def motolaptimes_as_model(parsed_content, user):
'''
converts parsed motolaptimes content to
model objects and persists them
'''
if not('date' in parsed_content):
parsed_content['date'] = '9/4/15'
if not('time' in parsed_content):
parsed_content['time'] = '12:00PM'
if not('name' in parsed_content):
parsed_content['name'] = 'Unnamed Race'
date_str = "%s %s" % (parsed_content['date'], parsed_content['time'])
print "date_str=%s" % date_str
date = datetime.datetime.strptime(date_str, '%m/%d/%y %H:%M%p')
num_laps = len(parsed_content['laps'])
r = Race(user=user, name=parsed_content['name'], date_time=date, num_laps=num_laps)
r.save()
for i in range(num_laps):
lapstr = parsed_content['laps'][i]
lapstr = lapstr.replace('.', ':')
laptime = util.interpret_time(lapstr)
lap, created = Lap.objects.get_or_create(race=r, num=i+1, time=laptime)
return r
def motolaptimes_as_model(parsed_content, user):
'''
converts parsed motolaptimes content to
model objects and persists them
'''
if not ('date' in parsed_content):
parsed_content['date'] = '9/4/15'
if not ('time' in parsed_content):
parsed_content['time'] = '12:00PM'
if not ('name' in parsed_content):
parsed_content['name'] = 'Unnamed Race'
date_str = "%s %s" % (parsed_content['date'], parsed_content['time'])
print "date_str=%s" % date_str
date = datetime.datetime.strptime(date_str, '%m/%d/%y %H:%M%p')
num_laps = len(parsed_content['laps'])
r = Race(user=user,
name=parsed_content['name'],
date_time=date,
num_laps=num_laps)
r.save()
for i in range(num_laps):
lapstr = parsed_content['laps'][i]
lapstr = lapstr.replace('.', ':')
laptime = util.interpret_time(lapstr)
lap, created = Lap.objects.get_or_create(race=r,
num=i + 1,
time=laptime)
return r
