def show_Remaining_Time(curr, end):
"""
:param curr: datetime.datetime object
:param end: datetime.datetime object
:return:
"""
time_Remaining = timeParser(str(end)) - timeParser(str(curr))
print("\rTime Remaining: %s" % str(time_Remaining).split(".")[0], end="", flush=True)
def in_timer_behavior(self):
"""
:param curr: datetime.datetime object
:param end: datetime.datetime object
:return:
"""
curr = datetime.now().time()
time_Remaining = timeParser(str(self.end_time)) - timeParser(str(curr))
print('\rTime Remaining: %s' % str(time_Remaining).split('.')[0], end='', flush=True)
def dynamic_Pomo_Scheme(execute_Timetable, execute_Modetable,
pomo_Modes, pomo_Params):
"""
According to Current_Time. Search the whole Pomo Period (all Pomo_Modes)
the current time in. The recalculate the period use the current time
as start point.
Original Scheme (the one stored in JSON file) will be replaced.
Todo: should save changes in the JSON file again.
:param execute_Modetable:
:param execute_Timetable:
:return:
In_place modify Modetable and Timetable. No return.
"""
current_Time = datetime.now().time()
len_Scheme = len(execute_Timetable)
for period_index in range(len_Scheme):
period_end_time = execute_Timetable[period_index][1]
if current_Time <= period_end_time:
if execute_Modetable[period_index] in pomo_Modes:
# Find continuous Pomo Modes start-end time
for i in range(period_index, len_Scheme):
if execute_Modetable[i] not in pomo_Modes:
end_time = execute_Timetable[i][0] # Start time of this period
pomo_end_at_period = i
# Recalculate Pomo timetable
# end_time now is datetime.time() object
# argument of pomo_Algo require datetime.datetime() object
end_time = timeParser(str(end_time))
start_time = timeParser(str(current_Time))
execute_Plan = pomo_Algo(start_time, end_time,
*pomo_Modes, **pomo_Params)
# replace previous Pomo Modes Period
replace_deprecated_Pomo_Period(execute_Plan,
period_index,
pomo_end_at_period,
execute_Timetable,
execute_Modetable)
break
break
def read_Scheme_JSON(name, mode_Type):
"""
:param name:
:param mode_Type:
:return:
execute_Timetable: 2D List of datetime.time object
execute_Modetable: List of mode strings.
"""
with open(project_path + "/Schemes/Daily_Schemes/" + name + "." + mode_Type) as openFile:
Scheme = json.load(openFile)
execute_Timetable = [[timeParser(i).time() for i in j[:-1]]
for j in Scheme['Timetable']]
execute_Modetable = [i[-1] for i in Scheme['Timetable']]
return execute_Timetable, execute_Modetable
def read_Scheme_JSON(name, mode_Type, is_Dynamic_Scheme):
"""
:param name:
:param mode_Type:
:return:
execute_Timetable: 2D List of datetime.time object
execute_Modetable: List of mode strings.
"""
with open(project_path + "/Schemes/Daily_Schemes/" + name + "." + mode_Type) as openFile:
Scheme = json.load(openFile)
execute_Timetable = [[timeParser(i).time() for i in j[:-1]]
for j in Scheme['Timetable']]
execute_Modetable = [i[-1] for i in Scheme['Timetable']]
if is_Dynamic_Scheme:
scheme_Params = Scheme['Configurations']['Scheme_Settings']['Pomo_Params']
dynamic_Pomo_Scheme(execute_Timetable, execute_Modetable,
pomo_Modes, scheme_Params)
return execute_Timetable, execute_Modetable
