def downloadResult(match, book):
""" match: best result from search providers
book: book we are downloading
return: True if already snatched, False if failed to snatch, >True if we snatched it
"""
try:
myDB = database.DBConnection()
resultTitle = match[1]
newValueDict = match[2]
controlValueDict = match[3]
if book['library'] == 'AudioBook':
auxinfo = 'AudioBook'
else: # elif book['library'] == 'eBook':
auxinfo = 'eBook'
if auxinfo == 'eBook':
snatchedbooks = myDB.match('SELECT BookID from books WHERE BookID=? and Status="Snatched"',
(newValueDict["BookID"],))
else:
snatchedbooks = myDB.match('SELECT BookID from books WHERE BookID=? and AudioStatus="Snatched"',
(newValueDict["BookID"],))
if snatchedbooks:
logger.debug('%s %s already marked snatched' % (book['authorName'], book['bookName']))
return True # someone else already found it
else:
myDB.upsert("wanted", newValueDict, controlValueDict)
if 'libgen' in newValueDict["NZBprov"]: # for libgen we use direct download links
snatch = DirectDownloadMethod(newValueDict["BookID"], newValueDict["NZBtitle"],
controlValueDict["NZBurl"], resultTitle, auxinfo)
elif newValueDict['NZBmode'] in ["torznab", "torrent", "magnet"]:
snatch = TORDownloadMethod(newValueDict["BookID"], newValueDict["NZBtitle"],
controlValueDict["NZBurl"], auxinfo)
elif newValueDict['NZBmode'] == 'nzb':
snatch = NZBDownloadMethod(newValueDict["BookID"], newValueDict["NZBtitle"],
controlValueDict["NZBurl"], auxinfo)
else:
logger.error('Unhandled NZBmode [%s] for %s' % (newValueDict['NZBmode'], controlValueDict["NZBurl"]))
snatch = False
if snatch:
logger.info('Downloading %s %s from %s' %
(auxinfo, newValueDict["NZBtitle"], newValueDict["NZBprov"]))
notify_snatch("%s %s from %s at %s" %
(auxinfo, newValueDict["NZBtitle"], newValueDict["NZBprov"], now()))
custom_notify_snatch(newValueDict["BookID"])
# at this point we could add NZBprov to the blocklist with a short timeout, a second or two?
# This would implement a round-robin search system. Blocklist with an incremental counter.
# If number of active providers == number blocklisted, so no unblocked providers are left,
# either sleep for a while, or unblock the one with the lowest counter.
scheduleJob(action='Start', target='processDir')
return True + True # we found it
return False
except Exception:
logger.error('Unhandled exception in downloadResult: %s' % traceback.format_exc())
def search_wishlist():
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "SEARCHWISHLIST"
myDB = database.DBConnection()
resultlist, wishproviders = IterateOverWishLists()
new_books = 0
if not wishproviders:
logger.debug('No wishlists are set')
scheduleJob(action='Stop', target='search_wishlist')
return # No point in continuing
# for each item in resultlist, add to database if necessary, and mark as wanted
logger.debug('Processing %s item%s in wishlists' % (len(resultlist), plural(len(resultlist))))
for book in resultlist:
# we get rss_author, rss_title, maybe rss_isbn, rss_bookid (goodreads bookid)
# we can just use bookid if goodreads, or try isbn and name matching on author/title if not
# eg NYTimes wishlist
if 'E' in book['types']:
ebook_status = "Wanted"
else:
ebook_status = "Skipped"
if 'A' in book['types']:
audio_status = "Wanted"
else:
audio_status = "Skipped"
if lazylibrarian.CONFIG['BOOK_API'] == "GoodReads" and book['rss_bookid']:
cmd = 'select books.Status as Status,AudioStatus,authors.Status as AuthorStatus,'
cmd += 'AuthorName,BookName,Requester,AudioRequester from books,authors '
cmd += 'where books.AuthorID = authors.AuthorID and bookid=?'
bookmatch = myDB.match(cmd, (book['rss_bookid'],))
if bookmatch:
cmd = 'SELECT SeriesName,Status from series,member '
cmd += 'where series.SeriesID=member.SeriesID and member.BookID=?'
series = myDB.select(cmd, (book['rss_bookid'],))
reject_series = None
for ser in series:
if ser['Status'] in ['Paused', 'Ignored']:
reject_series = {"Name": ser['SeriesName'], "Status": ser['Status']}
break
bookname = bookmatch['BookName']
if bookmatch['Status'] in ['Open', 'Wanted', 'Have']:
logger.info('Found book %s, already marked %s' % (bookname, bookmatch['Status']))
if bookmatch["Requester"]: # Already on a wishlist
if book["dispname"] not in bookmatch["Requester"]:
newValueDict = {"Requester": bookmatch["Requester"] + book["dispname"] + ' '}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
else:
newValueDict = {"Requester": book["dispname"] + ' '}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
elif bookmatch['AuthorStatus'] in ['Paused', 'Ignored']:
logger.info('Found book %s, but author is %s' % (bookname, bookmatch['AuthorStatus']))
elif reject_series:
logger.info('Found book %s, but series "%s" is %s' %
(bookname, reject_series['Name'], reject_series['Status']))
elif ebook_status == "Wanted": # skipped/ignored
logger.info('Found book %s, marking as "Wanted"' % bookname)
controlValueDict = {"BookID": book['rss_bookid']}
newValueDict = {"Status": "Wanted"}
myDB.upsert("books", newValueDict, controlValueDict)
new_books += 1
if bookmatch["Requester"]: # Already on a wishlist
if book["dispname"] not in bookmatch["Requester"]:
newValueDict = {"Requester": bookmatch["Requester"] + book["dispname"] + ' '}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
else:
newValueDict = {"Requester": book["dispname"] + ' '}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
if bookmatch['AudioStatus'] in ['Open', 'Wanted', 'Have']:
logger.info('Found audiobook %s, already marked %s' % (bookname, bookmatch['AudioStatus']))
if bookmatch["AudioRequester"]: # Already on a wishlist
if book["dispname"] not in bookmatch["AudioRequester"]:
newValueDict = {"AudioRequester": bookmatch["AudioRequester"] + book["dispname"] + ' '}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
else:
newValueDict = {"AudioRequester": book["dispname"] + ' '}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
elif bookmatch['AuthorStatus'] in ['Paused', 'Ignored']:
logger.info('Found book %s, but author is %s' % (bookname, bookmatch['AuthorStatus']))
elif reject_series:
logger.info('Found book %s, but series "%s" is %s' %
(bookname, reject_series['Name'], reject_series['Status']))
elif audio_status == "Wanted": # skipped/ignored
logger.info('Found audiobook %s, marking as "Wanted"' % bookname)
controlValueDict = {"BookID": book['rss_bookid']}
newValueDict = {"AudioStatus": "Wanted"}
myDB.upsert("books", newValueDict, controlValueDict)
new_books += 1
if bookmatch["AudioRequester"]: # Already on a wishlist
if book["dispname"] not in bookmatch["AudioRequester"]:
newValueDict = {"AudioRequester": bookmatch["AudioRequester"] + book["dispname"] + ' '}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
else:
newValueDict = {"AudioRequester": book["dispname"] + ' '}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
else:
import_book(book['rss_bookid'], ebook_status, audio_status)
new_books += 1
newValueDict = {"Requester": book["dispname"] + ' '}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
newValueDict = {"AudioRequester": book["dispname"] + ' '}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
else:
item = {}
results = None
item['Title'] = book['rss_title']
if book['rss_bookid']:
item['BookID'] = book['rss_bookid']
if book['rss_isbn']:
item['ISBN'] = book['rss_isbn']
bookmatch = finditem(item, book['rss_author'])
if bookmatch: # it's already in the database
authorname = bookmatch['AuthorName']
bookname = bookmatch['BookName']
bookid = bookmatch['BookID']
auth_res = myDB.match('SELECT Status from authors WHERE authorname=?', (authorname,))
if auth_res:
auth_status = auth_res['Status']
else:
auth_status = 'Unknown'
cmd = 'SELECT SeriesName,Status from series,member '
cmd += 'where series.SeriesID=member.SeriesID and member.BookID=?'
series = myDB.select(cmd, (book['rss_bookid'],))
reject_series = None
for ser in series:
if ser['Status'] in ['Paused', 'Ignored']:
reject_series = {"Name": ser['SeriesName'], "Status": ser['Status']}
break
if bookmatch['Status'] in ['Open', 'Wanted', 'Have']:
logger.info(
'Found book %s by %s, already marked as "%s"' % (bookname, authorname, bookmatch['Status']))
if bookmatch["Requester"]: # Already on a wishlist
if book["dispname"] not in bookmatch["Requester"]:
newValueDict = {"Requester": bookmatch["Requester"] + book["dispname"] + ' '}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict, controlValueDict)
else:
newValueDict = {"Requester": book["dispname"] + ' '}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict, controlValueDict)
elif auth_status in ['Paused', 'Ignored']:
logger.info('Found book %s, but author is "%s"' % (bookname, auth_status))
elif reject_series:
logger.info('Found book %s, but series "%s" is %s' %
(bookname, reject_series['Name'], reject_series['Status']))
elif ebook_status == 'Wanted': # skipped/ignored
logger.info('Found book %s by %s, marking as "Wanted"' % (bookname, authorname))
controlValueDict = {"BookID": bookid}
newValueDict = {"Status": "Wanted"}
myDB.upsert("books", newValueDict, controlValueDict)
new_books += 1
if bookmatch["Requester"]: # Already on a wishlist
if book["dispname"] not in bookmatch["Requester"]:
newValueDict = {"Requester": bookmatch["Requester"] + book["dispname"] + ' '}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict, controlValueDict)
else:
newValueDict = {"Requester": book["dispname"] + ' '}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict, controlValueDict)
if bookmatch['AudioStatus'] in ['Open', 'Wanted', 'Have']:
logger.info(
'Found audiobook %s by %s, already marked as "%s"' %
(bookname, authorname, bookmatch['AudioStatus']))
if bookmatch["AudioRequester"]: # Already on a wishlist
if book["dispname"] not in bookmatch["AudioRequester"]:
newValueDict = {"AudioRequester": bookmatch["AudioRequester"] + book["dispname"] + ' '}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict, controlValueDict)
else:
newValueDict = {"AudioRequester": book["dispname"] + ' '}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict, controlValueDict)
elif auth_status in ['Paused', 'Ignored']:
logger.info('Found book %s, but author is "%s"' % (bookname, auth_status))
elif reject_series:
logger.info('Found book %s, but series "%s" is %s' %
(bookname, reject_series['Name'], reject_series['Status']))
elif audio_status == 'Wanted': # skipped/ignored
logger.info('Found audiobook %s by %s, marking as "Wanted"' % (bookname, authorname))
controlValueDict = {"BookID": bookid}
newValueDict = {"AudioStatus": "Wanted"}
myDB.upsert("books", newValueDict, controlValueDict)
new_books += 1
if bookmatch["AudioRequester"]: # Already on a wishlist
if book["dispname"] not in bookmatch["AudioRequester"]:
newValueDict = {"AudioRequester": bookmatch["AudioRequester"] + book["dispname"] + ' '}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict, controlValueDict)
else:
newValueDict = {"AudioRequester": book["dispname"] + ' '}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict, controlValueDict)
else: # not in database yet
if book['rss_isbn']:
results = search_for(book['rss_isbn'])
if results:
result = results[0] # type: dict
if result['isbn_fuzz'] > check_int(lazylibrarian.CONFIG['MATCH_RATIO'], 90):
logger.info("Found (%s%%) %s: %s" %
(result['isbn_fuzz'], result['authorname'], result['bookname']))
import_book(result['bookid'], ebook_status, audio_status)
new_books += 1
newValueDict = {"Requester": book["dispname"] + ' '}
controlValueDict = {"BookID": result['bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
newValueDict = {"AudioRequester": book["dispname"] + ' '}
myDB.upsert("books", newValueDict, controlValueDict)
bookmatch = True
if not results:
searchterm = "%s <ll> %s" % (item['Title'], formatAuthorName(book['rss_author']))
results = search_for(unaccented(searchterm))
if results:
result = results[0] # type: dict
if result['author_fuzz'] > check_int(lazylibrarian.CONFIG['MATCH_RATIO'], 90) \
and result['book_fuzz'] > check_int(lazylibrarian.CONFIG['MATCH_RATIO'], 90):
logger.info("Found (%s%% %s%%) %s: %s" % (result['author_fuzz'], result['book_fuzz'],
result['authorname'], result['bookname']))
import_book(result['bookid'], ebook_status, audio_status)
new_books += 1
newValueDict = {"Requester": book["dispname"] + ' '}
controlValueDict = {"BookID": result['bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
newValueDict = {"AudioRequester": book["dispname"] + ' '}
myDB.upsert("books", newValueDict, controlValueDict)
bookmatch = True
if not bookmatch:
msg = "Skipping book %s by %s" % (item['Title'], book['rss_author'])
if not results:
msg += ', No results returned'
logger.warn(msg)
else:
msg += ', No match found'
logger.warn(msg)
result = results[0] # type: dict
msg = "Closest match (%s%% %s%%) %s: %s" % (result['author_fuzz'], result['book_fuzz'],
result['authorname'], result['bookname'])
logger.warn(msg)
if new_books:
logger.info("Wishlist marked %s book%s as Wanted" % (new_books, plural(new_books)))
except Exception:
logger.error('Unhandled exception in search_wishlist: %s' % traceback.format_exc())
finally:
threading.currentThread().name = "WEBSERVER"
def downloadResult(match, book):
""" match: best result from search providers
book: book we are downloading (needed for reporting author name)
return: 0 if failed to snatch
1 if already snatched
2 if we snatched it
"""
# noinspection PyBroadException
try:
myDB = database.DBConnection()
newValueDict = match[1]
controlValueDict = match[2]
# It's possible to get book and wanted tables "Snatched" status out of sync
# for example if a user marks a book as "Wanted" after a search task snatches it and before postprocessor runs
# so check status in both tables here
snatched = myDB.match(
'SELECT BookID from wanted WHERE BookID=? and AuxInfo=? and Status="Snatched"',
(newValueDict["BookID"], newValueDict["AuxInfo"]))
if snatched:
logger.debug('%s %s %s already marked snatched in wanted table' %
(newValueDict["AuxInfo"], book['authorName'],
book['bookName']))
return 1 # someone else already found it
if newValueDict["AuxInfo"] == 'eBook':
snatched = myDB.match(
'SELECT BookID from books WHERE BookID=? and Status="Snatched"',
(newValueDict["BookID"], ))
else:
snatched = myDB.match(
'SELECT BookID from books WHERE BookID=? and AudioStatus="Snatched"',
(newValueDict["BookID"], ))
if snatched:
logger.debug('%s %s %s already marked snatched in book table' %
(newValueDict["AuxInfo"], book['authorName'],
book['bookName']))
return 1 # someone else already found it
myDB.upsert("wanted", newValueDict, controlValueDict)
if newValueDict['NZBmode'] == 'direct':
snatch = DirectDownloadMethod(newValueDict["BookID"],
newValueDict["NZBtitle"],
controlValueDict["NZBurl"],
newValueDict["AuxInfo"])
elif newValueDict['NZBmode'] in ["torznab", "torrent", "magnet"]:
snatch = TORDownloadMethod(newValueDict["BookID"],
newValueDict["NZBtitle"],
controlValueDict["NZBurl"],
newValueDict["AuxInfo"])
elif newValueDict['NZBmode'] == 'nzb':
snatch = NZBDownloadMethod(newValueDict["BookID"],
newValueDict["NZBtitle"],
controlValueDict["NZBurl"],
newValueDict["AuxInfo"])
else:
logger.error('Unhandled NZBmode [%s] for %s' %
(newValueDict['NZBmode'], controlValueDict["NZBurl"]))
snatch = 0
if snatch:
logger.info('Downloading %s %s from %s' %
(newValueDict["AuxInfo"], newValueDict["NZBtitle"],
newValueDict["NZBprov"]))
custom_notify_snatch(
"%s %s" % (newValueDict["BookID"], newValueDict['AuxInfo']))
notify_snatch("%s %s from %s at %s" %
(newValueDict["AuxInfo"], newValueDict["NZBtitle"],
newValueDict["NZBprov"], now()))
# at this point we could add NZBprov to the blocklist with a short timeout, a second or two?
# This would implement a round-robin search system. Blocklist with an incremental counter.
# If number of active providers == number blocklisted, so no unblocked providers are left,
# either sleep for a while, or unblock the one with the lowest counter.
scheduleJob(action='Start', target='processDir')
return 2 # we found it
return 0
except Exception:
logger.error('Unhandled exception in downloadResult: %s' %
traceback.format_exc())
return 0
def processDir(reset=False):
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "POSTPROCESS"
processpath = lazylibrarian.DIRECTORY('Download')
logger.debug('Checking [%s] for files to post process' % processpath)
try:
downloads = os.listdir(processpath)
except OSError as why:
logger.error('Could not access [%s] directory [%s]' % (processpath, why.strerror))
return
myDB = database.DBConnection()
snatched = myDB.select('SELECT * from wanted WHERE Status="Snatched"')
if len(snatched) == 0:
logger.info('Nothing marked as snatched.')
scheduleJob(action='Stop', target='processDir')
return
if len(downloads) == 0:
logger.info('No downloads are found. Nothing to process yet.')
return
logger.info("Checking %s download%s for %s snatched file%s" %
(len(downloads), plural(len(downloads)), len(snatched), plural(len(snatched))))
ppcount = 0
for book in snatched:
# if torrent, see if we can get current status from the downloader as the name
# may have been changed once magnet resolved, or download started or completed
# depending on torrent downloader. Usenet doesn't change the name. We like usenet.
torrentname = ''
try:
logger.debug("%s was sent to %s" % (book['NZBtitle'], book['Source']))
if book['Source'] == 'TRANSMISSION':
torrentname = transmission.getTorrentFolder(book['DownloadID'])
elif book['Source'] == 'UTORRENT':
torrentname = utorrent.nameTorrent(book['DownloadID'])
elif book['Source'] == 'RTORRENT':
torrentname = rtorrent.getName(book['DownloadID'])
elif book['Source'] == 'QBITTORRENT':
torrentname = qbittorrent.getName(book['DownloadID'])
elif book['Source'] == 'SYNOLOGY_TOR':
torrentname = synology.getName(book['DownloadID'])
elif book['Source'] == 'DELUGEWEBUI':
torrentname = deluge.getTorrentFolder(book['DownloadID'])
elif book['Source'] == 'DELUGERPC':
client = DelugeRPCClient(lazylibrarian.DELUGE_HOST,
int(lazylibrarian.DELUGE_PORT),
lazylibrarian.DELUGE_USER,
lazylibrarian.DELUGE_PASS)
try:
client.connect()
result = client.call('core.get_torrent_status', book['DownloadID'], {})
# for item in result:
# logger.debug ('Deluge RPC result %s: %s' % (item, result[item]))
if 'name' in result:
torrentname = unaccented_str(result['name'])
except Exception as e:
logger.debug('DelugeRPC failed %s' % str(e))
except Exception as e:
logger.debug("Failed to get updated torrent name from %s for %s: %s" %
(book['Source'], book['DownloadID'], str(e)))
matchtitle = unaccented_str(book['NZBtitle'])
if torrentname and torrentname != matchtitle:
logger.debug("%s Changing [%s] to [%s]" % (book['Source'], matchtitle, torrentname))
myDB.action('UPDATE wanted SET NZBtitle = "%s" WHERE NZBurl = "%s"' % (torrentname, book['NZBurl']))
matchtitle = torrentname
# here we could also check percentage downloaded or eta or status?
# If downloader says it hasn't completed, no need to look for it.
matches = []
logger.info('Looking for %s in %s' % (matchtitle, processpath))
for fname in downloads:
# skip if failed before or incomplete torrents, or incomplete btsync
extn = os.path.splitext(fname)[1]
if extn not in ['.fail', '.part', '.bts', '.!ut']:
# This is to get round differences in torrent filenames.
# Usenet is ok, but Torrents aren't always returned with the name we searched for
# We ask the torrent downloader for the torrent name, but don't always get an answer
# so we try to do a "best match" on the name, there might be a better way...
if isinstance(fname, str):
matchname = fname.decode(lazylibrarian.SYS_ENCODING)
else:
matchname = fname
if ' LL.(' in matchname:
matchname = matchname.split(' LL.(')[0]
match = 0
if matchtitle:
if ' LL.(' in matchtitle:
matchtitle = matchtitle.split(' LL.(')[0]
match = fuzz.token_set_ratio(matchtitle, matchname)
if match and match >= lazylibrarian.DLOAD_RATIO:
fname = matchname
if os.path.isfile(os.path.join(processpath, fname)):
# handle single file downloads here. Book/mag file in download root.
# move the file into it's own subdirectory so we don't move/delete things that aren't ours
logger.debug('filename [%s] is a file' % os.path.join(processpath, fname))
if is_valid_booktype(fname, booktype="book") \
or is_valid_booktype(fname, booktype="mag"):
logger.debug('filename [%s] is a valid book/mag' % os.path.join(processpath, fname))
if bts_file(processpath):
logger.debug("Skipping %s, found a .bts file" % processpath)
else:
fname = os.path.splitext(fname)[0]
dirname = os.path.join(processpath, fname)
if not os.path.exists(dirname):
try:
os.makedirs(dirname)
setperm(dirname)
except OSError as why:
logger.debug('Failed to create directory %s, %s' % (dirname, why.strerror))
if os.path.exists(dirname):
# move the book and any related files too
# ie other book formats, or opf, jpg with same title
# can't move metadata.opf or cover.jpg or similar
# as can't be sure they are ours
# not sure if we need a new listdir here, or whether we can use the old one
list_dir = os.listdir(processpath)
for ourfile in list_dir:
if ourfile.startswith(fname):
if is_valid_booktype(ourfile, booktype="book") \
or is_valid_booktype(ourfile, booktype="mag") \
or os.path.splitext(ourfile)[1].lower() in ['.opf', '.jpg']:
try:
if lazylibrarian.DESTINATION_COPY:
shutil.copyfile(os.path.join(processpath, ourfile),
os.path.join(dirname, ourfile))
setperm(os.path.join(dirname, ourfile))
else:
shutil.move(os.path.join(processpath, ourfile),
os.path.join(dirname, ourfile))
setperm(os.path.join(dirname, ourfile))
except Exception as why:
logger.debug("Failed to copy/move file %s to %s, %s" %
(ourfile, dirname, str(why)))
pp_path = os.path.join(processpath, fname)
if os.path.isdir(pp_path):
logger.debug('Found folder (%s%%) %s for %s' % (match, pp_path, matchtitle))
if not os.listdir(pp_path):
logger.debug("Skipping %s, folder is empty" % pp_path)
elif bts_file(pp_path):
logger.debug("Skipping %s, found a .bts file" % pp_path)
else:
matches.append([match, pp_path, book])
else:
pp_path = os.path.join(processpath, fname)
matches.append([match, pp_path, book]) # so we can report closest match
else:
logger.debug('Skipping %s' % fname)
match = 0
if matches:
highest = max(matches, key=lambda x: x[0])
match = highest[0]
pp_path = highest[1]
book = highest[2]
if match and match >= lazylibrarian.DLOAD_RATIO:
logger.debug(u'Found match (%s%%): %s for %s' % (match, pp_path, book['NZBtitle']))
data = myDB.match('SELECT * from books WHERE BookID="%s"' % book['BookID'])
if data: # it's a book
logger.debug(u'Processing book %s' % book['BookID'])
authorname = data['AuthorName']
bookname = data['BookName']
if 'windows' in platform.system().lower() and '/' in lazylibrarian.EBOOK_DEST_FOLDER:
logger.warn('Please check your EBOOK_DEST_FOLDER setting')
lazylibrarian.EBOOK_DEST_FOLDER = lazylibrarian.EBOOK_DEST_FOLDER.replace('/', '\\')
# Default destination path, should be allowed change per config file.
dest_path = lazylibrarian.EBOOK_DEST_FOLDER.replace('$Author', authorname).replace(
'$Title', bookname)
global_name = lazylibrarian.EBOOK_DEST_FILE.replace('$Author', authorname).replace(
'$Title', bookname)
global_name = unaccented(global_name)
# dest_path = authorname+'/'+bookname
# global_name = bookname + ' - ' + authorname
# Remove characters we don't want in the filename BEFORE adding to DESTINATION_DIR
# as windows drive identifiers have colon, eg c: but no colons allowed elsewhere?
dic = {'<': '', '>': '', '...': '', ' & ': ' ', ' = ': ' ', '?': '', '$': 's',
' + ': ' ', '"': '', ',': '', '*': '', ':': '', ';': '', '\'': ''}
dest_path = unaccented_str(replace_all(dest_path, dic))
dest_path = os.path.join(processpath, dest_path).encode(lazylibrarian.SYS_ENCODING)
else:
data = myDB.match('SELECT * from magazines WHERE Title="%s"' % book['BookID'])
if data: # it's a magazine
logger.debug(u'Processing magazine %s' % book['BookID'])
# AuxInfo was added for magazine release date, normally housed in 'magazines' but if multiple
# files are downloading, there will be an error in post-processing, trying to go to the
# same directory.
mostrecentissue = data['IssueDate'] # keep for processing issues arriving out of order
# Remove characters we don't want in the filename before (maybe) adding to DESTINATION_DIR
# as windows drive identifiers have colon, eg c: but no colons allowed elsewhere?
dic = {'<': '', '>': '', '...': '', ' & ': ' ', ' = ': ' ', '?': '', '$': 's',
' + ': ' ', '"': '', ',': '', '*': '', ':': '', ';': '', '\'': ''}
mag_name = unaccented_str(replace_all(book['BookID'], dic))
# book auxinfo is a cleaned date, eg 2015-01-01
dest_path = lazylibrarian.MAG_DEST_FOLDER.replace(
'$IssueDate', book['AuxInfo']).replace('$Title', mag_name)
if lazylibrarian.MAG_RELATIVE:
if dest_path[0] not in '._':
dest_path = '_' + dest_path
dest_path = os.path.join(processpath, dest_path).encode(
lazylibrarian.SYS_ENCODING)
else:
dest_path = dest_path.encode(lazylibrarian.SYS_ENCODING)
authorname = None
bookname = None
global_name = lazylibrarian.MAG_DEST_FILE.replace('$IssueDate', book['AuxInfo']).replace(
'$Title', mag_name)
global_name = unaccented(global_name)
else: # not recognised
logger.debug('Nothing in database matching "%s"' % book['BookID'])
continue
else:
logger.debug("Snatched %s %s is not in download directory" % (book['NZBmode'], book['NZBtitle']))
if match:
logger.debug(u'Closest match (%s%%): %s' % (match, pp_path))
#for match in matches:
# logger.info('Match: %s%% %s' % (match[0], match[1]))
continue
processBook = processDestination(pp_path, dest_path, authorname, bookname, global_name)
if processBook:
logger.debug("Processing %s, %s" % (global_name, book['NZBurl']))
# update nzbs, only update the snatched ones in case multiple matches for same book / magazine issue
controlValueDict = {"BookID": book['BookID'], "NZBurl": book['NZBurl'], "Status": "Snatched"}
newValueDict = {"Status": "Processed", "NZBDate": now()} # say when we processed it
myDB.upsert("wanted", newValueDict, controlValueDict)
if bookname:
# it's a book, if None it's a magazine
if len(lazylibrarian.IMP_CALIBREDB):
logger.debug('Calibre should have created the extras for us')
else:
processExtras(myDB, dest_path, global_name, data)
else:
# update mags
controlValueDict = {"Title": book['BookID']}
if mostrecentissue:
if mostrecentissue.isdigit() and str(book['AuxInfo']).isdigit():
older = int(mostrecentissue) > int(book['AuxInfo']) # issuenumber
else:
older = mostrecentissue > book['AuxInfo'] # YYYY-MM-DD
else:
older = False
if older: # check this in case processing issues arriving out of order
newValueDict = {"LastAcquired": today(), "IssueStatus": "Open"}
else:
newValueDict = {"IssueDate": book['AuxInfo'], "LastAcquired": today(),
"IssueStatus": "Open"}
myDB.upsert("magazines", newValueDict, controlValueDict)
# dest_path is where we put the magazine after processing, but we don't have the full filename
# so look for any "book" in that directory
dest_file = book_file(dest_path, booktype='mag')
controlValueDict = {"Title": book['BookID'], "IssueDate": book['AuxInfo']}
newValueDict = {"IssueAcquired": today(),
"IssueFile": dest_file,
"IssueID": create_id("%s %s" % (book['BookID'], book['AuxInfo']))
}
myDB.upsert("issues", newValueDict, controlValueDict)
# create a thumbnail cover for the new issue
create_cover(dest_file)
# calibre or ll copied/moved the files we want, now delete source files
to_delete = True
if book['NZBmode'] in ['torrent', 'magnet']:
# Only delete torrents if we don't want to keep seeding
if lazylibrarian.KEEP_SEEDING:
logger.warn('%s is seeding %s %s' % (book['Source'], book['NZBmode'], book['NZBtitle']))
to_delete = False
else:
# ask downloader to delete the torrent, but not the files
# we may delete them later, depending on other settings
if book['DownloadID'] != "unknown":
logger.debug('Removing %s from %s' % (book['NZBtitle'], book['Source'].lower()))
delete_task(book['Source'], book['DownloadID'], False)
else:
logger.warn("Unable to remove %s from %s, no DownloadID" %
(book['NZBtitle'], book['Source'].lower()))
if to_delete:
# only delete the files if not in download root dir and if DESTINATION_COPY not set
if not lazylibrarian.DESTINATION_COPY and (pp_path != processpath):
if os.path.isdir(pp_path):
# calibre might have already deleted it?
try:
shutil.rmtree(pp_path)
except Exception as why:
logger.debug("Unable to remove %s, %s" % (pp_path, str(why)))
logger.info('Successfully processed: %s' % global_name)
ppcount = ppcount + 1
notify_download("%s from %s at %s" % (global_name, book['NZBprov'], now()))
else:
logger.error('Postprocessing for %s has failed.' % global_name)
logger.error('Warning - Residual files remain in %s.fail' % pp_path)
controlValueDict = {"NZBurl": book['NZBurl'], "Status": "Snatched"}
newValueDict = {"Status": "Failed", "NZBDate": now()}
myDB.upsert("wanted", newValueDict, controlValueDict)
# if it's a book, reset status so we try for a different version
# if it's a magazine, user can select a different one from pastissues table
if bookname:
myDB.action('UPDATE books SET status = "Wanted" WHERE BookID="%s"' % book['BookID'])
# at this point, as it failed we should move it or it will get postprocessed
# again (and fail again)
try:
os.rename(pp_path, pp_path + '.fail')
except Exception as e:
logger.debug("Unable to rename %s, %s" % (pp_path, str(e)))
downloads = os.listdir(processpath) # check in case we processed/deleted some above
for directory in downloads:
dname, extn = os.path.splitext(directory)
if "LL.(" in dname and extn not in ['.fail', '.part', '.bts', '.!ut']:
bookID = str(directory).split("LL.(")[1].split(")")[0]
logger.debug("Book with id: " + str(bookID) + " found in download directory")
pp_path = os.path.join(processpath, directory)
if os.path.isfile(pp_path):
pp_path = os.path.join(processpath)
if (os.path.isdir(pp_path)):
if import_book(pp_path, bookID):
ppcount = ppcount + 1
if ppcount == 0:
logger.info('No snatched books/mags have been found')
else:
logger.info('%s book%s/mag%s processed.' % (ppcount, plural(ppcount), plural(ppcount)))
# Now check for any that are still marked snatched...
if lazylibrarian.TASK_AGE:
snatched = myDB.select('SELECT * from wanted WHERE Status="Snatched"')
if len(snatched) > 0:
for snatch in snatched:
# FUTURE: we could check percentage downloaded or eta?
# if percentage is increasing, it's just slow
try:
when_snatched = time.strptime(snatch['NZBdate'], '%Y-%m-%d %H:%M:%S')
when_snatched = time.mktime(when_snatched)
diff = time.time() - when_snatched # time difference in seconds
except:
diff = 0
hours = int(diff / 3600)
if hours >= lazylibrarian.TASK_AGE:
logger.warn('%s was sent to %s %s hours ago, deleting failed task' %
(snatch['NZBtitle'], snatch['Source'].lower(), hours))
# change status to "Failed", and ask downloader to delete task and files
if snatch['BookID'] != 'unknown':
myDB.action('UPDATE wanted SET Status="Failed" WHERE BookID="%s"' % snatch['BookID'])
myDB.action('UPDATE books SET status = "Wanted" WHERE BookID="%s"' % snatch['BookID'])
delete_task(snatch['Source'], snatch['DownloadID'], True)
if reset:
scheduleJob(action='Restart', target='processDir')
except Exception as e:
logger.error('Unhandled exception in processDir: %s' % traceback.format_exc())
def search_tor_book(books=None, reset=False):
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "SEARCHTOR"
if not lazylibrarian.USE_TOR():
logger.warn('No Torrent providers set, check config')
return
myDB = database.DBConnection()
searchlist = []
if books is None:
# We are performing a backlog search
searchbooks = myDB.select(
'SELECT BookID, AuthorName, Bookname, BookSub, BookAdded from books WHERE Status="Wanted" order by BookAdded desc')
else:
# The user has added a new book
searchbooks = []
for book in books:
searchbook = myDB.select('SELECT BookID, AuthorName, BookName, BookSub from books WHERE BookID="%s" \
AND Status="Wanted"' % book['bookid'])
for terms in searchbook:
searchbooks.append(terms)
if len(searchbooks) == 0:
return
logger.info('TOR Searching for %i book%s' % (len(searchbooks), plural(len(searchbooks))))
for searchbook in searchbooks:
# searchterm is only used for display purposes
searchterm = searchbook['AuthorName'] + ' ' + searchbook['BookName']
if searchbook['BookSub']:
searchterm = searchterm + ': ' + searchbook['BookSub']
searchlist.append(
{"bookid": searchbook['BookID'],
"bookName": searchbook['BookName'],
"bookSub": searchbook['BookSub'],
"authorName": searchbook['AuthorName'],
"searchterm": searchterm})
tor_count = 0
for book in searchlist:
resultlist, nproviders = IterateOverTorrentSites(book, 'book')
if not nproviders:
logger.warn('No torrent providers are set, check config')
return # No point in continuing
found = processResultList(resultlist, book, "book")
# if you can't find the book, try author/title without any "(extended details, series etc)"
if not found and '(' in book['bookName']:
resultlist, nproviders = IterateOverTorrentSites(book, 'shortbook')
found = processResultList(resultlist, book, "shortbook")
# general search is the same as booksearch for torrents
# if not found:
# resultlist, nproviders = IterateOverTorrentSites(book, 'general')
# found = processResultList(resultlist, book, "general")
if not found:
logger.debug("Searches for %s returned no results." % book['searchterm'])
if found > True:
tor_count = tor_count + 1
logger.info("TORSearch for Wanted items complete, found %s book%s" % (tor_count, plural(tor_count)))
if reset:
scheduleJob(action='Restart', target='search_tor_book')
except Exception as e:
logger.error('Unhandled exception in search_tor_book: %s' % traceback.format_exc())
def search_wishlist():
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "SEARCHWISHLIST"
myDB = database.DBConnection()
resultlist, wishproviders = IterateOverWishLists()
new_books = 0
if not wishproviders:
logger.debug('No wishlists are set')
scheduleJob(action='Stop', target='search_wishlist')
return # No point in continuing
# for each item in resultlist, add to database if necessary, and mark as wanted
logger.debug('Processing %s item%s in wishlists' %
(len(resultlist), plural(len(resultlist))))
for book in resultlist:
# we get rss_author, rss_title, maybe rss_isbn, rss_bookid (goodreads bookid)
# we can just use bookid if goodreads, or try isbn and name matching on author/title if not
# eg NYTimes wishlist
if 'E' in book['types']:
ebook_status = "Wanted"
else:
ebook_status = "Skipped"
if 'A' in book['types']:
audio_status = "Wanted"
else:
audio_status = "Skipped"
if lazylibrarian.CONFIG['BOOK_API'] == "GoodReads" and book[
'rss_bookid']:
cmd = 'select Status,AudioStatus,BookName,Requester,AudioRequester from books where bookid=?'
bookmatch = myDB.match(cmd, (book['rss_bookid'], ))
if bookmatch:
bookname = bookmatch['BookName']
if bookmatch['Status'] in ['Open', 'Wanted', 'Have']:
logger.info('Found book %s, already marked as "%s"' %
(bookname, bookmatch['Status']))
if bookmatch["Requester"]: # Already on a wishlist
if book["dispname"] not in bookmatch["Requester"]:
newValueDict = {
"Requester":
bookmatch["Requester"] + book["dispname"] +
' '
}
controlValueDict = {
"BookID": book['rss_bookid']
}
myDB.upsert("books", newValueDict,
controlValueDict)
else:
newValueDict = {
"Requester": book["dispname"] + ' '
}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict,
controlValueDict)
elif ebook_status == "Wanted": # skipped/ignored
logger.info('Found book %s, marking as "Wanted"' %
bookname)
controlValueDict = {"BookID": book['rss_bookid']}
newValueDict = {"Status": "Wanted"}
myDB.upsert("books", newValueDict, controlValueDict)
new_books += 1
if bookmatch["Requester"]: # Already on a wishlist
if book["dispname"] not in bookmatch["Requester"]:
newValueDict = {
"Requester":
bookmatch["Requester"] + book["dispname"] +
' '
}
controlValueDict = {
"BookID": book['rss_bookid']
}
myDB.upsert("books", newValueDict,
controlValueDict)
else:
newValueDict = {
"Requester": book["dispname"] + ' '
}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict,
controlValueDict)
if bookmatch['AudioStatus'] in ['Open', 'Wanted', 'Have']:
logger.info(
'Found audiobook %s, already marked as "%s"' %
(bookname, bookmatch['AudioStatus']))
if bookmatch[
"AudioRequester"]: # Already on a wishlist
if book["dispname"] not in bookmatch[
"AudioRequester"]:
newValueDict = {
"AudioRequester":
bookmatch["AudioRequester"] +
book["dispname"] + ' '
}
controlValueDict = {
"BookID": book['rss_bookid']
}
myDB.upsert("books", newValueDict,
controlValueDict)
else:
newValueDict = {
"AudioRequester": book["dispname"] + ' '
}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict,
controlValueDict)
elif audio_status == "Wanted": # skipped/ignored
logger.info('Found audiobook %s, marking as "Wanted"' %
bookname)
controlValueDict = {"BookID": book['rss_bookid']}
newValueDict = {"AudioStatus": "Wanted"}
myDB.upsert("books", newValueDict, controlValueDict)
new_books += 1
if bookmatch[
"AudioRequester"]: # Already on a wishlist
if book["dispname"] not in bookmatch[
"AudioRequester"]:
newValueDict = {
"AudioRequester":
bookmatch["AudioRequester"] +
book["dispname"] + ' '
}
controlValueDict = {
"BookID": book['rss_bookid']
}
myDB.upsert("books", newValueDict,
controlValueDict)
else:
newValueDict = {
"AudioRequester": book["dispname"] + ' '
}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict,
controlValueDict)
else:
import_book(book['rss_bookid'], ebook_status, audio_status)
new_books += 1
newValueDict = {"Requester": book["dispname"] + ' '}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
newValueDict = {"AudioRequester": book["dispname"] + ' '}
controlValueDict = {"BookID": book['rss_bookid']}
myDB.upsert("books", newValueDict, controlValueDict)
else:
item = {}
results = None
item['Title'] = book['rss_title']
if book['rss_bookid']:
item['BookID'] = book['rss_bookid']
if book['rss_isbn']:
item['ISBN'] = book['rss_isbn']
bookmatch = finditem(item, book['rss_author'])
if bookmatch: # it's already in the database
authorname = bookmatch['AuthorName']
bookname = bookmatch['BookName']
bookid = bookmatch['BookID']
if bookmatch['Status'] in ['Open', 'Wanted', 'Have']:
logger.info(
'Found book %s by %s, already marked as "%s"' %
(bookname, authorname, bookmatch['Status']))
if bookmatch["Requester"]: # Already on a wishlist
if book["dispname"] not in bookmatch["Requester"]:
newValueDict = {
"Requester":
bookmatch["Requester"] + book["dispname"] +
' '
}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict,
controlValueDict)
else:
newValueDict = {
"Requester": book["dispname"] + ' '
}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict,
controlValueDict)
elif ebook_status == 'Wanted': # skipped/ignored
logger.info(
'Found book %s by %s, marking as "Wanted"' %
(bookname, authorname))
controlValueDict = {"BookID": bookid}
newValueDict = {"Status": "Wanted"}
myDB.upsert("books", newValueDict, controlValueDict)
new_books += 1
if bookmatch["Requester"]: # Already on a wishlist
if book["dispname"] not in bookmatch["Requester"]:
newValueDict = {
"Requester":
bookmatch["Requester"] + book["dispname"] +
' '
}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict,
controlValueDict)
else:
newValueDict = {
"Requester": book["dispname"] + ' '
}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict,
controlValueDict)
if bookmatch['AudioStatus'] in ['Open', 'Wanted', 'Have']:
logger.info(
'Found audiobook %s by %s, already marked as "%s"'
% (bookname, authorname, bookmatch['AudioStatus']))
if bookmatch[
"AudioRequester"]: # Already on a wishlist
if book["dispname"] not in bookmatch[
"AudioRequester"]:
newValueDict = {
"AudioRequester":
bookmatch["AudioRequester"] +
book["dispname"] + ' '
}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict,
controlValueDict)
else:
newValueDict = {
"AudioRequester": book["dispname"] + ' '
}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict,
controlValueDict)
elif audio_status == 'Wanted': # skipped/ignored
logger.info(
'Found audiobook %s by %s, marking as "Wanted"' %
(bookname, authorname))
controlValueDict = {"BookID": bookid}
newValueDict = {"AudioStatus": "Wanted"}
myDB.upsert("books", newValueDict, controlValueDict)
new_books += 1
if bookmatch[
"AudioRequester"]: # Already on a wishlist
if book["dispname"] not in bookmatch[
"AudioRequester"]:
newValueDict = {
"AudioRequester":
bookmatch["AudioRequester"] +
book["dispname"] + ' '
}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict,
controlValueDict)
else:
newValueDict = {
"AudioRequester": book["dispname"] + ' '
}
controlValueDict = {"BookID": bookid}
myDB.upsert("books", newValueDict,
controlValueDict)
else: # not in database yet
if book['rss_isbn']:
results = search_for(book['rss_isbn'])
if results:
result = results[0] # type: dict
if result['isbn_fuzz'] > check_int(
lazylibrarian.CONFIG['MATCH_RATIO'], 90):
logger.info(
"Found (%s%%) %s: %s" %
(result['isbn_fuzz'], result['authorname'],
result['bookname']))
import_book(result['bookid'], ebook_status,
audio_status)
new_books += 1
newValueDict = {
"Requester": book["dispname"] + ' '
}
controlValueDict = {"BookID": result['bookid']}
myDB.upsert("books", newValueDict,
controlValueDict)
newValueDict = {
"AudioRequester": book["dispname"] + ' '
}
myDB.upsert("books", newValueDict,
controlValueDict)
bookmatch = True
if not results:
searchterm = "%s <ll> %s" % (item['Title'],
formatAuthorName(
book['rss_author']))
results = search_for(unaccented(searchterm))
if results:
result = results[0] # type: dict
if result['author_fuzz'] > check_int(lazylibrarian.CONFIG['MATCH_RATIO'], 90) \
and result['book_fuzz'] > check_int(lazylibrarian.CONFIG['MATCH_RATIO'], 90):
logger.info(
"Found (%s%% %s%%) %s: %s" %
(result['author_fuzz'], result['book_fuzz'],
result['authorname'], result['bookname']))
import_book(result['bookid'], ebook_status,
audio_status)
new_books += 1
newValueDict = {
"Requester": book["dispname"] + ' '
}
controlValueDict = {"BookID": result['bookid']}
myDB.upsert("books", newValueDict,
controlValueDict)
newValueDict = {
"AudioRequester": book["dispname"] + ' '
}
myDB.upsert("books", newValueDict,
controlValueDict)
bookmatch = True
if not bookmatch:
msg = "Skipping book %s by %s" % (item['Title'],
book['rss_author'])
if not results:
msg += ', No results returned'
logger.warn(msg)
else:
msg += ', No match found'
logger.warn(msg)
result = results[0] # type: dict
msg = "Closest match (%s%% %s%%) %s: %s" % (
result['author_fuzz'], result['book_fuzz'],
result['authorname'], result['bookname'])
logger.warn(msg)
if new_books:
logger.info("Wishlist marked %s book%s as Wanted" %
(new_books, plural(new_books)))
except Exception:
logger.error('Unhandled exception in search_wishlist: %s' %
traceback.format_exc())
finally:
threading.currentThread().name = "WEBSERVER"
def processDir(reset=False):
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "POSTPROCESS"
if not lazylibrarian.DOWNLOAD_DIR or not os.path.isdir(lazylibrarian.DOWNLOAD_DIR):
processpath = os.getcwd()
else:
processpath = lazylibrarian.DOWNLOAD_DIR
logger.debug(' Checking [%s] for files to post process' % processpath)
try:
downloads = os.listdir(processpath)
except OSError as why:
logger.error('Could not access [%s] directory [%s]' % (processpath, why.strerror))
return
myDB = database.DBConnection()
snatched = myDB.select('SELECT * from wanted WHERE Status="Snatched"')
if len(snatched) == 0:
logger.info('Nothing marked as snatched.')
scheduleJob(action='Stop', target='processDir')
return
if len(downloads) == 0:
logger.info('No downloads are found. Nothing to process.')
return
logger.info("Checking %s download%s for %s snatched file%s" %
(len(downloads), plural(len(downloads)), len(snatched), plural(len(snatched))))
ppcount = 0
for book in snatched:
matches = []
for fname in downloads:
if not fname.endswith('.fail'): # has this failed before?
# this is to get round differences in torrent filenames.
# Torrents aren't always returned with the name we searched for
# there might be a better way...
if isinstance(fname, str):
matchname = fname.decode(lazylibrarian.SYS_ENCODING)
else:
matchname = fname
if ' LL.(' in matchname:
matchname = matchname.split(' LL.(')[0]
matchtitle = book['NZBtitle']
match = 0
if matchtitle:
if ' LL.(' in matchtitle:
matchtitle = matchtitle.split(' LL.(')[0]
match = fuzz.token_set_ratio(matchtitle, matchname)
if match >= lazylibrarian.DLOAD_RATIO:
fname = matchname
if os.path.isfile(os.path.join(processpath, fname)):
# handle single file downloads here...
if is_valid_booktype(fname, booktype="book") \
or is_valid_booktype(fname, booktype="mag"):
dirname = os.path.join(processpath, os.path.splitext(fname)[0])
if not os.path.exists(dirname):
try:
os.makedirs(dirname)
except OSError as why:
logger.debug('Failed to create directory %s, %s' % (dirname, why.strerror))
if os.path.exists(dirname):
try:
shutil.move(os.path.join(processpath, fname), os.path.join(dirname, fname))
fname = os.path.splitext(fname)[0]
except Exception as why:
logger.debug("Failed to move file %s to %s, %s" %
(fname, dirname, str(why)))
if os.path.isdir(os.path.join(processpath, fname)):
pp_path = os.path.join(processpath, fname)
logger.debug('Found folder (%s%%) %s for %s' % (match, pp_path, book['NZBtitle']))
matches.append([match, pp_path, book])
else:
logger.debug('No match (%s%%) %s for %s' % (match, matchname, matchtitle))
else:
logger.debug('Skipping %s' % fname)
if matches:
highest = max(matches, key=lambda x: x[0])
match = highest[0]
pp_path = highest[1]
book = highest[2]
logger.info(u'Best match (%s%%): %s for %s' %
(match, pp_path, book['NZBtitle']))
data = myDB.select('SELECT * from books WHERE BookID="%s"' % book['BookID'])
if data:
authorname = data[0]['AuthorName']
bookname = data[0]['BookName']
if 'windows' in platform.system().lower() and '/' in lazylibrarian.EBOOK_DEST_FOLDER:
logger.warn('Please check your EBOOK_DEST_FOLDER setting')
lazylibrarian.EBOOK_DEST_FOLDER = lazylibrarian.EBOOK_DEST_FOLDER.replace('/', '\\')
# Default destination path, should be allowed change per config file.
dest_path = lazylibrarian.EBOOK_DEST_FOLDER.replace('$Author', authorname).replace(
'$Title', bookname)
global_name = lazylibrarian.EBOOK_DEST_FILE.replace('$Author', authorname).replace(
'$Title', bookname)
global_name = unaccented(global_name)
# dest_path = authorname+'/'+bookname
# global_name = bookname + ' - ' + authorname
# Remove characters we don't want in the filename BEFORE adding to DESTINATION_DIR
# as windows drive identifiers have colon, eg c: but no colons allowed elsewhere?
dic = {'<': '', '>': '', '...': '', ' & ': ' ', ' = ': ' ', '?': '', '$': 's',
' + ': ' ', '"': '', ',': '', '*': '', ':': '', ';': '', '\'': ''}
dest_path = unaccented_str(replace_all(dest_path, dic))
dest_path = os.path.join(lazylibrarian.DESTINATION_DIR, dest_path).encode(
lazylibrarian.SYS_ENCODING)
else:
data = myDB.select('SELECT * from magazines WHERE Title="%s"' % book['BookID'])
if data:
# AuxInfo was added for magazine release date, normally housed in 'magazines' but if multiple
# files are downloading, there will be an error in post-processing, trying to go to the
# same directory.
mostrecentissue = data[0]['IssueDate'] # keep for processing issues arriving out of order
# Remove characters we don't want in the filename before (maybe) adding to DESTINATION_DIR
# as windows drive identifiers have colon, eg c: but no colons allowed elsewhere?
dic = {'<': '', '>': '', '...': '', ' & ': ' ', ' = ': ' ', '?': '', '$': 's',
' + ': ' ', '"': '', ',': '', '*': '', ':': '', ';': '', '\'': ''}
mag_name = unaccented_str(replace_all(book['BookID'], dic))
# book auxinfo is a cleaned date, eg 2015-01-01
dest_path = lazylibrarian.MAG_DEST_FOLDER.replace(
'$IssueDate',
book['AuxInfo']).replace('$Title', mag_name)
# dest_path = '_Magazines/'+title+'/'+book['AuxInfo']
if lazylibrarian.MAG_RELATIVE:
if dest_path[0] not in '._':
dest_path = '_' + dest_path
dest_path = os.path.join(lazylibrarian.DESTINATION_DIR, dest_path).encode(
lazylibrarian.SYS_ENCODING)
else:
dest_path = dest_path.encode(lazylibrarian.SYS_ENCODING)
authorname = None
bookname = None
global_name = lazylibrarian.MAG_DEST_FILE.replace('$IssueDate', book['AuxInfo']).replace(
'$Title', mag_name)
global_name = unaccented(global_name)
# global_name = book['AuxInfo']+' - '+title
else:
logger.debug("Snatched magazine %s is not in download directory" % (book['BookID']))
continue
else:
logger.debug("Snatched %s %s is not in download directory" % (book['NZBmode'], book['NZBtitle']))
continue
processBook = processDestination(pp_path, dest_path, authorname, bookname, global_name)
if processBook:
logger.debug("Processing %s, %s" % (global_name, book['NZBurl']))
# update nzbs, only update the snatched ones in case multiple matches for same book / magazine issue
controlValueDict = {"NZBurl": book['NZBurl'], "Status": "Snatched"}
newValueDict = {"Status": "Processed", "NZBDate": now()} # say when we processed it
myDB.upsert("wanted", newValueDict, controlValueDict)
if bookname is not None: # it's a book, if None it's a magazine
if len(lazylibrarian.IMP_CALIBREDB):
logger.debug('Calibre should have created the extras for us')
else:
processExtras(myDB, dest_path, global_name, data)
else:
# update mags
controlValueDict = {"Title": book['BookID']}
if mostrecentissue:
if mostrecentissue.isdigit() and str(book['AuxInfo']).isdigit():
older = int(mostrecentissue) > int(book['AuxInfo']) # issuenumber
else:
older = mostrecentissue > book['AuxInfo'] # YYYY-MM-DD
else:
older = False
if older: # check this in case processing issues arriving out of order
newValueDict = {"LastAcquired": today(), "IssueStatus": "Open"}
else:
newValueDict = {"IssueDate": book['AuxInfo'], "LastAcquired": today(),
"IssueStatus": "Open"}
myDB.upsert("magazines", newValueDict, controlValueDict)
# dest_path is where we put the magazine after processing, but we don't have the full filename
# so look for any "book" in that directory
dest_file = book_file(dest_path, booktype='mag')
controlValueDict = {"Title": book['BookID'], "IssueDate": book['AuxInfo']}
newValueDict = {"IssueAcquired": today(),
"IssueFile": dest_file,
"IssueID": create_id("%s %s" % (book['BookID'], book['AuxInfo']))
}
myDB.upsert("issues", newValueDict, controlValueDict)
# create a thumbnail cover for the new issue
create_cover(dest_file)
logger.info('Successfully processed: %s' % global_name)
ppcount = ppcount + 1
notify_download("%s at %s" % (global_name, now()))
else:
logger.error('Postprocessing for %s has failed.' % global_name)
logger.error('Warning - Residual files remain in %s.fail' % pp_path)
controlValueDict = {"NZBurl": book['NZBurl'], "Status": "Snatched"}
newValueDict = {"Status": "Failed", "NZBDate": now()}
myDB.upsert("wanted", newValueDict, controlValueDict)
# if it's a book, reset status so we try for a different version
# if it's a magazine, user can select a different one from pastissues table
if bookname is not None:
myDB.action('UPDATE books SET status = "Wanted" WHERE BookID="%s"' % book['BookID'])
# at this point, as it failed we should move it or it will get postprocessed
# again (and fail again)
try:
os.rename(pp_path, pp_path + '.fail')
except:
logger.debug("Unable to rename %s" % pp_path)
downloads = os.listdir(processpath) # check in case we processed/deleted some above
for directory in downloads:
if "LL.(" in directory and not directory.endswith('.fail'):
bookID = str(directory).split("LL.(")[1].split(")")[0]
logger.debug("Book with id: " + str(bookID) + " is in downloads")
pp_path = os.path.join(processpath, directory)
if os.path.isfile(pp_path):
pp_path = os.path.join(processpath)
if (os.path.isdir(pp_path)):
logger.debug('Found LL folder %s.' % pp_path)
if import_book(pp_path, bookID):
ppcount = ppcount + 1
if ppcount == 0:
logger.info('No snatched books/mags have been found')
else:
logger.info('%s book%s/mag%s processed.' % (ppcount, plural(ppcount), plural(ppcount)))
if reset:
scheduleJob(action='Restart', target='processDir')
def search_magazines(mags=None, reset=False):
# produce a list of magazines to search for, tor, nzb, torznab, rss
# noinspection PyBroadException
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
if not mags:
threading.currentThread().name = "SEARCHALLMAG"
else:
threading.currentThread().name = "SEARCHMAG"
myDB = database.DBConnection()
searchlist = []
if not mags: # backlog search
searchmags = myDB.select('SELECT Title, Regex, DateType, LastAcquired, \
IssueDate from magazines WHERE Status="Active"')
else:
searchmags = []
for magazine in mags:
searchmags_temp = myDB.select('SELECT Title,Regex,DateType,LastAcquired,IssueDate from magazines \
WHERE Title=? AND Status="Active"', (magazine['bookid'],))
for terms in searchmags_temp:
searchmags.append(terms)
if len(searchmags) == 0:
threading.currentThread().name = "WEBSERVER"
return
# should clear old search results as might not be available any more
# ie torrent not available, changed providers, out of news server retention etc.
# Only delete the "skipped" ones, not wanted/snatched/processed/ignored
# logger.debug("Removing old magazine search results")
# myDB.action('DELETE from pastissues WHERE Status="Skipped"')
logger.info('Searching for %i magazine%s' % (len(searchmags), plural(len(searchmags))))
for searchmag in searchmags:
bookid = searchmag['Title']
searchterm = searchmag['Regex']
datetype = searchmag['DateType']
if not datetype:
datetype = ''
if not searchterm:
dic = {'...': '', ' & ': ' ', ' = ': ' ', '?': '', '$': 's', ' + ': ' ', '"': '', ',': '', '*': ''}
# strip accents from the magazine title for easier name-matching
searchterm = unaccented_str(searchmag['Title'])
if not searchterm:
# unless there are no ascii characters left
searchterm = searchmag['Title']
searchterm = replace_all(searchterm, dic)
searchterm = re.sub('[.\-/]', ' ', searchterm)
if PY2:
searchterm = searchterm.encode(lazylibrarian.SYS_ENCODING)
searchlist.append({"bookid": bookid, "searchterm": searchterm, "datetype": datetype})
if not searchlist:
logger.warn('There is nothing to search for. Mark some magazines as active.')
for book in searchlist:
resultlist = []
if lazylibrarian.USE_NZB():
resultlist, nproviders = IterateOverNewzNabSites(book, 'mag')
if not nproviders:
# don't nag. Show warning message no more than every 20 mins
timenow = int(time.time())
if check_int(lazylibrarian.NO_NZB_MSG, 0) + 1200 < timenow:
logger.warn('No nzb providers are available. Check config and blocklist')
lazylibrarian.NO_NZB_MSG = timenow
if lazylibrarian.USE_DIRECT():
dir_resultlist, nproviders = IterateOverDirectSites(book, 'mag')
if not nproviders:
# don't nag. Show warning message no more than every 20 mins
timenow = int(time.time())
if check_int(lazylibrarian.NO_DIRECT_MSG, 0) + 1200 < timenow:
logger.warn('No direct providers are available. Check config and blocklist')
lazylibrarian.NO_DIRECT_MSG = timenow
if dir_resultlist:
for item in dir_resultlist: # reformat the results so they look like nzbs
resultlist.append({
'bookid': item['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate': 'Fri, 01 Jan 1970 00:00:00 +0100', # fake date as none returned
'nzbsize': item['tor_size'],
'nzbmode': 'direct'
})
if lazylibrarian.USE_TOR():
tor_resultlist, nproviders = IterateOverTorrentSites(book, 'mag')
if not nproviders:
# don't nag. Show warning message no more than every 20 mins
timenow = int(time.time())
if check_int(lazylibrarian.NO_TOR_MSG, 0) + 1200 < timenow:
logger.warn('No tor providers are available. Check config and blocklist')
lazylibrarian.NO_TOR_MSG = timenow
if tor_resultlist:
for item in tor_resultlist: # reformat the torrent results so they look like nzbs
resultlist.append({
'bookid': item['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate': 'Fri, 01 Jan 1970 00:00:00 +0100', # fake date as none returned from torrents
'nzbsize': item['tor_size'],
'nzbmode': 'torrent'
})
if lazylibrarian.USE_RSS():
rss_resultlist, nproviders, dltypes = IterateOverRSSSites()
if not nproviders or 'M' not in dltypes:
# don't nag. Show warning message no more than every 20 mins
timenow = int(time.time())
if check_int(lazylibrarian.NO_RSS_MSG, 0) + 1200 < timenow:
logger.warn('No rss providers are available. Check config and blocklist')
lazylibrarian.NO_RSS_MSG = timenow
if rss_resultlist:
for item in rss_resultlist: # reformat the rss results so they look like nzbs
if 'M' in item['types']:
resultlist.append({
'bookid': book['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate': item['tor_date'], # may be fake date as none returned from rss torrents
'nzbsize': item['tor_size'],
'nzbmode': item['tor_type']
})
if not resultlist:
logger.debug("No results for magazine %s" % book['searchterm'])
else:
bad_name = 0
bad_date = 0
old_date = 0
rejects = 0
total_nzbs = 0
new_date = 0
maglist = []
issues = []
bookid = ''
for nzb in resultlist:
total_nzbs += 1
bookid = nzb['bookid']
# strip accents from the magazine title for easier name-matching
nzbtitle = unaccented_str(nzb['nzbtitle'])
if not nzbtitle:
# unless it's not a latin-1 encodable name
nzbtitle = nzb['nzbtitle']
nzbtitle = nzbtitle.replace('"', '').replace("'", "") # suppress " in titles
nzburl = nzb['nzburl']
nzbprov = nzb['nzbprov']
nzbdate_temp = nzb['nzbdate']
nzbsize_temp = nzb['nzbsize']
nzbsize_temp = check_int(nzbsize_temp, 1000) # not all torrents returned by torznab have a size
nzbsize = round(float(nzbsize_temp) / 1048576, 2)
nzbdate = nzbdate2format(nzbdate_temp)
nzbmode = nzb['nzbmode']
# Need to make sure that substrings of magazine titles don't get found
# (e.g. Maxim USA will find Maximum PC USA) so split into "words"
dic = {'.': ' ', '-': ' ', '/': ' ', '+': ' ', '_': ' ', '(': '', ')': '', '[': ' ', ']': ' ',
'#': '# '}
nzbtitle_formatted = replace_all(nzbtitle, dic)
# remove extra spaces if they're in a row
nzbtitle_formatted = " ".join(nzbtitle_formatted.split())
nzbtitle_exploded = nzbtitle_formatted.split()
results = myDB.match('SELECT * from magazines WHERE Title=?', (bookid,))
if not results:
logger.debug('Magazine [%s] does not match search term [%s].' % (nzbtitle, bookid))
bad_name += 1
else:
rejected = False
maxsize = check_int(lazylibrarian.CONFIG['REJECT_MAGSIZE'], 0)
if maxsize and nzbsize > maxsize:
logger.debug("Rejecting %s, too large" % nzbtitle)
rejected = True
if not rejected:
minsize = check_int(lazylibrarian.CONFIG['REJECT_MAGMIN'], 0)
if minsize and nzbsize < minsize:
logger.debug("Rejecting %s, too small" % nzbtitle)
rejected = True
if not rejected:
bookid_exploded = replace_all(bookid, dic).split()
# Check nzb has magazine title and a date/issue nr
# eg The MagPI July 2015
if len(nzbtitle_exploded) > len(bookid_exploded):
# needs to be longer as it has to include a date
# check all the words in the mag title are in the nzbtitle
rejected = False
wlist = []
for word in nzbtitle_exploded:
word = unaccented(word).lower()
if word:
wlist.append(word)
for word in bookid_exploded:
word = unaccented(word).lower()
if word and word not in wlist:
logger.debug("Rejecting %s, missing %s" % (nzbtitle, word))
rejected = True
break
if rejected:
logger.debug(
"Magazine title match failed " + bookid + " for " + nzbtitle_formatted)
else:
logger.debug(
"Magazine title matched " + bookid + " for " + nzbtitle_formatted)
else:
logger.debug("Magazine name too short (%s)" % len(nzbtitle_exploded))
rejected = True
if not rejected and lazylibrarian.CONFIG['BLACKLIST_FAILED']:
blocked = myDB.match('SELECT * from wanted WHERE NZBurl=? and Status="Failed"', (nzburl,))
if blocked:
logger.debug("Rejecting %s, blacklisted at %s" %
(nzbtitle_formatted, blocked['NZBprov']))
rejected = True
if not rejected and lazylibrarian.CONFIG['BLACKLIST_PROCESSED']:
blocked = myDB.match('SELECT * from wanted WHERE NZBurl=?', (nzburl,))
if blocked:
logger.debug("Rejecting %s, blacklisted at %s" %
(nzbtitle_formatted, blocked['NZBprov']))
rejected = True
if not rejected:
reject_list = getList(str(results['Reject']).lower())
reject_list += getList(lazylibrarian.CONFIG['REJECT_MAGS'], ',')
lower_title = unaccented(nzbtitle_formatted).lower()
lower_bookid = unaccented(bookid).lower()
if reject_list:
if lazylibrarian.LOGLEVEL & lazylibrarian.log_searchmag:
logger.debug('Reject: %s' % str(reject_list))
logger.debug('Title: %s' % lower_title)
logger.debug('Bookid: %s' % lower_bookid)
for word in reject_list:
if word in lower_title and word not in lower_bookid:
rejected = True
logger.debug("Rejecting %s, contains %s" % (nzbtitle_formatted, word))
break
if rejected:
rejects += 1
else:
regex_pass, issuedate, year = get_issue_date(nzbtitle_exploded)
if regex_pass:
logger.debug('Issue %s (regex %s) for %s ' %
(issuedate, regex_pass, nzbtitle_formatted))
datetype_ok = True
datetype = book['datetype']
if datetype:
# check all wanted parts are in the regex result
# Day Month Year Vol Iss (MM needs two months)
if 'M' in datetype and regex_pass not in [1, 2, 3, 4, 5, 6, 7, 12]:
datetype_ok = False
elif 'D' in datetype and regex_pass not in [3, 5, 6]:
datetype_ok = False
elif 'MM' in datetype and regex_pass not in [1]: # bi monthly
datetype_ok = False
elif 'V' in datetype and 'I' in datetype and regex_pass not in [8, 9, 17, 18]:
datetype_ok = False
elif 'V' in datetype and regex_pass not in [2, 10, 11, 12, 13, 14, 17, 18]:
datetype_ok = False
elif 'I' in datetype and regex_pass not in [2, 10, 11, 12, 13, 14, 16, 17, 18]:
datetype_ok = False
elif 'Y' in datetype and regex_pass not in [1, 2, 3, 4, 5, 6, 7, 8, 10,
12, 13, 15, 16, 18]:
datetype_ok = False
else:
datetype_ok = False
logger.debug('Magazine %s not in a recognised date format.' % nzbtitle_formatted)
bad_date += 1
# allow issues with good name but bad date to be included
# so user can manually select them, incl those with issue numbers
issuedate = "1970-01-01" # provide a fake date for bad-date issues
# wanted issues go into wanted table marked "Wanted"
# the rest into pastissues table marked "Skipped" or "Have"
insert_table = "pastissues"
comp_date = 0
if datetype_ok:
control_date = results['IssueDate']
logger.debug("Control date: [%s]" % control_date)
if not control_date: # we haven't got any copies of this magazine yet
# get a rough time just over MAX_AGE days ago to compare to, in format yyyy-mm-dd
# could perhaps calc differently for weekly, biweekly etc
# For magazines with only an issue number use zero as we can't tell age
if str(issuedate).isdigit():
logger.debug('Magazine comparing issue numbers (%s)' % issuedate)
control_date = 0
elif re.match('\d+-\d\d-\d\d', str(issuedate)):
start_time = time.time()
start_time -= int(
lazylibrarian.CONFIG['MAG_AGE']) * 24 * 60 * 60 # number of seconds in days
if start_time < 0: # limit of unixtime (1st Jan 1970)
start_time = 0
control_date = time.strftime("%Y-%m-%d", time.localtime(start_time))
logger.debug('Magazine date comparing to %s' % control_date)
else:
logger.debug('Magazine unable to find comparison type [%s]' % issuedate)
control_date = 0
if str(control_date).isdigit() and str(issuedate).isdigit():
# for issue numbers, check if later than last one we have
if regex_pass in [10, 12, 13] and year:
issuedate = "%s%04d" % (year, int(issuedate))
else:
issuedate = str(issuedate).zfill(4)
if not control_date:
comp_date = 1
else:
comp_date = int(issuedate) - int(control_date)
elif re.match('\d+-\d\d-\d\d', str(control_date)) and \
re.match('\d+-\d\d-\d\d', str(issuedate)):
# only grab a copy if it's newer than the most recent we have,
# or newer than a month ago if we have none
comp_date = datecompare(issuedate, control_date)
else:
# invalid comparison of date and issue number
comp_date = 0
if re.match('\d+-\d\d-\d\d', str(control_date)):
if regex_pass > 9 and year:
# we assumed it was an issue number, but it could be a date
year = check_int(year, 0)
if regex_pass in [10, 12, 13]:
issuedate = int(issuedate[:4])
issuenum = check_int(issuedate, 0)
if year and 1 <= issuenum <= 12:
issuedate = "%04d-%02d-01" % (year, issuenum)
comp_date = datecompare(issuedate, control_date)
if not comp_date:
logger.debug('Magazine %s failed: Expecting a date' % nzbtitle_formatted)
else:
logger.debug('Magazine %s failed: Expecting issue number' % nzbtitle_formatted)
if not comp_date:
bad_date += 1
issuedate = "1970-01-01"
if issuedate == "1970-01-01":
logger.debug('This issue of %s is unknown age; skipping.' % nzbtitle_formatted)
elif not datetype_ok:
logger.debug('This issue of %s not in a wanted date format.' % nzbtitle_formatted)
elif comp_date > 0:
# keep track of what we're going to download so we don't download dupes
new_date += 1
issue = bookid + ',' + issuedate
if issue not in issues:
maglist.append({
'bookid': bookid,
'nzbprov': nzbprov,
'nzbtitle': nzbtitle,
'nzburl': nzburl,
'nzbmode': nzbmode
})
logger.debug('This issue of %s is new, downloading' % nzbtitle_formatted)
issues.append(issue)
logger.debug('Magazine request number %s' % len(issues))
if lazylibrarian.LOGLEVEL & lazylibrarian.log_searchmag:
logger.debug(str(issues))
insert_table = "wanted"
nzbdate = now() # when we asked for it
else:
logger.debug('This issue of %s is already flagged for download' % issue)
else:
if lazylibrarian.LOGLEVEL & lazylibrarian.log_searchmag:
logger.debug('This issue of %s is old; skipping.' % nzbtitle_formatted)
old_date += 1
# store only the _new_ matching results
# Don't add a new entry if this issue has been found on an earlier search
# and status has been user-set ( we only delete the "Skipped" ones )
# In "wanted" table it might be already snatched/downloading/processing
mag_entry = myDB.match('SELECT Status from %s WHERE NZBtitle=? and NZBprov=?' %
insert_table, (nzbtitle, nzbprov))
if mag_entry:
if lazylibrarian.LOGLEVEL & lazylibrarian.log_searchmag:
logger.debug('%s is already in %s marked %s' %
(nzbtitle, insert_table, mag_entry['Status']))
else:
controlValueDict = {
"NZBtitle": nzbtitle,
"NZBprov": nzbprov
}
if insert_table == 'pastissues':
# try to mark ones we've already got
match = myDB.match("SELECT * from issues WHERE Title=? AND IssueDate=?",
(bookid, issuedate))
if match:
insert_status = "Have"
else:
insert_status = "Skipped"
else:
insert_status = "Wanted"
newValueDict = {
"NZBurl": nzburl,
"BookID": bookid,
"NZBdate": nzbdate,
"AuxInfo": issuedate,
"Status": insert_status,
"NZBsize": nzbsize,
"NZBmode": nzbmode
}
myDB.upsert(insert_table, newValueDict, controlValueDict)
if lazylibrarian.LOGLEVEL & lazylibrarian.log_searchmag:
logger.debug('Added %s to %s marked %s' % (nzbtitle, insert_table, insert_status))
msg = 'Found %i result%s for %s. %i new,' % (total_nzbs, plural(total_nzbs), bookid, new_date)
msg += ' %i old, %i fail date, %i fail name,' % (old_date, bad_date, bad_name)
msg += ' %i rejected: %i to download' % (rejects, len(maglist))
logger.info(msg)
for magazine in maglist:
if magazine['nzbmode'] in ["torznab", "torrent", "magnet"]:
snatch, res = TORDownloadMethod(
magazine['bookid'],
magazine['nzbtitle'],
magazine['nzburl'],
'magazine')
elif magazine['nzbmode'] == 'direct':
snatch, res = DirectDownloadMethod(
magazine['bookid'],
magazine['nzbtitle'],
magazine['nzburl'],
'magazine')
elif magazine['nzbmode'] == 'nzb':
snatch, res = NZBDownloadMethod(
magazine['bookid'],
magazine['nzbtitle'],
magazine['nzburl'],
'magazine')
else:
res = 'Unhandled NZBmode [%s] for %s' % (magazine['nzbmode'], magazine["nzburl"])
logger.error(res)
snatch = 0
if snatch:
logger.info('Downloading %s from %s' % (magazine['nzbtitle'], magazine["nzbprov"]))
custom_notify_snatch("%s %s" % (magazine['bookid'], magazine['nzburl']))
notify_snatch("Magazine %s from %s at %s" %
(unaccented(magazine['nzbtitle']), magazine["nzbprov"], now()))
scheduleJob(action='Start', target='PostProcessor')
else:
myDB.action('UPDATE wanted SET status="Failed",DLResult=? WHERE NZBurl=?',
(res, magazine["nzburl"]))
if reset:
scheduleJob(action='Restart', target='search_magazines')
logger.info("Search for magazines complete")
except Exception:
logger.error('Unhandled exception in search_magazines: %s' % traceback.format_exc())
finally:
threading.currentThread().name = "WEBSERVER"
def search_nzb_book(books=None, reset=False):
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "SEARCHNZB"
if not lazylibrarian.USE_NZB():
logger.warn('No NEWZNAB/TORZNAB providers set, check config')
return
myDB = database.DBConnection()
searchlist = []
if books is None:
# We are performing a backlog search
searchbooks = myDB.select('SELECT BookID, AuthorName, Bookname, BookSub, BookAdded from books WHERE Status="Wanted" order by BookAdded desc')
else:
# The user has added a new book
searchbooks = []
for book in books:
searchbook = myDB.select('SELECT BookID, AuthorName, BookName, BookSub from books WHERE BookID="%s" \
AND Status="Wanted"' % book['bookid'])
for terms in searchbook:
searchbooks.append(terms)
if len(searchbooks) == 0:
logger.debug("NZB search requested for no books or invalid BookID")
return
else:
logger.info('NZB Searching for %i book%s' % (len(searchbooks), plural(len(searchbooks))))
for searchbook in searchbooks:
# searchterm is only used for display purposes
searchterm = searchbook['AuthorName'] + ' "' + searchbook['BookName']
if searchbook['BookSub']:
searchterm = searchterm + ': ' + searchbook['BookSub']
searchterm = searchterm + '"'
searchlist.append({"bookid": searchbook['BookID'], "bookName": searchbook['BookName'], "bookSub": searchbook['BookSub'], "authorName": searchbook['AuthorName'], "searchterm": searchterm})
if not lazylibrarian.SAB_HOST and not lazylibrarian.NZB_DOWNLOADER_BLACKHOLE and not lazylibrarian.NZBGET_HOST:
logger.warn('No download method is set, use SABnzbd/NZBGet or blackhole, check config')
nzb_count = 0
for book in searchlist:
# first attempt, try author/title in category "book"
resultlist, nproviders = providers.IterateOverNewzNabSites(book, 'book')
if not nproviders:
logger.warn('No NewzNab or TorzNab providers are set, check config')
return # no point in continuing
found = processResultList(resultlist, book, "book")
# if you can't find the book, try author/title without any "(extended details, series etc)"
if not found and '(' in book['bookName']:
resultlist, nproviders = providers.IterateOverNewzNabSites(book, 'shortbook')
found = processResultList(resultlist, book, "shortbook")
# if you can't find the book under "books", you might find under general search
if not found:
resultlist, nproviders = providers.IterateOverNewzNabSites(book, 'general')
found = processResultList(resultlist, book, "general")
if not found:
logger.debug("NZB Searches for %s returned no results." % book['searchterm'])
if found > True:
nzb_count = nzb_count + 1 # we found it
logger.info("NZBSearch for Wanted items complete, found %s book%s" % (nzb_count, plural(nzb_count)))
if reset:
scheduleJob(action='Restart', target='search_nzb_book')
def search_rss_book(books=None, reset=False):
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "SEARCHRSS"
if not(lazylibrarian.USE_RSS()):
logger.warn('RSS search is disabled')
scheduleJob(action='Stop', target='search_rss_book')
return
myDB = database.DBConnection()
searchlist = []
if books is None:
# We are performing a backlog search
searchbooks = myDB.select(
'SELECT BookID, AuthorName, Bookname, BookSub, BookAdded from books WHERE Status="Wanted" \
order by BookAdded desc')
else:
# The user has added a new book
searchbooks = []
for book in books:
searchbook = myDB.select('SELECT BookID, AuthorName, BookName, BookSub from books WHERE BookID="%s" \
AND Status="Wanted"' % book['bookid'])
for terms in searchbook:
searchbooks.append(terms)
if len(searchbooks) == 0:
return
logger.info('RSS Searching for %i book%s' % (len(searchbooks), plural(len(searchbooks))))
resultlist, nproviders = IterateOverRSSSites()
if not nproviders:
logger.warn('No rss providers are set, check config')
return # No point in continuing
dic = {'...': '', '.': ' ', ' & ': ' ', ' = ': ' ', '?': '', '$': 's', ' + ': ' ', '"': '',
',': '', '*': '', ':': '', ';': ''}
rss_count = 0
for book in searchbooks:
authorname, bookname = get_searchterm(book, "book")
found = processResultList(resultlist, authorname, bookname, book, 'book')
# if you can't find the book, try title without any "(extended details, series etc)"
if not found and '(' in bookname: # anything to shorten?
authorname, bookname = get_searchterm(book, "shortbook")
found = processResultList(resultlist, authorname, bookname, book, 'shortbook')
if not found:
logger.debug("Searches returned no results. Adding book %s - %s to queue." % (authorname, bookname))
if found > True:
rss_count = rss_count + 1
logger.info("RSS Search for Wanted items complete, found %s book%s" % (rss_count, plural(rss_count)))
if reset:
scheduleJob(action='Restart', target='search_rss_book')
except Exception as e:
logger.error('Unhandled exception in search_rss_book: %s' % traceback.format_exc())
def processDir(reset=False):
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "POSTPROCESS"
if not lazylibrarian.DOWNLOAD_DIR or not os.path.isdir(
lazylibrarian.DOWNLOAD_DIR):
processpath = os.getcwd()
else:
processpath = lazylibrarian.DOWNLOAD_DIR
logger.debug(' Checking [%s] for files to post process' % processpath)
try:
downloads = os.listdir(processpath)
except OSError as why:
logger.error('Could not access [%s] directory [%s]' %
(processpath, why.strerror))
return
myDB = database.DBConnection()
snatched = myDB.select('SELECT * from wanted WHERE Status="Snatched"')
if len(snatched) == 0:
logger.info('Nothing marked as snatched.')
scheduleJob(action='Stop', target='processDir')
return
if len(downloads) == 0:
logger.info('No downloads are found. Nothing to process.')
return
logger.info("Checking %s download%s for %s snatched file%s" %
(len(downloads), plural(
len(downloads)), len(snatched), plural(len(snatched))))
ppcount = 0
for book in snatched:
matches = []
for fname in downloads:
if not fname.endswith('.fail'): # has this failed before?
# this is to get round differences in torrent filenames.
# Torrents aren't always returned with the name we searched for
# there might be a better way...
if isinstance(fname, str):
matchname = fname.decode(lazylibrarian.SYS_ENCODING)
else:
matchname = fname
if ' LL.(' in matchname:
matchname = matchname.split(' LL.(')[0]
matchtitle = book['NZBtitle']
match = 0
if matchtitle:
if ' LL.(' in matchtitle:
matchtitle = matchtitle.split(' LL.(')[0]
match = fuzz.token_set_ratio(matchtitle, matchname)
if match >= lazylibrarian.DLOAD_RATIO:
fname = matchname
if os.path.isfile(os.path.join(processpath, fname)):
# handle single file downloads here...
if is_valid_booktype(fname, booktype="book") \
or is_valid_booktype(fname, booktype="mag"):
dirname = os.path.join(processpath,
os.path.splitext(fname)[0])
if not os.path.exists(dirname):
try:
os.makedirs(dirname)
except OSError as why:
logger.debug(
'Failed to create directory %s, %s' %
(dirname, why.strerror))
if os.path.exists(dirname):
try:
shutil.move(
os.path.join(processpath, fname),
os.path.join(dirname, fname))
fname = os.path.splitext(fname)[0]
except Exception as why:
logger.debug(
"Failed to move file %s to %s, %s" %
(fname, dirname, str(why)))
if os.path.isdir(os.path.join(processpath, fname)):
pp_path = os.path.join(processpath, fname)
logger.debug('Found folder (%s%%) %s for %s' %
(match, pp_path, book['NZBtitle']))
matches.append([match, pp_path, book])
else:
logger.debug('No match (%s%%) %s for %s' %
(match, matchname, matchtitle))
else:
logger.debug('Skipping %s' % fname)
if matches:
highest = max(matches, key=lambda x: x[0])
match = highest[0]
pp_path = highest[1]
book = highest[2]
logger.info(u'Best match (%s%%): %s for %s' %
(match, pp_path, book['NZBtitle']))
data = myDB.select('SELECT * from books WHERE BookID="%s"' %
book['BookID'])
if data:
authorname = data[0]['AuthorName']
bookname = data[0]['BookName']
if 'windows' in platform.system().lower(
) and '/' in lazylibrarian.EBOOK_DEST_FOLDER:
logger.warn('Please check your EBOOK_DEST_FOLDER setting')
lazylibrarian.EBOOK_DEST_FOLDER = lazylibrarian.EBOOK_DEST_FOLDER.replace(
'/', '\\')
# Default destination path, should be allowed change per config file.
dest_path = lazylibrarian.EBOOK_DEST_FOLDER.replace(
'$Author', authorname).replace('$Title', bookname)
global_name = lazylibrarian.EBOOK_DEST_FILE.replace(
'$Author', authorname).replace('$Title', bookname)
global_name = unaccented(global_name)
# dest_path = authorname+'/'+bookname
# global_name = bookname + ' - ' + authorname
# Remove characters we don't want in the filename BEFORE adding to DESTINATION_DIR
# as windows drive identifiers have colon, eg c: but no colons allowed elsewhere?
dic = {
'<': '',
'>': '',
'...': '',
' & ': ' ',
' = ': ' ',
'?': '',
'$': 's',
' + ': ' ',
'"': '',
',': '',
'*': '',
':': '',
';': '',
'\'': ''
}
dest_path = unaccented_str(replace_all(dest_path, dic))
dest_path = os.path.join(lazylibrarian.DESTINATION_DIR,
dest_path).encode(
lazylibrarian.SYS_ENCODING)
else:
data = myDB.select('SELECT * from magazines WHERE Title="%s"' %
book['BookID'])
if data:
# AuxInfo was added for magazine release date, normally housed in 'magazines' but if multiple
# files are downloading, there will be an error in post-processing, trying to go to the
# same directory.
mostrecentissue = data[0][
'IssueDate'] # keep for processing issues arriving out of order
# Remove characters we don't want in the filename before (maybe) adding to DESTINATION_DIR
# as windows drive identifiers have colon, eg c: but no colons allowed elsewhere?
dic = {
'<': '',
'>': '',
'...': '',
' & ': ' ',
' = ': ' ',
'?': '',
'$': 's',
' + ': ' ',
'"': '',
',': '',
'*': '',
':': '',
';': '',
'\'': ''
}
mag_name = unaccented_str(replace_all(book['BookID'], dic))
# book auxinfo is a cleaned date, eg 2015-01-01
dest_path = lazylibrarian.MAG_DEST_FOLDER.replace(
'$IssueDate',
book['AuxInfo']).replace('$Title', mag_name)
# dest_path = '_Magazines/'+title+'/'+book['AuxInfo']
if lazylibrarian.MAG_RELATIVE:
if dest_path[0] not in '._':
dest_path = '_' + dest_path
dest_path = os.path.join(
lazylibrarian.DESTINATION_DIR,
dest_path).encode(lazylibrarian.SYS_ENCODING)
else:
dest_path = dest_path.encode(
lazylibrarian.SYS_ENCODING)
authorname = None
bookname = None
global_name = lazylibrarian.MAG_DEST_FILE.replace(
'$IssueDate',
book['AuxInfo']).replace('$Title', mag_name)
global_name = unaccented(global_name)
# global_name = book['AuxInfo']+' - '+title
else:
logger.debug(
"Snatched magazine %s is not in download directory" %
(book['BookID']))
continue
else:
logger.debug("Snatched %s %s is not in download directory" %
(book['NZBmode'], book['NZBtitle']))
continue
processBook = processDestination(pp_path, dest_path, authorname,
bookname, global_name)
if processBook:
logger.debug("Processing %s, %s" % (global_name, book['NZBurl']))
# update nzbs, only update the snatched ones in case multiple matches for same book / magazine issue
controlValueDict = {"NZBurl": book['NZBurl'], "Status": "Snatched"}
newValueDict = {
"Status": "Processed",
"NZBDate": now()
} # say when we processed it
myDB.upsert("wanted", newValueDict, controlValueDict)
if bookname is not None: # it's a book, if None it's a magazine
if len(lazylibrarian.IMP_CALIBREDB):
logger.debug(
'Calibre should have created the extras for us')
else:
processExtras(myDB, dest_path, global_name, data)
else:
# update mags
controlValueDict = {"Title": book['BookID']}
if mostrecentissue:
if mostrecentissue.isdigit() and str(
book['AuxInfo']).isdigit():
older = int(mostrecentissue) > int(
book['AuxInfo']) # issuenumber
else:
older = mostrecentissue > book['AuxInfo'] # YYYY-MM-DD
else:
older = False
if older: # check this in case processing issues arriving out of order
newValueDict = {
"LastAcquired": today(),
"IssueStatus": "Open"
}
else:
newValueDict = {
"IssueDate": book['AuxInfo'],
"LastAcquired": today(),
"IssueStatus": "Open"
}
myDB.upsert("magazines", newValueDict, controlValueDict)
# dest_path is where we put the magazine after processing, but we don't have the full filename
# so look for any "book" in that directory
dest_file = book_file(dest_path, booktype='mag')
controlValueDict = {
"Title": book['BookID'],
"IssueDate": book['AuxInfo']
}
newValueDict = {
"IssueAcquired":
today(),
"IssueFile":
dest_file,
"IssueID":
create_id("%s %s" % (book['BookID'], book['AuxInfo']))
}
myDB.upsert("issues", newValueDict, controlValueDict)
# create a thumbnail cover for the new issue
create_cover(dest_file)
logger.info('Successfully processed: %s' % global_name)
ppcount = ppcount + 1
notify_download("%s at %s" % (global_name, now()))
else:
logger.error('Postprocessing for %s has failed.' % global_name)
logger.error('Warning - Residual files remain in %s.fail' %
pp_path)
controlValueDict = {"NZBurl": book['NZBurl'], "Status": "Snatched"}
newValueDict = {"Status": "Failed", "NZBDate": now()}
myDB.upsert("wanted", newValueDict, controlValueDict)
# if it's a book, reset status so we try for a different version
# if it's a magazine, user can select a different one from pastissues table
if bookname is not None:
myDB.action(
'UPDATE books SET status = "Wanted" WHERE BookID="%s"' %
book['BookID'])
# at this point, as it failed we should move it or it will get postprocessed
# again (and fail again)
try:
os.rename(pp_path, pp_path + '.fail')
except:
logger.debug("Unable to rename %s" % pp_path)
downloads = os.listdir(
processpath) # check in case we processed/deleted some above
for directory in downloads:
if "LL.(" in directory and not directory.endswith('.fail'):
bookID = str(directory).split("LL.(")[1].split(")")[0]
logger.debug("Book with id: " + str(bookID) + " is in downloads")
pp_path = os.path.join(processpath, directory)
if os.path.isfile(pp_path):
pp_path = os.path.join(processpath)
if (os.path.isdir(pp_path)):
logger.debug('Found LL folder %s.' % pp_path)
if import_book(pp_path, bookID):
ppcount = ppcount + 1
if ppcount == 0:
logger.info('No snatched books/mags have been found')
else:
logger.info('%s book%s/mag%s processed.' %
(ppcount, plural(ppcount), plural(ppcount)))
if reset:
scheduleJob(action='Restart', target='processDir')
def search_wishlist():
if not (lazylibrarian.USE_RSS()):
logger.warn('RSS search is disabled')
scheduleJob(action='Stop', target='search_wishlist')
return
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "SEARCHWISHLIST"
myDB = database.DBConnection()
resultlist, wishproviders = IterateOverWishLists()
new_books = 0
if not wishproviders:
logger.debug('No wishlists are set')
scheduleJob(action='Stop', target='search_wishlist')
return # No point in continuing
# for each item in resultlist, add to database if necessary, and mark as wanted
logger.debug('Processing %s item%s in wishlists' % (len(resultlist), plural(len(resultlist))))
for book in resultlist:
# we get rss_author, rss_title, maybe rss_isbn, rss_bookid (goodreads bookid)
# we can just use bookid if goodreads, or try isbn and name matching on author/title if googlebooks
# not sure if anyone would use a goodreads wishlist if not using goodreads interface...
if lazylibrarian.CONFIG['BOOK_API'] == "GoodReads" and book['rss_bookid']:
bookmatch = myDB.match('select Status,BookName from books where bookid=?', (book['rss_bookid'],))
if bookmatch:
bookstatus = bookmatch['Status']
bookname = bookmatch['BookName']
if bookstatus in ['Open', 'Wanted', 'Have']:
logger.info('Found book %s, already marked as "%s"' % (bookname, bookstatus))
else: # skipped/ignored
logger.info('Found book %s, marking as "Wanted"' % bookname)
controlValueDict = {"BookID": book['rss_bookid']}
newValueDict = {"Status": "Wanted"}
myDB.upsert("books", newValueDict, controlValueDict)
new_books += 1
else:
import_book(book['rss_bookid'])
new_books += 1
else:
item = {}
results = None
item['Title'] = book['rss_title']
if book['rss_bookid']:
item['BookID'] = book['rss_bookid']
if book['rss_isbn']:
item['ISBN'] = book['rss_isbn']
bookmatch = finditem(item, book['rss_author'])
if bookmatch: # it's already in the database
authorname = bookmatch['AuthorName']
bookname = bookmatch['BookName']
bookid = bookmatch['BookID']
bookstatus = bookmatch['Status']
if bookstatus in ['Open', 'Wanted', 'Have']:
logger.info(
'Found book %s by %s, already marked as "%s"' % (bookname, authorname, bookstatus))
else: # skipped/ignored
logger.info('Found book %s by %s, marking as "Wanted"' % (bookname, authorname))
controlValueDict = {"BookID": bookid}
newValueDict = {"Status": "Wanted"}
myDB.upsert("books", newValueDict, controlValueDict)
new_books += 1
else: # not in database yet
if book['rss_isbn']:
results = search_for(book['rss_isbn'])
if results:
result = results[0] # type: dict
if result['isbn_fuzz'] > check_int(lazylibrarian.CONFIG['MATCH_RATIO'], 90):
logger.info("Found (%s%%) %s: %s" %
(result['isbn_fuzz'], result['authorname'], result['bookname']))
import_book(result['bookid'])
new_books += 1
bookmatch = True
if not results:
searchterm = "%s <ll> %s" % (item['Title'], formatAuthorName(book['rss_author']))
results = search_for(unaccented(searchterm))
if results:
result = results[0] # type: dict
if result['author_fuzz'] > check_int(lazylibrarian.CONFIG['MATCH_RATIO'], 90) \
and result['book_fuzz'] > check_int(lazylibrarian.CONFIG['MATCH_RATIO'], 90):
logger.info("Found (%s%% %s%%) %s: %s" % (result['author_fuzz'], result['book_fuzz'],
result['authorname'], result['bookname']))
import_book(result['bookid'])
new_books += 1
bookmatch = True
if not bookmatch:
msg = "Skipping book %s by %s" % (item['Title'], book['rss_author'])
if not results:
msg += ', No results returned'
logger.warn(msg)
else:
msg += ', No match found'
logger.warn(msg)
result = results[0] # type: dict
msg = "Closest match (%s%% %s%%) %s: %s" % (result['author_fuzz'], result['book_fuzz'],
result['authorname'], result['bookname'])
logger.warn(msg)
if new_books:
logger.info("Wishlist marked %s book%s as Wanted" % (new_books, plural(new_books)))
except Exception:
logger.error('Unhandled exception in search_wishlist: %s' % traceback.format_exc())
finally:
threading.currentThread().name = "WEBSERVER"
def search_nzb_book(books=None, reset=False):
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
if books is None:
threading.currentThread().name = "SEARCHALLNZB"
else:
threading.currentThread().name = "SEARCHNZB"
if not lazylibrarian.USE_NZB():
logger.warn('No NEWZNAB/TORZNAB providers set, check config')
return
if not internet():
logger.warn('Search NZB Book: No internet connection')
return
myDB = database.DBConnection()
searchlist = []
if books is None:
# We are performing a backlog search
cmd = 'SELECT BookID, AuthorName, Bookname, BookSub, BookAdded from books,authors '
cmd += 'WHERE books.Status="Wanted" and books.AuthorID = authors.AuthorID order by BookAdded desc'
searchbooks = myDB.select(cmd)
else:
# The user has added a new book
searchbooks = []
for book in books:
cmd = 'SELECT BookID, AuthorName, BookName, BookSub from books,authors'
cmd += ' WHERE BookID="%s"' % book['bookid']
cmd += ' AND books.AuthorID = authors.AuthorID AND books.Status="Wanted"'
searchbook = myDB.select(cmd)
for terms in searchbook:
searchbooks.append(terms)
if len(searchbooks) == 0:
return
logger.info('NZB Searching for %i book%s' %
(len(searchbooks), plural(len(searchbooks))))
for searchbook in searchbooks:
# searchterm is only used for display purposes
searchterm = searchbook['AuthorName'] + ' ' + searchbook['BookName']
if searchbook['BookSub']:
searchterm = searchterm + ': ' + searchbook['BookSub']
searchlist.append({
"bookid": searchbook['BookID'],
"bookName": searchbook['BookName'],
"bookSub": searchbook['BookSub'],
"authorName": searchbook['AuthorName'],
"searchterm": searchterm
})
nzb_count = 0
for book in searchlist:
# first attempt, try author/title in category "book"
resultlist, nproviders = providers.IterateOverNewzNabSites(
book, 'book')
if not nproviders:
logger.warn(
'No NewzNab or TorzNab providers are set, check config')
return # no point in continuing
found = processResultList(resultlist, book, "book")
# if you can't find the book, try author/title without any "(extended details, series etc)"
if not found and '(' in book['bookName']:
resultlist, nproviders = providers.IterateOverNewzNabSites(
book, 'shortbook')
found = processResultList(resultlist, book, "shortbook")
# if you can't find the book under "books", you might find under general search
if not found:
resultlist, nproviders = providers.IterateOverNewzNabSites(
book, 'general')
found = processResultList(resultlist, book, "general")
# if still not found, try general search again without any "(extended details, series etc)"
if not found and '(' in book['bookName']:
resultlist, nproviders = providers.IterateOverNewzNabSites(
book, 'shortgeneral')
found = processResultList(resultlist, book, "shortgeneral")
if not found:
logger.info("NZB Searches for %s returned no results." %
book['searchterm'])
if found > True:
nzb_count += 1 # we found it
logger.info("NZBSearch for Wanted items complete, found %s book%s" %
(nzb_count, plural(nzb_count)))
if reset:
scheduleJob(action='Restart', target='search_nzb_book')
except Exception:
logger.error('Unhandled exception in search_nzb_book: %s' %
traceback.format_exc())
def processResultList(resultlist, authorname, bookname, book, searchtype):
myDB = database.DBConnection()
dictrepl = {
'...': '',
'.': ' ',
' & ': ' ',
' = ': ' ',
'?': '',
'$': 's',
' + ': ' ',
'"': '',
',': ' ',
'*': '',
'(': '',
')': '',
'[': '',
']': '',
'#': '',
'0': '',
'1': '',
'2': '',
'3': '',
'4': '',
'5': '',
'6': '',
'7': '',
'8': '',
'9': '',
'\'': '',
':': '',
'!': '',
'-': ' ',
'\s\s': ' '
}
match_ratio = int(lazylibrarian.MATCH_RATIO)
reject_list = getList(lazylibrarian.REJECT_WORDS)
matches = []
# bit of a misnomer now, rss can search both tor and nzb rss feeds
for tor in resultlist:
torTitle = unaccented_str(replace_all(tor['tor_title'],
dictrepl)).strip()
torTitle = re.sub(r"\s\s+", " ", torTitle) # remove extra whitespace
tor_Author_match = fuzz.token_set_ratio(authorname, torTitle)
tor_Title_match = fuzz.token_set_ratio(bookname, torTitle)
logger.debug("RSS Author/Title Match: %s/%s for %s" %
(tor_Author_match, tor_Title_match, torTitle))
tor_url = tor['tor_url']
rejected = False
already_failed = myDB.match(
'SELECT * from wanted WHERE NZBurl="%s" and Status="Failed"' %
tor_url)
if already_failed:
logger.debug("Rejecting %s, blacklisted at %s" %
(torTitle, already_failed['NZBprov']))
rejected = True
if not rejected:
for word in reject_list:
if word in torTitle.lower() and word not in authorname.lower(
) and word not in bookname.lower():
rejected = True
logger.debug("Rejecting %s, contains %s" %
(torTitle, word))
break
tor_size_temp = tor[
'tor_size'] # Need to cater for when this is NONE (Issue 35)
if tor_size_temp is None:
tor_size_temp = 1000
tor_size = round(float(tor_size_temp) / 1048576, 2)
maxsize = check_int(lazylibrarian.REJECT_MAXSIZE, 0)
if not rejected:
if maxsize and tor_size > maxsize:
rejected = True
logger.debug("Rejecting %s, too large" % torTitle)
if not rejected:
bookid = book['bookid']
tor_Title = (book["authorName"] + ' - ' + book['bookName'] +
' LL.(' + book['bookid'] + ')').strip()
tor_prov = tor['tor_prov']
tor_feed = tor['tor_feed']
controlValueDict = {"NZBurl": tor_url}
newValueDict = {
"NZBprov": tor_prov,
"BookID": bookid,
"NZBdate": now(), # when we asked for it
"NZBsize": tor_size,
"NZBtitle": tor_Title,
"NZBmode": "torrent",
"Status": "Skipped"
}
score = (tor_Title_match + tor_Author_match) / 2 # as a percentage
# lose a point for each extra word in the title so we get the closest match
words = len(getList(torTitle))
words -= len(getList(authorname))
words -= len(getList(bookname))
score -= abs(words)
matches.append([score, torTitle, newValueDict, controlValueDict])
if matches:
highest = max(matches, key=lambda x: x[0])
score = highest[0]
nzb_Title = highest[1]
newValueDict = highest[2]
controlValueDict = highest[3]
if score < match_ratio:
logger.debug(
u'Nearest RSS match (%s%%): %s using %s search for %s %s' %
(score, nzb_Title, searchtype, authorname, bookname))
return False
logger.info(u'Best RSS match (%s%%): %s using %s search' %
(score, nzb_Title, searchtype))
snatchedbooks = myDB.match(
'SELECT * from books WHERE BookID="%s" and Status="Snatched"' %
newValueDict["BookID"])
if snatchedbooks: # check if one of the other downloaders got there first
logger.info('%s already marked snatched' % nzb_Title)
return True
else:
myDB.upsert("wanted", newValueDict, controlValueDict)
tor_url = controlValueDict["NZBurl"]
if '.nzb' in tor_url:
snatch = NZBDownloadMethod(newValueDict["BookID"],
newValueDict["NZBprov"],
newValueDict["NZBtitle"],
controlValueDict["NZBurl"])
else:
"""
# http://baconbits.org/torrents.php?action=download&authkey=<authkey>&torrent_pass=<password.hashed>&id=185398
if not tor_url.startswith('magnet'): # magnets don't use auth
pwd = lazylibrarian.RSS_PROV[tor_feed]['PASS']
auth = lazylibrarian.RSS_PROV[tor_feed]['AUTH']
# don't know what form of password hash is required, try sha1
tor_url = tor_url.replace('<authkey>', auth).replace('<password.hashed>', sha1(pwd))
"""
snatch = TORDownloadMethod(newValueDict["BookID"],
newValueDict["NZBprov"],
newValueDict["NZBtitle"], tor_url)
if snatch:
logger.info(
'Downloading %s from %s' %
(newValueDict["NZBtitle"], newValueDict["NZBprov"]))
notify_snatch(
"%s from %s at %s" %
(newValueDict["NZBtitle"], newValueDict["NZBprov"], now()))
scheduleJob(action='Start', target='processDir')
return True + True # we found it
else:
logger.debug("No RSS found for " +
(book["authorName"] + ' ' + book['bookName']).strip())
return False
def processResultList(resultlist, book, searchtype):
myDB = database.DBConnection()
dictrepl = {'...': '', '.': ' ', ' & ': ' ', ' = ': ' ', '?': '', '$': 's', ' + ': ' ', '"': '',
',': ' ', '*': '', '(': '', ')': '', '[': '', ']': '', '#': '', '0': '', '1': '',
'2': '', '3': '', '4': '', '5': '', '6': '', '7': '', '8': '', '9': '', '\'': '',
':': '', '!': '', '-': ' ', '\s\s': ' '}
# ' the ': ' ', ' a ': ' ', ' and ': ' ',
# ' to ': ' ', ' of ': ' ', ' for ': ' ', ' my ': ' ', ' in ': ' ', ' at ': ' ', ' with ': ' '}
dic = {'...': '', '.': ' ', ' & ': ' ', ' = ': ' ', '?': '', '$': 's', ' + ': ' ', '"': '',
',': '', '*': '', ':': '', ';': '', '\'': ''}
match_ratio = int(lazylibrarian.MATCH_RATIO)
reject_list = getList(lazylibrarian.REJECT_WORDS)
author = unaccented_str(replace_all(book['authorName'], dic))
title = unaccented_str(replace_all(book['bookName'], dic))
matches = []
for nzb in resultlist:
nzb_Title = unaccented_str(replace_all(nzb['nzbtitle'], dictrepl)).strip()
nzb_Title = re.sub(r"\s\s+", " ", nzb_Title) # remove extra whitespace
nzbAuthor_match = fuzz.token_set_ratio(author, nzb_Title)
nzbBook_match = fuzz.token_set_ratio(title, nzb_Title)
logger.debug(u"NZB author/book Match: %s/%s for %s" % (nzbAuthor_match, nzbBook_match, nzb_Title))
nzburl = nzb['nzburl']
rejected = False
already_failed = myDB.action('SELECT * from wanted WHERE NZBurl="%s" and Status="Failed"' %
nzburl).fetchone()
if already_failed:
logger.debug("Rejecting %s, blacklisted at %s" % (nzb_Title, already_failed['NZBprov']))
rejected = True
if not rejected:
for word in reject_list:
if word in nzb_Title.lower() and not word in author.lower() and not word in title.lower():
rejected = True
logger.debug("Rejecting %s, contains %s" % (nzb_Title, word))
break
nzbsize_temp = nzb['nzbsize'] # Need to cater for when this is NONE (Issue 35)
if nzbsize_temp is None:
nzbsize_temp = 1000
nzbsize = round(float(nzbsize_temp) / 1048576, 2)
maxsize = check_int(lazylibrarian.REJECT_MAXSIZE, 0)
if not rejected:
if maxsize and nzbsize > maxsize:
rejected = True
logger.debug("Rejecting %s, too large" % nzb_Title)
if not rejected:
if nzbAuthor_match >= match_ratio and nzbBook_match >= match_ratio:
bookid = book['bookid']
nzbTitle = (author + ' - ' + title + ' LL.(' + book['bookid'] + ')').strip()
nzbprov = nzb['nzbprov']
nzbdate_temp = nzb['nzbdate']
nzbdate = nzbdate2format(nzbdate_temp)
nzbmode = nzb['nzbmode']
controlValueDict = {"NZBurl": nzburl}
newValueDict = {
"NZBprov": nzbprov,
"BookID": bookid,
"NZBdate": now(), # when we asked for it
"NZBsize": nzbsize,
"NZBtitle": nzbTitle,
"NZBmode": nzbmode,
"Status": "Skipped"
}
score = (nzbBook_match + nzbAuthor_match)/2 # as a percentage
# lose a point for each extra word in the title so we get the closest match
words = len(getList(nzb_Title))
words -= len(getList(author))
words -= len(getList(title))
score -= abs(words)
matches.append([score, nzb_Title, newValueDict, controlValueDict])
if matches:
highest = max(matches, key=lambda x: x[0])
score = highest[0]
nzb_Title = highest[1]
newValueDict = highest[2]
controlValueDict = highest[3]
logger.info(u'Best match NZB (%s%%): %s using %s search' %
(score, nzb_Title, searchtype))
snatchedbooks = myDB.action('SELECT * from books WHERE BookID="%s" and Status="Snatched"' %
newValueDict["BookID"]).fetchone()
if snatchedbooks:
logger.debug('%s already marked snatched' % nzb_Title)
return True # someone else found it
else:
logger.debug('%s adding to wanted' % nzb_Title)
myDB.upsert("wanted", newValueDict, controlValueDict)
if nzbmode == "torznab":
snatch = TORDownloadMethod(newValueDict["BookID"], newValueDict["NZBprov"],
newValueDict["NZBtitle"], controlValueDict["NZBurl"])
else:
snatch = NZBDownloadMethod(newValueDict["BookID"], newValueDict["NZBprov"],
newValueDict["NZBtitle"], controlValueDict["NZBurl"])
if snatch:
notifiers.notify_snatch(newValueDict["NZBtitle"] + ' at ' + now())
scheduleJob(action='Start', target='processDir')
return True + True # we found it
else:
logger.debug("No nzb's found for [%s] using searchtype %s" % (book["searchterm"], searchtype))
return False
def search_nzb_book(books=None, reset=False):
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "SEARCHNZB"
if not lazylibrarian.USE_NZB():
logger.warn('No NEWZNAB/TORZNAB providers set, check config')
return
myDB = database.DBConnection()
searchlist = []
if books is None:
# We are performing a backlog search
searchbooks = myDB.select(
'SELECT BookID, AuthorName, Bookname, BookSub, BookAdded from books WHERE Status="Wanted" order by BookAdded desc'
)
else:
# The user has added a new book
searchbooks = []
for book in books:
searchbook = myDB.select(
'SELECT BookID, AuthorName, BookName, BookSub from books WHERE BookID="%s" \
AND Status="Wanted"' % book['bookid'])
for terms in searchbook:
searchbooks.append(terms)
if len(searchbooks) == 0:
logger.debug("NZB search requested for no books or invalid BookID")
return
else:
logger.info('NZB Searching for %i book%s' %
(len(searchbooks), plural(len(searchbooks))))
for searchbook in searchbooks:
# searchterm is only used for display purposes
searchterm = searchbook['AuthorName'] + ' "' + searchbook['BookName']
if searchbook['BookSub']:
searchterm = searchterm + ': ' + searchbook['BookSub']
searchterm = searchterm + '"'
searchlist.append({
"bookid": searchbook['BookID'],
"bookName": searchbook['BookName'],
"bookSub": searchbook['BookSub'],
"authorName": searchbook['AuthorName'],
"searchterm": searchterm
})
if not lazylibrarian.SAB_HOST and not lazylibrarian.NZB_DOWNLOADER_BLACKHOLE and not lazylibrarian.NZBGET_HOST:
logger.warn(
'No download method is set, use SABnzbd/NZBGet or blackhole, check config'
)
nzb_count = 0
for book in searchlist:
# first attempt, try author/title in category "book"
resultlist, nproviders = providers.IterateOverNewzNabSites(
book, 'book')
if not nproviders:
logger.warn(
'No NewzNab or TorzNab providers are set, check config')
return # no point in continuing
found = processResultList(resultlist, book, "book")
# if you can't find the book, try author/title without any "(extended details, series etc)"
if not found and '(' in book['bookName']:
resultlist, nproviders = providers.IterateOverNewzNabSites(
book, 'shortbook')
found = processResultList(resultlist, book, "shortbook")
# if you can't find the book under "books", you might find under general search
if not found:
resultlist, nproviders = providers.IterateOverNewzNabSites(
book, 'general')
found = processResultList(resultlist, book, "general")
if not found:
logger.debug("NZB Searches for %s returned no results." %
book['searchterm'])
if found > True:
nzb_count = nzb_count + 1 # we found it
logger.info("NZBSearch for Wanted items complete, found %s book%s" %
(nzb_count, plural(nzb_count)))
if reset:
scheduleJob(action='Restart', target='search_nzb_book')
def search_magazines(mags=None, reset=False):
# produce a list of magazines to search for, tor, nzb, torznab, rss
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "SEARCHMAG"
myDB = database.DBConnection()
searchlist = []
if mags is None: # backlog search
searchmags = myDB.select('SELECT Title, Regex, LastAcquired, \
IssueDate from magazines WHERE Status="Active"')
else:
searchmags = []
for magazine in mags:
searchmags_temp = myDB.select('SELECT Title, Regex, LastAcquired, IssueDate from magazines \
WHERE Title="%s" AND Status="Active"' % (magazine['bookid']))
for terms in searchmags_temp:
searchmags.append(terms)
if len(searchmags) == 0:
return
# should clear old search results as might not be available any more
# ie torrent not available, changed providers, out of news server retention etc.
# Only delete the "skipped" ones, not wanted/snatched/processed/ignored
logger.debug(u"Removing old magazine search results")
myDB.action('DELETE from pastissues WHERE Status="Skipped"')
logger.info('Searching for %i magazine%s' % (len(searchmags), plural(len(searchmags))))
for searchmag in searchmags:
bookid = searchmag['Title']
searchterm = searchmag['Regex']
if not searchterm:
searchterm = searchmag['Title']
dic = {'...': '', ' & ': ' ', ' = ': ' ', '?': '', '$': 's', ' + ': ' ', '"': '', ',': '', '*': ''}
searchterm = unaccented_str(replace_all(searchterm, dic))
searchterm = re.sub('[\.\-\/]', ' ', searchterm).encode(lazylibrarian.SYS_ENCODING)
searchlist.append({"bookid": bookid, "searchterm": searchterm})
if searchlist == []:
logger.warn('There is nothing to search for. Mark some magazines as active.')
for book in searchlist:
resultlist = []
tor_resultlist = []
if lazylibrarian.USE_NZB():
resultlist, nproviders = IterateOverNewzNabSites(book, 'mag')
if not nproviders:
logger.warn('No nzb providers are set. Check config for NEWZNAB or TORZNAB providers')
if lazylibrarian.USE_TOR():
tor_resultlist, nproviders = IterateOverTorrentSites(book, 'mag')
if not nproviders:
logger.warn('No torrent providers are set. Check config for TORRENT providers')
if tor_resultlist:
for item in tor_resultlist: # reformat the torrent results so they look like nzbs
resultlist.append({
'bookid': item['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate': 'Fri, 01 Jan 1970 00:00:00 +0100', # fake date as none returned from torrents
'nzbsize': item['tor_size'],
'nzbmode': 'torrent'
})
if lazylibrarian.USE_RSS():
rss_resultlist, nproviders = IterateOverRSSSites(book, 'mag')
if not nproviders:
logger.warn('No rss providers are set. Check config for RSS providers')
if rss_resultlist:
for item in rss_resultlist: # reformat the rss results so they look like nzbs
resultlist.append({
'bookid': book['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate':
item['tor_date'], # may be fake date as none returned from rss torrents, only rss nzb
'nzbsize': item['tor_size'],
'nzbmode': item['tor_type']
})
if not resultlist:
logger.debug("Adding magazine %s to queue." % book['searchterm'])
else:
bad_name = 0
bad_date = 0
old_date = 0
total_nzbs = 0
new_date = 0
maglist = []
issues = []
for nzb in resultlist:
total_nzbs = total_nzbs + 1
bookid = nzb['bookid']
nzbtitle = unaccented_str(nzb['nzbtitle'])
nzbtitle = nzbtitle.replace('"', '').replace("'", "") # suppress " in titles
nzburl = nzb['nzburl']
nzbprov = nzb['nzbprov']
nzbdate_temp = nzb['nzbdate']
nzbsize_temp = nzb['nzbsize']
nzbsize_temp = check_int(nzbsize_temp, 1000) # not all torrents returned by torznab have a size
nzbsize = round(float(nzbsize_temp) / 1048576, 2)
nzbdate = nzbdate2format(nzbdate_temp)
nzbmode = nzb['nzbmode']
results = myDB.match('SELECT * from magazines WHERE Title="%s"' % bookid)
if not results:
logger.debug('Magazine [%s] does not match search term [%s].' % (nzbtitle, bookid))
bad_name = bad_name + 1
else:
rejected = False
maxsize = check_int(lazylibrarian.REJECT_MAGSIZE, 0)
if maxsize and nzbsize > maxsize:
logger.debug("Rejecting %s, too large" % nzbtitle)
rejected = True
if not rejected:
control_date = results['IssueDate']
reject_list = getList(results['Reject'])
dic = {'.': ' ', '-': ' ', '/': ' ', '+': ' ', '_': ' ', '(': '', ')': ''}
nzbtitle_formatted = replace_all(nzbtitle, dic).strip()
# Need to make sure that substrings of magazine titles don't get found
# (e.g. Maxim USA will find Maximum PC USA) - token_set_ratio takes care of this
# remove extra spaces if they're in a row
nzbtitle_exploded_temp = " ".join(nzbtitle_formatted.split())
nzbtitle_exploded = nzbtitle_exploded_temp.split(' ')
if ' ' in bookid:
bookid_exploded = bookid.split(' ')
else:
bookid_exploded = [bookid]
# check nzb starts with magazine title followed by a date
# eg The MagPI Issue 22 - July 2015
if len(nzbtitle_exploded) > len(bookid_exploded):
# needs to be longer as it has to include a date
# check (nearly) all the words in the mag title are in the nzbtitle - allow some fuzz
mag_title_match = fuzz.token_set_ratio(
unaccented(bookid),
unaccented(nzbtitle_formatted))
if mag_title_match < lazylibrarian.MATCH_RATIO:
logger.debug(
u"Magazine token set Match failed: " + str(
mag_title_match) + "% for " + nzbtitle_formatted)
rejected = True
else:
logger.debug(
u"Magazine matched: " + str(
mag_title_match) + "% " + bookid + " for " + nzbtitle_formatted)
else:
rejected = True
if not rejected:
already_failed = myDB.match('SELECT * from wanted WHERE NZBurl="%s" and Status="Failed"' %
nzburl)
if already_failed:
logger.debug("Rejecting %s, blacklisted at %s" %
(nzbtitle_formatted, already_failed['NZBprov']))
rejected = True
if not rejected:
lower_title = unaccented(nzbtitle_formatted).lower()
lower_bookid = unaccented(bookid).lower()
for word in reject_list:
if word in lower_title and word not in lower_bookid:
rejected = True
logger.debug("Rejecting %s, contains %s" % (nzbtitle_formatted, word))
break
if not rejected:
# some magazine torrent uploaders add their sig in [] or {}
# Fortunately for us, they always seem to add it at the end
# also some magazine torrent titles are "magazine_name some_form_of_date pdf"
# or other words we don't want. Should make the word list configurable.
# so strip all the trailing junk...
strip_list = ['pdf', 'true', 'truepdf', 'german', 'ebooks']
while nzbtitle_exploded[len(nzbtitle_exploded) - 1][0] in '[{' or \
nzbtitle_exploded[len(nzbtitle_exploded) - 1].lower() in strip_list:
nzbtitle_exploded.pop() # gotta love the function names
# need at least one word magazine title and two date components
if len(nzbtitle_exploded) > 2:
# regexA = DD MonthName YYYY OR MonthName YYYY or Issue nn, MonthName YYYY
regexA_year = nzbtitle_exploded[len(nzbtitle_exploded) - 1]
regexA_month_temp = nzbtitle_exploded[len(nzbtitle_exploded) - 2]
regexA_month = month2num(unaccented(regexA_month_temp))
if not regexA_year.isdigit() or int(regexA_year) < 1900 or int(regexA_year) > 2100:
regexA_year = 'fail' # force date failure
# if frequency == "Weekly" or frequency == "BiWeekly":
regexA_day = nzbtitle_exploded[len(nzbtitle_exploded) - 3].rstrip(',').zfill(2)
if regexA_day.isdigit():
if int(regexA_day) > 31: # probably issue number nn
regexA_day = '01'
else:
regexA_day = '01' # just MonthName YYYY
# else:
# regexA_day = '01' # monthly, or less frequent
try:
newdatish = regexA_year + '-' + regexA_month + '-' + regexA_day
# try to make sure the year/month/day are valid, exception if not
# ie don't accept day > 31, or 30 in some months, or month <1 or >12
# also handles multiple date format named issues eg Jan 2014, 01 2014
# datetime will give a ValueError if not a good date or a param is not int
date1 = datetime.date(int(regexA_year), int(regexA_month), int(regexA_day))
except ValueError:
# regexB = MonthName DD YYYY or MonthName DD, YYYY
regexB_year = nzbtitle_exploded[len(nzbtitle_exploded) - 1]
regexB_month_temp = nzbtitle_exploded[len(nzbtitle_exploded) - 3]
regexB_month = month2num(unaccented(regexB_month_temp))
regexB_day = nzbtitle_exploded[len(nzbtitle_exploded) - 2].rstrip(',').zfill(2)
if not regexB_year.isdigit() or int(regexB_year) < 1900 or int(regexB_year) > 2100:
regexB_year = 'fail'
try:
newdatish = regexB_year + '-' + regexB_month + '-' + regexB_day
# datetime will give a ValueError if not a good date or a param is not int
date1 = datetime.date(int(regexB_year), int(regexB_month), int(regexB_day))
except ValueError:
# regexC = YYYY MM or YYYY MM DD
# (can't get MM/DD if named YYYY Issue nn)
# First try YYYY MM
regexC_year = nzbtitle_exploded[len(nzbtitle_exploded) - 2]
if regexC_year.isdigit() and int(regexC_year) > 1900 and int(regexC_year) < 2100:
regexC_month = nzbtitle_exploded[len(nzbtitle_exploded) - 1].zfill(2)
regexC_day = '01'
else: # try YYYY MM DD
regexC_year = nzbtitle_exploded[len(nzbtitle_exploded) - 3]
regexC_month = 0
regexC_day = 0
if regexC_year.isdigit() and int(regexC_year) > 1900 and int(regexC_year) < 2100:
regexC_month = nzbtitle_exploded[len(nzbtitle_exploded) - 2].zfill(2)
regexC_day = nzbtitle_exploded[len(nzbtitle_exploded) - 1].zfill(2)
else:
regexC_year = 'fail'
try:
newdatish = regexC_year + '-' + regexC_month + '-' + regexC_day
# datetime will give a ValueError if not a good date or a param is not int
date1 = datetime.date(int(regexC_year), int(regexC_month), int(regexC_day))
except Exception:
# regexD Issue/No/Nr/Vol nn, YYYY or Issue/No/Nr/Vol nn
try:
IssueLabel = nzbtitle_exploded[len(nzbtitle_exploded) - 2]
if IssueLabel.lower() in ["issue", "no", "nr", "vol"]:
# issue nn
regexD_issue = nzbtitle_exploded[len(nzbtitle_exploded) - 1]
if regexD_issue.isdigit():
newdatish = str(int(regexD_issue)) # 4 == 04 == 004
else:
IssueLabel = nzbtitle_exploded[len(nzbtitle_exploded) - 3]
if IssueLabel.lower() in ["issue", "no", "nr", "vol"]:
# issue nn, YYYY
regexD_issue = nzbtitle_exploded[len(nzbtitle_exploded) - 2]
regexD_issue = regexD_issue.strip(',')
if regexD_issue.isdigit():
newdatish = str(int(regexD_issue)) # 4 == 04 == 004
else:
raise ValueError
regexD_year = nzbtitle_exploded[len(nzbtitle_exploded) - 1]
if regexD_year.isdigit():
if int(regexD_year) < int(datetime.date.today().year):
newdatish = 0 # it's old
else:
raise ValueError
except Exception:
# regexE nn YYYY issue number without "Nr" before it
# nn is assumed not to be a month as they are normally names not digits
try:
regexE_year = nzbtitle_exploded[len(nzbtitle_exploded) - 1]
regexE_issue = nzbtitle_exploded[len(nzbtitle_exploded) - 2]
print "[%s][%s]" % (regexE_year, regexE_issue)
if regexE_issue.isdigit():
newdatish = int(regexE_issue)
if int(regexE_year) < int(datetime.date.today().year):
newdatish = 0 # it's old
else:
raise ValueError
except Exception:
# regexF issue and year as a single 6 digit string eg 222015
try:
regexF = nzbtitle_exploded[len(nzbtitle_exploded) - 1]
if regexF.isdigit() and len(regexF) == 6:
regexF_issue = regexF[:2]
regexF_year = regexF[2:]
newdatish = str(int(regexF_issue)) # 4 == 04 == 004
if int(regexF_year) < int(datetime.date.today().year):
newdatish = 0 # it's old
else:
raise ValueError
except Exception:
logger.debug('Magazine %s not in a recognised date format.' %
nzbtitle_formatted)
bad_date = bad_date + 1
# allow issues with good name but bad date to be included
# so user can manually select them, incl those with issue numbers
newdatish = "1970-01-01" # provide a fake date for bad-date issues
# continue
else:
logger.debug('Magazine [%s] does not match the search term [%s].' % (
nzbtitle_formatted, bookid))
bad_name = bad_name + 1
continue
# wanted issues go into wanted table marked "Wanted"
# the rest into pastissues table marked "Skipped"
insert_table = "pastissues"
insert_status = "Skipped"
if control_date is None: # we haven't got any copies of this magazine yet
# get a rough time just over a month ago to compare to, in format yyyy-mm-dd
# could perhaps calc differently for weekly, biweekly etc
# or for magazines with only an issue number, use zero
if '-' in str(newdatish):
start_time = time.time()
start_time -= int(lazylibrarian.MAG_AGE) * 24 * 60 * 60 # number of seconds in days
if start_time < 0: # limit of unixtime (1st Jan 1970)
start_time = 0
control_date = time.strftime("%Y-%m-%d", time.localtime(start_time))
logger.debug('Magazine date comparing to %s' % control_date)
else:
control_date = 0
if '-' in str(control_date) and '-' in str(newdatish):
# only grab a copy if it's newer than the most recent we have,
# or newer than a month ago if we have none
comp_date = datecompare(newdatish, control_date)
elif '-' not in str(control_date) and '-' not in str(newdatish):
# for issue numbers, check if later than last one we have
comp_date = int(newdatish) - int(control_date)
newdatish = "%s" % newdatish
newdatish = newdatish.zfill(4) # pad so we sort correctly
else:
# invalid comparison of date and issue number
logger.debug('Magazine %s incorrect date or issue format.' % nzbtitle_formatted)
bad_date = bad_date + 1
newdatish = "1970-01-01" # this is our fake date for ones we can't decipher
comp_date = 0
if comp_date > 0:
# keep track of what we're going to download so we don't download dupes
new_date = new_date + 1
issue = bookid + ',' + newdatish
if issue not in issues:
maglist.append({
'bookid': bookid,
'nzbprov': nzbprov,
'nzbtitle': nzbtitle,
'nzburl': nzburl,
'nzbmode': nzbmode
})
logger.debug('This issue of %s is new, downloading' % nzbtitle_formatted)
issues.append(issue)
insert_table = "wanted"
insert_status = "Wanted"
nzbdate = now() # when we asked for it
else:
logger.debug('This issue of %s is already flagged for download' % issue)
else:
if newdatish != "1970-01-01": # this is our fake date for ones we can't decipher
logger.debug('This issue of %s is old; skipping.' % nzbtitle_formatted)
old_date = old_date + 1
# store only the _new_ matching results
# Don't add a new entry if this issue has been found on an earlier search
# and status has been user-set ( we only delete the "Skipped" ones )
# In "wanted" table it might be already snatched/downloading/processing
mag_entry = myDB.select('SELECT * from %s WHERE NZBtitle="%s" and NZBprov="%s"' % (
insert_table, nzbtitle, nzbprov))
if not mag_entry:
controlValueDict = {
"NZBtitle": nzbtitle,
"NZBprov": nzbprov
}
newValueDict = {
"NZBurl": nzburl,
"BookID": bookid,
"NZBdate": nzbdate,
"AuxInfo": newdatish,
"Status": insert_status,
"NZBsize": nzbsize,
"NZBmode": nzbmode
}
myDB.upsert(insert_table, newValueDict, controlValueDict)
else:
# logger.debug('Magazine [%s] was rejected.' % nzbtitle_formatted)
bad_name = bad_name + 1
logger.info('Found %i result%s for %s. %i new, %i old, %i fail date, %i fail name: %i to download' % (
total_nzbs, plural(total_nzbs), bookid, new_date, old_date, bad_date, bad_name, len(maglist)))
for magazine in maglist:
if magazine['nzbmode'] in ["torznab", "torrent", "magnet"]:
snatch = TORDownloadMethod(
magazine['bookid'],
magazine['nzbprov'],
magazine['nzbtitle'],
magazine['nzburl'])
else:
snatch = NZBDownloadMethod(
magazine['bookid'],
magazine['nzbprov'],
magazine['nzbtitle'],
magazine['nzburl'])
if snatch:
logger.info('Downloading %s from %s' % (magazine['nzbtitle'], magazine["nzbprov"]))
notify_snatch("%s from %s at %s" %
(unaccented(magazine['nzbtitle']), magazine["nzbprov"], now()))
scheduleJob(action='Start', target='processDir')
maglist = []
if reset:
scheduleJob(action='Restart', target='search_magazines')
logger.info("Search for magazines complete")
except Exception as e:
logger.error('Unhandled exception in search_magazines: %s' % traceback.format_exc())
def search_magazines(mags=None, reset=False):
# produce a list of magazines to search for, tor, nzb, torznab, rss
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "SEARCHMAG"
myDB = database.DBConnection()
searchlist = []
if mags is None: # backlog search
searchmags = myDB.select('SELECT Title, LastAcquired, \
IssueDate from magazines WHERE Status="Active"'
)
else:
searchmags = []
for magazine in mags:
searchmags_temp = myDB.select(
'SELECT Title, LastAcquired, IssueDate from magazines \
WHERE Title="%s" AND Status="Active"'
% (magazine['bookid']))
for terms in searchmags_temp:
searchmags.append(terms)
if len(searchmags) == 0:
return
# should clear old search results as might not be available any more
# ie torrent not available, changed providers, out of news server retention etc.
# Only delete the "skipped" ones, not wanted/snatched/processed/ignored
logger.debug(u"Removing old magazine search results")
myDB.action('DELETE from pastissues WHERE Status="Skipped"')
logger.info('Searching for %i magazine%s' %
(len(searchmags), plural(len(searchmags))))
for searchmag in searchmags:
bookid = searchmag['Title']
searchterm = searchmag['Title']
# frequency = searchmag[1]
# last_acquired = searchmag[2]
# issue_date = searchmag[3]
dic = {
'...': '',
' & ': ' ',
' = ': ' ',
'?': '',
'$': 's',
' + ': ' ',
'"': '',
',': '',
'*': ''
}
searchterm = unaccented_str(replace_all(searchterm, dic))
searchterm = re.sub('[\.\-\/]', ' ',
searchterm).encode(lazylibrarian.SYS_ENCODING)
searchlist.append({"bookid": bookid, "searchterm": searchterm})
if searchlist == []:
logger.warn(
'There is nothing to search for. Mark some magazines as active.')
for book in searchlist:
resultlist = []
tor_resultlist = []
if lazylibrarian.USE_NZB():
resultlist, nproviders = IterateOverNewzNabSites(book, 'mag')
if not nproviders:
logger.warn(
'No nzb providers are set. Check config for NEWZNAB or TORZNAB providers'
)
if lazylibrarian.USE_TOR():
tor_resultlist, nproviders = IterateOverTorrentSites(book, 'mag')
if not nproviders:
logger.warn(
'No torrent providers are set. Check config for TORRENT providers'
)
if tor_resultlist:
for item in tor_resultlist: # reformat the torrent results so they look like nzbs
resultlist.append({
'bookid': item['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate':
'Fri, 01 Jan 1970 00:00:00 +0100', # fake date as none returned from torrents
'nzbsize': item['tor_size'],
'nzbmode': 'torrent'
})
if lazylibrarian.USE_RSS():
rss_resultlist, nproviders = IterateOverRSSSites(book, 'mag')
if not nproviders:
logger.warn(
'No rss providers are set. Check config for RSS providers')
if rss_resultlist:
for item in rss_resultlist: # reformat the rss results so they look like nzbs
resultlist.append({
'bookid': book['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate': item[
'tor_date'], # may be fake date as none returned from rss torrents, only rss nzb
'nzbsize': item['tor_size'],
'nzbmode': item['tor_type']
})
if not resultlist:
logger.debug("Adding magazine %s to queue." % book['searchterm'])
else:
bad_regex = 0
bad_date = 0
old_date = 0
total_nzbs = 0
new_date = 0
maglist = []
issues = []
for nzb in resultlist:
total_nzbs = total_nzbs + 1
bookid = nzb['bookid']
nzbtitle = unaccented_str(nzb['nzbtitle'])
nzbtitle = nzbtitle.replace('"', '').replace(
"'", "") # suppress " in titles
nzburl = nzb['nzburl']
nzbprov = nzb['nzbprov']
nzbdate_temp = nzb['nzbdate']
nzbsize_temp = nzb['nzbsize']
if nzbsize_temp is None: # not all torrents returned by torznab have a size
nzbsize_temp = 1000
nzbsize = round(float(nzbsize_temp) / 1048576, 2)
nzbdate = nzbdate2format(nzbdate_temp)
nzbmode = nzb['nzbmode']
results = myDB.match(
'SELECT * from magazines WHERE Title="%s"' % bookid)
if not results:
logger.debug(
'Magazine [%s] does not match search term [%s].' %
(nzbtitle, bookid))
bad_regex = bad_regex + 1
else:
control_date = results['IssueDate']
reject_list = getList(results['Regex'])
dic = {
'.': ' ',
'-': ' ',
'/': ' ',
'+': ' ',
'_': ' ',
'(': '',
')': ''
}
nzbtitle_formatted = replace_all(nzbtitle, dic).strip()
# Need to make sure that substrings of magazine titles don't get found
# (e.g. Maxim USA will find Maximum PC USA) - token_set_ratio takes care of this
# remove extra spaces if they're in a row
nzbtitle_exploded_temp = " ".join(
nzbtitle_formatted.split())
nzbtitle_exploded = nzbtitle_exploded_temp.split(' ')
if ' ' in bookid:
bookid_exploded = bookid.split(' ')
else:
bookid_exploded = [bookid]
# check nzb starts with magazine title, and ends with a date
# eg The MagPI Issue 22 - July 2015
# do something like check left n words match title
# then check last n words are a date
rejected = False
if len(nzbtitle_exploded) > len(
bookid_exploded
): # needs to be longer as it has to include a date
# check (nearly) all the words in the mag title are in the nzbtitle - allow some fuzz
mag_title_match = fuzz.token_set_ratio(
unaccented(bookid), unaccented(nzbtitle_formatted))
if mag_title_match < lazylibrarian.MATCH_RATIO:
logger.debug(u"Magazine token set Match failed: " +
str(mag_title_match) + "% for " +
nzbtitle_formatted)
rejected = True
else:
rejected = True
if not rejected:
already_failed = myDB.match(
'SELECT * from wanted WHERE NZBurl="%s" and Status="Failed"'
% nzburl)
if already_failed:
logger.debug("Rejecting %s, blacklisted at %s" %
(nzbtitle_formatted,
already_failed['NZBprov']))
rejected = True
if not rejected:
lower_title = unaccented(nzbtitle_formatted).lower()
lower_bookid = unaccented(bookid).lower()
for word in reject_list:
if word in lower_title and word not in lower_bookid:
rejected = True
logger.debug("Rejecting %s, contains %s" %
(nzbtitle_formatted, word))
break
# maxsize = formatter.check_int(lazylibrarian.REJECT_MAXSIZE, 0)
# if maxsize and nzbsize > maxsize:
# rejected = True
# logger.debug("Rejecting %s, too large" % nzbtitle_formatted)
if not rejected:
# some magazine torrent uploaders add their sig in [] or {}
# Fortunately for us, they always seem to add it at the end
# also some magazine torrent titles are "magazine_name some_form_of_date pdf"
# so strip all the trailing junk...
while nzbtitle_exploded[len(nzbtitle_exploded) - 1][0] in '[{' or \
nzbtitle_exploded[len(nzbtitle_exploded) - 1].lower() in ['pdf', 'true', 'truepdf']:
nzbtitle_exploded.pop(
) # gotta love the function names
# need at least one word magazine title and two date components
if len(nzbtitle_exploded) > 2:
# regexA = DD MonthName YYYY OR MonthName YYYY or Issue nn, MonthName YYYY
regexA_year = nzbtitle_exploded[
len(nzbtitle_exploded) - 1]
regexA_month_temp = nzbtitle_exploded[
len(nzbtitle_exploded) - 2]
regexA_month = month2num(
unaccented(regexA_month_temp))
if not regexA_year.isdigit() or int(
regexA_year) < 1900 or int(
regexA_year) > 2100:
regexA_year = 'fail' # force date failure
# if frequency == "Weekly" or frequency == "BiWeekly":
regexA_day = nzbtitle_exploded[
len(nzbtitle_exploded) -
3].rstrip(',').zfill(2)
if regexA_day.isdigit():
if int(regexA_day
) > 31: # probably issue number nn
regexA_day = '01'
else:
regexA_day = '01' # just MonthName YYYY
# else:
# regexA_day = '01' # monthly, or less frequent
try:
newdatish = regexA_year + '-' + regexA_month + '-' + regexA_day
# try to make sure the year/month/day are valid, exception if not
# ie don't accept day > 31, or 30 in some months
# also handles multiple date format named issues eg Jan 2014, 01 2014
# datetime will give a ValueError if not a good date or a param is not int
date1 = datetime.date(int(regexA_year),
int(regexA_month),
int(regexA_day))
except ValueError:
# regexB = MonthName DD YYYY or MonthName DD, YYYY
regexB_year = nzbtitle_exploded[
len(nzbtitle_exploded) - 1]
regexB_month_temp = nzbtitle_exploded[
len(nzbtitle_exploded) - 3]
regexB_month = month2num(
unaccented(regexB_month_temp))
regexB_day = nzbtitle_exploded[
len(nzbtitle_exploded) -
2].rstrip(',').zfill(2)
if not regexB_year.isdigit() or int(
regexB_year) < 1900 or int(
regexB_year) > 2100:
regexB_year = 'fail'
try:
newdatish = regexB_year + '-' + regexB_month + '-' + regexB_day
# datetime will give a ValueError if not a good date or a param is not int
date1 = datetime.date(
int(regexB_year), int(regexB_month),
int(regexB_day))
except ValueError:
# regexC = YYYY MM or YYYY MM DD
# (can't get MM/DD if named YYYY Issue nn)
# First try YYYY MM
regexC_year = nzbtitle_exploded[
len(nzbtitle_exploded) - 2]
if regexC_year.isdigit(
) and int(regexC_year) > 1900 and int(
regexC_year) < 2100:
regexC_month = nzbtitle_exploded[
len(nzbtitle_exploded) -
1].zfill(2)
regexC_day = '01'
else: # try YYYY MM DD
regexC_year = nzbtitle_exploded[
len(nzbtitle_exploded) - 3]
regexC_month = 0
regexC_day = 0
if regexC_year.isdigit(
) and int(regexC_year) > 1900 and int(
regexC_year) < 2100:
regexC_month = nzbtitle_exploded[
len(nzbtitle_exploded) -
2].zfill(2)
regexC_day = nzbtitle_exploded[
len(nzbtitle_exploded) -
1].zfill(2)
else:
regexC_year = 'fail'
try:
newdatish = regexC_year + '-' + regexC_month + '-' + regexC_day
# datetime will give a ValueError if not a good date or a param is not int
date1 = datetime.date(
int(regexC_year),
int(regexC_month), int(regexC_day))
except Exception:
# regexD Issue/No/Vol nn, YYYY or Issue/No/Vol nn
try:
IssueLabel = nzbtitle_exploded[
len(nzbtitle_exploded) - 2]
if IssueLabel.lower() in [
"issue", "no", "vol"
]:
# issue nn
regexD_issue = nzbtitle_exploded[
len(nzbtitle_exploded) - 1]
if regexD_issue.isdigit():
newdatish = str(
int(regexD_issue)
) # 4 == 04 == 004
else:
IssueLabel = nzbtitle_exploded[
len(nzbtitle_exploded) - 3]
if IssueLabel.lower() in [
"issue", "no", "vol"
]:
# issue nn, YYYY
regexD_issue = nzbtitle_exploded[
len(nzbtitle_exploded)
- 2]
regexD_issue = regexD_issue.strip(
',')
if regexD_issue.isdigit():
newdatish = str(
int(regexD_issue)
) # 4 == 04 == 004
else:
raise ValueError
regexD_year = nzbtitle_exploded[
len(nzbtitle_exploded)
- 1]
if regexD_year.isdigit():
if int(
regexD_year
) < int(datetime.date.
today().year):
newdatish = 0 # it's old
else:
raise ValueError
except Exception:
logger.debug(
'Magazine %s not in proper date format.'
% nzbtitle_formatted)
bad_date = bad_date + 1
# allow issues with good name but bad date to be included
# so user can manually select them, incl those with issue numbers
newdatish = "1970-01-01" # provide a fake date for bad-date issues
# continue
else:
logger.debug(
'Magazine [%s] does not match the search term [%s].'
% (nzbtitle_formatted, bookid))
bad_regex = bad_regex + 1
continue
# wanted issues go into wanted table marked "Wanted"
# the rest into pastissues table marked "Skipped"
insert_table = "pastissues"
insert_status = "Skipped"
if control_date is None: # we haven't got any copies of this magazine yet
# get a rough time just over a month ago to compare to, in format yyyy-mm-dd
# could perhaps calc differently for weekly, biweekly etc
# or for magazines with only an issue number, use zero
if '-' in str(newdatish):
start_time = time.time()
start_time -= 31 * 24 * 60 * 60 # number of seconds in 31 days
control_date = time.strftime(
"%Y-%m-%d", time.localtime(start_time))
else:
control_date = 0
if '-' in str(control_date) and '-' in str(newdatish):
# only grab a copy if it's newer than the most recent we have,
# or newer than a month ago if we have none
comp_date = datecompare(newdatish, control_date)
elif '-' not in str(control_date) and '-' not in str(
newdatish):
# for issue numbers, check if later than last one we have
comp_date = int(newdatish) - int(control_date)
newdatish = "%s" % newdatish
newdatish = newdatish.zfill(
4) # pad so we sort correctly
else:
# invalid comparison of date and issue number
logger.debug(
'Magazine %s incorrect date or issue format.' %
nzbtitle_formatted)
bad_date = bad_date + 1
newdatish = "1970-01-01" # this is our fake date for ones we can't decipher
comp_date = 0
if comp_date > 0:
# keep track of what we're going to download so we don't download dupes
new_date = new_date + 1
issue = bookid + ',' + newdatish
if issue not in issues:
maglist.append({
'bookid': bookid,
'nzbprov': nzbprov,
'nzbtitle': nzbtitle,
'nzburl': nzburl,
'nzbmode': nzbmode
})
logger.debug(
'This issue of %s is new, downloading' %
nzbtitle_formatted)
issues.append(issue)
insert_table = "wanted"
insert_status = "Wanted"
nzbdate = now() # when we asked for it
else:
logger.debug(
'This issue of %s is already flagged for download'
% issue)
else:
if newdatish != "1970-01-01": # this is our fake date for ones we can't decipher
logger.debug(
'This issue of %s is old; skipping.' %
nzbtitle_formatted)
old_date = old_date + 1
# store only the _new_ matching results
# Don't add a new entry if this issue has been found on an earlier search
# and status has been user-set ( we only delete the "Skipped" ones )
# In "wanted" table it might be already snatched/downloading/processing
mag_entry = myDB.select(
'SELECT * from %s WHERE NZBtitle="%s" and NZBprov="%s"'
% (insert_table, nzbtitle, nzbprov))
if not mag_entry:
controlValueDict = {
"NZBtitle": nzbtitle,
"NZBprov": nzbprov
}
newValueDict = {
"NZBurl": nzburl,
"BookID": bookid,
"NZBdate": nzbdate,
"AuxInfo": newdatish,
"Status": insert_status,
"NZBsize": nzbsize,
"NZBmode": nzbmode
}
myDB.upsert(insert_table, newValueDict,
controlValueDict)
else:
# logger.debug('Magazine [%s] was rejected.' % nzbtitle_formatted)
bad_regex = bad_regex + 1
logger.info(
'Found %i result%s for %s. %i new, %i old, %i fail date, %i fail name: %i to download'
% (total_nzbs, plural(total_nzbs), bookid, new_date, old_date,
bad_date, bad_regex, len(maglist)))
for magazine in maglist:
if magazine['nzbmode'] in ["torznab", "torrent", "magnet"]:
snatch = TORDownloadMethod(magazine['bookid'],
magazine['nzbprov'],
magazine['nzbtitle'],
magazine['nzburl'])
else:
snatch = NZBDownloadMethod(magazine['bookid'],
magazine['nzbprov'],
magazine['nzbtitle'],
magazine['nzburl'])
if snatch:
logger.info('Downloading %s from %s' %
(magazine['nzbtitle'], magazine["nzbprov"]))
notify_snatch("%s from %s at %s" % (unaccented(
magazine['nzbtitle']), magazine["nzbprov"], now()))
scheduleJob(action='Start', target='processDir')
maglist = []
if reset:
scheduleJob(action='Restart', target='search_magazines')
logger.info("Search for magazines complete")
def search_magazines(mags=None, reset=False):
# produce a list of magazines to search for, tor, nzb, torznab, rss
# noinspection PyBroadException
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
if mags is None:
threading.currentThread().name = "SEARCHALLMAG"
else:
threading.currentThread().name = "SEARCHMAG"
myDB = database.DBConnection()
searchlist = []
if mags is None: # backlog search
searchmags = myDB.select('SELECT Title, Regex, DateType, LastAcquired, \
IssueDate from magazines WHERE Status="Active"')
else:
searchmags = []
for magazine in mags:
searchmags_temp = myDB.select('SELECT Title,Regex,DateType,LastAcquired,IssueDate from magazines \
WHERE Title=? AND Status="Active"', (magazine['bookid'],))
for terms in searchmags_temp:
searchmags.append(terms)
if len(searchmags) == 0:
threading.currentThread().name = "WEBSERVER"
return
# should clear old search results as might not be available any more
# ie torrent not available, changed providers, out of news server retention etc.
# Only delete the "skipped" ones, not wanted/snatched/processed/ignored
# logger.debug("Removing old magazine search results")
# myDB.action('DELETE from pastissues WHERE Status="Skipped"')
logger.info('Searching for %i magazine%s' % (len(searchmags), plural(len(searchmags))))
for searchmag in searchmags:
bookid = searchmag['Title']
searchterm = searchmag['Regex']
datetype = searchmag['DateType']
if not datetype:
datetype = ''
if not searchterm:
dic = {'...': '', ' & ': ' ', ' = ': ' ', '?': '', '$': 's', ' + ': ' ', '"': '', ',': '', '*': ''}
# strip accents from the magazine title for easier name-matching
searchterm = unaccented_str(searchmag['Title'])
if not searchterm:
# unless there are no ascii characters left
searchterm = searchmag['Title']
searchterm = replace_all(searchterm, dic)
searchterm = re.sub('[.\-/]', ' ', searchterm)
if PY2:
searchterm = searchterm.encode(lazylibrarian.SYS_ENCODING)
searchlist.append({"bookid": bookid, "searchterm": searchterm, "datetype": datetype})
if not searchlist:
logger.warn('There is nothing to search for. Mark some magazines as active.')
for book in searchlist:
resultlist = []
if lazylibrarian.USE_NZB():
resultlist, nproviders = IterateOverNewzNabSites(book, 'mag')
if not nproviders:
# don't nag. Show warning message no more than every 20 mins
timenow = int(time.time())
if check_int(lazylibrarian.NO_NZB_MSG, 0) + 1200 < timenow:
logger.warn('No nzb providers are available. Check config and blocklist')
lazylibrarian.NO_NZB_MSG = timenow
if lazylibrarian.USE_DIRECT():
dir_resultlist, nproviders = IterateOverDirectSites(book, 'mag')
if not nproviders:
# don't nag. Show warning message no more than every 20 mins
timenow = int(time.time())
if check_int(lazylibrarian.NO_DIRECT_MSG, 0) + 1200 < timenow:
logger.warn('No direct providers are available. Check config and blocklist')
lazylibrarian.NO_DIRECT_MSG = timenow
if dir_resultlist:
for item in dir_resultlist: # reformat the results so they look like nzbs
resultlist.append({
'bookid': item['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate': 'Fri, 01 Jan 1970 00:00:00 +0100', # fake date as none returned
'nzbsize': item['tor_size'],
'nzbmode': 'torrent'
})
if lazylibrarian.USE_TOR():
tor_resultlist, nproviders = IterateOverTorrentSites(book, 'mag')
if not nproviders:
# don't nag. Show warning message no more than every 20 mins
timenow = int(time.time())
if check_int(lazylibrarian.NO_TOR_MSG, 0) + 1200 < timenow:
logger.warn('No tor providers are available. Check config and blocklist')
lazylibrarian.NO_TOR_MSG = timenow
if tor_resultlist:
for item in tor_resultlist: # reformat the torrent results so they look like nzbs
resultlist.append({
'bookid': item['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate': 'Fri, 01 Jan 1970 00:00:00 +0100', # fake date as none returned from torrents
'nzbsize': item['tor_size'],
'nzbmode': 'torrent'
})
if lazylibrarian.USE_RSS():
rss_resultlist, nproviders = IterateOverRSSSites()
if not nproviders:
# don't nag. Show warning message no more than every 20 mins
timenow = int(time.time())
if check_int(lazylibrarian.NO_RSS_MSG, 0) + 1200 < timenow:
logger.warn('No rss providers are available. Check config and blocklist')
lazylibrarian.NO_RSS_MSG = timenow
if rss_resultlist:
for item in rss_resultlist: # reformat the rss results so they look like nzbs
resultlist.append({
'bookid': book['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate':
item['tor_date'], # may be fake date as none returned from rss torrents, only rss nzb
'nzbsize': item['tor_size'],
'nzbmode': item['tor_type']
})
if not resultlist:
logger.debug("No results for magazine %s" % book['searchterm'])
else:
bad_name = 0
bad_date = 0
old_date = 0
rejects = 0
total_nzbs = 0
new_date = 0
maglist = []
issues = []
bookid = ''
for nzb in resultlist:
total_nzbs += 1
bookid = nzb['bookid']
# strip accents from the magazine title for easier name-matching
nzbtitle = unaccented_str(nzb['nzbtitle'])
if not nzbtitle:
# unless it's not a latin-1 encodable name
nzbtitle = nzb['nzbtitle']
nzbtitle = nzbtitle.replace('"', '').replace("'", "") # suppress " in titles
nzburl = nzb['nzburl']
nzbprov = nzb['nzbprov']
nzbdate_temp = nzb['nzbdate']
nzbsize_temp = nzb['nzbsize']
nzbsize_temp = check_int(nzbsize_temp, 1000) # not all torrents returned by torznab have a size
nzbsize = round(float(nzbsize_temp) / 1048576, 2)
nzbdate = nzbdate2format(nzbdate_temp)
nzbmode = nzb['nzbmode']
# Need to make sure that substrings of magazine titles don't get found
# (e.g. Maxim USA will find Maximum PC USA) so split into "words"
dic = {'.': ' ', '-': ' ', '/': ' ', '+': ' ', '_': ' ', '(': '', ')': '', '[': ' ', ']': ' ',
'#': '# '}
nzbtitle_formatted = replace_all(nzbtitle, dic).strip()
# remove extra spaces if they're in a row
nzbtitle_formatted = " ".join(nzbtitle_formatted.split())
nzbtitle_exploded = nzbtitle_formatted.split(' ')
results = myDB.match('SELECT * from magazines WHERE Title=?', (bookid,))
if not results:
logger.debug('Magazine [%s] does not match search term [%s].' % (nzbtitle, bookid))
bad_name += 1
else:
rejected = False
maxsize = check_int(lazylibrarian.CONFIG['REJECT_MAGSIZE'], 0)
if maxsize and nzbsize > maxsize:
logger.debug("Rejecting %s, too large" % nzbtitle)
rejected = True
if not rejected:
minsize = check_int(lazylibrarian.CONFIG['REJECT_MAGMIN'], 0)
if minsize and nzbsize < minsize:
logger.debug("Rejecting %s, too small" % nzbtitle)
rejected = True
if not rejected:
if ' ' in bookid:
bookid_exploded = bookid.split(' ')
else:
bookid_exploded = [bookid]
# Check nzb has magazine title and a date/issue nr
# eg The MagPI July 2015
if len(nzbtitle_exploded) > len(bookid_exploded):
# needs to be longer as it has to include a date
# check all the words in the mag title are in the nzbtitle
rejected = False
wlist = []
for word in nzbtitle_exploded:
word = unaccented(word).lower()
if word:
wlist.append(word)
for word in bookid_exploded:
word = unaccented(word).lower()
if word and word not in wlist:
logger.debug("Rejecting %s, missing %s" % (nzbtitle, word))
rejected = True
break
if rejected:
logger.debug(
"Magazine title match failed " + bookid + " for " + nzbtitle_formatted)
else:
logger.debug(
"Magazine title matched " + bookid + " for " + nzbtitle_formatted)
else:
logger.debug("Magazine name too short (%s)" % len(nzbtitle_exploded))
rejected = True
if not rejected and lazylibrarian.CONFIG['BLACKLIST_FAILED']:
blocked = myDB.match('SELECT * from wanted WHERE NZBurl=? and Status="Failed"', (nzburl,))
if blocked:
logger.debug("Rejecting %s, blacklisted at %s" %
(nzbtitle_formatted, blocked['NZBprov']))
rejected = True
if not rejected and lazylibrarian.CONFIG['BLACKLIST_PROCESSED']:
blocked = myDB.match('SELECT * from wanted WHERE NZBurl=?', (nzburl,))
if blocked:
logger.debug("Rejecting %s, blacklisted at %s" %
(nzbtitle_formatted, blocked['NZBprov']))
rejected = True
if not rejected:
reject_list = getList(str(results['Reject']).lower())
reject_list += getList(lazylibrarian.CONFIG['REJECT_MAGS'], ',')
lower_title = unaccented(nzbtitle_formatted).lower()
lower_bookid = unaccented(bookid).lower()
if reject_list:
if lazylibrarian.LOGLEVEL & lazylibrarian.log_searchmag:
logger.debug('Reject: %s' % str(reject_list))
logger.debug('Title: %s' % lower_title)
logger.debug('Bookid: %s' % lower_bookid)
for word in reject_list:
if word in lower_title and word not in lower_bookid:
rejected = True
logger.debug("Rejecting %s, contains %s" % (nzbtitle_formatted, word))
break
if rejected:
rejects += 1
else:
regex_pass, issuedate, year = get_issue_date(nzbtitle_exploded)
if regex_pass:
logger.debug('Issue %s (regex %s) for %s ' %
(issuedate, regex_pass, nzbtitle_formatted))
datetype_ok = True
datetype = book['datetype']
if datetype:
# check all wanted parts are in the regex result
# Day Month Year Vol Iss (MM needs two months)
if 'M' in datetype and regex_pass not in [1, 2, 3, 4, 5, 6, 7, 12]:
datetype_ok = False
elif 'D' in datetype and regex_pass not in [3, 5, 6]:
datetype_ok = False
elif 'MM' in datetype and regex_pass not in [1]: # bi monthly
datetype_ok = False
elif 'V' in datetype and 'I' in datetype and regex_pass not in [8, 9, 17, 18]:
datetype_ok = False
elif 'V' in datetype and regex_pass not in [2, 10, 11, 12, 13, 14, 17, 18]:
datetype_ok = False
elif 'I' in datetype and regex_pass not in [2, 10, 11, 12, 13, 14, 16, 17, 18]:
datetype_ok = False
elif 'Y' in datetype and regex_pass not in [1, 2, 3, 4, 5, 6, 7, 8, 10,
12, 13, 15, 16, 18]:
datetype_ok = False
else:
datetype_ok = False
logger.debug('Magazine %s not in a recognised date format.' % nzbtitle_formatted)
bad_date += 1
# allow issues with good name but bad date to be included
# so user can manually select them, incl those with issue numbers
issuedate = "1970-01-01" # provide a fake date for bad-date issues
# wanted issues go into wanted table marked "Wanted"
# the rest into pastissues table marked "Skipped" or "Have"
insert_table = "pastissues"
comp_date = 0
if datetype_ok:
control_date = results['IssueDate']
logger.debug("Control date: [%s]" % control_date)
if not control_date: # we haven't got any copies of this magazine yet
# get a rough time just over MAX_AGE days ago to compare to, in format yyyy-mm-dd
# could perhaps calc differently for weekly, biweekly etc
# For magazines with only an issue number use zero as we can't tell age
if str(issuedate).isdigit():
logger.debug('Magazine comparing issue numbers (%s)' % issuedate)
control_date = 0
elif re.match('\d+-\d\d-\d\d', str(issuedate)):
start_time = time.time()
start_time -= int(
lazylibrarian.CONFIG['MAG_AGE']) * 24 * 60 * 60 # number of seconds in days
if start_time < 0: # limit of unixtime (1st Jan 1970)
start_time = 0
control_date = time.strftime("%Y-%m-%d", time.localtime(start_time))
logger.debug('Magazine date comparing to %s' % control_date)
else:
logger.debug('Magazine unable to find comparison type [%s]' % issuedate)
control_date = 0
if str(control_date).isdigit() and str(issuedate).isdigit():
# for issue numbers, check if later than last one we have
if regex_pass in [10, 12, 13] and year:
issuedate = "%s%04d" % (year, int(issuedate))
else:
issuedate = str(issuedate).zfill(4)
if not control_date:
comp_date = 1
else:
comp_date = int(issuedate) - int(control_date)
elif re.match('\d+-\d\d-\d\d', str(control_date)) and \
re.match('\d+-\d\d-\d\d', str(issuedate)):
# only grab a copy if it's newer than the most recent we have,
# or newer than a month ago if we have none
comp_date = datecompare(issuedate, control_date)
else:
# invalid comparison of date and issue number
comp_date = 0
if re.match('\d+-\d\d-\d\d', str(control_date)):
if regex_pass > 9 and year:
# we assumed it was an issue number, but it could be a date
year = check_int(year, 0)
if regex_pass in [10, 12, 13]:
issuedate = int(issuedate[:4])
issuenum = check_int(issuedate, 0)
if year and 1 <= issuenum <= 12:
issuedate = "%04d-%02d-01" % (year, issuenum)
comp_date = datecompare(issuedate, control_date)
if not comp_date:
logger.debug('Magazine %s failed: Expecting a date' % nzbtitle_formatted)
else:
logger.debug('Magazine %s failed: Expecting issue number' % nzbtitle_formatted)
if not comp_date:
bad_date += 1
issuedate = "1970-01-01"
if issuedate == "1970-01-01":
logger.debug('This issue of %s is unknown age; skipping.' % nzbtitle_formatted)
elif not datetype_ok:
logger.debug('This issue of %s not in a wanted date format.' % nzbtitle_formatted)
elif comp_date > 0:
# keep track of what we're going to download so we don't download dupes
new_date += 1
issue = bookid + ',' + issuedate
if issue not in issues:
maglist.append({
'bookid': bookid,
'nzbprov': nzbprov,
'nzbtitle': nzbtitle,
'nzburl': nzburl,
'nzbmode': nzbmode
})
logger.debug('This issue of %s is new, downloading' % nzbtitle_formatted)
issues.append(issue)
logger.debug('Magazine request number %s' % len(issues))
if lazylibrarian.LOGLEVEL & lazylibrarian.log_searchmag:
logger.debug(str(issues))
insert_table = "wanted"
nzbdate = now() # when we asked for it
else:
logger.debug('This issue of %s is already flagged for download' % issue)
else:
if lazylibrarian.LOGLEVEL & lazylibrarian.log_searchmag:
logger.debug('This issue of %s is old; skipping.' % nzbtitle_formatted)
old_date += 1
# store only the _new_ matching results
# Don't add a new entry if this issue has been found on an earlier search
# and status has been user-set ( we only delete the "Skipped" ones )
# In "wanted" table it might be already snatched/downloading/processing
mag_entry = myDB.match('SELECT Status from %s WHERE NZBtitle=? and NZBprov=?' %
insert_table, (nzbtitle, nzbprov))
if mag_entry:
if lazylibrarian.LOGLEVEL & lazylibrarian.log_searchmag:
logger.debug('%s is already in %s marked %s' %
(nzbtitle, insert_table, mag_entry['Status']))
else:
controlValueDict = {
"NZBtitle": nzbtitle,
"NZBprov": nzbprov
}
if insert_table == 'pastissues':
# try to mark ones we've already got
match = myDB.match("SELECT * from issues WHERE Title=? AND IssueDate=?",
(bookid, issuedate))
if match:
insert_status = "Have"
else:
insert_status = "Skipped"
else:
insert_status = "Wanted"
newValueDict = {
"NZBurl": nzburl,
"BookID": bookid,
"NZBdate": nzbdate,
"AuxInfo": issuedate,
"Status": insert_status,
"NZBsize": nzbsize,
"NZBmode": nzbmode
}
myDB.upsert(insert_table, newValueDict, controlValueDict)
if lazylibrarian.LOGLEVEL & lazylibrarian.log_searchmag:
logger.debug('Added %s to %s marked %s' % (nzbtitle, insert_table, insert_status))
msg = 'Found %i result%s for %s. %i new,' % (total_nzbs, plural(total_nzbs), bookid, new_date)
msg += ' %i old, %i fail date, %i fail name,' % (old_date, bad_date, bad_name)
msg += ' %i rejected: %i to download' % (rejects, len(maglist))
logger.info(msg)
for magazine in maglist:
if magazine['nzbmode'] in ["torznab", "torrent", "magnet"]:
snatch, res = TORDownloadMethod(
magazine['bookid'],
magazine['nzbtitle'],
magazine['nzburl'],
'Magazine')
elif magazine['nzbmode'] == 'direct':
snatch, res = DirectDownloadMethod(
magazine['bookid'],
magazine['nzbtitle'],
magazine['nzburl'],
'Magazine')
elif magazine['nzbmode'] == 'nzb':
snatch, res = NZBDownloadMethod(
magazine['bookid'],
magazine['nzbtitle'],
magazine['nzburl'],
'Magazine')
else:
res = 'Unhandled NZBmode [%s] for %s' % (magazine['nzbmode'], magazine["nzburl"])
logger.error(res)
snatch = 0
if snatch:
logger.info('Downloading %s from %s' % (magazine['nzbtitle'], magazine["nzbprov"]))
custom_notify_snatch("%s %s" % (magazine['bookid'], magazine['nzburl']))
notify_snatch("Magazine %s from %s at %s" %
(unaccented(magazine['nzbtitle']), magazine["nzbprov"], now()))
scheduleJob(action='Start', target='PostProcessor')
else:
myDB.action('UPDATE wanted SET status="Failed",DLResult=? WHERE NZBurl=?',
(res, magazine["nzburl"]))
if reset:
scheduleJob(action='Restart', target='search_magazines')
logger.info("Search for magazines complete")
except Exception:
logger.error('Unhandled exception in search_magazines: %s' % traceback.format_exc())
finally:
threading.currentThread().name = "WEBSERVER"
def search_rss_book(books=None, library=None):
"""
books is a list of new books to add, or None for backlog search
library is "eBook" or "AudioBook" or None to search all book types
"""
if not (lazylibrarian.USE_RSS()):
logger.warn('RSS search is disabled')
scheduleJob(action='Stop', target='search_rss_book')
return
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
if not books:
threading.currentThread().name = "SEARCHALLRSS"
else:
threading.currentThread().name = "SEARCHRSS"
myDB = database.DBConnection()
searchbooks = []
if not books:
# We are performing a backlog search
cmd = 'SELECT BookID, AuthorName, Bookname, BookSub, BookAdded, books.Status, AudioStatus '
cmd += 'from books,authors WHERE (books.Status="Wanted" OR AudioStatus="Wanted") '
cmd += 'and books.AuthorID = authors.AuthorID order by BookAdded desc'
results = myDB.select(cmd)
for terms in results:
searchbooks.append(terms)
else:
# The user has added a new book
for book in books:
cmd = 'SELECT BookID, AuthorName, BookName, BookSub, books.Status, AudioStatus '
cmd += 'from books,authors WHERE BookID=? AND books.AuthorID = authors.AuthorID'
results = myDB.select(cmd, (book['bookid'], ))
for terms in results:
searchbooks.append(terms)
if len(searchbooks) == 0:
logger.debug("SearchRSS - No books to search for")
return
resultlist, nproviders, _ = IterateOverRSSSites()
if not nproviders:
logger.warn('No rss providers are available')
scheduleJob(action='Stop', target='search_rss_book')
return # No point in continuing
logger.info('RSS Searching for %i book%s' %
(len(searchbooks), plural(len(searchbooks))))
searchlist = []
for searchbook in searchbooks:
# searchterm is only used for display purposes
searchterm = searchbook['AuthorName'] + ' ' + searchbook['BookName']
if searchbook['BookSub']:
searchterm = searchterm + ': ' + searchbook['BookSub']
if library is None or library == 'eBook':
if searchbook['Status'] == "Wanted":
cmd = 'SELECT BookID from wanted WHERE BookID=? and AuxInfo="eBook" and Status="Snatched"'
snatched = myDB.match(cmd, (searchbook["BookID"], ))
if snatched:
logger.warn(
'eBook %s %s already marked snatched in wanted table'
%
(searchbook['AuthorName'], searchbook['BookName']))
else:
searchlist.append({
"bookid":
searchbook['BookID'],
"bookName":
searchbook['BookName'],
"bookSub":
searchbook['BookSub'],
"authorName":
searchbook['AuthorName'],
"library":
"eBook",
"searchterm":
searchterm
})
if library is None or library == 'AudioBook':
if searchbook['AudioStatus'] == "Wanted":
cmd = 'SELECT BookID from wanted WHERE BookID=? and AuxInfo="AudioBook" and Status="Snatched"'
snatched = myDB.match(cmd, (searchbook["BookID"], ))
if snatched:
logger.warn(
'AudioBook %s %s already marked snatched in wanted table'
%
(searchbook['AuthorName'], searchbook['BookName']))
else:
searchlist.append({
"bookid":
searchbook['BookID'],
"bookName":
searchbook['BookName'],
"bookSub":
searchbook['BookSub'],
"authorName":
searchbook['AuthorName'],
"library":
"AudioBook",
"searchterm":
searchterm
})
rss_count = 0
for book in searchlist:
if book['library'] == 'AudioBook':
searchtype = 'audio'
else:
searchtype = 'book'
found = processResultList(resultlist, book, searchtype, 'rss')
# if you can't find the book, try title without any "(extended details, series etc)"
if not found and '(' in book['bookName']: # anything to shorten?
searchtype = 'short' + searchtype
found = processResultList(resultlist, book, searchtype, 'rss')
if not found:
logger.info("RSS Searches for %s %s returned no results." %
(book['library'], book['searchterm']))
if found > 1:
rss_count += 1
logger.info("RSS Search for Wanted items complete, found %s book%s" %
(rss_count, plural(rss_count)))
except Exception:
logger.error('Unhandled exception in search_rss_book: %s' %
traceback.format_exc())
finally:
threading.currentThread().name = "WEBSERVER"
def search_rss_book(books=None, reset=False):
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "SEARCHRSS"
if not(lazylibrarian.USE_RSS()):
logger.warn('RSS search is disabled')
scheduleJob(action='Stop', target='search_rss_book')
return
myDB = database.DBConnection()
searchlist = []
if books is None:
# We are performing a backlog search
searchbooks = myDB.select('SELECT BookID, AuthorName, Bookname, BookSub, BookAdded from books WHERE Status="Wanted" order by BookAdded desc')
else:
# The user has added a new book
searchbooks = []
for book in books:
searchbook = myDB.select('SELECT BookID, AuthorName, BookName, BookSub from books WHERE BookID="%s" \
AND Status="Wanted"' % book['bookid'])
for terms in searchbook:
searchbooks.append(terms)
if len(searchbooks) == 0:
logger.debug("RSS search requested for no books or invalid BookID")
return
else:
logger.info('RSS Searching for %i book%s' % (len(searchbooks), plural(len(searchbooks))))
resultlist, nproviders = IterateOverRSSSites()
if not nproviders:
logger.warn('No rss providers are set, check config')
return # No point in continuing
dic = {'...': '', '.': ' ', ' & ': ' ', ' = ': ' ', '?': '', '$': 's', ' + ': ' ', '"': '',
',': '', '*': '', ':': '', ';': ''}
rss_count = 0
for book in searchbooks:
author = book['AuthorName']
title = book['BookName']
author = unaccented_str(replace_all(author, dic))
title = unaccented_str(replace_all(title, dic))
found = processResultList(resultlist, author, title, book)
# if you can't find the book, try author without initials,
# and title without any "(extended details, series etc)"
if not found:
if author[1] in '. ' or '(' in title: # anything to shorten?
while author[1] in '. ': # strip any initials
author = author[2:].strip() # and leading whitespace
if '(' in title:
title = title.split('(')[0]
found = processResultList(resultlist, author, title, book)
if not found:
logger.debug("Searches returned no results. Adding book %s - %s to queue." % (author, title))
if found > True:
rss_count = rss_count + 1
logger.info("RSS Search for Wanted items complete, found %s book%s" % (rss_count, plural(rss_count)))
if reset:
scheduleJob(action='Restart', target='search_rss_book')
def processResultList(resultlist, book, searchtype):
myDB = database.DBConnection()
dictrepl = {'...': '', '.': ' ', ' & ': ' ', ' = ': ' ', '?': '', '$': 's', ' + ': ' ', '"': '',
',': ' ', '*': '', '(': '', ')': '', '[': '', ']': '', '#': '', '0': '', '1': '', '2': '',
'3': '', '4': '', '5': '', '6': '', '7': '', '8': '', '9': '', '\'': '', ':': '', '!': '',
'-': ' ', '\s\s': ' '}
dic = {'...': '', '.': ' ', ' & ': ' ', ' = ': ' ', '?': '', '$': 's', ' + ': ' ', '"': '',
',': '', '*': '', ':': '', ';': ''}
match_ratio = int(lazylibrarian.MATCH_RATIO)
reject_list = getList(lazylibrarian.REJECT_WORDS)
author = unaccented_str(replace_all(book['authorName'], dic))
title = unaccented_str(replace_all(book['bookName'], dic))
matches = []
for tor in resultlist:
torTitle = unaccented_str(tor['tor_title'])
torTitle = replace_all(torTitle, dictrepl).strip()
torTitle = re.sub(r"\s\s+", " ", torTitle) # remove extra whitespace
torAuthor_match = fuzz.token_set_ratio(author, torTitle)
torBook_match = fuzz.token_set_ratio(title, torTitle)
logger.debug(u"TOR author/book Match: %s/%s for %s" % (torAuthor_match, torBook_match, torTitle))
tor_url = tor['tor_url']
rejected = False
already_failed = myDB.match('SELECT * from wanted WHERE NZBurl="%s" and Status="Failed"' % tor_url)
if already_failed:
logger.debug("Rejecting %s, blacklisted at %s" % (torTitle, already_failed['NZBprov']))
rejected = True
if not rejected:
for word in reject_list:
if word in torTitle.lower() and word not in author.lower() and word not in title.lower():
rejected = True
logger.debug("Rejecting %s, contains %s" % (torTitle, word))
break
tor_size_temp = tor['tor_size'] # Need to cater for when this is NONE (Issue 35)
tor_size_temp = check_int(tor_size_temp, 1000)
tor_size = round(float(tor_size_temp) / 1048576, 2)
maxsize = check_int(lazylibrarian.REJECT_MAXSIZE, 0)
if not rejected:
if maxsize and tor_size > maxsize:
rejected = True
logger.debug("Rejecting %s, too large" % torTitle)
if not rejected:
bookid = book['bookid']
tor_Title = (author + ' - ' + title + ' LL.(' + book['bookid'] + ')').strip()
controlValueDict = {"NZBurl": tor_url}
newValueDict = {
"NZBprov": tor['tor_prov'],
"BookID": bookid,
"NZBdate": now(), # when we asked for it
"NZBsize": tor_size,
"NZBtitle": tor_Title,
"NZBmode": "torrent",
"Status": "Skipped"
}
score = (torBook_match + torAuthor_match) / 2 # as a percentage
# lose a point for each extra word in the title so we get the closest match
words = len(getList(torTitle))
words -= len(getList(author))
words -= len(getList(title))
score -= abs(words)
matches.append([score, torTitle, newValueDict, controlValueDict])
if matches:
highest = max(matches, key=lambda x: x[0])
score = highest[0]
nzb_Title = highest[1]
newValueDict = highest[2]
controlValueDict = highest[3]
if score < match_ratio:
logger.info(u'Nearest TOR match (%s%%): %s using %s search for %s %s' %
(score, nzb_Title, searchtype, author, title))
return False
logger.info(u'Best TOR match (%s%%): %s using %s search' %
(score, nzb_Title, searchtype))
snatchedbooks = myDB.match('SELECT * from books WHERE BookID="%s" and Status="Snatched"' %
newValueDict["BookID"])
if snatchedbooks:
logger.debug('%s already marked snatched' % nzb_Title)
return True # someone else found it, not us
else:
myDB.upsert("wanted", newValueDict, controlValueDict)
if newValueDict["NZBprov"] == 'libgen':
# for libgen we use direct download links
snatch = DirectDownloadMethod(newValueDict["BookID"], newValueDict["NZBprov"],
newValueDict["NZBtitle"], controlValueDict["NZBurl"], nzb_Title)
else:
snatch = TORDownloadMethod(newValueDict["BookID"], newValueDict["NZBprov"],
newValueDict["NZBtitle"], controlValueDict["NZBurl"])
if snatch:
logger.info('Downloading %s from %s' % (newValueDict["NZBtitle"], newValueDict["NZBprov"]))
notify_snatch("%s from %s at %s" %
(newValueDict["NZBtitle"], newValueDict["NZBprov"], now()))
scheduleJob(action='Start', target='processDir')
return True + True # we found it
else:
logger.debug("No torrent's found for [%s] using searchtype %s" % (book["searchterm"], searchtype))
return False
def processResultList(resultlist, author, title, book):
myDB = database.DBConnection()
dictrepl = {'...': '', '.': ' ', ' & ': ' ', ' = ': ' ', '?': '', '$': 's', ' + ': ' ', '"': '',
',': ' ', '*': '', '(': '', ')': '', '[': '', ']': '', '#': '', '0': '', '1': '', '2': '',
'3': '', '4': '', '5': '', '6': '', '7': '', '8': '', '9': '', '\'': '', ':': '', '!': '',
'-': ' ', '\s\s': ' '}
# ' the ': ' ', ' a ': ' ', ' and ': ' ', ' to ': ' ', ' of ': ' ',
# ' for ': ' ', ' my ': ' ', ' in ': ' ', ' at ': ' ', ' with ': ' '}
match_ratio = int(lazylibrarian.MATCH_RATIO)
reject_list = getList(lazylibrarian.REJECT_WORDS)
matches = []
# bit of a misnomer now, rss can search both tor and nzb rss feeds
for tor in resultlist:
torTitle = unaccented_str(replace_all(tor['tor_title'], dictrepl)).strip()
torTitle = re.sub(r"\s\s+", " ", torTitle) # remove extra whitespace
tor_Author_match = fuzz.token_set_ratio(author, torTitle)
tor_Title_match = fuzz.token_set_ratio(title, torTitle)
logger.debug("RSS Author/Title Match: %s/%s for %s" % (tor_Author_match, tor_Title_match, torTitle))
tor_url = tor['tor_url']
rejected = False
already_failed = myDB.action('SELECT * from wanted WHERE NZBurl="%s" and Status="Failed"' %
tor_url).fetchone()
if already_failed:
logger.debug("Rejecting %s, blacklisted at %s" % (torTitle, already_failed['NZBprov']))
rejected = True
if not rejected:
for word in reject_list:
if word in torTitle.lower() and not word in author.lower() and not word in book.lower():
rejected = True
logger.debug("Rejecting %s, contains %s" % (torTitle, word))
break
tor_size_temp = tor['tor_size'] # Need to cater for when this is NONE (Issue 35)
if tor_size_temp is None:
tor_size_temp = 1000
tor_size = round(float(tor_size_temp) / 1048576, 2)
maxsize = check_int(lazylibrarian.REJECT_MAXSIZE, 0)
if not rejected:
if maxsize and tor_size > maxsize:
rejected = True
logger.debug("Rejecting %s, too large" % torTitle)
if not rejected:
if tor_Title_match >= match_ratio and tor_Author_match >= match_ratio:
bookid = book['bookid']
tor_Title = (book["authorName"] + ' - ' + book['bookName'] +
' LL.(' + book['bookid'] + ')').strip()
tor_prov = tor['tor_prov']
tor_feed = tor['tor_feed']
controlValueDict = {"NZBurl": tor_url}
newValueDict = {
"NZBprov": tor_prov,
"BookID": bookid,
"NZBdate": now(), # when we asked for it
"NZBsize": tor_size,
"NZBtitle": tor_Title,
"NZBmode": "torrent",
"Status": "Skipped"
}
score = (tor_Title_match + tor_Author_match)/2 # as a percentage
# lose a point for each extra word in the title so we get the closest match
words = len(getList(torTitle))
words -= len(getList(author))
words -= len(getList(title))
score -= abs(words)
matches.append([score, torTitle, newValueDict, controlValueDict])
if matches:
highest = max(matches, key=lambda x: x[0])
score = highest[0]
nzb_Title = highest[1]
newValueDict = highest[2]
controlValueDict = highest[3]
logger.info(u'Best match RSS (%s%%): %s using %s search' %
(score, nzb_Title, searchtype))
snatchedbooks = myDB.action('SELECT * from books WHERE BookID="%s" and Status="Snatched"' %
newValueDict["BookID"]).fetchone()
if snatchedbooks: # check if one of the other downloaders got there first
logger.debug('%s already marked snatched' % nzb_Title)
return True
else:
myDB.upsert("wanted", newValueDict, controlValueDict)
tor_url = controlValueDict["NZBurl"]
if '.nzb' in tor_url:
snatch = NZBDownloadMethod(newValueDict["BookID"], newValueDict["NZBprov"],
newValueDict["NZBtitle"], controlValueDict["NZBurl"])
else:
"""
# http://baconbits.org/torrents.php?action=download&authkey=<authkey>&torrent_pass=<password.hashed>&id=185398
if not tor_url.startswith('magnet'): # magnets don't use auth
pwd = lazylibrarian.RSS_PROV[tor_feed]['PASS']
auth = lazylibrarian.RSS_PROV[tor_feed]['AUTH']
# don't know what form of password hash is required, try sha1
tor_url = tor_url.replace('<authkey>', auth).replace('<password.hashed>', sha1(pwd))
"""
snatch = TORDownloadMethod(newValueDict["BookID"], newValueDict["NZBprov"],
newValueDict["NZBtitle"], tor_url)
if snatch:
notify_snatch(newValueDict["NZBtitle"] + ' at ' + now())
scheduleJob(action='Start', target='processDir')
return True + True # we found it
else:
logger.debug("No RSS found for " + (book["authorName"] + ' ' +
book['bookName']).strip())
return False
def search_rss_book(books=None, reset=False):
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
if books is None:
threading.currentThread().name = "SEARCHALLRSS"
else:
threading.currentThread().name = "SEARCHRSS"
if not (lazylibrarian.USE_RSS()):
logger.warn('RSS search is disabled')
scheduleJob(action='Stop', target='search_rss_book')
return
if not internet():
logger.warn('Search RSS Book: No internet connection')
return
myDB = database.DBConnection()
resultlist, wishproviders = IterateOverGoodReads()
if not wishproviders:
logger.debug('No rss wishlists are set')
else:
# for each item in resultlist, add to database if necessary, and mark as wanted
for book in resultlist:
# we get rss_author, rss_title, rss_isbn, rss_bookid (goodreads bookid)
# we can just use bookid if goodreads, or try isbn and name matching on author/title if googlebooks
# not sure if anyone would use a goodreads wishlist if not using goodreads interface...
logger.debug('Processing %s item%s in wishlists' %
(len(resultlist), plural(len(resultlist))))
if book['rss_bookid'] and lazylibrarian.CONFIG[
'BOOK_API'] == "GoodReads":
bookmatch = myDB.match(
'select Status,BookName from books where bookid="%s"' %
book['rss_bookid'])
if bookmatch:
bookstatus = bookmatch['Status']
bookname = bookmatch['BookName']
if bookstatus in ['Open', 'Wanted', 'Have']:
logger.info(
u'Found book %s, already marked as "%s"' %
(bookname, bookstatus))
else: # skipped/ignored
logger.info(u'Found book %s, marking as "Wanted"' %
bookname)
controlValueDict = {"BookID": bookid}
newValueDict = {"Status": "Wanted"}
myDB.upsert("books", newValueDict,
controlValueDict)
else:
import_book(book['rss_bookid'])
else:
item = {}
headers = []
item['Title'] = book['rss_title']
if book['rss_bookid']:
item['BookID'] = book['rss_bookid']
headers.append('BookID')
if book['rss_isbn']:
item['ISBN'] = book['rss_isbn']
headers.append('ISBN')
bookmatch = finditem(item, book['rss_author'], headers)
if bookmatch: # it's already in the database
authorname = bookmatch['AuthorName']
bookname = bookmatch['BookName']
bookid = bookmatch['BookID']
bookstatus = bookmatch['Status']
if bookstatus in ['Open', 'Wanted', 'Have']:
logger.info(
u'Found book %s by %s, already marked as "%s"'
% (bookname, authorname, bookstatus))
else: # skipped/ignored
logger.info(
u'Found book %s by %s, marking as "Wanted"' %
(bookname, authorname))
controlValueDict = {"BookID": bookid}
newValueDict = {"Status": "Wanted"}
myDB.upsert("books", newValueDict,
controlValueDict)
else: # not in database yet
results = ''
if book['rss_isbn']:
results = search_for(book['rss_isbn'])
if results:
result = results[0]
if result['isbn_fuzz'] > lazylibrarian.CONFIG[
'MATCH_RATIO']:
logger.info(
"Found (%s%%) %s: %s" %
(result['isbn_fuzz'], result['authorname'],
result['bookname']))
import_book(result['bookid'])
bookmatch = True
if not results:
searchterm = "%s <ll> %s" % (
item['Title'],
formatAuthorName(book['rss_author']))
results = search_for(unaccented(searchterm))
if results:
result = results[0]
if result['author_fuzz'] > lazylibrarian.CONFIG['MATCH_RATIO'] \
and result['book_fuzz'] > lazylibrarian.CONFIG['MATCH_RATIO']:
logger.info(
"Found (%s%% %s%%) %s: %s" %
(result['author_fuzz'],
result['book_fuzz'], result['authorname'],
result['bookname']))
import_book(result['bookid'])
bookmatch = True
if not bookmatch:
msg = "Skipping book %s by %s" % (item['Title'],
book['rss_author'])
# noinspection PyUnboundLocalVariable
if not results:
msg += ', No results returned'
logger.warn(msg)
else:
msg += ', No match found'
logger.warn(msg)
msg = "Closest match (%s%% %s%%) %s: %s" % (
result['author_fuzz'], result['book_fuzz'],
result['authorname'], result['bookname'])
logger.warn(msg)
if books is None:
# We are performing a backlog search
cmd = 'SELECT BookID, AuthorName, Bookname, BookSub, BookAdded from books,authors '
cmd += 'WHERE books.AuthorID = authors.AuthorID and books.Status="Wanted" order by BookAdded desc'
searchbooks = myDB.select(cmd)
else:
# The user has added a new book
searchbooks = []
for book in books:
cmd = 'SELECT BookID, AuthorName, BookName, BookSub from books,authors '
cmd += 'WHERE books.AuthorID = authors.AuthorID and BookID="%s" ' % book[
'bookid']
cmd += 'AND books.Status="Wanted"'
searchbook = myDB.select(cmd)
for terms in searchbook:
searchbooks.append(terms)
if len(searchbooks) == 0:
return
resultlist, nproviders = IterateOverRSSSites()
if not nproviders:
if not wishproviders:
logger.warn('No rss providers are set, check config')
return # No point in continuing
logger.info('RSS Searching for %i book%s' %
(len(searchbooks), plural(len(searchbooks))))
rss_count = 0
for book in searchbooks:
authorname, bookname = get_searchterm(book, "book")
found = processResultList(resultlist, authorname, bookname, book,
'book')
# if you can't find the book, try title without any "(extended details, series etc)"
if not found and '(' in bookname: # anything to shorten?
authorname, bookname = get_searchterm(book, "shortbook")
found = processResultList(resultlist, authorname, bookname,
book, 'shortbook')
if not found:
logger.debug(
"Searches returned no results. Adding book %s - %s to queue."
% (authorname, bookname))
if found > True:
rss_count += 1
logger.info("RSS Search for Wanted items complete, found %s book%s" %
(rss_count, plural(rss_count)))
if reset:
scheduleJob(action='Restart', target='search_rss_book')
except Exception:
logger.error('Unhandled exception in search_rss_book: %s' %
traceback.format_exc())
def search_tor_book(books=None, reset=False):
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "SEARCHTOR"
if not lazylibrarian.USE_TOR():
logger.warn('No Torrent providers set, check config')
return
myDB = database.DBConnection()
searchlist = []
if books is None:
# We are performing a backlog search
searchbooks = myDB.select(
'SELECT BookID, AuthorName, Bookname, BookSub, BookAdded from books WHERE Status="Wanted" order by BookAdded desc'
)
else:
# The user has added a new book
searchbooks = []
for book in books:
searchbook = myDB.select(
'SELECT BookID, AuthorName, BookName, BookSub from books WHERE BookID="%s" \
AND Status="Wanted"' % book['bookid'])
for terms in searchbook:
searchbooks.append(terms)
if len(searchbooks) == 0:
logger.debug("TOR search requested for no books or invalid BookID")
return
else:
logger.info('TOR Searching for %i book%s' %
(len(searchbooks), plural(len(searchbooks))))
for searchbook in searchbooks:
# searchterm is only used for display purposes
searchterm = searchbook['AuthorName'] + ' "' + searchbook['BookName']
if searchbook['BookSub']:
searchterm = searchterm + ': ' + searchbook['BookSub']
searchterm = searchterm + '"'
searchlist.append({
"bookid": searchbook['BookID'],
"bookName": searchbook['BookName'],
"bookSub": searchbook['BookSub'],
"authorName": searchbook['AuthorName'],
"searchterm": searchterm
})
tor_count = 0
for book in searchlist:
resultlist, nproviders = IterateOverTorrentSites(book, 'book')
if not nproviders:
logger.warn('No torrent providers are set, check config')
return # No point in continuing
found = processResultList(resultlist, book, "book")
# if you can't find the book, try author/title without any "(extended details, series etc)"
if not found and '(' in book['bookName']:
resultlist, nproviders = IterateOverTorrentSites(book, 'shortbook')
found = processResultList(resultlist, book, "shortbook")
# if you can't find the book under "books", you might find under general search
if not found:
resultlist, nproviders = IterateOverTorrentSites(book, 'general')
found = processResultList(resultlist, book, "general")
if not found:
logger.debug("Searches for %s returned no results." %
book['searchterm'])
if found > True:
tor_count = tor_count + 1
logger.info("TORSearch for Wanted items complete, found %s book%s" %
(tor_count, plural(tor_count)))
if reset:
scheduleJob(action='Restart', target='search_tor_book')
def search_rss_book(books=None, library=None):
"""
books is a list of new books to add, or None for backlog search
library is "eBook" or "AudioBook" or None to search all book types
"""
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
if books is None:
threading.currentThread().name = "SEARCHALLRSS"
else:
threading.currentThread().name = "SEARCHRSS"
if not (lazylibrarian.USE_RSS()):
logger.warn('RSS search is disabled')
scheduleJob(action='Stop', target='search_rss_book')
return
myDB = database.DBConnection()
resultlist, wishproviders = IterateOverWishLists()
new_books = 0
if not wishproviders:
logger.debug('No wishlists are set')
else:
# for each item in resultlist, add to database if necessary, and mark as wanted
logger.debug('Processing %s item%s in wishlists' % (len(resultlist), plural(len(resultlist))))
for book in resultlist:
# we get rss_author, rss_title, maybe rss_isbn, rss_bookid (goodreads bookid)
# we can just use bookid if goodreads, or try isbn and name matching on author/title if googlebooks
# not sure if anyone would use a goodreads wishlist if not using goodreads interface...
if lazylibrarian.CONFIG['BOOK_API'] == "GoodReads" and book['rss_bookid']:
bookmatch = myDB.match('select Status,BookName from books where bookid=?', (book['rss_bookid'],))
if bookmatch:
bookstatus = bookmatch['Status']
bookname = bookmatch['BookName']
if bookstatus in ['Open', 'Wanted', 'Have']:
logger.info(u'Found book %s, already marked as "%s"' % (bookname, bookstatus))
else: # skipped/ignored
logger.info(u'Found book %s, marking as "Wanted"' % bookname)
controlValueDict = {"BookID": book['rss_bookid']}
newValueDict = {"Status": "Wanted"}
myDB.upsert("books", newValueDict, controlValueDict)
new_books += 1
else:
import_book(book['rss_bookid'])
new_books += 1
else:
item = {}
headers = []
item['Title'] = book['rss_title']
if book['rss_bookid']:
item['BookID'] = book['rss_bookid']
headers.append('BookID')
if book['rss_isbn']:
item['ISBN'] = book['rss_isbn']
headers.append('ISBN')
bookmatch = finditem(item, book['rss_author'], headers)
if bookmatch: # it's already in the database
authorname = bookmatch['AuthorName']
bookname = bookmatch['BookName']
bookid = bookmatch['BookID']
bookstatus = bookmatch['Status']
if bookstatus in ['Open', 'Wanted', 'Have']:
logger.info(
u'Found book %s by %s, already marked as "%s"' % (bookname, authorname, bookstatus))
else: # skipped/ignored
logger.info(u'Found book %s by %s, marking as "Wanted"' % (bookname, authorname))
controlValueDict = {"BookID": bookid}
newValueDict = {"Status": "Wanted"}
myDB.upsert("books", newValueDict, controlValueDict)
new_books += 1
else: # not in database yet
results = ''
if book['rss_isbn']:
results = search_for(book['rss_isbn'])
if results:
result = results[0] # type: dict
if result['isbn_fuzz'] > check_int(lazylibrarian.CONFIG['MATCH_RATIO'], 90):
logger.info("Found (%s%%) %s: %s" %
(result['isbn_fuzz'], result['authorname'], result['bookname']))
import_book(result['bookid'])
new_books += 1
bookmatch = True
if not results:
searchterm = "%s <ll> %s" % (item['Title'], formatAuthorName(book['rss_author']))
results = search_for(unaccented(searchterm))
if results:
result = results[0] # type: dict
if result['author_fuzz'] > check_int(lazylibrarian.CONFIG['MATCH_RATIO'], 90) \
and result['book_fuzz'] > check_int(lazylibrarian.CONFIG['MATCH_RATIO'], 90):
logger.info("Found (%s%% %s%%) %s: %s" % (result['author_fuzz'], result['book_fuzz'],
result['authorname'], result['bookname']))
import_book(result['bookid'])
new_books += 1
bookmatch = True
if not bookmatch:
msg = "Skipping book %s by %s" % (item['Title'], book['rss_author'])
if not results:
msg += ', No results returned'
logger.warn(msg)
else:
msg += ', No match found'
logger.warn(msg)
msg = "Closest match (%s%% %s%%) %s: %s" % (result['author_fuzz'], result['book_fuzz'],
result['authorname'], result['bookname'])
logger.warn(msg)
if new_books:
logger.info("Wishlist marked %s book%s as Wanted" % (new_books, plural(new_books)))
searchbooks = []
if books is None:
# We are performing a backlog search
cmd = 'SELECT BookID, AuthorName, Bookname, BookSub, BookAdded, books.Status, AudioStatus '
cmd += 'from books,authors WHERE (books.Status="Wanted" OR AudioStatus="Wanted") '
cmd += 'and books.AuthorID = authors.AuthorID order by BookAdded desc'
results = myDB.select(cmd)
for terms in results:
searchbooks.append(terms)
else:
# The user has added a new book
for book in books:
cmd = 'SELECT BookID, AuthorName, BookName, BookSub, books.Status, AudioStatus '
cmd += 'from books,authors WHERE BookID=? AND books.AuthorID = authors.AuthorID'
results = myDB.select(cmd, (book['bookid'],))
for terms in results:
searchbooks.append(terms)
if len(searchbooks) == 0:
logger.debug("SearchRSS - No books to search for")
return
resultlist, nproviders = IterateOverRSSSites()
if not nproviders and not wishproviders:
logger.warn('No rss providers are available')
return # No point in continuing
logger.info('RSS Searching for %i book%s' % (len(searchbooks), plural(len(searchbooks))))
searchlist = []
for searchbook in searchbooks:
# searchterm is only used for display purposes
searchterm = searchbook['AuthorName'] + ' ' + searchbook['BookName']
if searchbook['BookSub']:
searchterm = searchterm + ': ' + searchbook['BookSub']
if library is None or library == 'eBook':
if searchbook['Status'] == "Wanted":
searchlist.append(
{"bookid": searchbook['BookID'],
"bookName": searchbook['BookName'],
"bookSub": searchbook['BookSub'],
"authorName": searchbook['AuthorName'],
"library": "eBook",
"searchterm": searchterm})
if library is None or library == 'AudioBook':
if searchbook['AudioStatus'] == "Wanted":
searchlist.append(
{"bookid": searchbook['BookID'],
"bookName": searchbook['BookName'],
"bookSub": searchbook['BookSub'],
"authorName": searchbook['AuthorName'],
"library": "AudioBook",
"searchterm": searchterm})
rss_count = 0
for book in searchlist:
if book['library'] == 'AudioBook':
searchtype = 'audio'
else:
searchtype = 'book'
found = processResultList(resultlist, book, searchtype, 'rss')
# if you can't find the book, try title without any "(extended details, series etc)"
if not found and '(' in book['bookName']: # anything to shorten?
searchtype = 'short' + searchtype
found = processResultList(resultlist, book, searchtype, 'rss')
if not found:
logger.info("NZB Searches for %s %s returned no results." % (book['library'], book['searchterm']))
if found > True:
rss_count += 1
logger.info("RSS Search for Wanted items complete, found %s book%s" % (rss_count, plural(rss_count)))
except Exception:
logger.error('Unhandled exception in search_rss_book: %s' % traceback.format_exc())
finally:
threading.currentThread().name = "WEBSERVER"
def downloadResult(match, book):
""" match: best result from search providers
book: book we are downloading (needed for reporting author name)
return: 0 if failed to snatch
1 if already snatched
2 if we snatched it
"""
# noinspection PyBroadException
try:
myDB = database.DBConnection()
newValueDict = match[1]
controlValueDict = match[2]
# It's possible to get book and wanted tables "Snatched" status out of sync
# for example if a user marks a book as "Wanted" after a search task snatches it and before postprocessor runs
# so check status in both tables here
snatched = myDB.match('SELECT BookID from wanted WHERE BookID=? and AuxInfo=? and Status="Snatched"',
(newValueDict["BookID"], newValueDict["AuxInfo"]))
if snatched:
logger.debug('%s %s %s already marked snatched in wanted table' %
(newValueDict["AuxInfo"], book['authorName'], book['bookName']))
return 1 # someone else already found it
if newValueDict["AuxInfo"] == 'eBook':
snatched = myDB.match('SELECT BookID from books WHERE BookID=? and Status="Snatched"',
(newValueDict["BookID"],))
else:
snatched = myDB.match('SELECT BookID from books WHERE BookID=? and AudioStatus="Snatched"',
(newValueDict["BookID"],))
if snatched:
logger.debug('%s %s %s already marked snatched in book table' %
(newValueDict["AuxInfo"], book['authorName'], book['bookName']))
return 1 # someone else already found it
myDB.upsert("wanted", newValueDict, controlValueDict)
if newValueDict['NZBmode'] == 'direct':
snatch = DirectDownloadMethod(newValueDict["BookID"], newValueDict["NZBtitle"],
controlValueDict["NZBurl"], newValueDict["AuxInfo"])
elif newValueDict['NZBmode'] in ["torznab", "torrent", "magnet"]:
snatch = TORDownloadMethod(newValueDict["BookID"], newValueDict["NZBtitle"],
controlValueDict["NZBurl"], newValueDict["AuxInfo"])
elif newValueDict['NZBmode'] == 'nzb':
snatch = NZBDownloadMethod(newValueDict["BookID"], newValueDict["NZBtitle"],
controlValueDict["NZBurl"], newValueDict["AuxInfo"])
else:
logger.error('Unhandled NZBmode [%s] for %s' % (newValueDict['NZBmode'], controlValueDict["NZBurl"]))
snatch = 0
if snatch:
logger.info('Downloading %s %s from %s' %
(newValueDict["AuxInfo"], newValueDict["NZBtitle"], newValueDict["NZBprov"]))
custom_notify_snatch("%s %s" % (newValueDict["BookID"], newValueDict['AuxInfo']))
notify_snatch("%s %s from %s at %s" %
(newValueDict["AuxInfo"], newValueDict["NZBtitle"], newValueDict["NZBprov"], now()))
# at this point we could add NZBprov to the blocklist with a short timeout, a second or two?
# This would implement a round-robin search system. Blocklist with an incremental counter.
# If number of active providers == number blocklisted, so no unblocked providers are left,
# either sleep for a while, or unblock the one with the lowest counter.
scheduleJob(action='Start', target='processDir')
return 2 # we found it
return 0
except Exception:
logger.error('Unhandled exception in downloadResult: %s' % traceback.format_exc())
return 0
def search_rss_book(books=None, library=None):
"""
books is a list of new books to add, or None for backlog search
library is "eBook" or "AudioBook" or None to search all book types
"""
if not (lazylibrarian.USE_RSS()):
logger.warn('RSS search is disabled')
scheduleJob(action='Stop', target='search_rss_book')
return
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
if not books:
threading.currentThread().name = "SEARCHALLRSS"
else:
threading.currentThread().name = "SEARCHRSS"
myDB = database.DBConnection()
searchbooks = []
if not books:
# We are performing a backlog search
cmd = 'SELECT BookID, AuthorName, Bookname, BookSub, BookAdded, books.Status, AudioStatus '
cmd += 'from books,authors WHERE (books.Status="Wanted" OR AudioStatus="Wanted") '
cmd += 'and books.AuthorID = authors.AuthorID order by BookAdded desc'
results = myDB.select(cmd)
for terms in results:
searchbooks.append(terms)
else:
# The user has added a new book
for book in books:
cmd = 'SELECT BookID, AuthorName, BookName, BookSub, books.Status, AudioStatus '
cmd += 'from books,authors WHERE BookID=? AND books.AuthorID = authors.AuthorID'
results = myDB.select(cmd, (book['bookid'],))
for terms in results:
searchbooks.append(terms)
if len(searchbooks) == 0:
logger.debug("SearchRSS - No books to search for")
return
resultlist, nproviders, _ = IterateOverRSSSites()
if not nproviders:
logger.warn('No rss providers are available')
scheduleJob(action='Stop', target='search_rss_book')
return # No point in continuing
logger.info('RSS Searching for %i book%s' % (len(searchbooks), plural(len(searchbooks))))
searchlist = []
for searchbook in searchbooks:
# searchterm is only used for display purposes
searchterm = searchbook['AuthorName'] + ' ' + searchbook['BookName']
if searchbook['BookSub']:
searchterm = searchterm + ': ' + searchbook['BookSub']
if library is None or library == 'eBook':
if searchbook['Status'] == "Wanted":
cmd = 'SELECT BookID from wanted WHERE BookID=? and AuxInfo="eBook" and Status="Snatched"'
snatched = myDB.match(cmd, (searchbook["BookID"],))
if snatched:
logger.warn('eBook %s %s already marked snatched in wanted table' %
(searchbook['AuthorName'], searchbook['BookName']))
else:
searchlist.append(
{"bookid": searchbook['BookID'],
"bookName": searchbook['BookName'],
"bookSub": searchbook['BookSub'],
"authorName": searchbook['AuthorName'],
"library": "eBook",
"searchterm": searchterm})
if library is None or library == 'AudioBook':
if searchbook['AudioStatus'] == "Wanted":
cmd = 'SELECT BookID from wanted WHERE BookID=? and AuxInfo="AudioBook" and Status="Snatched"'
snatched = myDB.match(cmd, (searchbook["BookID"],))
if snatched:
logger.warn('AudioBook %s %s already marked snatched in wanted table' %
(searchbook['AuthorName'], searchbook['BookName']))
else:
searchlist.append(
{"bookid": searchbook['BookID'],
"bookName": searchbook['BookName'],
"bookSub": searchbook['BookSub'],
"authorName": searchbook['AuthorName'],
"library": "AudioBook",
"searchterm": searchterm})
rss_count = 0
for book in searchlist:
if book['library'] == 'AudioBook':
searchtype = 'audio'
else:
searchtype = 'book'
found = processResultList(resultlist, book, searchtype, 'rss')
# if you can't find the book, try title without any "(extended details, series etc)"
if not found and '(' in book['bookName']: # anything to shorten?
searchtype = 'short' + searchtype
found = processResultList(resultlist, book, searchtype, 'rss')
if not found:
logger.info("RSS Searches for %s %s returned no results." % (book['library'], book['searchterm']))
if found > 1:
rss_count += 1
logger.info("RSS Search for Wanted items complete, found %s book%s" % (rss_count, plural(rss_count)))
except Exception:
logger.error('Unhandled exception in search_rss_book: %s' % traceback.format_exc())
finally:
threading.currentThread().name = "WEBSERVER"
def processResultList(resultlist, book, searchtype):
myDB = database.DBConnection()
dictrepl = {'...': '', '.': ' ', ' & ': ' ', ' = ': ' ', '?': '', '$': 's', ' + ': ' ', '"': '',
',': ' ', '*': '', '(': '', ')': '', '[': '', ']': '', '#': '', '0': '', '1': '', '2': '',
'3': '', '4': '', '5': '', '6': '', '7': '', '8': '', '9': '', '\'': '', ':': '', '!': '',
'-': ' ', '\s\s': ' '}
dic = {'...': '', '.': ' ', ' & ': ' ', ' = ': ' ', '?': '', '$': 's', ' + ': ' ', '"': '',
',': '', '*': '', ':': '.', ';': ''}
match_ratio = int(lazylibrarian.CONFIG['MATCH_RATIO'])
reject_list = getList(lazylibrarian.CONFIG['REJECT_WORDS'])
author = unaccented_str(replace_all(book['authorName'], dic))
title = unaccented_str(replace_all(book['bookName'], dic))
matches = []
for tor in resultlist:
torTitle = unaccented_str(tor['tor_title'])
torTitle = replace_all(torTitle, dictrepl).strip()
torTitle = re.sub(r"\s\s+", " ", torTitle) # remove extra whitespace
torAuthor_match = fuzz.token_set_ratio(author, torTitle)
torBook_match = fuzz.token_set_ratio(title, torTitle)
logger.debug(u"TOR author/book Match: %s/%s for %s" % (torAuthor_match, torBook_match, torTitle))
tor_url = tor['tor_url']
rejected = False
already_failed = myDB.match('SELECT * from wanted WHERE NZBurl="%s" and Status="Failed"' % tor_url)
if already_failed:
logger.debug("Rejecting %s, blacklisted at %s" % (torTitle, already_failed['NZBprov']))
rejected = True
if not rejected:
for word in reject_list:
if word in torTitle.lower() and word not in author.lower() and word not in title.lower():
rejected = True
logger.debug("Rejecting %s, contains %s" % (torTitle, word))
break
tor_size_temp = tor['tor_size'] # Need to cater for when this is NONE (Issue 35)
tor_size_temp = check_int(tor_size_temp, 1000)
tor_size = round(float(tor_size_temp) / 1048576, 2)
maxsize = check_int(lazylibrarian.CONFIG['REJECT_MAXSIZE'], 0)
if not rejected:
if maxsize and tor_size > maxsize:
rejected = True
logger.debug("Rejecting %s, too large" % torTitle)
minsize = check_int(lazylibrarian.CONFIG['REJECT_MINSIZE'], 0)
if not rejected:
if minsize and tor_size < minsize:
rejected = True
logger.debug("Rejecting %s, too small" % torTitle)
if not rejected:
bookid = book['bookid']
tor_Title = (author + ' - ' + title + ' LL.(' + book['bookid'] + ')').strip()
controlValueDict = {"NZBurl": tor_url}
newValueDict = {
"NZBprov": tor['tor_prov'],
"BookID": bookid,
"NZBdate": now(), # when we asked for it
"NZBsize": tor_size,
"NZBtitle": tor_Title,
"NZBmode": "torrent",
"Status": "Skipped"
}
score = (torBook_match + torAuthor_match) / 2 # as a percentage
# lose a point for each extra word in the title so we get the closest match
words = len(getList(torTitle))
words -= len(getList(author))
words -= len(getList(title))
score -= abs(words)
matches.append([score, torTitle, newValueDict, controlValueDict])
if matches:
highest = max(matches, key=lambda x: x[0])
score = highest[0]
nzb_Title = highest[1]
newValueDict = highest[2]
controlValueDict = highest[3]
if score < match_ratio:
logger.info(u'Nearest TOR match (%s%%): %s using %s search for %s %s' %
(score, nzb_Title, searchtype, author, title))
return False
logger.info(u'Best TOR match (%s%%): %s using %s search' %
(score, nzb_Title, searchtype))
snatchedbooks = myDB.match('SELECT BookID from books WHERE BookID="%s" and Status="Snatched"' %
newValueDict["BookID"])
if snatchedbooks:
logger.debug('%s already marked snatched' % nzb_Title)
return True # someone else found it, not us
else:
myDB.upsert("wanted", newValueDict, controlValueDict)
if newValueDict["NZBprov"] == 'libgen':
# for libgen we use direct download links
snatch = DirectDownloadMethod(newValueDict["BookID"], newValueDict["NZBtitle"], controlValueDict["NZBurl"], nzb_Title)
else:
snatch = TORDownloadMethod(newValueDict["BookID"], newValueDict["NZBtitle"], controlValueDict["NZBurl"])
if snatch:
logger.info('Downloading %s from %s' % (newValueDict["NZBtitle"], newValueDict["NZBprov"]))
notify_snatch("%s from %s at %s" %
(newValueDict["NZBtitle"], newValueDict["NZBprov"], now()))
custom_notify_snatch(newValueDict["BookID"])
scheduleJob(action='Start', target='processDir')
return True + True # we found it
else:
logger.debug("No torrent's found for [%s] using searchtype %s" % (book["searchterm"], searchtype))
return False
def search_magazines(mags=None, reset=False):
# produce a list of magazines to search for, tor, nzb, torznab, rss
# noinspection PyBroadException
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
if mags is None:
threading.currentThread().name = "SEARCHALLMAG"
else:
threading.currentThread().name = "SEARCHMAG"
myDB = database.DBConnection()
searchlist = []
if mags is None: # backlog search
searchmags = myDB.select('SELECT Title, Regex, LastAcquired, \
IssueDate from magazines WHERE Status="Active"'
)
else:
searchmags = []
for magazine in mags:
searchmags_temp = myDB.select(
'SELECT Title, Regex, LastAcquired, IssueDate from magazines \
WHERE Title=? AND Status="Active"',
(magazine['bookid'], ))
for terms in searchmags_temp:
searchmags.append(terms)
if len(searchmags) == 0:
threading.currentThread().name = "WEBSERVER"
return
# should clear old search results as might not be available any more
# ie torrent not available, changed providers, out of news server retention etc.
# Only delete the "skipped" ones, not wanted/snatched/processed/ignored
logger.debug("Removing old magazine search results")
myDB.action('DELETE from pastissues WHERE Status="Skipped"')
logger.info('Searching for %i magazine%s' %
(len(searchmags), plural(len(searchmags))))
for searchmag in searchmags:
bookid = searchmag['Title']
searchterm = searchmag['Regex']
if not searchterm:
dic = {
'...': '',
' & ': ' ',
' = ': ' ',
'?': '',
'$': 's',
' + ': ' ',
'"': '',
',': '',
'*': ''
}
# strip accents from the magazine title for easier name-matching
searchterm = unaccented_str(searchmag['Title'])
if not searchterm:
# unless there are no ascii characters left
searchterm = searchmag['Title']
searchterm = replace_all(searchterm, dic)
searchterm = re.sub('[.\-/]', ' ', searchterm)
searchterm = searchterm.encode(lazylibrarian.SYS_ENCODING)
searchlist.append({"bookid": bookid, "searchterm": searchterm})
if not searchlist:
logger.warn(
'There is nothing to search for. Mark some magazines as active.'
)
for book in searchlist:
resultlist = []
if lazylibrarian.USE_NZB():
resultlist, nproviders = IterateOverNewzNabSites(book, 'mag')
if not nproviders:
# don't nag. Show warning message no more than every 20 mins
timenow = int(time.time())
if check_int(lazylibrarian.NO_NZB_MSG, 0) + 1200 < timenow:
logger.warn(
'No nzb providers are available. Check config and blocklist'
)
lazylibrarian.NO_NZB_MSG = timenow
if lazylibrarian.USE_DIRECT():
dir_resultlist, nproviders = IterateOverDirectSites(
book, 'mag')
if not nproviders:
# don't nag. Show warning message no more than every 20 mins
timenow = int(time.time())
if check_int(lazylibrarian.NO_DIRECT_MSG,
0) + 1200 < timenow:
logger.warn(
'No direct providers are available. Check config and blocklist'
)
lazylibrarian.NO_DIRECT_MSG = timenow
if dir_resultlist:
for item in dir_resultlist: # reformat the results so they look like nzbs
resultlist.append({
'bookid': item['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate':
'Fri, 01 Jan 1970 00:00:00 +0100', # fake date as none returned
'nzbsize': item['tor_size'],
'nzbmode': 'torrent'
})
if lazylibrarian.USE_TOR():
tor_resultlist, nproviders = IterateOverTorrentSites(
book, 'mag')
if not nproviders:
# don't nag. Show warning message no more than every 20 mins
timenow = int(time.time())
if check_int(lazylibrarian.NO_TOR_MSG, 0) + 1200 < timenow:
logger.warn(
'No tor providers are available. Check config and blocklist'
)
lazylibrarian.NO_TOR_MSG = timenow
if tor_resultlist:
for item in tor_resultlist: # reformat the torrent results so they look like nzbs
resultlist.append({
'bookid': item['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate':
'Fri, 01 Jan 1970 00:00:00 +0100', # fake date as none returned from torrents
'nzbsize': item['tor_size'],
'nzbmode': 'torrent'
})
if lazylibrarian.USE_RSS():
rss_resultlist, nproviders = IterateOverRSSSites()
if not nproviders:
# don't nag. Show warning message no more than every 20 mins
timenow = int(time.time())
if check_int(lazylibrarian.NO_RSS_MSG, 0) + 1200 < timenow:
logger.warn(
'No rss providers are available. Check config and blocklist'
)
lazylibrarian.NO_RSS_MSG = timenow
if rss_resultlist:
for item in rss_resultlist: # reformat the rss results so they look like nzbs
resultlist.append({
'bookid': book['bookid'],
'nzbprov': item['tor_prov'],
'nzbtitle': item['tor_title'],
'nzburl': item['tor_url'],
'nzbdate': item[
'tor_date'], # may be fake date as none returned from rss torrents, only rss nzb
'nzbsize': item['tor_size'],
'nzbmode': item['tor_type']
})
if not resultlist:
logger.debug("No results for magazine %s" % book['searchterm'])
else:
bad_name = 0
bad_date = 0
old_date = 0
rejects = 0
total_nzbs = 0
new_date = 0
maglist = []
issues = []
bookid = ''
for nzb in resultlist:
total_nzbs += 1
bookid = nzb['bookid']
# strip accents from the magazine title for easier name-matching
nzbtitle = unaccented_str(nzb['nzbtitle'])
if not nzbtitle:
# unless it's not a latin-1 encodable name
nzbtitle = nzb['nzbtitle']
nzbtitle = nzbtitle.replace('"', '').replace(
"'", "") # suppress " in titles
nzburl = nzb['nzburl']
nzbprov = nzb['nzbprov']
nzbdate_temp = nzb['nzbdate']
nzbsize_temp = nzb['nzbsize']
nzbsize_temp = check_int(
nzbsize_temp, 1000
) # not all torrents returned by torznab have a size
nzbsize = round(float(nzbsize_temp) / 1048576, 2)
nzbdate = nzbdate2format(nzbdate_temp)
nzbmode = nzb['nzbmode']
results = myDB.match(
'SELECT * from magazines WHERE Title=?', (bookid, ))
if not results:
logger.debug(
'Magazine [%s] does not match search term [%s].' %
(nzbtitle, bookid))
bad_name += 1
else:
rejected = False
maxsize = check_int(
lazylibrarian.CONFIG['REJECT_MAGSIZE'], 0)
if maxsize and nzbsize > maxsize:
logger.debug("Rejecting %s, too large" % nzbtitle)
rejected = True
if not rejected:
minsize = check_int(
lazylibrarian.CONFIG['REJECT_MAGMIN'], 0)
if minsize and nzbsize < minsize:
logger.debug("Rejecting %s, too small" %
nzbtitle)
rejected = True
if not rejected:
dic = {
'.': ' ',
'-': ' ',
'/': ' ',
'+': ' ',
'_': ' ',
'(': '',
')': ''
}
nzbtitle_formatted = replace_all(nzbtitle,
dic).strip()
# Need to make sure that substrings of magazine titles don't get found
# (e.g. Maxim USA will find Maximum PC USA)
# remove extra spaces if they're in a row
if nzbtitle_formatted and nzbtitle_formatted[
0] == '[' and nzbtitle_formatted[-1] == ']':
nzbtitle_formatted = nzbtitle_formatted[1:-1]
nzbtitle_exploded_temp = " ".join(
nzbtitle_formatted.split())
nzbtitle_exploded = nzbtitle_exploded_temp.split(
' ')
if ' ' in bookid:
bookid_exploded = bookid.split(' ')
else:
bookid_exploded = [bookid]
# check nzb has magazine title and a date/issue nr
# eg The MagPI July 2015
if len(nzbtitle_exploded) > len(bookid_exploded):
# needs to be longer as it has to include a date
# check all the words in the mag title are in the nzbtitle
rejected = False
wlist = []
for word in nzbtitle_exploded:
wlist.append(unaccented(word).lower())
for word in bookid_exploded:
if unaccented(word).lower() not in wlist:
rejected = True
break
if rejected:
logger.debug(
u"Magazine title match failed " +
bookid + " for " + nzbtitle_formatted)
else:
logger.debug(u"Magazine matched " +
bookid + " for " +
nzbtitle_formatted)
else:
logger.debug("Magazine name too short (%s)" %
len(nzbtitle_exploded))
rejected = True
if not rejected:
blocked = myDB.match(
'SELECT * from wanted WHERE NZBurl=? and Status="Failed"',
(nzburl, ))
if blocked:
logger.debug(
"Rejecting %s, blacklisted at %s" %
(nzbtitle_formatted, blocked['NZBprov']))
rejected = True
if not rejected:
reject_list = getList(
str(results['Reject']).lower())
reject_list += getList(
lazylibrarian.CONFIG['REJECT_MAGS'])
lower_title = unaccented(
nzbtitle_formatted).lower()
lower_bookid = unaccented(bookid).lower()
if reject_list:
if lazylibrarian.LOGLEVEL > 2:
logger.debug('Reject: %s' %
str(reject_list))
logger.debug('Title: %s' % lower_title)
logger.debug('Bookid: %s' % lower_bookid)
for word in reject_list:
if word in lower_title and word not in lower_bookid:
rejected = True
logger.debug("Rejecting %s, contains %s" %
(nzbtitle_formatted, word))
break
regex_pass = 0
if not rejected:
# Magazine names have many different styles of date
# DD MonthName YYYY OR MonthName YYYY or Issue nn, MonthName YYYY
# MonthName DD YYYY or MonthName DD, YYYY
# YYYY MM or YYYY MM DD
# Issue/No/Nr/Vol nn, YYYY or Issue/No/Nr/Vol nn
# nn YYYY issue number without "Nr" before it
# issue and year as a single 6 digit string eg 222015
newdatish = "none"
# DD MonthName YYYY OR MonthName YYYY or Issue nn, MonthName YYYY
pos = 0
while pos < len(nzbtitle_exploded):
year = check_year(nzbtitle_exploded[pos])
if year and pos:
month = month2num(nzbtitle_exploded[pos -
1])
if month:
if pos - 1:
day = check_int(
nzbtitle_exploded[pos - 2], 1)
if day > 31: # probably issue number nn
day = 1
else:
day = 1
newdatish = "%04d-%02d-%02d" % (
year, month, day)
try:
_ = datetime.date(year, month, day)
regex_pass = 1
break
except ValueError:
regex_pass = 0
pos += 1
# MonthName DD YYYY or MonthName DD, YYYY
if not regex_pass:
pos = 0
while pos < len(nzbtitle_exploded):
year = check_year(nzbtitle_exploded[pos])
if year and (pos - 1):
month = month2num(
nzbtitle_exploded[pos - 2])
if month:
day = check_int(
nzbtitle_exploded[
pos - 1].rstrip(','), 1)
try:
_ = datetime.date(
year, month, day)
newdatish = "%04d-%02d-%02d" % (
year, month, day)
regex_pass = 2
break
except ValueError:
regex_pass = 0
pos += 1
# YYYY MM or YYYY MM DD
if not regex_pass:
pos = 0
while pos < len(nzbtitle_exploded):
year = check_year(nzbtitle_exploded[pos])
if year and pos + 1 < len(
nzbtitle_exploded):
month = check_int(
nzbtitle_exploded[pos + 1], 0)
if month:
if pos + 2 < len(
nzbtitle_exploded):
day = check_int(
nzbtitle_exploded[pos + 2],
1)
else:
day = 1
try:
_ = datetime.date(
year, month, day)
newdatish = "%04d-%02d-%02d" % (
year, month, day)
regex_pass = 3
break
except ValueError:
regex_pass = 0
pos += 1
# Issue/No/Nr/Vol nn, YYYY or Issue/No/Nr/Vol nn
if not regex_pass:
pos = 0
while pos < len(nzbtitle_exploded):
if nzbtitle_exploded[pos].lower() in [
"issue", "no", "nr", "vol"
]:
if pos + 1 < len(nzbtitle_exploded):
issue = check_int(
nzbtitle_exploded[pos + 1], 0)
if issue:
newdatish = str(
issue) # 4 == 04 == 004
if pos + 2 < len(
nzbtitle_exploded):
year = check_year(
nzbtitle_exploded[pos +
2])
if year and year < int(
datetime.date.
today().year):
newdatish = '0' # it's old
regex_pass = 4 # Issue/No/Nr/Vol nn, YYYY
else:
regex_pass = 5 # Issue/No/Nr/Vol nn
break
pos += 1
# nn YYYY issue number without "Nr" before it
if not regex_pass:
pos = 1
while pos < len(nzbtitle_exploded):
year = check_year(nzbtitle_exploded[pos])
if year:
issue = check_int(
nzbtitle_exploded[pos - 1], 0)
if issue:
newdatish = str(
issue) # 4 == 04 == 004
regex_pass = 6
if year < int(datetime.date.today(
).year):
newdatish = '0' # it's old
break
pos += 1
# issue and year as a single 6 digit string eg 222015
if not regex_pass:
pos = 0
while pos < len(nzbtitle_exploded):
issue = nzbtitle_exploded[pos]
if issue.isdigit() and len(issue) == 6:
year = int(issue[2:])
issue = int(issue[:2])
newdatish = str(
issue) # 4 == 04 == 004
regex_pass = 7
if year < int(
datetime.date.today().year):
newdatish = '0' # it's old
break
pos += 1
if not regex_pass:
logger.debug(
'Magazine %s not in a recognised date format.'
% nzbtitle_formatted)
bad_date += 1
# allow issues with good name but bad date to be included
# so user can manually select them, incl those with issue numbers
newdatish = "1970-01-01" # provide a fake date for bad-date issues
regex_pass = 99
if rejected:
rejects += 1
else:
if lazylibrarian.LOGLEVEL > 2:
logger.debug("regex %s [%s] %s" %
(regex_pass, nzbtitle_formatted,
newdatish))
# wanted issues go into wanted table marked "Wanted"
# the rest into pastissues table marked "Skipped"
insert_table = "pastissues"
insert_status = "Skipped"
control_date = results['IssueDate']
if control_date is None: # we haven't got any copies of this magazine yet
# get a rough time just over a month ago to compare to, in format yyyy-mm-dd
# could perhaps calc differently for weekly, biweekly etc
# or for magazines with only an issue number, use zero
if str(newdatish).isdigit():
logger.debug(
'Magazine comparing issue numbers (%s)'
% newdatish)
control_date = 0
elif re.match('\d+-\d\d-\d\d', str(newdatish)):
start_time = time.time()
start_time -= int(
lazylibrarian.CONFIG['MAG_AGE']
) * 24 * 60 * 60 # number of seconds in days
if start_time < 0: # limit of unixtime (1st Jan 1970)
start_time = 0
control_date = time.strftime(
"%Y-%m-%d", time.localtime(start_time))
logger.debug(
'Magazine date comparing to %s' %
control_date)
else:
logger.debug(
'Magazine unable to find comparison type [%s]'
% newdatish)
control_date = 0
if str(control_date).isdigit() and str(
newdatish).isdigit():
# for issue numbers, check if later than last one we have
comp_date = int(newdatish) - int(control_date)
newdatish = "%s" % newdatish
newdatish = newdatish.zfill(
4) # pad so we sort correctly
elif re.match('\d+-\d\d-\d\d', str(control_date)) and \
re.match('\d+-\d\d-\d\d', str(newdatish)):
# only grab a copy if it's newer than the most recent we have,
# or newer than a month ago if we have none
comp_date = datecompare(
newdatish, control_date)
else:
# invalid comparison of date and issue number
if re.match('\d+-\d\d-\d\d',
str(control_date)):
logger.debug(
'Magazine %s failed: Expecting a date'
% nzbtitle_formatted)
else:
logger.debug(
'Magazine %s failed: Expecting issue number'
% nzbtitle_formatted)
bad_date += 1
newdatish = "1970-01-01" # this is our fake date for ones we can't decipher
comp_date = 0
if comp_date > 0:
# keep track of what we're going to download so we don't download dupes
new_date += 1
issue = bookid + ',' + newdatish
if issue not in issues:
maglist.append({
'bookid': bookid,
'nzbprov': nzbprov,
'nzbtitle': nzbtitle,
'nzburl': nzburl,
'nzbmode': nzbmode
})
logger.debug(
'This issue of %s is new, downloading'
% nzbtitle_formatted)
issues.append(issue)
logger.debug('Magazine request number %s' %
len(issues))
if lazylibrarian.LOGLEVEL > 2:
logger.debug(str(issues))
insert_table = "wanted"
insert_status = "Wanted"
nzbdate = now() # when we asked for it
else:
logger.debug(
'This issue of %s is already flagged for download'
% issue)
else:
if newdatish != "1970-01-01": # this is our fake date for ones we can't decipher
logger.debug(
'This issue of %s is old; skipping.' %
nzbtitle_formatted)
old_date += 1
# store only the _new_ matching results
# Don't add a new entry if this issue has been found on an earlier search
# and status has been user-set ( we only delete the "Skipped" ones )
# In "wanted" table it might be already snatched/downloading/processing
mag_entry = myDB.match(
'SELECT * from %s WHERE NZBtitle=? and NZBprov=?'
% insert_table, (nzbtitle, nzbprov))
if mag_entry:
if lazylibrarian.LOGLEVEL > 2:
logger.debug(
'%s is already in %s marked %s' %
(nzbtitle, insert_table,
insert_status))
else:
controlValueDict = {
"NZBtitle": nzbtitle,
"NZBprov": nzbprov
}
newValueDict = {
"NZBurl": nzburl,
"BookID": bookid,
"NZBdate": nzbdate,
"AuxInfo": newdatish,
"Status": insert_status,
"NZBsize": nzbsize,
"NZBmode": nzbmode
}
myDB.upsert(insert_table, newValueDict,
controlValueDict)
if lazylibrarian.LOGLEVEL > 2:
logger.debug('Added %s to %s marked %s' %
(nzbtitle, insert_table,
insert_status))
msg = 'Found %i result%s for %s. %i new,' % (
total_nzbs, plural(total_nzbs), bookid, new_date)
msg += ' %i old, %i fail date, %i fail name,' % (
old_date, bad_date, bad_name)
msg += ' %i rejected: %i to download' % (rejects, len(maglist))
logger.info(msg)
for magazine in maglist:
if magazine['nzbmode'] in ["torznab", "torrent", "magnet"]:
snatch = TORDownloadMethod(magazine['bookid'],
magazine['nzbtitle'],
magazine['nzburl'],
'magazine')
else:
snatch = NZBDownloadMethod(magazine['bookid'],
magazine['nzbtitle'],
magazine['nzburl'],
'magazine')
if snatch:
logger.info(
'Downloading %s from %s' %
(magazine['nzbtitle'], magazine["nzbprov"]))
notify_snatch("Magazine %s from %s at %s" %
(unaccented(magazine['nzbtitle']),
magazine["nzbprov"], now()))
custom_notify_snatch(magazine['bookid'])
scheduleJob(action='Start', target='processDir')
if reset:
scheduleJob(action='Restart', target='search_magazines')
logger.info("Search for magazines complete")
except Exception:
logger.error('Unhandled exception in search_magazines: %s' %
traceback.format_exc())
finally:
threading.currentThread().name = "WEBSERVER"
def search_tor_book(books=None, reset=False):
try:
threadname = threading.currentThread().name
if "Thread-" in threadname:
if books is None:
threading.currentThread().name = "SEARCHALLTOR"
else:
threading.currentThread().name = "SEARCHTOR"
if not lazylibrarian.USE_TOR():
logger.warn('No Torrent providers set, check config')
return
if not internet():
logger.warn('Search Tor Book: No internet connection')
return
myDB = database.DBConnection()
searchlist = []
if books is None:
# We are performing a backlog search
cmd = 'SELECT BookID, AuthorName, Bookname, BookSub, BookAdded from books,authors '
cmd += 'WHERE books.AuthorID = authors.AuthorID and books.Status="Wanted" order by BookAdded desc'
searchbooks = myDB.select(cmd)
else:
# The user has added a new book
searchbooks = []
for book in books:
cmd = 'SELECT BookID, AuthorName, BookName, BookSub from books,authors WHERE books.Status="Wanted"'
cmd += ' and books.AuthorID = authors.AuthorID and BookID="%s"' % book['bookid']
searchbook = myDB.select(cmd)
for terms in searchbook:
searchbooks.append(terms)
if len(searchbooks) == 0:
return
logger.info('TOR Searching for %i book%s' % (len(searchbooks), plural(len(searchbooks))))
for searchbook in searchbooks:
# searchterm is only used for display purposes
searchterm = searchbook['AuthorName'] + ' ' + searchbook['BookName']
if searchbook['BookSub']:
searchterm = searchterm + ': ' + searchbook['BookSub']
searchlist.append(
{"bookid": searchbook['BookID'],
"bookName": searchbook['BookName'],
"bookSub": searchbook['BookSub'],
"authorName": searchbook['AuthorName'],
"searchterm": searchterm})
tor_count = 0
for book in searchlist:
resultlist, nproviders = IterateOverTorrentSites(book, 'book')
if not nproviders:
logger.warn('No torrent providers are set, check config')
return # No point in continuing
found = processResultList(resultlist, book, "book")
# if you can't find the book, try author/title without any "(extended details, series etc)"
if not found and '(' in book['bookName']:
resultlist, nproviders = IterateOverTorrentSites(book, 'shortbook')
found = processResultList(resultlist, book, "shortbook")
# general search is the same as booksearch for torrents
# if not found:
# resultlist, nproviders = IterateOverTorrentSites(book, 'general')
# found = processResultList(resultlist, book, "general")
if not found:
logger.debug("Searches for %s returned no results." % book['searchterm'])
if found > True:
tor_count += 1
logger.info("TORSearch for Wanted items complete, found %s book%s" % (tor_count, plural(tor_count)))
if reset:
scheduleJob(action='Restart', target='search_tor_book')
except Exception:
logger.error('Unhandled exception in search_tor_book: %s' % traceback.format_exc())
def search_rss_book(books=None, reset=False):
threadname = threading.currentThread().name
if "Thread-" in threadname:
threading.currentThread().name = "SEARCHRSS"
if not (lazylibrarian.USE_RSS()):
logger.warn('RSS search is disabled')
scheduleJob(action='Stop', target='search_rss_book')
return
myDB = database.DBConnection()
searchlist = []
if books is None:
# We are performing a backlog search
searchbooks = myDB.select(
'SELECT BookID, AuthorName, Bookname, BookSub, BookAdded from books WHERE Status="Wanted" order by BookAdded desc'
)
else:
# The user has added a new book
searchbooks = []
for book in books:
searchbook = myDB.select(
'SELECT BookID, AuthorName, BookName, BookSub from books WHERE BookID="%s" \
AND Status="Wanted"' % book['bookid'])
for terms in searchbook:
searchbooks.append(terms)
if len(searchbooks) == 0:
return
logger.info('RSS Searching for %i book%s' %
(len(searchbooks), plural(len(searchbooks))))
resultlist, nproviders = IterateOverRSSSites()
if not nproviders:
logger.warn('No rss providers are set, check config')
return # No point in continuing
dic = {
'...': '',
'.': ' ',
' & ': ' ',
' = ': ' ',
'?': '',
'$': 's',
' + ': ' ',
'"': '',
',': '',
'*': '',
':': '',
';': ''
}
rss_count = 0
for book in searchbooks:
authorname, bookname = get_searchterm(book, "book")
found = processResultList(resultlist, authorname, bookname, book,
'book')
# if you can't find the book, try title without any "(extended details, series etc)"
if not found:
if '(' in bookname: # anything to shorten?
authorname, bookname = get_searchterm(book, "shortbook")
found = processResultList(resultlist, authorname, bookname,
book, 'shortbook')
if not found:
logger.debug(
"Searches returned no results. Adding book %s - %s to queue." %
(authorname, bookname))
if found > True:
rss_count = rss_count + 1
logger.info("RSS Search for Wanted items complete, found %s book%s" %
(rss_count, plural(rss_count)))
if reset:
scheduleJob(action='Restart', target='search_rss_book')
def processResultList(resultlist, book, searchtype):
myDB = database.DBConnection()
dictrepl = {
'...': '',
'.': ' ',
' & ': ' ',
' = ': ' ',
'?': '',
'$': 's',
' + ': ' ',
'"': '',
',': ' ',
'*': '',
'(': '',
')': '',
'[': '',
']': '',
'#': '',
'0': '',
'1': '',
'2': '',
'3': '',
'4': '',
'5': '',
'6': '',
'7': '',
'8': '',
'9': '',
'\'': '',
':': '',
'!': '',
'-': ' ',
'\s\s': ' '
}
# ' the ': ' ', ' a ': ' ', ' and ': ' ',
# ' to ': ' ', ' of ': ' ', ' for ': ' ', ' my ': ' ', ' in ': ' ', ' at ': ' ', ' with ': ' '}
dic = {
'...': '',
'.': ' ',
' & ': ' ',
' = ': ' ',
'?': '',
'$': 's',
' + ': ' ',
'"': '',
',': '',
'*': '',
':': '',
';': '',
'\'': ''
}
match_ratio = int(lazylibrarian.MATCH_RATIO)
reject_list = getList(lazylibrarian.REJECT_WORDS)
author = unaccented_str(replace_all(book['authorName'], dic))
title = unaccented_str(replace_all(book['bookName'], dic))
matches = []
for nzb in resultlist:
nzb_Title = unaccented_str(replace_all(nzb['nzbtitle'],
dictrepl)).strip()
nzb_Title = re.sub(r"\s\s+", " ", nzb_Title) # remove extra whitespace
nzbAuthor_match = fuzz.token_set_ratio(author, nzb_Title)
nzbBook_match = fuzz.token_set_ratio(title, nzb_Title)
logger.debug(u"NZB author/book Match: %s/%s for %s" %
(nzbAuthor_match, nzbBook_match, nzb_Title))
nzburl = nzb['nzburl']
rejected = False
already_failed = myDB.action(
'SELECT * from wanted WHERE NZBurl="%s" and Status="Failed"' %
nzburl).fetchone()
if already_failed:
logger.debug("Rejecting %s, blacklisted at %s" %
(nzb_Title, already_failed['NZBprov']))
rejected = True
if not rejected:
for word in reject_list:
if word in nzb_Title.lower(
) and not word in author.lower() and not word in title.lower():
rejected = True
logger.debug("Rejecting %s, contains %s" %
(nzb_Title, word))
break
nzbsize_temp = nzb[
'nzbsize'] # Need to cater for when this is NONE (Issue 35)
if nzbsize_temp is None:
nzbsize_temp = 1000
nzbsize = round(float(nzbsize_temp) / 1048576, 2)
maxsize = check_int(lazylibrarian.REJECT_MAXSIZE, 0)
if not rejected:
if maxsize and nzbsize > maxsize:
rejected = True
logger.debug("Rejecting %s, too large" % nzb_Title)
if not rejected:
if nzbAuthor_match >= match_ratio and nzbBook_match >= match_ratio:
bookid = book['bookid']
nzbTitle = (author + ' - ' + title + ' LL.(' + book['bookid'] +
')').strip()
nzbprov = nzb['nzbprov']
nzbdate_temp = nzb['nzbdate']
nzbdate = nzbdate2format(nzbdate_temp)
nzbmode = nzb['nzbmode']
controlValueDict = {"NZBurl": nzburl}
newValueDict = {
"NZBprov": nzbprov,
"BookID": bookid,
"NZBdate": now(), # when we asked for it
"NZBsize": nzbsize,
"NZBtitle": nzbTitle,
"NZBmode": nzbmode,
"Status": "Skipped"
}
score = (nzbBook_match +
nzbAuthor_match) / 2 # as a percentage
# lose a point for each extra word in the title so we get the closest match
words = len(getList(nzb_Title))
words -= len(getList(author))
words -= len(getList(title))
score -= abs(words)
matches.append(
[score, nzb_Title, newValueDict, controlValueDict])
if matches:
highest = max(matches, key=lambda x: x[0])
score = highest[0]
nzb_Title = highest[1]
newValueDict = highest[2]
controlValueDict = highest[3]
logger.info(u'Best match NZB (%s%%): %s using %s search' %
(score, nzb_Title, searchtype))
snatchedbooks = myDB.action(
'SELECT * from books WHERE BookID="%s" and Status="Snatched"' %
newValueDict["BookID"]).fetchone()
if snatchedbooks:
logger.debug('%s already marked snatched' % nzb_Title)
return True # someone else found it
else:
logger.debug('%s adding to wanted' % nzb_Title)
myDB.upsert("wanted", newValueDict, controlValueDict)
if nzbmode == "torznab":
snatch = TORDownloadMethod(newValueDict["BookID"],
newValueDict["NZBprov"],
newValueDict["NZBtitle"],
controlValueDict["NZBurl"])
else:
snatch = NZBDownloadMethod(newValueDict["BookID"],
newValueDict["NZBprov"],
newValueDict["NZBtitle"],
controlValueDict["NZBurl"])
if snatch:
notifiers.notify_snatch(newValueDict["NZBtitle"] + ' at ' +
now())
scheduleJob(action='Start', target='processDir')
return True + True # we found it
else:
logger.debug("No nzb's found for [%s] using searchtype %s" %
(book["searchterm"], searchtype))
return False
