def ParseError(msg, request, status=400):
caltitle = request.POST.get("title", '')
callocation = request.POST.get("location", '')
shiftinput = request.POST.get("roster", None)
if not caltitle:
caltitle = request.GET.get("title", '')
if not callocation:
callocation = request.GET.get("location", '')
dbroster = Roster(
event_title=caltitle,
event_location=callocation,
raw_roster=shiftinput,
method='site',
created=dtnow(),
success=False,
error=msg
)
if request.POST.get('bm', False):
dbroster.method = 'bookmarklet'
dbroster.version = request.POST.get('v', '_none_')
dbroster.save()
return JSONError(msg, status)
def parse(request):
if not request.POST:
return JSONError('Method must be POST')
bookmarklet = request.POST.get('bm', False)
raw = request.POST.get('roster', False)
if not raw:
return ParseError('Roster not specified', request)
title = request.POST.get("title", "")
location = request.POST.get("location", "")
sat_regex_str = r'(Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec)\s{1,5}(\d{2}),?\s{1,5}(2\d{3})'
matched_sat = re.findall(sat_regex_str, raw)
if len(matched_sat) != 1:
return ParseError('Could not determine dates for the roster. Make sure you copy from "Schedule begins" onwards', request)
try:
sat, roster, hours = parse_roster(raw)
hours = hours.seconds / 60.0 / 60.0
dump = {'sat': sat, 'roster': roster}
except Exception:
return ParseError('Unexpected error interpreting the roster.', request)
if len(roster) < 1:
return ParseError('Found no shifts.', request)
accesstoken = makeAccessCode(10)
method = 'bookmarklet' if bookmarklet else 'site'
dbroster = Roster(
token=accesstoken,
event_title=limit(title, 100),
event_location=limit(location, 100),
method=method,
created=dtnow(),
success=True,
dump=pickle.dumps(dump),
)
dbroster.save()
json_response = {
"status": "success",
"hours": hours,
"accesstoken": accesstoken,
"bookmarklet": bookmarklet,
}
return HttpResponse(json.dumps(json_response), content_type='application/json; charset=utf8')
if not teams:
teams = Team.objects.filter(universe=universe)
shuffle(list(teams))
draft_preference = {}
nbr_positions = 0
for team in teams:
try:
r = Roster.objects.get(universe=universe,
year=current_year,
team=team)
except:
r = Roster(universe=universe,
year=current_year,
team=team)
r.save()
draft_preference[team] = deepcopy(json.loads(team.draft_position_order))
draft_preference[team] = determine_draft_needs(draft_preference[team], r)
if nbr_positions < len(draft_preference[team]):
nbr_positions=len(draft_preference[team])
draft_order=[]
for i in xrange(nbr_positions):
for team in teams:
try:
draft_order.append((team, draft_preference[team][i]))
except:
pass
for pick_team, pick_position in draft_order:
players = Player.objects.filter(universe=universe,
position=pick_position,
retired=False,
