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Napisy24_pl.py
executable file
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Napisy24_pl.py
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import httplib
import xml.dom.minidom
import time
import re
import os
from urllib import quote
from operator import itemgetter#, attrgetter
from Plugins.Extensions.SubsDownloader2.SourceCode.archives_extractor import zip_extractor
from Plugins.Extensions.SubsDownloader2.SourceCode.periscope import SubtitleDatabase
# Copyright (C) 2011 Dawid Bankowski <enigma2subsdownloader at gmail.com>
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
#
class XML_to_Dict():
def __init__(self):
pass
def xmltodict(self, xmlstring):
doc = xml.dom.minidom.parseString(xmlstring)
self.remove_whilespace_nodes(doc.documentElement)
return self.elementtodict(doc.documentElement)
def elementtodict(self, parent):
child = parent.firstChild
if (not child):
return None
elif (child.nodeType == xml.dom.minidom.Node.TEXT_NODE):
return child.nodeValue
d={}
while child is not None:
if (child.nodeType == xml.dom.minidom.Node.ELEMENT_NODE):
try:
d[child.tagName]
except KeyError:
d[child.tagName]=[]
d[child.tagName].append(self.elementtodict(child))
child = child.nextSibling
return d
def remove_whilespace_nodes(self, node, unlink=True):
remove_list = []
for child in node.childNodes:
if child.nodeType == xml.dom.Node.TEXT_NODE and not child.data.strip():
remove_list.append(child)
elif child.hasChildNodes():
self.remove_whilespace_nodes(child, unlink)
for node in remove_list:
node.parentNode.removeChild(node)
if unlink:
node.unlink()
class Napisy24_pl(XML_to_Dict,zip_extractor):
def __init__(self,moviePath, movieNameString= None):
if movieNameString== None:
self.MovieName = ((moviePath.rsplit("/",1))[-1]).rsplit(".",1)[0]
else:
self.MovieName = (movieNameString)
self.MovieDir = (moviePath.rsplit("/",1))[0]
self.ZipFilePath = self.MovieDir+'/'+((moviePath.rsplit("/",1))[-1]).rsplit(".",1)[0]+'.zip'
self.subtitle_dict = []
self.NAPISY24_url = "napisy24.pl"
def IMDB_idenifier_search(self):
""" Try to find nfo file in movie directory and search in nfo IMDB idetifier"""
dir_list = os.listdir(self.MovieDir)
dir_count = 0
for x in dir_list:
if x.split(".")[-1].lower()=="nfo":
print "find NFO in %i list" % dir_count
break
dir_count=dir_count+1
try:
nfo_file = open(self.MovieDir+"/"+dir_list[dir_count],"r")
buffor = nfo_file.read()
nfo_file.close
#IMDB line in nfo: iMDB: http://www.imdb.com/title/tt1219289/
char_count = 0
while (char_count+len("http://www.imdb.com/title/")) < len(buffor):
if buffor[char_count:(char_count+len("http://www.imdb.com/title/"))] == "http://www.imdb.com/title/":
#print "%s" % str(char_count+len("http://www.imdb.com/title/"))
self.dd11 = IMDB_begining = char_count+len("http://www.imdb.com/title/")
break
char_count=char_count+1
char_count=IMDB_begining+1
while char_count < len(buffor):
if buffor[char_count:(char_count+1)] == "/":
#print "%s" % str(char_count)
self.dd22 = IMDB_ending = char_count
break
char_count=char_count+1
return buffor[IMDB_begining:IMDB_ending]
#tutaj trzeba sprawdzienia IMDB numeru jesli jest oka to zwraca informacje jesli jest nie oka to zwraca blad
except:
print "blad IMBN"
return False
def __connect_with_server(self,get_operatoin,server_reuest_type):
"""Function connect with server and downloades avaliable subtitle
list or avaliable subtitle zip file
"""
what_is_downloaded = server_reuest_type
self.XML_String = None
self.zip_string = None
try:
conn = httplib.HTTPConnection(self.NAPISY24_url)
conn.request("GET", get_operatoin)
r1 = conn.getresponse()
print r1.status, r1.reason
if what_is_downloaded == "downloada_subtitle_list_by_film_name" or what_is_downloaded == "downloada_subtitle_list_by_IMDB":
self.XML_String = r1.read()
elif what_is_downloaded == "download_subtilte_zip":
self.zip_string = r1.read()
return r1.status#, r1.reason
except (IOError, OSError), e:
print >> sys.stderr, "Napisy24.pl server connection error."
time.sleep(0.5)
def getNapisy24_SubtitleListXML(self, subtitle_list_reuest_type):
"""Napisy 24 GET request for:
- downloada_subtitle_list_by_film_name - downloading subtitle list by movie name,
- downloada_subtitle_list_by_IMDB - downloading subtitle list by IMDB identifier found by:
IMDB_idenifier_search
"""
repeat = 3
if subtitle_list_reuest_type == "downloada_subtitle_list_by_film_name":
request_subtitle_list = "/libs/webapi.php?title=%s" % quote(self.MovieName)
elif subtitle_list_reuest_type == "downloada_subtitle_list_by_IMDB":
IMDB_search_answer = self.IMDB_idenifier_search()
if IMDB_search_answer != False:
request_subtitle_list = "/libs/webapi.php?imdb=%s" % IMDB_search_answer
else:
repeat = 0
r1_status = None
# IMDB_search_answer = self.IMDB_idenifier_search()
# if IMDB_search_answer != False:
# request_subtitle_list = "/libs/webapi.php?imdb=%s" % IMDB_search_answer
while repeat > 0:
repeat = repeat - 1
r1_status = self.__connect_with_server(request_subtitle_list, "downloada_subtitle_list_by_film_name")
if r1_status != 200 and r1_status != 400:
print "Fetching subtitle list failed, HTTP code: %s" % (str(r1_status))
time.sleep(0.5)
continue
elif r1_status == 400:
print "Fetching subtitle list failed, HTTP code: %s \n Bad request in string: %s." % (str(r1_status), request_subtitle_list)
repeat = -1
else:
repeat = 0
if self.XML_String == ('brak wynikow'):
print "Subtitle list NOT FOUND"
repeat = 0
continue
if self.XML_String is None or self.XML_String == "":
print "Subtitle list download FAILED"
continue
if r1_status != 200 or self.XML_String == 'brak wynikow' or self.XML_String == "" or self.XML_String is None:
return False
else:
if self.return_xml_dict() == True:
return True
else:
return False
def Correct_MultiRoot_XML(self):
"""Downloaded XML string isn't compatybil with XML standard in which minidom is written.
This function corrects in downloaded string stringsome known errors e.g.: multiroot, & char in data, CP1252 encodeing."""
if self.XML_String[0] == "\n":
self.XML_String=self.XML_String[1:]
SECONDLINE_CHAR = 0
for x in self.XML_String:
SECONDLINE_CHAR = SECONDLINE_CHAR+1
if x =="\n":
break
self.XML_String = self.XML_String[0:SECONDLINE_CHAR] + "<lista>"+ self.XML_String[(SECONDLINE_CHAR+1):]+"</lista>"
self.XML_String = re.sub("&", "and", self.XML_String)
self.XML_String = self.XML_String.decode("CP1252").encode("UTF-8")
def return_xml_dict(self):
"""Function returns subtitle dictionary which is computed from correct xml string."""
try:
self.Correct_MultiRoot_XML()
self.subtitle_dict = sorted(self.xmltodict(self.XML_String)['subtitle'],key=itemgetter('imdb','cd'))
#self.subtitle_dict = self.xmltodict(self.XML_String)['subtitle']
print "XML subtitle list downloaded and converted to dict"
return True
except:
print "XML subtitle list not downloaded or converterd."
return False
def return_xml_dict_entry_value(self,dict_entry, dict_entry_position):
"""From subtitle dictionary function returns value."""
value = self.subtitle_dict[dict_entry][dict_entry_position]
return value[0]
def extract_zip_file(self):
extractor = zip_extractor(self.ZipFilePath,None,("txt","sub","srt"))
# return false if nothing extracted
return extractor.extract_zipped_file()
#os.remove(self.ZipFilePath)
def save_downloaded_zip(self, dict_entry_to_download):
"""Function saves downloaded zip string on given path anf destroy
self.zip_string if saveing is succesfull."""
if self.download_subtitle_zip(dict_entry_to_download) == True:
try:
zip_file = open(self.ZipFilePath,"wb")
zip_file.write(self.zip_string)
zip_file.close
print "Zipfile: %s saved on hdd." % self.ZipFilePath
del self.zip_string
return True
except:
print "Problems with Zipfile: %s saveing on hdd." % self.ZipFilePath
return False
def download_subtitle_zip(self, dict_entry_to_download):
"""Napisy 24 GET request for subtitle zip downloading. Data is stored in self.zip_string."""
request_subtitle_list = "http://napisy24.pl/download/%s/" % str(self.return_xml_dict_entry_value(dict_entry_to_download,'id'))
repeat = 3
while repeat > 0:
repeat = repeat - 1
#request_subtitle_list = "/libs/webapi.php?title=%s" % self.MovieName
r1_status = self.__connect_with_server(request_subtitle_list, "download_subtilte_zip")
if r1_status != 302:
print "Fetching subtitle failed, HTTP code: %s" % (str(r1_status))
time.sleep(0.5)
continue
else:
repeat = 0
if self.zip_string == None:
print "Subtitle NOT DOWNLOADED"
repeat = 0
continue
if self.zip_string is None or self.zip_string == "":
print "Subtitle NOT DOWNLOADED"
continue
if self.zip_string[0:2] == 'PK':
print "Success to download subtitle zip."
return True
else:
print "Reild to download subtitle zip."
return False
class GuessFileData_from_FileName(SubtitleDatabase.SubtitleDB):
def __init__(self, tvshowRegex, tvshowRegex2, movieRegex):
self.tvshowRegex = SubtitleDatabase.tvshowRegex
self.tvshowRegex2 = SubtitleDatabase.tvshowRegex2
self.movieRegex = SubtitleDatabase.movieRegex
def return_data_string(self,file_path):
file_data = self.guessFileData(file_path)
if file_data['type'] == 'tvshow':
return str(file_data['name']+" "+str(file_data['season'])+"x"+str(file_data['episode']))
elif file_data['type'] =='movie' or file_data['type'] == 'unknown':
return str(file_data['name'])
def return_movie_data_to_XBMC(self,file_path):
fileData = self.guessFileData(file_path)
if fileData['type'] == 'tvshow':
tvShow = fileData['name']
season = fileData['season']
episode = fileData['episode']
#print fileData
elif fileData['type'] =='movie' or fileData['type'] =='unknown':
tvShow = []
season = []
episode = []
#print fileData
return fileData['name'], tvShow, season, episode
class CompareMovie_and_Subtite_FileData(GuessFileData_from_FileName):
def __init__(self, tvshowRegex, tvshowRegex2, movieRegex, file_extentions):
self.tvshowRegex = SubtitleDatabase.tvshowRegex
self.tvshowRegex2 = SubtitleDatabase.tvshowRegex2
self.movieRegex = SubtitleDatabase.movieRegex
self.__file_extentions = file_extentions
def __movie_file_extensions(self, extensions_dict):
movie_file_extensions = []
for x in extensions_dict:
if extensions_dict[x] == "movie":
movie_file_extensions.append(x)
return movie_file_extensions
def __return_movie_file_list(self, movie_path):
"""Funstion takes movie file path and based on EXTENSIONS from myListy.pl
returns list of movies in movie file directory"""
movie_dir = movie_path.rsplit("/",1)[0]
movie_file_list =[]
movie_extentionds = self.__movie_file_extensions(self.__file_extentions)
for x in os.listdir(movie_dir):
if x.rsplit(".",1)[-1]in movie_extentionds:
movie_file_list.append(movie_dir+"/"+x)
#USUNAC URL Z NAPISY24
return movie_file_list
def moviePath_and_movieFileData(self,file_path):
self.__file_path = file_path
"""Function returns structure (file_path, {guesseFileData})"""
movie_file_list = self.__return_movie_file_list(file_path)
movie_file_data = []
for x in movie_file_list:
movie_file_data.append((x, self.guessFileData(x)))
return movie_file_data
def subtitlePath_and_subtitleFileData(self,file_path_list):
"""Function returns structure (file_path, {guesseFileData})"""
subtile_file_data = []
for x in file_path_list:
subtile_file_data.append((x, self.guessFileData(x)))
return subtile_file_data
def compare_movie_and_subtitle_FileData(self, movie_file_data, subtitle_file_data):
compare_result = []
for x in movie_file_data:
wynik = 0
for y in subtitle_file_data:
wynik = 0
#Cause and effect for subtitle and movie guesseFileData results
if x[1].has_key('type') and y[1].has_key('type'):
if x[1]['type'] == y[1]['type']:
wynik = wynik + 0.1600
if x[1].has_key('name') and y[1].has_key('name'):
if x[1]['name'] == y[1]['name']:
wynik = wynik +0.0900
if x[1].has_key('season') and y[1].has_key('season'):
if x[1]['season'] == y[1]['season']:
wynik = wynik +0.0225
if x[1].has_key('episode') and y[1].has_key('episode'):
if x[1]['episode'] == y[1]['episode']:
wynik = wynik +0.0225
if x[1].has_key('season') and y[1].has_key('part'):
if x[1]['season'] == y[1]['part']:
wynik = wynik +0.0060
if x[1].has_key('episode') and y[1].has_key('part'):
if x[1]['episode'] == y[1]['part']:
wynik = wynik +0.0060
if x[1].has_key('part') and y[1].has_key('part'):
if x[1]['part'] == y[1]['part']:
wynik = wynik +0.0400
if x[1].has_key('teams') and y[1].has_key('teams'):
if x[1]['teams'] == y[1]['teams']:
wynik = wynik +0.0025
if x[1].has_key('year') and y[1].has_key('year'):
if x[1]['year'] == y[1]['year']:
wynik = wynik +0.0049
#Cause and effect for subtitle and movie guesseFileData results
compare_result.append({"movie":x[0],"subtitle":y[0],"propability": wynik})
# print x[0], y[0], wynik
return compare_result
#musi sprawdzic czy film jest najbardziej prawdopodobny
def give_movie_subtitle_consistent_data(self, movie_file_data, subtitle_file_data):
"""Returns best matching movie <--> subtitle table."""
m_s_temp_data = []
preliminary_movie_subtitle_list = self.compare_movie_and_subtitle_FileData(movie_file_data, subtitle_file_data)
for x in preliminary_movie_subtitle_list:
""" Delete 0 'propability' registry"""
if x['propability'] != 0:
m_s_temp_data.append(x)
temp_movieList = []
for x in m_s_temp_data:
"""Check what movies are still in registry"""
if x['movie'] not in temp_movieList:
temp_movieList.append(x['movie'])
final_movie_subtitle_list = []
matching_movie = False
for x in temp_movieList:
"""For all movies in temp_movieList checks best subtitles"""
final_propability = 0
for y in preliminary_movie_subtitle_list:
if y['movie'] == x and y['propability'] > final_propability:
if self.__file_path == y['movie']:
"""Check it primary movie is in results matching_movie = True"""
matching_movie = True
best_entry = y
final_propability = y['propability']
final_movie_subtitle_list.append(best_entry)
"""Filtering by subtitle name - if there is no multiple subtitles"""
preliminary_movie_subtitle_list = final_movie_subtitle_list
temp_movieList = [] #now subtile
for x in preliminary_movie_subtitle_list:
"""Check what movies are still in registry"""
if x['subtitle'] not in temp_movieList:
temp_movieList.append(x['subtitle'])
final_movie_subtitle_list = []
matching_movie = False
for x in temp_movieList: #now subtile
"""For all subtitles in temp_movieList which now is subtitle checks best movie
This makes that one subtitle don't belong to multi movies.
"""
final_propability = 0
for y in preliminary_movie_subtitle_list:
if y['subtitle'] == x and y['propability'] > final_propability:
if self.__file_path == y['movie']:
"""Check it primary movie is in results matching_movie = True"""
matching_movie = True
best_entry = y
final_propability = y['propability']
final_movie_subtitle_list.append(best_entry)
if matching_movie == True:
return final_movie_subtitle_list
else:
return []