def testConnection(self):
conn = Connection.get_conn()
conn.set('asd', '123')
conn.set('qwe', 123)
self.assertEqual('123', conn.get('asd'))
self.assertEqual(123, int(conn.get('qwe')))
self.assertEqual(None, conn.get('sss'))
conn.delete('asd')
conn.delete('qwe')
def del_set(request, day, outer_index, inner_index):
if request.method == 'DELETE':
inner_index = int(inner_index)
outer_index = int(outer_index)
if inner_index >= 0 and outer_index >= 0:
conn = Connection.get_conn()
list_name = 'workout:' + day
try:
l = eval(conn.lindex(list_name, outer_index))
if isinstance(l, list) and inner_index < len(l):
del l[inner_index]
conn.lset(list_name, outer_index, l)
except Exception, e:
print str(e)
def manage_set(request, cmd):
if request.method != 'POST' \
or not request.POST.has_key('day') \
or not request.POST.has_key('index'):
return HttpReponseRedirect('/')
index = int(request.POST['index'])
day = request.POST['day']
list_name = 'workout:' + day
try:
conn = Connection.get_conn()
list_len = conn.llen(list_name)
if list_len > 1:
def process_adjacent(ind1, ind2):
try:
pipe = conn.pipeline()
if ind1 > 0:
curr_list = eval(conn.lindex(list_name, ind1))
curr = models.ExercizeSet.load_from_str(curr_list[0])
prev_list = eval(conn.lindex(list_name, ind1-1))
prev = models.ExercizeSet.load_from_str(prev_list[0])
if prev.exercize == curr.exercize:
curr_list = prev_list + curr_list
pipe.lset(list_name, ind1, curr_list)
pipe.lset(list_name, ind1-1, "TO_REMOVE")
pipe.execute()
finally:
pipe.reset()
try:
pipe = conn.pipeline()
if ind2 < list_len - 1:
curr_list = eval(conn.lindex(list_name, ind2))
curr = models.ExercizeSet.load_from_str(curr_list[0])
next_list = eval(conn.lindex(list_name, ind2+1))
next = models.ExercizeSet.load_from_str(next_list[0])
if next.exercize == curr.exercize:
curr_list = curr_list + next_list
pipe.lset(list_name, ind2, curr_list)
pipe.lset(list_name, ind2+1, "TO_REMOVE")
pipe.execute()
finally:
pipe.reset()
conn.lrem(list_name, 0, "TO_REMOVE")
if cmd == 'up' and index > 0:
first = conn.lindex(list_name, index-1)
second = conn.lindex(list_name, index)
conn.lset(list_name, index-1, second)
conn.lset(list_name, index, first)
process_adjacent(index-1, index)
elif cmd == 'down' and index < list_len-1:
first = conn.lindex(list_name, index)
second = conn.lindex(list_name, index+1)
conn.lset(list_name, index, second)
conn.lset(list_name, index+1, first)
process_adjacent(index, index+1)
except Exception, ex:
print str(ex)
pass
