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How to use __flush method in avocado

Best Python code snippet using avocado_python

transeiver.py

Source:transeiver.py

1import serial2import multiprocessing3import time4class Transeiver:5	__MESSAGING = '0'6	__SET_TX_ADDRESS = '1'7	__SET_RX_ADDRESS = '2'8	__GET_TX_ADDRESS = '3'9	__GET_RX_ADDRESS = '4'10	__FLUSH = '\r'   #should use something different11	12	def __init__(self, TXaddress = "00000", RXaddress = "11111", SERIAL_PORT_NAME = None, BAUD_RATE = 9600):13		self.__serial_port = None14		self.TXaddress = TXaddress15		self.RXaddress = RXaddress16		self.__fetchMessagesProcess = None17		self.__receive_queue = None18		if SERIAL_PORT_NAME != None:19			self.setConnection(SERIAL_PORT_NAME, BAUD_RATE)20	21	def setConnection(self, SERIAL_PORT_NAME, BAUD_RATE):22		self.__serial_port = serial.Serial(SERIAL_PORT_NAME, BAUD_RATE)23		self.__jottleConnection()24		self.__startParallelReceivingProcess()25		self.setTXaddress(self.TXaddress)26		self.setRXaddress(self.RXaddress)27	def __jottleConnection(self):28		time.sleep(0.1)29		self.__serial_port.setDTR(False) #this prevents a lock up how does it work?30		time.sleep(0.1)31		self.__serial_port.setRTS(True) #this prevents a lock up how does it work?32		time.sleep(0.1)33	34	def __startParallelReceivingProcess(self):35		self.__receive_queue = multiprocessing.Queue()36		self.__fetchMessagesProcess = multiprocessing.Process(target = Transeiver.receiving, args = (self.__serial_port, self.__receive_queue)) #maybe just make a new one37		self.__fetchMessagesProcess.start()38		39		40	def setAddresses(self, TXaddress, RXaddress):41		self.setTXaddress(TXaddress)42		self.setRXaddress(RXaddress)43	44	def setTXaddress(self, TXaddress):45		self.__serial_port.write(bytes(Transeiver.__SET_TX_ADDRESS + self.TXaddress + Transeiver.__FLUSH,encoding = 'utf-8')) #redundant but I think it clarifies the code46		self.__serial_port.write(bytes(Transeiver.__GET_TX_ADDRESS + Transeiver.__FLUSH, encoding = 'utf-8'))47		self.TXaddress = self.__receive_queue.get()48	49	def setRXaddress(self, RXaddress):50		self.__serial_port.write(bytes(Transeiver.__SET_RX_ADDRESS + self.RXaddress + Transeiver.__FLUSH,encoding = 'utf-8'))51		self.__serial_port.write(bytes(Transeiver.__GET_RX_ADDRESS + Transeiver.__FLUSH, encoding = 'utf-8'))52		self.RXaddress = self.__receive_queue.get()53	54	def getTXaddress(self):55		return self.TXaddress56	57	def getRXaddress(self):58		return self.RXaddress59	60	def __printSerialPortState(self):61		print("DTR: ", self.__serial_port.dtr)62		print("RTS: ", self.__serial_port.rts)63		print("CTS: ", self.__serial_port.cts)64		print("DSR: ", self.__serial_port.dsr)65		print("RI: ", self.__serial_port.ri)66		print("CD: ", self.__serial_port.cd)67		68	@staticmethod69	def receiving(ser,queue):         #gets the receiving messages in a parallel process70		cant_decode = False71		while True:72			reading = ser.readline()73			reading = str(reading)74			try:                                          #if you remove the try except and type clear, the INVALID state message will cause reading.index(':') to throw an exception75				l = reading.index(':') + 176				if "\\x" in reading:77					reading = reading[l:len(reading) - 3]78				else:79					r = reading.index('\\')80					reading = reading[l:r]81			except:82				pass83			queue.put(reading)84			print("\r" + str(reading) + (" " * 50) + "\n")85			print("\nEnter a message to write:",end="")86	def getMessage(self):87		messages = None88		if self.__receive_queue != None and not self.__receive_queue.empty():89			message = self.__receive_queue.get()90		return message91	92	93	def sendMessage(self, message):94		self.__serial_port.write(bytes(message + Transeiver.__FLUSH, encoding = 'utf-8'))95	96	def __del__(self):97		self.__fetchMessagesProcess.terminate()...

profiler.py

Source:profiler.py

...33        Returns:34            A new ProfileEvent.35        """36        if len(self._events) >= 100:37            self.__flush()38        now = Timestamp(time())39        event = ProfileEvent(self._instance_id, now, now, event_type, port,40                             port_length, slot, message_size)41        self._events.append(event)42        return event43    def shutdown(self) -> None:44        self.__flush()45    def record_event(self, event: ProfileEvent) -> None:46        """Record a profiling event.47        This will record the event, and may flush this and previously48        recorded events to the manager.49        Args:50            event: The event to record.51        """52        self._events.append(event)53        if len(self._events) >= 100:54            self.__flush()55        if event.event_type == ProfileEventType.DEREGISTER:56            self.__flush()57    def __flush(self) -> None:58        if self._events:59            self._manager.submit_profile_events(self._events)...

stat_debug.py

Source:stat_debug.py

...41    def __del__(self):42        self.__close()43    def __close(self):44        if self.__file is not None:45            self.__flush()46            self.__file.flush()47            self.__file.close()48            self.__file = None49    def __flush(self):50        if self.__row:51            self.__file.write(','.join(self.__row) + '\n')52            self.__row = []53    def write(self, text):54        item = str(text).strip(' ')55        if item == '':56            return57        if item.strip():58            if item.find('ncalls') != -1:59                self.__row.extend([caption for caption in item.split()])60            else:61                self.__row.append(item)62            if item.find('\n') == -1:63                return...

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