def handle(self, *args, **kwargs):
try:
self.user = Athlete.objects.get(username=kwargs['username'])
except Athlete.DoesNotExist:
raise CommandError('No user %s' % kwargs['username'])
# Init plan
start = date_to_day(date.today())
self.plan = Plan.objects.create(name='Generated Plan %s' %
self.user.first_name,
creator=self.user,
start=start)
sport = Sport.objects.get(slug='running')
# Add sessions
nb = int(kwargs['sessions'])
for i in range(0, nb):
print 'Add session %d' % i
data = {
'week': random.randint(0, nb / 2),
'day': random.randint(0, 6),
'name': 'session %d' % i,
'sport': sport,
}
print data
self.plan.sessions.create(**data)
# Publish plan
self.plan.publish(Athlete.objects.filter(username=kwargs['username']))
def load_weeks(self):
'''
Load previous weeks
'''
# List 12 previous weeks
start = date_to_day(self.today)
weeks_future = 3
weeks_past = 6
weeks = []
empty = True # Check if there are some data to display
for w in range(-weeks_past * 7, weeks_future * 7, 7):
day = start + timedelta(days=w)
week, year = int(day.strftime('%W')), day.year
if w > 0:
state = 'future'
elif w < 0:
state = 'past'
else:
state = 'current'
st = StatsWeek(self.request.user, year, week)
weeks.append({
'date': day,
'year': year,
'week': week,
'stats': st,
'state': state,
})
if empty:
empty = st.data is None
return {
'weeks_empty': empty,
'weeks': weeks,
}
def handle(self, *args, **kwargs):
try:
self.user = Athlete.objects.get(username=kwargs['username'])
except Athlete.DoesNotExist:
raise CommandError('No user %s' % kwargs['username'])
# Init plan
start = date_to_day(date.today())
self.plan = Plan.objects.create(name='Generated Plan %s' % self.user.first_name, creator=self.user, start=start)
sport = Sport.objects.get(slug='running')
# Add sessions
nb = int(kwargs['sessions'])
for i in range(0, nb):
print 'Add session %d' % i
data = {
'week' : random.randint(0, nb / 2),
'day' : random.randint(0, 6),
'name' : 'session %d' % i,
'sport' : sport,
}
print data
self.plan.sessions.create(**data)
# Publish plan
self.plan.publish(Athlete.objects.filter(username=kwargs['username']))
def load_weeks(self):
'''
Load previous weeks
'''
# List 12 previous weeks
start = date_to_day(self.today)
weeks_future = 3
weeks_past = 6
weeks = []
empty = True # Check if there are some data to display
for w in range(-weeks_past * 7, weeks_future * 7, 7):
day = start + timedelta(days=w)
week, year = int(day.strftime('%W')), day.year
if w > 0:
state = 'future'
elif w < 0:
state = 'past'
else:
state = 'current'
st = StatsWeek(self.request.user, year, week)
weeks.append({
'date' : day,
'year' : year,
'week' : week,
'stats' : st,
'state' : state,
})
if empty:
empty = st.data is None
return {
'weeks_empty' : empty,
'weeks' : weeks,
}
def check_limits(self, check=True):
# Min date is oldest user sport week
# or first day of current year by default
oldest = SportDay.objects.filter(week__user=self.request.user).order_by('date').first()
if oldest:
self.min_date = oldest.week.get_date_start()
else:
self.min_date = date(self._today.year, 1, 1)
# Load min & max date
self.max_date = date_to_day(self._today)
if not check:
return
# Check we are not in past or future
if self.date > self._today:
raise Http404('In the future.')
def check_limits(self, check=True):
# Min date is oldest user sport week
# or first day of current year by default
oldest = SportDay.objects.filter(
week__user=self.request.user).order_by('date').first()
if oldest:
self.min_date = oldest.week.get_date_start()
else:
self.min_date = date(self._today.year, 1, 1)
# Load min & max date
self.max_date = date_to_day(self._today)
if not check:
return
# Check we are not in past or future
if self.date > self._today:
raise Http404('In the future.')
def is_current(self): today = date.today() return self.get_date_start() == date_to_day(today)