def test_calculate_tracks(self):
input_data = SchedulerApp.process_input(
'ConferencetrackmanagementPythonGA/tests/test_input2.txt')
my_scheduler = Scheduler()
times = my_scheduler.calculate_times(input_data)
self.assertEquals(my_scheduler.calculate_tracks(times), ({
0: ('talk12 60min', 60),
120: ('talk14 60min', 60),
60: ('talk13 60min', 60)
}, {
0: ('talk8 60min', 60),
120: ('talk10 60min', 60),
180: ('talk11 60min', 60),
60: ('talk9 60min', 60)
}, {
0: ('talk5 60min', 60),
120: ('talk7 60min', 60),
60: ('talk6 60min', 60)
}, {
0: ('talk1 60min', 60),
120: ('talk3 60min', 60),
180: ('talk4 60min', 60),
60: ('talk2 60min', 60)
}, 0))
input_data = SchedulerApp.process_input(
'ConferencetrackmanagementPythonGA/tests/test_input3.txt')
my_scheduler = Scheduler()
times = my_scheduler.calculate_times(input_data)
self.assertEquals(my_scheduler.calculate_tracks(times), ({
0: ('talk12 60min', 60),
120: ('talk14 60min', 60),
60: ('talk13 60min', 60)
}, {
0: ('talk8 60min', 60),
120: ('talk10 60min', 60),
180: ('talk11 60min', 60),
60: ('talk9 60min', 60)
}, {
0: ('talk5 60min', 60),
120: ('talk7 60min', 60),
60: ('talk6 60min', 60)
}, {
0: ('talk1 60min', 60),
120: ('talk3 60min', 60),
180: ('talk4 60min', 60),
60: ('talk2 60min', 60)
}, 1))
def test_calculate_times(self):
input_data = SchedulerApp.process_input(
'ConferencetrackmanagementPythonGA/tests/test_input.txt')
my_scheduler = Scheduler()
self.assertEquals(my_scheduler.calculate_times(input_data),
[('talk2 60min', 60), ('talk3 45min', 45),
('talk5 30min', 30), ('talk1 25min', 25),
('talk4 lightning', 5)])
# Method used to read the input_data
def process_input(input_path_var):
with open(input_path_var, 'r') as f:
read_data = f.read()
return read_data.split(', ')
# Method called to do a 'clear', just for application visualization purposes
def clean_screen():
print(chr(27) + "[2J")
if __name__ == '__main__':
clean_screen()
presentation()
if len(sys.argv) == 1:
input_path = 'ConferencetrackmanagementPythonGA/data/input.txt'
else:
input_path = sys.argv[1]
input_data = process_input(input_path)
my_scheduler = Scheduler()
times = my_scheduler.calculate_times(input_data)
track1morning, track1afternoon, track2morning, track2afternoon, left_sessions = Scheduler.calculate_tracks(
times)
Printer.show_tracks(track1morning, track1afternoon, track2morning,
track2afternoon)
