#----------- BT Communication ------------ #
# BT dependent case function
def function(data):
func = functionInUse.get(data, dummy) # Selects the function to be used
func() # depending on BT commands
def dummy(): # If a character that's not defined in 'functionInUse'
pass # is sent to the system via BT, it won't do a thing
functionInUse = {
'a': waterPlant, # Sets which letter corresponds
'b': requestData,
} # to each BT controlled function
# ------------ Project Program ------------ #
# Run all non-BT controlled functions
def myProgram():
displayLight() # Run these functions until a BT event is triggered
displayLightInfo()
# =========== * BT MAIN LOOP * ============ #
if __name__ == '__main__':
s.bluetoothConnection() # Enables BT connectivity
Request temperature via BT.
"""
return str(getTemperature())
def dummy():
"""
Dummy function as default for BT calling.
"""
pass
# Sets which command corresponds to each BT controlled function.
functionInUse = {
'get': getStatus,
}
# ------------ Project Program ----------- #
# Run all non-BT controlled functions
def myProgram():
"""
Run these function until a BT event is triggered.
"""
temperatureFunction()
# =========== * BT MAIN LOOP * =========== #
if __name__ == '__main__':
spp.bluetoothConnection()
display.write('Light:%s' % str(light.value())) # Display light sensor data
sleep(1)
#------------- BT Functions ------------- #
# Request light sensor data via BT
def requestData():
return str(light.value()) # Returns light sensor data
#----------- BT Communication ------------ #
# BT dependent case function
def function (data):
func = functionInUse.get(data, dummy) # Selects the function to be used
func() # depending on BT commands
def dummy(): # If a character that's not defined in 'functionInUse'
pass # is sent to the system via BT, it won't do a thing
functionInUse = {'a' : requestData,} # Sets which letter corresponds
# to each BT controlled function
# ------------ Project Program ------------ #
# Run all non-BT controlled functions
def myProgram():
displayLightInfo() # Run these functions until a BT event is triggered
# =========== * BT MAIN LOOP * ============ #
if __name__ == '__main__':
s.bluetoothConnection() # Enables BT connectivity
'c': resetPillCounter,
'd': resetAlarm,
'e': getPillCounter,
'f': getAlarmStatus,
'g': getPillIsDueState}
# -------------------------------------------------------------------------
# -------------------------------------------------------------------------
# Main Program Function
# -------------------------------------------------------------------------
# Finally, this is the main function that is executed continuously to
# check for input events, after triggering the timer and LCD
# initialization tasks.
# -------------------------------------------------------------------------
def myProgram():
global initialized
if not initialized:
displayInit(LCD_BACKGROUND_COLOR)
updateDisplay()
setNextPillTimer()
initialized = True
checkButtonStatus()
# -------------------------------------------------------------------------
if __name__ == "__main__":
spp.bluetoothConnection()