noSegmentation',
vendorIdentifier=999,
)
# another test device
anet.td2 = ApplicationStateMachine(anet.td2_device_object, anet.vlan)
anet.td2.add_capability(COVTestClientServices)
anet.append(anet.td2)
# receive the subscription requests, wait until both clients have
# received the ack and the 'instant' notification. Then change the
# value, no ack coming back
anet.iut.start_state.doc("6-1-0") \
.receive(SubscribeCOVRequest, pduSource=anet.td.address).doc("6-1-1") \
.receive(SubscribeCOVRequest, pduSource=anet.td2.address).doc("6-1-2") \
.wait_event("e2").doc("6-1-3") \
.call(test_pc_fault).doc("6-1-4") \
.timeout(10).doc("6-2-5") \
.success()
# first test device; send the subscription request, get an ack
# followed by the 'instant' notification
anet.td.start_state.doc("6-2-0") \
.send(SubscribeCOVRequest(
destination=anet.iut.address,
subscriberProcessIdentifier=1,
monitoredObjectIdentifier=('pulseConverter', 1),
issueConfirmedNotifications=False,
lifetime=30,
)).doc("6-2-1") \
.receive(SimpleAckPDU).doc("6-2-2") \
.receive(UnconfirmedCOVNotificationRequest).doc("6-2-3") \
.set_event("e1").doc("6-2-4") \
.receive(UnconfirmedCOVNotificationRequest).doc("6-2-5") \
.timeout(10).doc("6-2-6") \
.success()
# same pattern for the other test device
anet.td2.start_state.doc("6-3-0") \
.wait_event("e1").doc("6-3-1") \
.send(SubscribeCOVRequest(
destination=anet.iut.address,
subscriberProcessIdentifier=1,
monitoredObjectIdentifier=('pulseConverter', 1),
issueConfirmedNotifications=False,
lifetime=30,
)).doc("6-3-2") \
.receive(SimpleAckPDU).doc("6-3-3") \
.receive(UnconfirmedCOVNotificationRequest).doc("6-3-4") \
.set_event("e2").doc("6-3-5") \
.receive(UnconfirmedCOVNotificationRequest).doc("6-3-6") \
.timeout(10).doc("6-3-7") \
.success()
# run the group
anet.run()
def do_readrange(self, args):
"""readrange <addr> <objid> <prop> [ <indx> ]
[ p <indx> <count> ]
[ s <seq> <count> ]
[ t <date> <time> <count> ]
"""
args = args.split()
if _debug:
ReadRangeConsoleCmd._debug("do_readrange %r", args)
try:
addr = Address(args.pop(0))
obj_id = ObjectIdentifier(args.pop(0)).value
prop_id = args.pop(0)
datatype = get_datatype(obj_id[0], prop_id)
if not datatype:
raise ValueError("invalid property for object type")
# build a request
request = ReadRangeRequest(destination=addr,
objectIdentifier=obj_id,
propertyIdentifier=prop_id)
# index is optional
if args:
if args[0].isdigit():
if not issubclass(datatype, Array):
raise ValueError("property is not an array")
request.propertyArrayIndex = int(args.pop(0))
datatype = datatype.subtype
if not issubclass(datatype, List):
raise ValueError("property is not a list")
# range is optional
if args:
range_type = args.pop(0)
if range_type == "p":
rbp = RangeByPosition(referenceIndex=int(args[0]),
count=int(args[1]))
request.range = Range(byPosition=rbp)
elif range_type == "s":
rbs = RangeBySequenceNumber(referenceSequenceNumber=int(
args[0]),
count=int(args[1]))
request.range = Range(bySequenceNumber=rbs)
elif range_type == "t":
rbt = RangeByTime(
referenceTime=DateTime(date=Date(args[0]),
time=Time(args[1])),
count=int(args[2]),
)
request.range = Range(byTime=rbt)
else:
raise ValueError("unknown range type: %r" % (range_type, ))
if _debug:
ReadRangeConsoleCmd._debug(" - request: %r", request)
# make an IOCB
iocb = IOCB(request)
if _debug:
ReadRangeConsoleCmd._debug(" - iocb: %r", iocb)
# give it to the application
deferred(this_application.request_io, iocb)
# wait for it to complete
iocb.wait()
# do something for success
if iocb.ioResponse:
apdu = iocb.ioResponse
if _debug:
ReadRangeConsoleCmd._debug(" - apdu: %r", apdu)
# should be an ack
if not isinstance(apdu, ReadRangeACK):
if _debug:
ReadRangeConsoleCmd._debug(" - not an ack")
return
# find the datatype
datatype = get_datatype(apdu.objectIdentifier[0],
apdu.propertyIdentifier)
if _debug:
ReadRangeConsoleCmd._debug(" - datatype: %r", datatype)
if not datatype:
raise TypeError("unknown datatype")
sys.stdout.write("firstSequenceNumber: %s\n" %
(apdu.firstSequenceNumber, ))
sys.stdout.write("resultFlags: %s\n" % (apdu.resultFlags, ))
# cast out the data into a list
value = apdu.itemData.cast_out(datatype)
# dump it out
for i, item in enumerate(value):
sys.stdout.write("[%d]\n" % (i, ))
item.debug_contents(file=sys.stdout, indent=2)
sys.stdout.flush()
# do something for error/reject/abort
if iocb.ioError:
sys.stdout.write(str(iocb.ioError) + "\n")
except Exception as error:
ReadRangeConsoleCmd._exception("exception: %r", error)
def update():
app.weather.update()
current_humid = app.dev.this_application.get_object_name(
"Current_Humidity")
current_temp = app.dev.this_application.get_object_name("Current_Temp")
current_winddir = app.dev.this_application.get_object_name(
"Current_Wind_Dir")
current_windspd = app.dev.this_application.get_object_name(
"Current_Wind_Speed")
current_pressure = app.dev.this_application.get_object_name(
"Current_Pressure")
current_cloudcov = app.dev.this_application.get_object_name(
"Current_Cloud_Cover")
last_update = app.dev.this_application.get_object_name("Last_Update")
current_location = app.dev.this_application.get_object_name(
"Weather_Station_City")
current_description = app.dev.this_application.get_object_name(
"Current_Weather_Description")
current_dewpoint = app.dev.this_application.get_object_name(
"Current_Dewpoint")
new_temp = app.weather.temp
new_hum = app.weather.hum
new_winddir = app.weather.winddir
new_windspd = app.weather.windspd
new_pressure = app.weather.press
new_cloudcov = app.weather.cloudcov
new_update_date = app.weather.update
new_update_time = app.weather.update
new_location = app.weather.city
new_description = app.weather.descrip
new_dewpoint = app.weather.dewpoint
last_update.presentValue.date = Date(
app.weather.timestamp.date().isoformat())
last_update.presentValue.time = Time(
app.weather.timestamp.time().isoformat())
app.dev._log.info("Setting Temp to {}".format(new_temp))
current_temp.presentValue = new_temp
app.dev._log.info("Setting Humidity to {}".format(new_hum))
current_humid.presentValue = new_hum
app.dev._log.info("Setting Wind Dir to {}".format(new_winddir))
current_winddir.presentValue = new_winddir
app.dev._log.info("Setting Wind Spd to {}".format(new_windspd))
current_windspd.presentValue = new_windspd
app.dev._log.info("Setting B Press to {}".format(new_pressure))
current_pressure.presentValue = new_pressure
app.dev._log.info("Setting Cloud Cov to {}".format(new_cloudcov))
current_cloudcov.presentValue = new_cloudcov
app.dev._log.info("Setting Location to {}".format(new_location))
current_location.presentValue = new_location
app.dev._log.info("Setting Description to {}".format(new_description))
current_description.presentValue = new_description
app.dev._log.info("Setting Dewpoint to {}".format(new_dewpoint))
current_dewpoint.presentValue = new_dewpoint
def time_sync(self, *args, datetime=None):
"""
Take local time and send it to devices. User can also provide
a datetime value (constructed following bacpypes.basetypes.Datetime
format).
To create a DateTime ::
from bacpypes.basetypes import DateTime
from bacpypes.primitivedata import Date, Time
# Create date and time
_date = Date('2019-08-05')
_time = Time('16:45')
# Create Datetime
_datetime = DateTime(date=_date.value, time=_time.value)
# Pass this to the function
bacnet.time_sync(datetime=_datetime)
"""
if not self._started:
raise ApplicationNotStarted(
"BACnet stack not running - use startApp()")
if args:
args = args[0].split()
msg = args if args else "everyone"
self._log.debug("time sync {!r}".format(msg))
if not datetime:
_date = Date().now().value
_time = Time().now().value
_datetime = DateTime(date=_date, time=_time)
elif isinstance(datetime, DateTime):
_datetime = datetime
else:
raise ValueError(
"Please provide valid DateTime in bacpypes.basetypes.DateTime format"
)
# build a request
request = TimeSynchronizationRequest(time=_datetime)
if len(args) == 1:
request.pduDestination = Address(args[0])
del args[0]
else:
request.pduDestination = GlobalBroadcast()
self._log.debug("{:>12} {}".format("- request:", request))
iocb = IOCB(request) # make an IOCB
# pass to the BACnet stack
deferred(self.this_application.request_io, iocb)
# Unconfirmed request...so wait until complete
iocb.wait() # Wait for BACnet response
year, month, day, dow = _datetime.date
year = year + 1900
hour, minutes, sec, msec = _datetime.time
d = dt.datetime(year, month, day, hour, minutes, sec, msec)
self._log.info("Time Sync Request sent to network : {}".format(
d.isoformat()))
def test_boolean_application_to_object(self):
if _debug:
TestApplicationTag._debug("test_boolean_application_to_object")
# null
obj_endec(Null(), '00')
# boolean
obj_endec(Boolean(True), '11')
obj_endec(Boolean(False), '10')
# unsigned
obj_endec(Unsigned(0), '2100')
obj_endec(Unsigned(1), '2101')
obj_endec(Unsigned(127), '217F')
obj_endec(Unsigned(128), '2180')
# integer
obj_endec(Integer(0), '3100')
obj_endec(Integer(1), '3101')
obj_endec(Integer(-1), '31FF')
obj_endec(Integer(128), '320080')
obj_endec(Integer(-128), '3180')
# real
obj_endec(Real(0), '4400000000')
obj_endec(Real(1), '443F800000')
obj_endec(Real(-1), '44BF800000')
obj_endec(Real(73.5), '4442930000')
# double
obj_endec(Double(0), '55080000000000000000')
obj_endec(Double(1), '55083FF0000000000000')
obj_endec(Double(-1), '5508BFF0000000000000')
obj_endec(Double(73.5), '55084052600000000000')
# octet string
obj_endec(OctetString(xtob('')), '60')
obj_endec(OctetString(xtob('01')), '6101')
obj_endec(OctetString(xtob('0102')), '620102')
obj_endec(OctetString(xtob('010203040506')), '6506010203040506')
# character string
obj_endec(CharacterString(''), '7100')
obj_endec(CharacterString('a'), '720061')
obj_endec(CharacterString('abcde'), '7506006162636465')
# bit string
obj_endec(BitString([]), '8100')
obj_endec(BitString([0]), '820700')
obj_endec(BitString([1]), '820780')
obj_endec(BitString([1, 1, 1, 1, 1]), '8203F8')
obj_endec(BitString([1] * 10), '8306FFC0')
# enumerated
obj_endec(Enumerated(0), '9100')
obj_endec(Enumerated(1), '9101')
obj_endec(Enumerated(127), '917F')
obj_endec(Enumerated(128), '9180')
# date
obj_endec(Date((1, 2, 3, 4)), 'A401020304')
obj_endec(Date((255, 2, 3, 4)), 'A4FF020304')
obj_endec(Date((1, 255, 3, 4)), 'A401FF0304')
obj_endec(Date((1, 2, 255, 4)), 'A40102FF04')
obj_endec(Date((1, 2, 3, 255)), 'A4010203FF')
# time
obj_endec(Time((1, 2, 3, 4)), 'B401020304')
obj_endec(Time((255, 2, 3, 4)), 'B4FF020304')
obj_endec(Time((1, 255, 3, 4)), 'B401FF0304')
obj_endec(Time((1, 2, 255, 4)), 'B40102FF04')
obj_endec(Time((1, 2, 3, 255)), 'B4010203FF')
# object identifier
obj_endec(ObjectIdentifier(0, 0), 'C400000000')
obj_endec(ObjectIdentifier(1, 0), 'C400400000')
obj_endec(ObjectIdentifier(0, 2), 'C400000002')
obj_endec(ObjectIdentifier(3, 4), 'C400C00004')
def test_8_2_1(self):
"""To verify that the IUT can initiate ConfirmedCOVNotification service
requests conveying a change of the Present_Value property of Analog
Input, Analog Output, and Analog Value objects."""
if _debug: TestPulseConverter._debug("test_8_2_1")
# create a network
anet = ApplicationNetwork("test_8_2_1")
# add the ability to accept COV notifications to the TD
anet.td.add_capability(COVTestClientServices)
# tell the TD how to respond to confirmed notifications
anet.td.test_ack = True
anet.td.test_reject = None
anet.td.test_abort = None
# add the service capability to the IUT
anet.iut.add_capability(ChangeOfValueServices)
# make a pulse converter object
test_pc = PulseConverterObject(
objectIdentifier=('pulseConverter', 1),
objectName='pc',
presentValue=0.0,
statusFlags=[0, 0, 0, 0],
updateTime=DateTime(date=Date().now().value, time=Time().now().value),
covIncrement=10.0,
covPeriod=10,
)
# an easy way to change the present value
def write_test_pc(v):
if _debug: TestPulseConverter._debug("=== marco %r", v)
setattr(test_pc, 'presentValue', v)
if _debug: TestPulseConverter._debug("=== polo")
# add it to the implementation
anet.iut.add_object(test_pc)
# receive the subscription request, wait until the client has
# received the ack and the 'instant' notification. Then change the
# value a little bit and nothing should be sent. Change it some more
# and wait for the notification ack.
anet.iut.start_state.doc("2-1-0") \
.receive(SubscribeCOVRequest).doc("2-1-1") \
.receive(SimpleAckPDU).doc("2-1-2") \
.wait_event("e1").doc("2-1-3") \
.call(write_test_pc, 5.0).doc("2-1-4") \
.timeout(5).doc("2-1-5") \
.call(write_test_pc, 10.0).doc("2-1-6") \
.receive(SimpleAckPDU).doc("2-1-7") \
.receive(SimpleAckPDU).doc("2-1-8") \
.timeout(10).doc("2-1-9") \
.success()
# send the subscription request, wait for the ack and the 'instant'
# notification, set the event so the IUT can continue, then wait
# for the next notification
anet.td.start_state.doc("2-2-0") \
.send(SubscribeCOVRequest(
destination=anet.iut.address,
subscriberProcessIdentifier=1,
monitoredObjectIdentifier=('pulseConverter', 1),
issueConfirmedNotifications=True,
lifetime=30,
)).doc("2-2-1") \
.receive(SimpleAckPDU).doc("2-2-2") \
.receive(ConfirmedCOVNotificationRequest).doc("2-2-3") \
.set_event("e1").doc("2-2-4") \
.receive(ConfirmedCOVNotificationRequest).doc("2-2-5") \
.receive(ConfirmedCOVNotificationRequest).doc("2-2-6") \
.timeout(10).doc("2-2-7") \
.success()
# run the group
anet.run()
def test_8_10_2(self):
"""Unconfirmed Notifications Subscription"""
if _debug: TestPulseConverter._debug("test_8_10_2")
# create a network
anet = ApplicationNetwork("test_8_10_2")
# add the ability to accept COV notifications to the TD
anet.td.add_capability(COVTestClientServices)
# tell the TD how to respond to confirmed notifications
anet.td.test_ack = True
anet.td.test_reject = None
anet.td.test_abort = None
# add the service capability to the IUT
anet.iut.add_capability(ChangeOfValueServices)
# make a pulse converter object
test_pc = PulseConverterObject(
objectIdentifier=('pulseConverter', 1),
objectName='pc',
presentValue=0.0,
statusFlags=[0, 0, 0, 0],
updateTime=DateTime(date=Date().now().value, time=Time().now().value),
covIncrement=10.0,
covPeriod=10,
)
# add it to the implementation
anet.iut.add_object(test_pc)
# wait for the subscription
anet.iut.start_state.doc("8.10.2-1-0") \
.receive(SubscribeCOVRequest).doc("8.10.2-1-1") \
.success()
# send the subscription, wait for the ack
anet.td.start_state.doc("8.10.2-2-0") \
.send(SubscribeCOVRequest(
destination=anet.iut.address,
subscriberProcessIdentifier=1,
monitoredObjectIdentifier=('pulseConverter', 1),
issueConfirmedNotifications=False,
lifetime=30,
)).doc("8.10.2-2-1") \
.receive(SimpleAckPDU).doc("8.10.2-2-2") \
.success()
# run the group, cut the time limit short
anet.run(time_limit=5.0)
# check that the IUT still has the detection
if _debug: TestPulseConverter._debug(" - detections: %r", anet.iut.cov_detections)
assert len(anet.iut.cov_detections) == 1
# pop out the subscription list and criteria
obj_ref, criteria = anet.iut.cov_detections.popitem()
if _debug: TestPulseConverter._debug(" - criteria: %r", criteria)
# get the list of subscriptions from the criteria
subscriptions = criteria.cov_subscriptions.cov_subscriptions
if _debug: TestPulseConverter._debug(" - subscriptions: %r", subscriptions)
assert len(subscriptions) == 1
def test_changing_properties(self):
"""This test changes the value of multiple properties to verify that
only one COV notification is sent."""
if _debug: TestPulseConverter._debug("test_changing_properties")
# create a network
anet = ApplicationNetwork("test_changing_properties")
# add the ability to accept COV notifications to the TD
anet.td.add_capability(COVTestClientServices)
# tell the TD how to respond to confirmed notifications
anet.td.test_ack = True
anet.td.test_reject = None
anet.td.test_abort = None
# add the service capability to the IUT
anet.iut.add_capability(ChangeOfValueServices)
# make a pulse converter object
test_pc = PulseConverterObject(
objectIdentifier=('pulseConverter', 1),
objectName='pc',
presentValue=0.0,
statusFlags=[0, 0, 0, 0],
updateTime=DateTime(date=Date().now().value, time=Time().now().value),
covIncrement=10.0,
covPeriod=10,
)
# an easy way to change the present value
def test_pc_fault():
if _debug: TestPulseConverter._debug("test_pc_fault")
test_pc.presentValue = 100.0
test_pc.statusFlags = [0, 0, 1, 0]
# add it to the implementation
anet.iut.add_object(test_pc)
# receive the subscription request, wait until the client has
# received the ack and the 'instant' notification. Then change the
# value, no ack coming back
anet.iut.start_state.doc("5-1-0") \
.receive(SubscribeCOVRequest).doc("5-1-1") \
.wait_event("e1").doc("5-1-2") \
.call(test_pc_fault).doc("5-1-3") \
.timeout(10).doc("5-2-4") \
.success()
# test device is quiet
anet.td.start_state.doc("5-2-0") \
.send(SubscribeCOVRequest(
destination=anet.iut.address,
subscriberProcessIdentifier=1,
monitoredObjectIdentifier=('pulseConverter', 1),
issueConfirmedNotifications=False,
lifetime=30,
)).doc("5-2-1") \
.receive(SimpleAckPDU).doc("5-2-2") \
.receive(UnconfirmedCOVNotificationRequest).doc("5-2-3") \
.set_event("e1").doc("5-2-4") \
.receive(UnconfirmedCOVNotificationRequest).doc("5-2-5") \
.timeout(10).doc("5-2-6") \
.success()
# run the group
anet.run()
