radio = Radio()
gom = Gomspace()
electrolyzing = False
interval = 3 # Number of seconds between each transmission
repetitions = 5 # Number of total times you want to transmit the pattern
downlink = bytes(
input("Enter signal you want to downlink (e.g '\\x08\\x07\\x00\\x00)':"),
encoding='utf-8')
downlink = downlink.decode('unicode-escape').encode('ISO-8859-1')
#–––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––
# Enter Transmit Mode
#Stop electrolyzing
if gom.is_electrolyzing():
electrolyzing = True
gom.set_electrolysis(False)
print('Electrolyzers turned off')
#Set RF receiving side to low
gom.rf_receiving_switch(receive=False)
print('RF Receiving set to low')
#Turn off LNA
gom.lna(False)
print('LNA turned off')
#Set RF transmitting side to high
gom.rf_transmitting_switch(receive=False)
print('RF transmitting set to high')
hkdata = test.get_health_data(level="config")
displayStruct(hkdata)
sleep(2)
hkdata = test.get_health_data(level="config2")
displayStruct(hkdata)
sleep(2)
# testing new burwire functions
test.burnwire1(5)
# test.burnwire2(5)
sleep(3)
logger.info("Is electrolyzing?: " + str(test.is_electrolyzing()))
sleep(1)
test.set_electrolysis(True)
sleep(1)
logger.info("Is electrolyzing?: " + str(test.is_electrolyzing()))
sleep(1)
test.set_electrolysis(False)
sleep(1)
logger.info("Is electrolyzing?: " + str(test.is_electrolyzing()))
sleep(1)
logger.info("Battery %: " + str(test.read_battery_percentage()))