def _send_specified_file(_ui: UserInput):
"""_send_specified_file()
ui is a UserInput
opens the controller, the commandreader, and
sends each line to the controller.
"""
_ui.open()
_c: Controller = Controller(_ui)
_cr = CommandReader(_ui)
_cr.open()
_c.open()
try:
while 1:
line: str = _cr.get()
if line == "":
break # exit when file read
_c.sendcmd(line, echoit=_DEBUGGING)
finally:
_c.close()
_cr.close()
_ui.close()
def send_users_cmds(_ui: UserInput) -> bool:
"""sendUsersCmds()
Opens the ui and controller,
runs the command loop
closes the controller and the ui.
"""
_ui.open()
_c = Controller(_ui)
_c.open()
try:
_cmdloop(_c)
finally:
_c.close()
_ui.close()
return True
def do_utility_cmds(_ui: UserInput) -> bool:
"""doUtilityCmds(ui)
Asks for the log file name, opens the ui, and the controller.
Calls the util processor loop,
Closes the controller and the ui on exit
"""
_ui.inputfn = input("input log file name.txt>")
_ui.open()
_c: Controller = Controller(_ui)
_c.open()
try:
_utils: Utils = Utils(_ui, _c)
_utils.process_loop()
finally:
_c.close()
_ui.close()
return True
maxBytes=10000,
backupCount=5,
)
LF_HANDLER.setLevel(logging.DEBUG)
LC_HANDLER = logging.StreamHandler()
LC_HANDLER.setLevel(logging.DEBUG) # (logging.ERROR)
LF_FORMATTER = logging.Formatter(
'%(asctime)s - %(name)s - %(funcName)s - %(levelname)s - %(message)s')
LC_FORMATTER = logging.Formatter('%(name)s: %(levelname)s - %(message)s')
LC_HANDLER.setFormatter(LC_FORMATTER)
LF_HANDLER.setFormatter(LF_FORMATTER)
THE_LOGGER = logging.getLogger()
THE_LOGGER.setLevel(logging.DEBUG)
THE_LOGGER.addHandler(LF_HANDLER)
THE_LOGGER.addHandler(LC_HANDLER)
THE_LOGGER.info('userinput executed as main')
# LOGGER.setLevel(logging.DEBUG)
MS = MySerial()
MS.open()
from userinput import UserInput
_UI = UserInput()
try:
_UI.request()
_UI.open()
print("Requested Port can be opened")
_UI.close()
except(Exception, KeyboardInterrupt) as exc:
_UI.close()
sys.exit(str(exc))
def main(stop_events: Mapping[str, CTX.Event], queues: Mapping[str, CTX.JoinableQueue]):
from smeteravg import SMeterAvg
UI = UserInput()
NOISE = None
UI.request(port='com4')
flexr = Flex(UI)
initial_state = None
try:
if not flexr.open():
raise (RuntimeError('Flex not connected to serial serial port'))
print('saving current flex state')
initial_state = flexr.save_current_state()
print('initializing dbg flex state')
flexr.do_cmd_list(INITIALZE_FLEX)
flexr.close()
resultQ = queues.get(QK.dQ)
stop_event = stop_events.get(SEK.da)
NOISE = Noisefloor(flexr, resultQ, stop_event)
NOISE.open()
# loops must be less than 100 as that is the queue size and I am not emptying it here
NOISE.doit(loops=90, interval=90, dups=True)
# NOISE.doit(runtime=1, interval=60)
try:
stop_event.set()
except StopEventException:
pass
if NOISE and NOISE.is_open:
flexr.restore_state(initial_state)
NOISE.close()
indata: List[NFQ] = []
deck: Deck = Deck(1000)
deck.q2deck(resultQ, mark_done=True)
indata = deck.deck2lst()
# try:
# while True:
#indata.append(resultQ.get(True, 1))
# resultQ.task_done()
# except QEmpty:
# pass # q is empty
# except Exception as ex:
# print(ex)
#raise ex
with open('nfqlistdata.pickle', 'wb') as jso:
pickle.dump(indata, jso)
unpacked: List[NFResult] = [npq.get() for npq in indata]
with open('nfrlistdata.pickle', 'wb') as jso:
pickle.dump(unpacked, jso)
reads: List[SMeterAvg] = []
for nfr in unpacked:
reads.extend(nfr.readings)
with open('smavflistdata.pickle', 'wb') as jso:
pickle.dump(reads, jso)
up0: NFResult = unpacked[0]
outdata = []
with open('nfqlistdata.pickle', 'rb') as jsi:
outdata = pickle.load(jsi)
brlst: List[Bandreadings] = []
for nfq in outdata:
br: Bandreadings = nfq.get()
brlst.append(br)
a = indata[0]
b = outdata[0]
except(Exception, KeyboardInterrupt) as exc:
if NOISE and NOISE.is_open:
flexr.restore_state(initial_state)
NOISE.close()
UI.close()
raise exc
finally:
print('restore flex prior state')
if NOISE and NOISE.is_open:
flexr.restore_state(initial_state)
NOISE.close()
UI.close()