def makeMap(request):
listings = Building.objects.order_by('?')[:1000]
keywords = Keywords.objects.order_by('keyword')
allcategories = Categories.objects.order_by('category').values('category')
zipcodes = Zipcode.objects.order_by('code')
if request.method == 'GET':
try:
lat = request.GET['lat']
lng = request.GET['lng']
lists = Listing.objects.all().values()
minlat = min([l['latitude'] for l in lists])
minlng = min([l['longitude'] for l in lists])
key1 = int(float(lat)*1000000-minlat*1000000)
key2 = int(float(lng)*1000000-minlng*1000000)
search = zcurve.interleave2(key1,key2)
storage = FileStorage.FileStorage('listings2.fs')
db = DB(storage)
conn = db.open()
dbroot = conn.root()
userdb = dbroot['listingdb']
listings = []
for i in range(search-100000,search+10000):
try:
listings.append(userdb[int(i)])
except:
pass
db.close()
return render_to_response('map2.html', locals())
except:
pass
return render_to_response('map.html', locals())
def testPickle(request):
listing = database.Listing()
listing.name = Building.objects.all()[0].name
listing.number = Building.objects.all()[0].number
listing.street = Building.objects.all()[0].street
listing.city = Building.objects.all()[0].city
listing.state = Building.objects.all()[0].state
listing.location = zcurve.interleave2(int(Building.objects.all()[0].location.x*10000000),int(Building.objects.all()[0].location.y*10000000))
listing.zipcode = Building.objects.all()[0].zipcode
#for key, value in :
# listing.key = value
#listing.location = zcurve.interleave2(listing.location.x, listing.location.y)
pickle.dump( listing, open( "save.p", "wb" ), -1 )
return HttpResponse(sys.maxint)
def testzcurve(request):
zcurvevals = [[{str(i)+','+str(j):zcurve.interleave2(i,j)} for i in range(0,11)] for j in range(0,11)]
return HttpResponse(zcurvevals)
