def _tvrageGetInfo(self):
_shows = feeds.search(self.series.titleBase)
if not _shows:
raise SeriesNotFound
if len(_shows) == 1:
_series = Series(tvrage=etree_to_dict(_shows[0])["show"])
if matching(self.series.title.lower(), _series.title.lower(), factor=85):
_series = Series(tvrage=_shows[0])
self.series.update(_series)
self.series.source = "tvrage"
self.series.tvrage_info = _series
return
else:
raise SeriesNotFound
_rankings = {}
for _show in _shows:
_series = Series(tvrage=etree_to_dict(_show)["show"])
_score = matching(self.series.title.lower(), self.decode(_series.titleBase.lower()))
if _score < 85:
continue
if _score in _rankings[_series.status]:
_rankings[_series.status][_score][_series.title] = _series
else:
_rankings[_series.status][_score] = {_series.title: _series}
if not _rankings:
raise SeriesNotFound
self._reviewShowData(_rankings, "tvrage")
return
def fuzzy_search(show_name):
'''
This method searches the TVRage database for a given showname. The search is
fuzzy, so looking for "doctor" will return Doctor Who (2005) as well. The
result is a list of (name, sid) tuples.
'''
tree = ET.ElementTree(feeds.search(show_name))
names = tree.findall(tvrpath.SEARCH_NAME)
ids = tree.findall(tvrpath.SEARCH_ID)
results = map(lambda (x, y) : (x.text, y.text), zip(names, ids))
return results
def search():
query = ''
if 'query' in request.args:
query = request.args['query']
feed = feeds.search(query)
shows = []
for s in feed:
show_info = parse_show_info(s)
show_info['saved'] = db.show_exists(show_info['showid'])
shows.append(show_info)
return render_template('search.html', query=query, shows=shows)
def _tvrageGetInfo(self):
_shows = feeds.search(self.series.titleBase)
if not _shows: raise SeriesNotFound
if len(_shows) == 1:
_series = Series(tvrage=etree_to_dict(_shows[0])['show'])
if matching(self.series.title.lower(),
_series.title.lower(),
factor=85):
_series = Series(tvrage=_shows[0])
self.series.update(_series)
self.series.source = 'tvrage'
self.series.tvrage_info = _series
return
else:
raise SeriesNotFound
_rankings = {}
for _show in _shows:
_series = Series(tvrage=etree_to_dict(_show)['show'])
_score = matching(self.series.title.lower(),
self.decode(_series.titleBase.lower()))
if _score < 85:
continue
if _score in _rankings[_series.status]:
_rankings[_series.status][_score][_series.title] = _series
else:
_rankings[_series.status][_score] = {_series.title: _series}
if not _rankings:
raise SeriesNotFound
self._reviewShowData(_rankings, 'tvrage')
return
for idx, col in enumerate(cursor.description):
d[col[0]] = row[idx]
return d
db_file = '/home/sm/.nzb/shows.v2.sqlite3'
sql = "SELECT name, season, episode, thetvdb_series_id, search_engine_name, ragetv_series_id, status \
FROM shows ORDER BY replace (name, 'The ', '');"
conn = sqlite3.connect(db_file)
conn.row_factory = dict_factory
curs = conn.cursor()
# ddata = curs.execute(sql)
curs.execute(sql)
ddata = curs.fetchall()
for x in ddata:
s = feeds.search(x['name'])
rage_name = s.getchildren()[0].getchildren()[1].text
rage_id = s.getchildren()[0].getchildren()[0].text
print x['name'], '---', rage_name
# print x['thetvdb_series_id'], rage_id
# for title in s:
# print ' ', title.getchildren()[1].text,
# print '-', title.getchildren()[0].text
# correct = ask ('Correct?')
update_sql = 'update shows set ragetv_series_id=:ragetv_series_id where thetvdb_series_id=:thetvdb_series_id'
update_vals = {'ragetv_series_id': rage_id, 'thetvdb_series_id': x['thetvdb_series_id']}
curs.execute(update_sql, update_vals)