self.previous_call_time = current_ring_time
self.log_symbol(0, "", "(The very first ring)")
return
- else:
- ring_distance = current_ring_time - self.previous_ring_time
- logging.debug("RINGs distance: %.2f", ring_distance)
- self.previous_ring_time = current_ring_time
+
+ ring_distance = current_ring_time - self.previous_ring_time
+ logging.debug("RINGs distance: %.2f", ring_distance)
+ self.previous_ring_time = current_ring_time
# Ignore multiple rings in the same call
if abs(ring_distance - self.rings_distance) < self.ring_uncertainty:
return
# if the code made it up to here, something fishy is going on
- logging.error("Unexpected distance: %.2f", ring_distance)
+ logging.error("Unexpected distance: %.2f", call_distance)
logging.error("Check the transmitter and receiver parameters")
def receive_loop(self):
# Dial, then wait self.call_setup_time to make sure the receiver gets
# at least one RING, and then hangup and sleep the remaining time
- self.modem.send_command("ATDT" + self.destination_number)
+ self.modem.send_command("ATDT" + self.destination_number + ";")
time.sleep(self.call_setup_time)
self.modem.send_command("ATH")
self.modem.get_response()
transmitting_time += self.eom_time
- logging.debug("Estimated transmitting time: %d seconds",
+ logging.debug("Estimated transmitting time: %.2f seconds",
transmitting_time)