def generate_tvserie_nabresponse(self,tvrage_show ):
#~ compile string
season_num = self.args.get('season',-1, type=int)
relaxed_seasonmatch = 0
serie_search_str = SearchModule.sanitize_strings(tvrage_show['showtitle'])
if(self.args.has_key('ep')):
ep_num = self.args.get('ep',-1, type=int)
serie_search_str = serie_search_str + '.s%02d' % season_num + 'e%02d' % ep_num
else:
serie_search_str = serie_search_str + '.s%02d' % season_num
relaxed_seasonmatch = 1
self.typesearch = 1
self.searchstring = serie_search_str
#~ compile results
results = SearchModule.performSearch(serie_search_str, self.cfg , self.cfg_ds )
cleaned_results = []
if(relaxed_seasonmatch):
#~ no cleaning just flatten in one array
for provid in xrange(len(results)):
if(results[provid] is not None):
for z in xrange(len(results[provid])):
cleaned_results.append(results[provid][z])
else:
#~ flatten and summarize them
cleaned_results = megasearch.summary_results(results,serie_search_str)
#~ render XML
return self.cleanUpResultsXML(cleaned_results)
def generate_tvserie_nabresponse(self,tvrage_show ):
#~ compile string
season_num = self.args.get('season',-1, type=int)
relaxed_seasonmatch = 0
serie_search_str = SearchModule.sanitize_strings(tvrage_show['showtitle'])
if(self.args.has_key('ep')):
ep_num = self.args.get('ep',-1, type=int)
serie_search_str = serie_search_str + '.s%02d' % season_num + 'e%02d' % ep_num
else:
serie_search_str = serie_search_str + '.s%02d' % season_num
relaxed_seasonmatch = 1
self.typesearch = 1
self.searchstring = serie_search_str
#~ compile results
results = SearchModule.performSearch(serie_search_str, self.cfg , self.cfg_ds )
cleaned_results = []
if(relaxed_seasonmatch):
#~ no cleaning just flatten in one array
for provid in xrange(len(results)):
if(results[provid] is not None):
for z in xrange(len(results[provid])):
cleaned_results.append(results[provid][z])
else:
#~ flatten and summarize them
cleaned_results = megasearch.summary_results(results,serie_search_str)
#~ render XML
return self.cleanUpResultsXML(cleaned_results)
def dosearch(self, args):
#~ restore originals
self.cfg = copy.deepcopy(self.cfg_cpy)
if('q' not in args):
self.results = []
return self.results
nuqry = args['q'] + ' ' + self.cgen['searchaddontxt']
self.logic_items = self.logic_expr.findall(nuqry)
self.qry_nologic = self.logic_expr.sub(" ",nuqry)
if('selcat' in args):
if(args['selcat'] != ""):
self.qry_nologic += " " + args['selcat']
#~ speed class
speed_class_sel = 1
if('tm' in args):
speed_class_sel = int(args['tm'])
#~ speed class deepsearch
self.ds.set_timeout_speedclass(speed_class_sel)
#~ speed class Nabbased
for conf in self.cfg :
if ( (conf['speed_class'] <= speed_class_sel) and (conf['valid'])):
conf['timeout'] = self.cgen['timeout_class'][ speed_class_sel ]
#~ print conf['type'] + " " + str(conf['timeout'] ) + ' ' + str(speed_class_sel )
else:
conf['valid'] = 0
if( len(args['q']) == 0 ):
if('selcat' in args):
if(len(args['selcat'])==0):
self.results = []
return self.results
else:
self.results = []
return self.results
if(self.qry_nologic.replace(" ", "") == ""):
self.results = []
return self.results
self.cleancache()
#~ cache hit, no server report
self.returncode_fine['code'] = 2
self.resultsraw = self.chkforcache(self.wrp.chash64_encode(SearchModule.sanitize_strings(self.qry_nologic)), speed_class_sel)
if( self.resultsraw is None):
self.resultsraw = SearchModule.performSearch(self.qry_nologic, self.cfg, self.ds )
self.prepareretcode();
if( self.cgen['smartsearch'] == 1):
#~ smartsearch
self.results = summary_results(self.resultsraw, self.qry_nologic, self.logic_items)
else:
#~ no cleaning just flatten in one array
self.results = []
for provid in xrange(len(self.resultsraw)):
for z in xrange(len(self.resultsraw[provid])):
if (self.resultsraw[provid][z]['title'] != None):
self.results.append(self.resultsraw[provid][z])
def dosearch(self, args):
#~ restore originals
self.cfg = copy.deepcopy(self.cfg_cpy)
if ('q' not in args):
self.results = []
return self.results
nuqry = args['q'] + ' ' + self.cgen['searchaddontxt']
self.logic_items = self.logic_expr.findall(nuqry)
self.qry_nologic = self.logic_expr.sub(" ", nuqry)
if ('selcat' in args):
if (args['selcat'] != ""):
self.qry_nologic += " " + args['selcat']
#~ speed class
speed_class_sel = 1
if ('tm' in args):
speed_class_sel = int(args['tm'])
#~ speed class deepsearch
self.ds.set_timeout_speedclass(speed_class_sel)
#~ speed class Nabbased
for conf in self.cfg:
if ((conf['speed_class'] <= speed_class_sel) and (conf['valid'])):
conf['timeout'] = self.cgen['timeout_class'][speed_class_sel]
#~ print conf['type'] + " " + str(conf['timeout'] ) + ' ' + str(speed_class_sel )
else:
conf['valid'] = 0
if (len(args['q']) == 0):
if ('selcat' in args):
if (len(args['selcat']) == 0):
self.results = []
return self.results
else:
self.results = []
return self.results
if (self.qry_nologic.replace(" ", "") == ""):
self.results = []
return self.results
self.cleancache()
self.resultsraw = self.chkforcache(
self.wrp.chash64_encode(self.qry_nologic), speed_class_sel)
if (self.resultsraw is None):
self.resultsraw = SearchModule.performSearch(
self.qry_nologic, self.cfg, self.ds)
if (self.cgen['smartsearch'] == 1):
#~ smartsearch
self.results = summary_results(self.resultsraw, self.qry_nologic,
self.logic_items)
else:
#~ no cleaning just flatten in one array
self.results = []
for provid in xrange(len(self.resultsraw)):
for z in xrange(len(self.resultsraw[provid])):
if (self.resultsraw[provid][z]['title'] != None):
self.results.append(self.resultsraw[provid][z])
def generate_tsearch_nabresponse(self):
if(self.args.has_key('q')):
freesearch_str = SearchModule.sanitize_strings(self.args['q'])
self.searchstring = freesearch_str
self.typesearch = 2
#~ compile results
results = SearchModule.performSearch(freesearch_str, self.cfg, self.cfg_ds )
#~ flatten and summarize them
cleaned_results = megasearch.summary_results(results, freesearch_str)
#~ render XML
return self.cleanUpResultsXML(cleaned_results)
def generate_tsearch_nabresponse(self):
if(self.args.has_key('q')):
freesearch_str = SearchModule.sanitize_strings(self.args['q'])
self.searchstring = freesearch_str
self.typesearch = 2
#~ compile results
results = SearchModule.performSearch(freesearch_str, self.cfg, self.cfg_ds )
#~ flatten and summarize them
cleaned_results = megasearch.summary_results(results, freesearch_str)
#~ render XML
return self.cleanUpResultsXML(cleaned_results)
def generate_movie_nabresponse(self,imdb_show ):
movie_search_str = imdb_show['movietitle'].lower().replace("'", "").replace("-", " ").replace(":", " ")
movie_search_str = " ".join(movie_search_str.split()).replace(" ", ".") + '.' +imdb_show['year']
#~ print movie_search_str
self.searchstring = movie_search_str
self.typesearch = 0
#~ compile results
results = SearchModule.performSearch(movie_search_str, self.cfg , self.cfg_ds )
#~ flatten and summarize them
cleaned_results = megasearch.summary_results(results,movie_search_str)
#~ render XML
return self.cleanUpResultsXML(cleaned_results)
def generate_movie_nabresponse(self,imdb_show ):
movie_search_str = imdb_show['movietitle'].lower().replace("'", "").replace("-", " ").replace(":", " ")
movie_search_str = " ".join(movie_search_str.split()).replace(" ", ".") + '.' +imdb_show['year']
#~ print movie_search_str
self.searchstring = movie_search_str
self.typesearch = 0
#~ compile results
results = SearchModule.performSearch(movie_search_str, self.cfg , self.cfg_ds )
#~ flatten and summarize them
cleaned_results = megasearch.summary_results(results,movie_search_str)
#~ render XML
return self.cleanUpResultsXML(cleaned_results)
def generate_tvserie_nabresponse_broadcast(self):
addparams = dict(age="1500", t="tvsearch", cat="5040,5030")
rawResults = SearchModule.performSearch("", self.cfg, self.cfg_ds, addparams)
# ~ rawResults = SearchModule.performSearch('', self.cfg, None, addparams)
results = []
# ~ no cleaning just flatten in one array
for provid in xrange(len(rawResults)):
for z in xrange(len(rawResults[provid])):
results.append(rawResults[provid][z])
self.searchstring = ""
self.typesearch = 1
return self.cleanUpResultsXML(results)
def generate_tvserie_nabresponse_broadcast(self):
addparams = dict(age='1500', t='tvsearch', cat='5040,5030')
rawResults = SearchModule.performSearch('', self.cfg, self.cfg_ds,
addparams)
#~ rawResults = SearchModule.performSearch('', self.cfg, None, addparams)
results = []
#~ no cleaning just flatten in one array
for provid in xrange(len(rawResults)):
for z in xrange(len(rawResults[provid])):
results.append(rawResults[provid][z])
self.searchstring = ''
self.typesearch = 1
return self.cleanUpResultsXML(results)
def generate_tvserie_nabresponse_broadcast(self):
addparams = dict(
age= '1500',
t='tvsearch',
cat='5040,5030')
rawResults = SearchModule.performSearch('', self.cfg, None, addparams)
results = []
#~ no cleaning just flatten in one array
for provid in xrange(len(rawResults)):
for z in xrange(len(rawResults[provid])):
results.append(rawResults[provid][z])
self.searchstring = ''
return self.cleanUpResultsXML(results)
def generate_tvserie_nabresponse(self,tvrage_show ):
#~ compile string
season_num = self.args.get('season',-1, type=int)
serie_search_str = SearchModule.sanitize_strings(tvrage_show['showtitle'])
if(self.args.has_key('ep')):
ep_num = self.args.get('ep',-1, type=int)
serie_search_str = serie_search_str + '.s%02d' % season_num + 'e%02d' % ep_num
else:
serie_search_str = serie_search_str + '.s%02d' % season_num
self.typesearch = 1
self.searchstring = serie_search_str
#~ compile results
results = SearchModule.performSearch(serie_search_str, self.cfg )
#~ flatten and summarize them
cleaned_results = megasearch.summary_results(results,serie_search_str)
#~ render XML
return self.cleanUpResultsXML(cleaned_results)
def generate_tvserie_nabresponse(self,tvrage_show ):
#~ compile string
season_num = self.args.get('season',-1, type=int)
serie_search_str = SearchModule.sanitize_strings(tvrage_show['showtitle'])
if(self.args.has_key('ep')):
ep_num = self.args.get('ep',-1, type=int)
serie_search_str = serie_search_str + '.s%02d' % season_num + 'e%02d' % ep_num
else:
serie_search_str = serie_search_str + '.s%02d' % season_num
self.typesearch = 1
self.searchstring = serie_search_str
#~ compile results
results = SearchModule.performSearch(serie_search_str, self.cfg )
#~ flatten and summarize them
cleaned_results = megasearch.summary_results(results,serie_search_str)
#~ render XML
return self.cleanUpResultsXML(cleaned_results)
def dosearch(self, args):
#~ restore originals
self.cfg = copy.deepcopy(self.cfg_cpy)
if ('q' not in args):
self.results = []
return self.results
self.logic_items = self.logic_expr.findall(args['q'])
self.qry_nologic = self.logic_expr.sub(" ", args['q'])
if ('selcat' in args):
self.qry_nologic += " " + args['selcat']
#~ speed class
speed_class_sel = 1
if ('tm' in args):
speed_class_sel = int(args['tm'])
#~ speed class deepsearch
self.ds.set_timeout_speedclass(speed_class_sel)
#~ speed class Nabbased
for conf in self.cfg:
if ((conf['speed_class'] <= speed_class_sel) and (conf['valid'])):
conf['timeout'] = self.cgen['timeout_class'][speed_class_sel]
#~ print conf['type'] + " " + str(conf['timeout'] ) + ' ' + str(speed_class_sel )
else:
conf['valid'] = 0
if (len(args['q']) == 0):
if ('selcat' in args):
if (len(args['selcat']) == 0):
self.results = []
return self.results
else:
self.results = []
return self.results
if (self.qry_nologic.replace(" ", "") == ""):
self.results = []
return self.results
self.logic_items = self.logic_expr.findall(args['q'])
results = SearchModule.performSearch(self.qry_nologic, self.cfg,
self.ds)
self.results = summary_results(results, self.qry_nologic,
self.logic_items)
def dosearch(self, args):
# ~ restore originals
self.cfg = copy.deepcopy(self.cfg_cpy)
if "q" not in args:
self.results = []
return self.results
self.logic_items = self.logic_expr.findall(args["q"])
self.qry_nologic = self.logic_expr.sub(" ", args["q"])
if "selcat" in args:
self.qry_nologic += " " + args["selcat"]
# ~ speed class
speed_class_sel = 1
if "tm" in args:
speed_class_sel = int(args["tm"])
# ~ speed class deepsearch
self.ds.set_timeout_speedclass(speed_class_sel)
# ~ speed class Nabbased
for conf in self.cfg:
if (conf["speed_class"] <= speed_class_sel) and (conf["valid"]):
conf["timeout"] = self.cgen["timeout_class"][speed_class_sel]
# ~ print conf['type'] + " " + str(conf['timeout'] ) + ' ' + str(speed_class_sel )
else:
conf["valid"] = 0
if len(args["q"]) == 0:
if "selcat" in args:
if len(args["selcat"]) == 0:
self.results = []
return self.results
else:
self.results = []
return self.results
if self.qry_nologic.replace(" ", "") == "":
self.results = []
return self.results
self.logic_items = self.logic_expr.findall(args["q"])
results = SearchModule.performSearch(self.qry_nologic, self.cfg, self.ds)
self.results = summary_results(results, self.qry_nologic, self.logic_items)
def dosearch_rss(self, arguments, hname):
self.args = arguments
self.rqurl = hname.scheme + "://" + hname.netloc
addparams = dict(age="1500", limit="20000", t="search", cat="1000,2000,3000,4000,5000,6000,7000")
if "cat" in self.args:
addparams["cat"] = self.args["cat"]
rawResults = SearchModule.performSearch("", self.cfg, self.cfg_ds, addparams)
results = []
# ~ no cleaning just flatten in one array
for provid in xrange(len(rawResults)):
if rawResults[provid] is not None:
for z in xrange(len(rawResults[provid])):
results.append(rawResults[provid][z])
self.searchstring = ""
self.typesearch = 3
return self.cleanUpResultsXML(results)
def dosearch_rss(self, arguments, hname):
self.args = arguments
self.rqurl = hname.scheme+'://'+hname.netloc
addparams = dict(
age= '1500',
limit='20000',
t='search',
cat='1000,2000,3000,4000,5000,6000,7000')
if('cat' in self.args):
addparams['cat'] = self.args['cat']
rawResults = SearchModule.performSearch('', self.cfg, self.cfg_ds, addparams)
results = []
#~ no cleaning just flatten in one array
for provid in xrange(len(rawResults)):
if(rawResults[provid] is not None):
for z in xrange(len(rawResults[provid])):
results.append(rawResults[provid][z])
self.searchstring = ''
self.typesearch = 3
return self.cleanUpResultsXML(results)
def dosearch_rss(self, arguments, hname):
self.args = arguments
self.rqurl = hname.scheme+'://'+hname.netloc
addparams = dict(
age= '1500',
limit='20000',
t='search',
cat='1000,2000,3000,4000,5000,6000,7000')
if('cat' in self.args):
addparams['cat'] = self.args['cat']
rawResults = SearchModule.performSearch('', self.cfg, self.cfg_ds, addparams)
results = []
#~ no cleaning just flatten in one array
for provid in xrange(len(rawResults)):
if(rawResults[provid] is not None):
for z in xrange(len(rawResults[provid])):
results.append(rawResults[provid][z])
self.searchstring = ''
self.typesearch = 3
return self.cleanUpResultsXML(results)
def dosearch(self, args):
# ~ restore originals
self.cfg = copy.deepcopy(self.cfg_cpy)
if ('q' not in args):
self.results = []
return self.results
nuqry = args['q'] + ' ' + self.cgen['searchaddontxt']
self.logic_items = self.logic_expr.findall(nuqry)
self.qry_nologic = self.logic_expr.sub(" ", nuqry)
if ('selcat' in args):
if (args['selcat'] != ""):
self.qry_nologic += " " + args['selcat']
# ~ speed class
speed_class_sel = 1
if ('tm' in args):
speed_class_sel = int(args['tm'])
# ~ speed class deepsearch
self.ds.set_extraopt(speed_class_sel, 'manual')
# ~ speed class Nabbased
self.set_timeout_speedclass(speed_class_sel)
# ~ manual search Nabbased
self.set_extraopt()
if (len(args['q']) == 0):
if ('selcat' in args):
if (len(args['selcat']) == 0):
self.results = []
return self.results
else:
self.results = []
return self.results
if (self.qry_nologic.replace(" ", "") == ""):
self.results = []
return self.results
log.info('TYPE OF SEARCH: ' + str(speed_class_sel))
self.cleancache()
# ~ cache hit, no server report
cachehit = True
self.returncode_fine['code'] = 2
self.resultsraw = self.chkforcache(self.wrp.chash64_encode(SearchModule.sanitize_strings(self.qry_nologic)),
speed_class_sel)
if (self.resultsraw is None):
self.resultsraw = SearchModule.performSearch(self.qry_nologic, self.cfg, self.ds)
cachehit = False
if (self.cgen['smartsearch'] == 1):
# ~ smartsearch
self.res_results = {}
self.results = summary_results(self.resultsraw, self.qry_nologic, self.logic_items, self.res_results)
else:
# ~ no cleaning just flatten in one array
self.results = []
self.res_results = {}
for provid in xrange(len(self.resultsraw)):
if (len(self.resultsraw[provid])):
self.res_results[str(self.resultsraw[provid][0]['providertitle'])] = [len(self.resultsraw[provid]),
0]
for provid in xrange(len(self.resultsraw)):
for z in xrange(len(self.resultsraw[provid])):
if (self.resultsraw[provid][z]['title'] != None):
self.results.append(self.resultsraw[provid][z])
# ~ server status output
if (cachehit == False):
self.prepareretcode();
def dosearch(self, args):
#~ restore originals
self.cfg = copy.deepcopy(self.cfg_cpy)
if ('q' not in args):
self.results = []
return self.results
nuqry = args['q'] + ' ' + self.cgen['searchaddontxt']
self.logic_items = self.logic_expr.findall(nuqry)
self.qry_nologic = self.logic_expr.sub(" ", nuqry)
if ('selcat' in args):
if (args['selcat'] != ""):
self.qry_nologic += " " + args['selcat']
#~ speed class
speed_class_sel = 1
if ('tm' in args):
speed_class_sel = int(args['tm'])
#~ speed class deepsearch
self.ds.set_extraopt(speed_class_sel, 'manual')
#~ speed class Nabbased
self.set_timeout_speedclass(speed_class_sel)
#~ manual search Nabbased
self.set_extraopt()
if (len(args['q']) == 0):
if ('selcat' in args):
if (len(args['selcat']) == 0):
self.results = []
return self.results
else:
self.results = []
return self.results
if (self.qry_nologic.replace(" ", "") == ""):
self.results = []
return self.results
log.info('TYPE OF SEARCH: ' + str(speed_class_sel))
self.cleancache()
#~ cache hit, no server report
cachehit = True
self.returncode_fine['code'] = 2
self.resultsraw = self.chkforcache(
self.wrp.chash64_encode(
SearchModule.sanitize_strings(self.qry_nologic)),
speed_class_sel)
if (self.resultsraw is None):
self.resultsraw = SearchModule.performSearch(
self.qry_nologic, self.cfg, self.ds)
cachehit = False
if (self.cgen['smartsearch'] == 1):
#~ smartsearch
self.res_results = {}
self.results = summary_results(self.resultsraw, self.qry_nologic,
self.logic_items, self.res_results)
else:
#~ no cleaning just flatten in one array
self.results = []
self.res_results = {}
for provid in xrange(len(self.resultsraw)):
if (len(self.resultsraw[provid])):
self.res_results[str(
self.resultsraw[provid][0]['providertitle'])] = [
len(self.resultsraw[provid]), 0
]
for provid in xrange(len(self.resultsraw)):
for z in xrange(len(self.resultsraw[provid])):
if (self.resultsraw[provid][z]['title'] != None):
self.results.append(self.resultsraw[provid][z])
#~ server status output
if (cachehit == False):
self.prepareretcode()