class MainApp():
class Constants:
port = "/dev/tty.usbmodem1421"
baud = 115200
close_event = "WM_DELETE_WINDOW"
def __init__(self):
for port in list_ports.comports(include_links=True):
print(port.device, port.name, port.description)
self.__master = MainView()
self.__arduino = serial.Serial(self.Constants.port, self.Constants.baud)
self.__master.protocol(self.Constants.close_event, self.__on_closing)
self.__update_clock()
def run(self):
self.__master.mainloop()
def __handle_data(self, data):
clean_values = data.strip(' \n\r').split(",")
bar_value = int(clean_values[1])
value_text = clean_values[0]
self.__master.update_bar(bar_value)
self.__master.update_text(value_text)
def __update_clock(self):
data = self.__arduino.readline().decode()
self.__handle_data(data)
self.__master.after(1, self.__update_clock)
def __on_closing(self):
self.__arduino.close()
self.__master.destroy()
class MainApp():
def __init__(self):
self.__master = MainView(send_handler = self.__send)
self.__client = MessageManager()
def run(self):
self.__master.mainloop()
def __send(self, phone, message):
self.__client.send_message(phone, message)
class MainApp():
def __init__(self):
self.__master = MainView(convert_handler = self.__convert)
def run(self):
self.__master.mainloop()
def __convert(self, from_currency, to_currency, ammount):
result = str(self.__currency.get_convertion(ammount))
self.__master.update_result(result)
class MainApp():
def __init__(self):
self.__master = MainView(convert_handler=self.__convert)
self.__currency = CurrencyManager.get_currency("USD")
def run(self):
self.__master.mainloop()
def __convert(self, from_currency, to_currency, ammount):
self.__currency = CurrencyManager.get_currency(from_currency)
result = str(self.__currency.get_convertion(to_currency, ammount))
class MainApp():
def __init__(self):
self.__currency = CurrencyManager.get_currency("USD")
self.__menu = self.__currency.rates
self.__master = MainView(convert_handler=self.__convert,
menu=self.__menu)
def run(self):
self.__master.mainloop()
def __convert(self, from_currency, to_currency, ammount):
result = str(self.__currency.get_convertion(to_currency, ammount))
self.__master.update_result(result)
class MainApp():
class Constants:
port = "COM8"
baud = 115200
close_event = "WM_DELETE_WINDOW"
heigth = 500
width = 600
def __init__(self):
for port in list_ports.comports(include_links=True):
print(port.device, port.name, port.description)
self.__master = MainView()
self.__brain = DrawBrain()
self.__arduino = serial.Serial(self.Constants.port,
self.Constants.baud)
self.__master.protocol(self.Constants.close_event, self.__on_closing)
self.__initial_position = False
self.__update_clock()
self.__color = None
def run(self):
self.__master.mainloop()
def __handle_data(self, data):
clean_values = data.strip(' \r\n').split(',')
try:
vertical_value = self.Constants.heigth - int(clean_values[0])
horizontal_value = int(clean_values[1])
except Exception:
return
else:
if self.__initial_position:
coordinates = self.__brain.coordinates(vertical_value,
horizontal_value)
self.__master.update_line(coordinates)
else:
self.__brain.start(vertical_value, horizontal_value)
self.__initial_position = True
self.__master.update_position('Posición: ' +
str(horizontal_value) + ',' +
str(clean_values[0]))
def __update_clock(self):
data = self.__arduino.readline().decode()
self.__handle_data(data)
self.__master.after(1, self.__update_clock)
def __on_closing(self):
self.__arduino.close()
self.__master.destroy()
class MainApp():
def __init__(self):
self.__master = MainView(convert_handler=self.__convert)
def run(self):
self.__master.mainloop()
def __convert(self, from_currency, to_currency, ammount):
self.initial_currency = from_currency
self.initial_convertion = CurrencyManager.get_currency(
self.initial_currency)
result = str(
self.initial_convertion.get_convertion(to_currency, ammount))
self.__master.update_result(result)
class MainApp():
def __init__(self):
self.__master = MainView(convert_handler=self.__convert)
self.__currency = CurrencyManager.get_currency(
self.__master.Constants.default_from_currency)
def run(self):
self.__master.mainloop()
def __convert(self, from_currency, to_currency, ammount):
self.__currency = CurrencyManager.get_currency(
self.__master.get_from_currency())
result = str(self.__currency.get_convertion(to_currency, ammount))
self.__master.update_result(result)
class MainApp():
def __init__(self):
self.__get_currency("USD")
self.__master = MainView(convert_handler = self.__convert, origin_currency = self.__get_currency, options = self.__currencies)
def run(self):
self.__master.mainloop()
def __convert(self, from_currency, to_currency, ammount):
result = str(self.__currency.get_convertion(to_currency, ammount))
self.__master.update_result(result)
def __get_currency(self, value):
self.__currency = CurrencyManager.get_currency(value)
self.__currencies = self.__currency.rates
class MainApp():
def __init__(self):
self.__master = MainView(convert_handler=self.__convert)
self.__currency = CurrencyManager.get_currency(
str(self.__master.currency_name))
def run(self):
self.__master.mainloop()
def __convert(self, from_currency, to_currency, ammount):
self.__currency = CurrencyManager.get_currency(from_currency)
if from_currency == to_currency:
result = ammount
else:
result = str(self.__currency.get_convertion(to_currency, ammount))
self.__master.update_result(result)
class MainApp():
def __init__(self):
self.__master = MainView(convert_handler=self.__convert)
self.__currency = CurrencyManager.get_currency(
self.__master.origin_currency)
def run(self):
self.__master.mainloop()
def __convert(self, from_currency, to_currency, ammount):
self.__currency = CurrencyManager.get_currency(from_currency)
try:
result = str(self.__currency.get_convertion(to_currency, ammount))
self.__master.update_result(result)
except Exception as NoneType:
print('None Type error in Currency')
class MainApp():
def __init__(self):
for port in list_ports.comports(include_links=True):
print(port.device, port.name, port.description)
self.__master = MainView(tap_handler=self.__toggle_did_change)
self.__arduino = serial.Serial('/dev/tty.usbmodem1421', 115200)
self.__master.protocol("WM_DELETE_WINDOW", self.__on_closing)
def run(self):
self.__master.mainloop()
def __toggle_did_change(self, state):
value = str(1 if state else 0).encode('ascii')
self.__arduino.write(value)
def __on_closing(self):
self.__arduino.close()
self.__master.destroy()
class MainApp():
def __init__(self):
self.__master = MainView(convert_handler=self.__convert)
self.__currency = CurrencyManager.get_currency(
self.__master.Constants.exchange_rate)
def run(self):
self.__master.mainloop()
def __convert(self, from_currency, to_currency, ammount):
if from_currency == to_currency:
return self.__master.update_result(ammount)
try:
if from_currency != self.__master.Constants.new_exchange_rate:
self.__currency = CurrencyManager.get_currency(
self.__master.Constants.new_exchange_rate)
result = str(self.__currency.get_convertion(to_currency, ammount))
self.__master.update_result(result)
except ValueError:
return None
class MainApp():
def __init__(self):
self.__master = MainView(tap_number_handler = self.__did_number_tapped, tap_operator_handler = self.__did_operator_tapped)
self.__display_text = "0"
self.__display_number = 0
self.__is_typing_number = True
self.__master.display(self.__display_text)
def run(self):
self.__master.mainloop()
def __did_number_tapped(self, number):
if self.__is_typing_number:
self.__display_text = number.value if self.__display_text == Number.ZERO.value else self.__display_text + number.value
else:
self.__display_number = float(self.__display_text)
self.__display_text = number.value
self.__is_typing_number = True
self.__update_diplay()
def __did_operator_tapped(self, operator):
if operator == UnaryOperator.DOT:
self.__add_dot()
else:
self.__is_typing_number = False
def __update_diplay(self):
self.__master.display(self.__display_text)
def __add_dot(self):
if UnaryOperator.DOT.value in self.__display_text:
return
self.__display_text += UnaryOperator.DOT.value
self.__update_diplay()
class MainApp():
class Constants:
port = 'COM3'
baud = 115200
close_event = "WM_DELETE_WINDOW"
def __init__(self):
self.__master = MainView(tap_button_handler=self.__did_button_tap,
tap_space_handler=self.__did_space_tap)
self.__port = serial.Serial(self.Constants.port, self.Constants.baud)
self.__master.protocol(self.Constants.close_event, self.__on_closing)
self.__update_coordinate()
def run(self):
self.__master.mainloop()
def __did_button_tap(self, color):
self.__master.ChangeColor.line_color = color
def __did_space_tap(self):
self.__master.clean_screen()
def __update_coordinate(self):
coordinates = self.__port.readline().decode()
self.__handle_coordinate(coordinates)
self.__master.after(5, self.__update_coordinate)
def __handle_coordinate(self, coordinate):
clean_values = coordinate.strip(' \n\r').split(",")
coordinate_y = int(clean_values[1])
coordinate_x = int(clean_values[3])
self.__master.update_canvas(coordinate_x, coordinate_y)
def __on_closing(self):
self.__port.close()
self.__master.destroy()
class MainApp():
def __init__(self):
self.__master = MainView(
tap_number_handler=self.__did_number_tapped,
tap_operator_handler=self.__did_operator_tapped)
self.__brain = CalculatorBrain(
update_handler=self.__result_was_updated)
self.__display_text = "0"
self.__display_number = 0
self.__is_typing_number = True
self.__master.display(self.__display_text)
def run(self):
self.__master.mainloop()
def __did_number_tapped(self, number):
if self.__is_typing_number:
self.__display_text = number.value if self.__display_text == Number.ZERO.value else self.__display_text + number.value
else:
self.__display_text = number.value
self.__is_typing_number = True
self.__update_diplay()
def __did_operator_tapped(self, operator):
if operator == UnaryOperator.DOT:
self.__add_dot()
else:
self.__is_typing_number = False
if operator == UnaryOperator.EQUAL:
self.__stack_number()
self.__brain.perform_pending_operation()
elif isinstance(operator, BinaryOperator):
self.__brain.perform_pending_operation()
self.__stack_number()
self.__brain.add_pending_operation(operator)
elif isinstance(operator, UnaryOperator):
self.__stack_number()
self.__brain.perform_uniary_operation(operator)
def __update_diplay(self):
self.__master.display(self.__display_text)
def __add_dot(self):
if UnaryOperator.DOT.value in self.__display_text:
return
if self.__is_typing_number:
self.__display_text += UnaryOperator.DOT.value
else:
self.__display_text = Number.ZERO.value + UnaryOperator.DOT.value
self.__is_typing_number = True
self.__update_diplay()
def __result_was_updated(self):
text_value = str(self.__brain.result)
self.__display_text = text_value
self.__update_diplay()
def __stack_number(self):
caster = float if UnaryOperator.DOT.value in self.__display_text else int
self.__display_number = caster(self.__display_text)
self.__brain.stack_number(self.__display_number)
class MainApp():
def __init__(self):
self.__master = MainView()
def run(self):
self.__master.mainloop()
