def left_button_click(self, context):
"""OVERRIDE METHOD from abstract super class.
if user clicks on left button, the number increase of one unit and then the audio interface tells the new number"""
self.counter.decrease()
output_interface.output(self.counter.get_value())
def left_button_click(self, context):
"""OVERRIDE METHOD from abstract super class.
user don't want to confirm current number -> the state returns to inital_state to allow user to select another number"""
output_interface.output(DISCARDED_VALUE)
context.state = context.initial_state
def __init__(self):
super(State, self).__init__()
self.counter = Simple_counter(0, MAX_EXERCISE_ID)
output_interface.output(NUMBER_SETTINGS_GUIDE)
def __init__(self):
super(State, self).__init__()
output_interface.output(CONFIRM)
def right_button_click(self, context):
"""OVERRIDE METHOD from abstract super class.
if user clicks on right button, the number increase of one unit and then the audio interface tells the new number"""
self.counter.increase()
list_element = self.list_to_scroll[self.counter.get_value()]
output_interface.output(list_element)
def __init__(self, list_to_scroll):
super(State, self).__init__()
self.counter = Simple_counter(0, len(list_to_scroll) - 1)
self.list_to_scroll = list_to_scroll
output_interface.output(NUMBER_SETTINGS_GUIDE)
def start(initial_value):
"""cuntdown from initial_value to 0. Each second I give output remaining seconds"""
for x in reversed(xrange(1, initial_value)):
oldnow = time.time()
output_interface.output(str(x))
time.sleep(1.0 - (time.time() - oldnow))
#coding: utf-8
import config
import button_interface as bi
import _test_output as output_interface
from lang import dictionary
from lang import dict_values_sorted
#SELECT TIME
#getting list of all items in time_dictionary (converting dictionary into a list)
time_dictionary = dictionary["time_dictionary"]
list_values = dict_values_sorted(time_dictionary)
print list_values
initial_state = bi.Selecting_from_list_state(list_values)
obj = bi.Button_interface_thread(initial_state)
print("DEBUG: ", obj)
#starting thread
obj.start()
while (obj.finish != True):
pass
output_interface.output("finito")
