def convert_work_times(project, day_string, time_strings):
u"""
Convert the arguments to work times.
If this method could not convert, raise InvalidArgumentFormatException.
Parameters:
project : Name of the project.
day_string : String of the day.
time_strings : List of string of the times.
Return:
A list of work time dictionary.
"""
# Time are pairs of start and end.
# Therefore, the number of times should be an even number.
if len(time_strings) % 2:
raise work_recorder.InvalidArgumentFormatException()
day = work_recorder.convert_day(day_string)
times = [work_recorder.convert_time(a_time_string)
for a_time_string in time_strings]
# Input times should be sorted.
if times != sorted(times):
raise work_recorder.InvalidArgumentFormatException()
start_times = []
end_times = []
time_count = 0
for a_time in times:
if time_count % 2:
end_times.append(a_time)
else:
start_times.append(a_time)
time_count += 1
work_times = []
for index in range(len(start_times)):
a_work_time = {}
a_work_time[WORK_TIME_KEY_PROJECT] = project
a_work_time[WORK_TIME_KEY_DAY] = day
a_work_time[WORK_TIME_KEY_START] = start_times[index]
a_work_time[WORK_TIME_KEY_END] = end_times[index]
work_times.append(a_work_time)
return work_times
def check_invalid(self, time_string):
try:
time = work_recorder.convert_time(time_string)
self.fail(time)
except work_recorder.InvalidArgumentFormatException:
pass
def test_format_hmm(self):
self.assertEquals(u'05:35:00', work_recorder.convert_time(u'535'))
