class Period:
def __init__(self):
self.data_obj = ServeData()
self.data_obj.load_data()
self.series_to_track = self.data_obj.return_list()
self.series_reached = self.data_obj.return_list(False)
def do_query(self):
_p_id = Pool(processes=10)
results = list()
for series_name in self.series_to_track:
prepare_name = '+'.join(series_name.split())
results.append(_p_id.apply_async(query_data, args=(prepare_name, )))
for result in results:
returned_result = result.get()
json_formatted_result = json.loads(returned_result.text)
no_of_votes = int(json_formatted_result['imdbVotes'].replace(',', ''))
rating = float(json_formatted_result['imdbRating'])
if no_of_votes >= parameters.MAX_VOTES_REQD and rating >= parameters.MAX_RATING_REQD:
self.series_reached.append(json_formatted_result['Title'])
self.series_to_track.remove(json_formatted_result['Title'])
def push_back(self):
# Do a clean list check first
for series_name in self.series_reached:
if series_name in self.series_to_track:
self.series_to_track.remove(series_name)
# Push data back to Data guy
self.data_obj.receive_data_from_query(self.series_to_track, self.series_reached)
self.data_obj.save_data()
class Period:
def __init__(self):
self.data_obj = ServeData()
self.data_obj.load_data()
self.series_to_track = self.data_obj.return_list()
self.series_reached = self.data_obj.return_list(False)
def do_query(self):
_p_id = Pool(processes=10)
results = list()
for series_name in self.series_to_track:
prepare_name = '+'.join(series_name.split())
results.append(_p_id.apply_async(query_data,
args=(prepare_name, )))
for result in results:
returned_result = result.get()
json_formatted_result = json.loads(returned_result.text)
no_of_votes = int(json_formatted_result['imdbVotes'].replace(
',', ''))
rating = float(json_formatted_result['imdbRating'])
if no_of_votes >= parameters.MAX_VOTES_REQD and rating >= parameters.MAX_RATING_REQD:
self.series_reached.append(json_formatted_result['Title'])
self.series_to_track.remove(json_formatted_result['Title'])
def push_back(self):
# Do a clean list check first
for series_name in self.series_reached:
if series_name in self.series_to_track:
self.series_to_track.remove(series_name)
# Push data back to Data guy
self.data_obj.receive_data_from_query(self.series_to_track,
self.series_reached)
self.data_obj.save_data()
class Viewer:
def __init__(self):
self.period_obj = ServeData()
self.period_obj.load_data()
def looper(self):
print '\n================ THE PENULTIMATE TV TRACKER ================\n'
while True:
try:
print '1. Add series to watchlist'
print '2. View watchlist'
print '3. View series already reached the threshold'
print '4. Exit'
choice = raw_input('\nEnter choice: ').strip()
if choice == '1':
series_name = raw_input('\nEnter series name : ').strip()
there = self.period_obj.series_already_in_list(series_name)
if there:
print '\nERROR : Series already been added previously'
else:
self.period_obj.add_series_to_watchlist(series_name)
elif choice == '2':
watched_list = self.period_obj.return_list()
if watched_list:
print '\nAll series currently being watched : '
for i, series_name in enumerate(watched_list):
print('%d. %s') % ((i + 1), series_name)
else:
print '\nNo series listed here currently'
elif choice == '3':
destined_list = self.period_obj.return_list(False)
if destined_list:
print '\nSeries which have crossed the threshold : '
for i, series_name in enumerate(destined_list):
print('%d. %s') % ((i + 1), series_name)
else:
print '\nNo series listed here currently'
elif choice == '4':
break
else:
pass
print '\n============================================================\n'
except Exception, e:
print 'Exception : %s\n' % (type(e).__name__, )
break
self.period_obj.save_data()
class Viewer:
def __init__(self):
self.period_obj = ServeData()
self.period_obj.load_data()
def looper(self):
print '\n================ THE PENULTIMATE TV TRACKER ================\n'
while True:
try:
print '1. Add series to watchlist'
print '2. View watchlist'
print '3. View series already reached the threshold'
print '4. Exit'
choice = raw_input('\nEnter choice: ').strip()
if choice == '1':
series_name = raw_input('\nEnter series name : ').strip()
there = self.period_obj.series_already_in_list(series_name)
if there:
print '\nERROR : Series already been added previously'
else:
self.period_obj.add_series_to_watchlist(series_name)
elif choice == '2':
watched_list = self.period_obj.return_list()
if watched_list:
print '\nAll series currently being watched : '
for i, series_name in enumerate(watched_list):
print ('%d. %s') % ((i+1), series_name)
else:
print '\nNo series listed here currently'
elif choice == '3':
destined_list = self.period_obj.return_list(False)
if destined_list:
print '\nSeries which have crossed the threshold : '
for i, series_name in enumerate(destined_list):
print ('%d. %s') %((i+1), series_name)
else:
print '\nNo series listed here currently'
elif choice == '4':
break
else:
pass
print '\n============================================================\n'
except Exception,e:
print 'Exception : %s\n' % (type(e).__name__, )
break
self.period_obj.save_data()
def __init__(self):
self.data_obj = ServeData()
self.data_obj.load_data()
self.series_to_track = self.data_obj.return_list()
self.series_reached = self.data_obj.return_list(False)
def __init__(self):
self.period_obj = ServeData()
self.period_obj.load_data()
def __init__(self): self.data_obj = ServeData() self.data_obj.load_data() self.series_to_track = self.data_obj.return_list() self.series_reached = self.data_obj.return_list(False)
def __init__(self): self.period_obj = ServeData() self.period_obj.load_data()