def gather_locations(days):
#print "GATHERDAYS"
#print days
res = {}
for d in days.days:
points = read_day_tracks(d.date)
#print points
if len(points):
for s in d.entries:
#print s.location
a,b = s.start_gmt()
if b==1:
a = a+60*24
cp = get_closest_points(points,well_formed_date(yesterday(d.date),a))
elif b==2:
a = a-60*24
cp = get_closest_points(points,well_formed_date(tomorrow(d.date),a))
else:
#print points
#print d.date, a
cp = get_closest_points(points,well_formed_date(d.date,a))
if cp:
res[s.location] = res.get(s.location,[])+[cp]
a,b = s.end_gmt()
if b==1:
a = a+60*24
cp = get_closest_points(points,well_formed_date(yesterday(d.date),a))
elif b==2:
a = a-60*24
cp = get_closest_points(points,well_formed_date(tomorrow(d.date),a))
else:
cp = get_closest_points(points,well_formed_date(d.date,a))
if cp:
res[s.location] = res.get(s.location,[])+[cp]
from db_setup import insert_place_database
try:
coords = average_coords(res[s.location])
insert_place_database(s.location, coords)
except KeyError:
insert_place_database(s.location, None)
f=open("points.dat","w")
cPickle.dump(days.days[-1].date,f)
cPickle.dump(res,f)
f.close()
return res
def update_locations(days, last_data, last_date):
#print days
#print "Updating with latest date info..."
res = last_data
days.days.sort(lambda x,y: cmp(x.date,y.date))
for d in days.days:
#print "aqui", d.date
#print "ali", last_date
if datetime.datetime.strptime(d.date, '%Y_%m_%d')>datetime.datetime.strptime(last_date, '%Y_%m_%d'):
#print d.date,
points = read_day_tracks(d.date)
if len(points):
for s in d.entries:
#print s.location
a,b = s.start_gmt()
if b==1:
a = a+60*24
cp = get_closest_points(points,well_formed_date(yesterday(d.date),a))
elif b==2:
a = a-60*24
cp = get_closest_points(points,well_formed_date(tomorrow(d.date),a))
else:
cp = get_closest_points(points,well_formed_date(d.date,a))
if cp:
res[s.location] = res.get(s.location,[])+[cp]
a,b = s.end_gmt()
if b==1:
a = a+60*24
cp = get_closest_points(points,well_formed_date(yesterday(d.date),a))
elif b==2:
a = a-60*24
cp = get_closest_points(points,well_formed_date(tomorrow(d.date),a))
else:
cp = get_closest_points(points,well_formed_date(d.date,a))
if cp:
res[s.location] = res.get(s.location,[])+[cp]
from db_setup import insert_place_database
insert_place_database(s.location, average_coords(res[unicode(s.location)]))
f=open("points.dat","w")
cPickle.dump(days.days[-1].date,f)
cPickle.dump(res,f)
f.close()
return res
