def find_book_in_db(myDB, author, book):
# prefer an exact match on author & book
match = myDB.action("SELECT BookID FROM books where AuthorName=? and BookName=?", [author, book]).fetchone()
if match:
logger.debug("Exact match [%s]" % book)
return match["BookID"]
else:
# No exact match
# Try a more complex fuzzy match against each book in the db by this author
# Using hard-coded ratios for now, ratio high (>90), partial_ratio lower (>65)
# These are results that work well on my library, minimal false matches and no misses on books that should be matched
# Maybe make ratios configurable in config.ini later
#
books = myDB.select('SELECT BookID,BookName FROM books where AuthorName="%s"' % author)
best_ratio = 0
best_partial = 0
ratio_name = ""
partial_name = ""
ratio_id = 0
partial_id = 0
logger.debug("Found %s books for %s" % (len(books), author))
for a_book in books:
# lowercase everything to raise fuzziness scores
book_lower = book.lower()
a_book_lower = a_book["BookName"].lower()
#
ratio = fuzz.ratio(book_lower, a_book_lower)
partial = fuzz.partial_ratio(book_lower, a_book_lower)
if ratio > best_ratio:
best_ratio = ratio
ratio_name = a_book["BookName"]
ratio_id = a_book["BookID"]
if partial > best_partial:
best_partial = partial
partial_name = a_book["BookName"]
partial_id = a_book["BookID"]
else:
if partial == best_partial:
# prefer the match closest to the left, ie prefer starting with a match and ignoring the rest
# this eliminates most false matches against omnibuses
if a_book_lower.find(book_lower) < partial_name.lower().find(book_lower):
logger.debug("Fuzz left prefer [%s] over [%s]" % (a_book["BookName"], partial_name))
best_partial = partial
partial_name = a_book["BookName"]
partial_id = a_book["BookID"]
#
if best_ratio > 90:
logger.debug("Fuzz match ratio [%d] [%s] [%s]" % (best_ratio, book, ratio_name))
return ratio_id
if best_partial > 65:
logger.debug("Fuzz match partial [%d] [%s] [%s]" % (best_partial, book, partial_name))
return partial_id
logger.debug(
"Fuzz failed [%s - %s] ratio [%d,%s], partial [%d,%s]"
% (author, book, best_ratio, ratio_name, best_partial, partial_name)
)
return 0
def find_book_in_db(myDB, author, book):
# PAB fuzzy search for book in library, return LL bookid if found or zero
# if not, return bookid to more easily update status
# prefer an exact match on author & book
match = myDB.action(
'SELECT BookID FROM books where AuthorName="%s" and BookName="%s"' %
(author, book)).fetchone()
if match:
logger.debug('Exact match [%s]' % book)
return match['BookID']
else:
# No exact match
# Try a more complex fuzzy match against each book in the db by this author
# Using hard-coded ratios for now, ratio high (>90), partial_ratio lower (>65)
# These are results that work well on my library, minimal false matches and no misses
# on books that should be matched
# Maybe make ratios configurable in config.ini later
books = myDB.select('SELECT BookID,BookName FROM books where AuthorName="%s"' % author)
best_ratio = 0
best_partial = 0
ratio_name = ""
partial_name = ""
ratio_id = 0
partial_id = 0
#logger.debug("Found %s books for %s" % (len(books), author))
for a_book in books:
# tidy up everything to raise fuzziness scores
# still need to lowercase for matching against partial_name later on
book_lower = common.remove_accents(book.lower())
a_book_lower = common.remove_accents(a_book['BookName'].lower())
#
ratio = fuzz.ratio(book_lower, a_book_lower)
partial = fuzz.partial_ratio(book_lower, a_book_lower)
if ratio > best_ratio:
best_ratio = ratio
ratio_name = a_book['BookName']
ratio_id = a_book['BookID']
if partial > best_partial:
best_partial = partial
partial_name = a_book['BookName']
partial_id = a_book['BookID']
else:
if partial == best_partial:
# prefer the match closest to the left, ie prefer starting with a match and ignoring the rest
# this eliminates most false matches against omnibuses
if a_book_lower.find(book_lower) < partial_name.lower().find(book_lower):
logger.debug(
"Fuzz left prefer [%s] over [%s]" %
(a_book['BookName'], partial_name))
best_partial = partial
partial_name = a_book['BookName']
partial_id = a_book['BookID']
#
if best_ratio > 90:
logger.debug(
"Fuzz match ratio [%d] [%s] [%s]" %
(best_ratio, book, ratio_name))
return ratio_id
if best_partial > 65:
logger.debug(
"Fuzz match partial [%d] [%s] [%s]" %
(best_partial, book, partial_name))
return partial_id
logger.debug(
'Fuzz failed [%s - %s] ratio [%d,%s], partial [%d,%s]' %
(author, book, best_ratio, ratio_name, best_partial, partial_name))
return 0
def searchbook(books=None):
# rename this thread
threading.currentThread().name = "SEARCHBOOKS"
myDB = database.DBConnection()
searchlist = []
searchlist1 = []
if books is None:
# We are performing a backlog search
searchbooks = myDB.select('SELECT BookID, AuthorName, Bookname from books WHERE Status="Wanted"')
# Clear cache
if os.path.exists(".ProviderCache"):
for f in os.listdir(".ProviderCache"):
os.unlink("%s/%s" % (".ProviderCache", f))
# Clearing throttling timeouts
t = SimpleCache.ThrottlingProcessor()
t.lastRequestTime.clear()
else:
# The user has added a new book
searchbooks = []
for book in books:
searchbook = myDB.select('SELECT BookID, AuthorName, BookName from books WHERE BookID=? AND Status="Wanted"', [book['bookid']])
for terms in searchbook:
searchbooks.append(terms)
for searchbook in searchbooks:
bookid = searchbook[0]
author = searchbook[1]
book = searchbook[2]
dic = {'...':'', ' & ':' ', ' = ': ' ', '?':'', '$':'s', ' + ':' ', '"':'', ',':'', '*':'', ':':'', ';':''}
dicSearchFormatting = {'.':' +', ' + ':' '}
author = formatter.latinToAscii(formatter.replace_all(author, dic))
book = formatter.latinToAscii(formatter.replace_all(book, dic))
# TRY SEARCH TERM just using author name and book type
author = formatter.latinToAscii(formatter.replace_all(author, dicSearchFormatting))
searchterm1 = author # + ' ' + lazylibrarian.EBOOK_TYPE
searchterm1 = re.sub('[\.\-\/]', ' ', searchterm1).encode('utf-8')
searchterm1 = re.sub(r'\(.*?\)', '', searchterm1).encode('utf-8')
searchterm1 = re.sub(r"\s\s+" , " ", searchterm1) # strip any double white space
searchlist.append({"bookid": bookid, "bookName":searchbook[2], "authorName":searchbook[1], "searchterm": searchterm1.strip()})
if not lazylibrarian.SAB_HOST and not lazylibrarian.BLACKHOLE:
logger.info('No download method is set, use SABnzbd or blackhole')
if not lazylibrarian.NEWZNAB and not lazylibrarian.NEWZNAB2:
logger.info('No providers are set. use NEWZNAB.')
counter = 0
for book in searchlist:
resultlist = []
if lazylibrarian.NEWZNAB:
logger.debug('Searching NZB\'s at provider %s ...' % lazylibrarian.NEWZNAB_HOST)
resultlist = providers.NewzNab(book, "1")
if lazylibrarian.NEWZNAB2:
logger.debug('Searching NZB\'s at provider %s ...' % lazylibrarian.NEWZNAB_HOST2)
resultlist += providers.NewzNab(book, "2")
if not resultlist:
logger.debug("Adding book %s to queue." % book['searchterm'])
else:
dictrepl = {'...':'', ' & ':' ', ' = ': ' ', '?':'', '$':'s', ' + ':' ', '"':'', ',':'', '*':'', '(':'', ')':'', '[':'', ']':'', '#':'', '0':'', '1':'', '2':'', '3':'', '4':'', '5':'', '6':'', '7':'', '8':'' , '9':'', '\'':'', ':':'', '!':'', '-':'', '\s\s':' ', ' the ':' ', ' a ':' ', ' and ':' ', ' to ':' ', ' of ':' ', ' for ':' ', ' my ':' ', ' in ':' ', ' at ':' ', ' with ':' ' }
bookName = book['bookName']
bookID = book['bookid']
bookName = re.sub('[\.\-\/]', ' ', bookName)
bookName = re.sub(r'\(.*?\)', '', bookName)
bookName = formatter.latinToAscii(formatter.replace_all(bookName.lower(), dictrepl)).strip()
logger.debug(u'bookName %s' % bookName)
addedCounter = 0
for nzb in resultlist:
nzbTitle = formatter.latinToAscii(formatter.replace_all(str(nzb['nzbtitle']).lower(), dictrepl)).strip()
logger.debug(u'nzbName %s' % nzbTitle)
logger.debug("NZB Match %: " + str(fuzz.partial_ratio(bookName, nzbTitle)))
if (fuzz.partial_ratio(bookName, nzbTitle) > 80):
logger.debug(u'FOUND %s' % nzbTitle.lower())
addedCounter = addedCounter + 1
bookid = nzb['bookid']
nzbTitle = (book["authorName"] + ' - ' + book['bookName'] + ' LL.(' + bookID + ')').strip()
nzburl = nzb['nzburl']
nzbprov = nzb['nzbprov']
controlValueDict = {"NZBurl": nzburl}
newValueDict = {
"NZBprov": nzbprov,
"BookID": bookid,
"NZBdate": formatter.today(),
"NZBtitle": nzbTitle,
"Status": "Skipped"
}
myDB.upsert("wanted", newValueDict, controlValueDict)
snatchedbooks = myDB.action('SELECT * from books WHERE BookID=? and Status="Snatched"', [bookid]).fetchone()
if not snatchedbooks:
snatch = DownloadMethod(bookid, nzbprov, nzbTitle, nzburl)
break;
if addedCounter == 0:
logger.info("No nzb's found for " + (book["authorName"] + ' ' + bookName).strip() + ". Adding book to queue.")
counter = counter + 1
def find_book_in_db(myDB, author, book):
# PAB fuzzy search for book in library, return LL bookid if found or zero
# if not, return bookid to more easily update status
# prefer an exact match on author & book
match = myDB.match('SELECT BookID FROM books where AuthorName="%s" and BookName="%s"' %
(author.replace('"', '""'), book.replace('"', '""')))
if match:
logger.debug('Exact match [%s]' % book)
return match['BookID']
else:
# Try a more complex fuzzy match against each book in the db by this author
# Using hard-coded ratios for now, ratio high (>90), partial_ratio lower (>85)
# These are results that work well on my library, minimal false matches and no misses
# on books that should be matched
# Maybe make ratios configurable in config.ini later
books = myDB.select('SELECT BookID,BookName,BookISBN FROM books where AuthorName="%s"' %
author.replace('"', '""'))
best_ratio = 0
best_partial = 0
best_partname = 0
ratio_name = ""
partial_name = ""
partname_name = ""
ratio_id = 0
partial_id = 0
partname_id = 0
partname = 0
book_lower = unaccented(book.lower())
book_partname, book_sub = split_title(author, book_lower)
if book_partname == book_lower:
book_partname = ''
for a_book in books:
# tidy up everything to raise fuzziness scores
# still need to lowercase for matching against partial_name later on
a_book_lower = unaccented(a_book['BookName'].lower())
#
ratio = fuzz.ratio(book_lower, a_book_lower)
partial = fuzz.partial_ratio(book_lower, a_book_lower)
if book_partname:
partname = fuzz.partial_ratio(book_partname, a_book_lower)
# lose a point for each extra word in the fuzzy matches so we get the closest match
words = len(getList(book_lower))
words -= len(getList(a_book_lower))
ratio -= abs(words)
partial -= abs(words)
if ratio > best_ratio:
best_ratio = ratio
ratio_name = a_book['BookName']
ratio_id = a_book['BookID']
if partial > best_partial:
best_partial = partial
partial_name = a_book['BookName']
partial_id = a_book['BookID']
if partname > best_partname:
best_partname = partname
partname_name = a_book['BookName']
partname_id = a_book['BookID']
if partial == best_partial:
# prefer the match closest to the left, ie prefer starting with a match and ignoring the rest
# this eliminates most false matches against omnibuses when we want a single book
# find the position of the shortest string in the longest
if len(getList(book_lower)) >= len(getList(a_book_lower)):
match1 = book_lower.find(a_book_lower)
else:
match1 = a_book_lower.find(book_lower)
if len(getList(book_lower)) >= len(getList(partial_name.lower())):
match2 = book_lower.find(partial_name.lower())
else:
match2 = partial_name.lower().find(book_lower)
if match1 < match2:
logger.debug(
"Fuzz left change, prefer [%s] over [%s] for [%s]" %
(a_book['BookName'], partial_name, book))
best_partial = partial
partial_name = a_book['BookName']
partial_id = a_book['BookID']
if best_ratio > 90:
logger.debug(
"Fuzz match ratio [%d] [%s] [%s]" % (best_ratio, book, ratio_name))
return ratio_id
if best_partial > 85:
logger.debug(
"Fuzz match partial [%d] [%s] [%s]" % (best_partial, book, partial_name))
return partial_id
if best_partname > 95:
logger.debug(
"Fuzz match partname [%d] [%s] [%s]" % (best_partname, book, partname_name))
return partname_id
logger.debug(
'Fuzz failed [%s - %s] ratio [%d,%s], partial [%d,%s], partname [%d,%s]' %
(author, book, best_ratio, ratio_name, best_partial, partial_name, best_partname, partname_name))
return 0
def find_book_in_db(myDB, author, book):
# PAB fuzzy search for book in library, return LL bookid if found or zero
# if not, return bookid to more easily update status
# prefer an exact match on author & book
match = myDB.match(
'SELECT BookID FROM books where AuthorName="%s" and BookName="%s"' %
(author.replace('"', '""'), book.replace('"', '""')))
if match:
logger.debug('Exact match [%s]' % book)
return match['BookID']
else:
# No exact match
# Try a more complex fuzzy match against each book in the db by this author
# Using hard-coded ratios for now, ratio high (>90), partial_ratio lower (>75)
# These are results that work well on my library, minimal false matches and no misses
# on books that should be matched
# Maybe make ratios configurable in config.ini later
books = myDB.select(
'SELECT BookID,BookName FROM books where AuthorName="%s"' %
author.replace('"', '""'))
best_ratio = 0
best_partial = 0
best_partname = 0
ratio_name = ""
partial_name = ""
partname_name = ""
ratio_id = 0
partial_id = 0
partname_id = 0
partname = 0
book_lower = unaccented(book.lower())
book_partname = ''
if ':' in book_lower:
book_partname = book_lower.split(':')[0]
for a_book in books:
# tidy up everything to raise fuzziness scores
# still need to lowercase for matching against partial_name later on
a_book_lower = unaccented(a_book['BookName'].lower())
#
ratio = fuzz.ratio(book_lower, a_book_lower)
partial = fuzz.partial_ratio(book_lower, a_book_lower)
if book_partname:
partname = fuzz.partial_ratio(book_partname, a_book_lower)
# lose a point for each extra word in the fuzzy matches so we get the closest match
words = len(getList(book_lower))
words -= len(getList(a_book_lower))
ratio -= abs(words)
partial -= abs(words)
if ratio > best_ratio:
best_ratio = ratio
ratio_name = a_book['BookName']
ratio_id = a_book['BookID']
if partial > best_partial:
best_partial = partial
partial_name = a_book['BookName']
partial_id = a_book['BookID']
if partname > best_partname:
best_partname = partname
partname_name = a_book['BookName']
partname_id = a_book['BookID']
if partial == best_partial:
# prefer the match closest to the left, ie prefer starting with a match and ignoring the rest
# this eliminates most false matches against omnibuses
# find the position of the shortest string in the longest
if len(getList(book_lower)) >= len(getList(a_book_lower)):
match1 = book_lower.find(a_book_lower)
else:
match1 = a_book_lower.find(book_lower)
if len(getList(book_lower)) >= len(
getList(partial_name.lower())):
match2 = book_lower.find(partial_name.lower())
else:
match2 = partial_name.lower().find(book_lower)
if match1 < match2:
logger.debug(
"Fuzz left change, prefer [%s] over [%s] for [%s]" %
(a_book['BookName'], partial_name, book))
best_partial = partial
partial_name = a_book['BookName']
partial_id = a_book['BookID']
if best_ratio > 90:
logger.debug("Fuzz match ratio [%d] [%s] [%s]" %
(best_ratio, book, ratio_name))
return ratio_id
if best_partial > 75:
logger.debug("Fuzz match partial [%d] [%s] [%s]" %
(best_partial, book, partial_name))
return partial_id
if best_partname > 95:
logger.debug("Fuzz match partname [%d] [%s] [%s]" %
(best_partname, book, partname_name))
return partname_id
logger.debug(
'Fuzz failed [%s - %s] ratio [%d,%s], partial [%d,%s], partname [%d,%s]'
% (author, book, best_ratio, ratio_name, best_partial,
partial_name, best_partname, partname_name))
return 0
def searchbook(books=None):
# rename this thread
threading.currentThread().name = "SEARCHBOOKS"
myDB = database.DBConnection()
searchlist = []
searchlist1 = []
if books is None:
# We are performing a backlog search
searchbooks = myDB.select(
'SELECT BookID, AuthorName, Bookname from books WHERE Status="Wanted"'
)
# Clear cache
if os.path.exists(".ProviderCache"):
for f in os.listdir(".ProviderCache"):
os.unlink("%s/%s" % (".ProviderCache", f))
# Clearing throttling timeouts
t = SimpleCache.ThrottlingProcessor()
t.lastRequestTime.clear()
else:
# The user has added a new book
searchbooks = []
for book in books:
searchbook = myDB.select(
'SELECT BookID, AuthorName, BookName from books WHERE BookID=? AND Status="Wanted"',
[book['bookid']])
for terms in searchbook:
searchbooks.append(terms)
for searchbook in searchbooks:
bookid = searchbook[0]
author = searchbook[1]
book = searchbook[2]
dic = {
'...': '',
' & ': ' ',
' = ': ' ',
'?': '',
'$': 's',
' + ': ' ',
'"': '',
',': '',
'*': '',
':': '',
';': ''
}
dicSearchFormatting = {'.': ' +', ' + ': ' '}
author = formatter.latinToAscii(formatter.replace_all(author, dic))
book = formatter.latinToAscii(formatter.replace_all(book, dic))
# TRY SEARCH TERM just using author name and book type
author = formatter.latinToAscii(
formatter.replace_all(author, dicSearchFormatting))
searchterm1 = author # + ' ' + lazylibrarian.EBOOK_TYPE
searchterm1 = re.sub('[\.\-\/]', ' ', searchterm1).encode('utf-8')
searchterm1 = re.sub(r'\(.*?\)', '', searchterm1).encode('utf-8')
searchterm1 = re.sub(r"\s\s+", " ",
searchterm1) # strip any double white space
searchlist.append({
"bookid": bookid,
"bookName": searchbook[2],
"authorName": searchbook[1],
"searchterm": searchterm1.strip()
})
if not lazylibrarian.SAB_HOST and not lazylibrarian.BLACKHOLE:
logger.info('No download method is set, use SABnzbd or blackhole')
if not lazylibrarian.NEWZNAB and not lazylibrarian.NEWZNAB2:
logger.info('No providers are set. use NEWZNAB.')
counter = 0
for book in searchlist:
resultlist = []
if lazylibrarian.NEWZNAB:
logger.debug('Searching NZB\'s at provider %s ...' %
lazylibrarian.NEWZNAB_HOST)
resultlist = providers.NewzNab(book, "1")
if lazylibrarian.NEWZNAB2:
logger.debug('Searching NZB\'s at provider %s ...' %
lazylibrarian.NEWZNAB_HOST2)
resultlist += providers.NewzNab(book, "2")
if not resultlist:
logger.debug("Adding book %s to queue." % book['searchterm'])
else:
dictrepl = {
'...': '',
' & ': ' ',
' = ': ' ',
'?': '',
'$': 's',
' + ': ' ',
'"': '',
',': '',
'*': '',
'(': '',
')': '',
'[': '',
']': '',
'#': '',
'0': '',
'1': '',
'2': '',
'3': '',
'4': '',
'5': '',
'6': '',
'7': '',
'8': '',
'9': '',
'\'': '',
':': '',
'!': '',
'-': '',
'\s\s': ' ',
' the ': ' ',
' a ': ' ',
' and ': ' ',
' to ': ' ',
' of ': ' ',
' for ': ' ',
' my ': ' ',
' in ': ' ',
' at ': ' ',
' with ': ' '
}
bookName = book['bookName']
bookID = book['bookid']
bookName = re.sub('[\.\-\/]', ' ', bookName)
bookName = re.sub(r'\(.*?\)', '', bookName)
bookName = formatter.latinToAscii(
formatter.replace_all(bookName.lower(), dictrepl)).strip()
logger.debug(u'bookName %s' % bookName)
addedCounter = 0
for nzb in resultlist:
nzbTitle = formatter.latinToAscii(
formatter.replace_all(
str(nzb['nzbtitle']).lower(), dictrepl)).strip()
logger.debug(u'nzbName %s' % nzbTitle)
logger.debug("NZB Match %: " +
str(fuzz.partial_ratio(bookName, nzbTitle)))
if (fuzz.partial_ratio(bookName, nzbTitle) > 80):
logger.debug(u'FOUND %s' % nzbTitle.lower())
addedCounter = addedCounter + 1
bookid = nzb['bookid']
nzbTitle = (book["authorName"] + ' - ' + book['bookName'] +
' LL.(' + bookID + ')').strip()
nzburl = nzb['nzburl']
nzbprov = nzb['nzbprov']
controlValueDict = {"NZBurl": nzburl}
newValueDict = {
"NZBprov": nzbprov,
"BookID": bookid,
"NZBdate": formatter.today(),
"NZBtitle": nzbTitle,
"Status": "Skipped"
}
myDB.upsert("wanted", newValueDict, controlValueDict)
snatchedbooks = myDB.action(
'SELECT * from books WHERE BookID=? and Status="Snatched"',
[bookid]).fetchone()
if not snatchedbooks:
snatch = DownloadMethod(bookid, nzbprov, nzbTitle,
nzburl)
break
if addedCounter == 0:
logger.info("No nzb's found for " +
(book["authorName"] + ' ' + bookName).strip() +
". Adding book to queue.")
counter = counter + 1
def searchbook(books=None):
# rename this thread
threading.currentThread().name = "SEARCHBOOKS"
logger.debug("Book search has begun.")
myDB = database.DBConnection()
searchlist = []
searchlist1 = []
if books is None:
# We are performing a backlog search
searchbooks = myDB.select('SELECT BookID, AuthorName, Bookname from books WHERE Status="Wanted"')
# Clear cache
if os.path.exists(".ProviderCache"):
for f in os.listdir(".ProviderCache"):
os.unlink("%s/%s" % (".ProviderCache", f))
# Clearing throttling timeouts
t = SimpleCache.ThrottlingProcessor()
t.lastRequestTime.clear()
else:
# The user has added a new book
searchbooks = []
for book in books:
searchbook = myDB.select(
'SELECT BookID, AuthorName, BookName from books WHERE BookID=? AND Status="Wanted"', [book["bookid"]]
)
for terms in searchbook:
searchbooks.append(terms)
for searchbook in searchbooks:
bookid = searchbook[0]
author = searchbook[1]
book = searchbook[2]
dic = {
"...": "",
" & ": " ",
" = ": " ",
"?": "",
"$": "s",
" + ": " ",
'"': "",
",": "",
"*": "",
":": "",
";": "",
}
dicSearchFormatting = {".": " +", " + ": " "}
author = formatter.latinToAscii(formatter.replace_all(author, dic))
book = formatter.latinToAscii(formatter.replace_all(book, dic))
# TRY SEARCH TERM just using author name and book type
author = formatter.latinToAscii(formatter.replace_all(author, dicSearchFormatting))
searchterm1 = author # + ' ' + lazylibrarian.EBOOK_TYPE
searchterm1 = re.sub("[\.\-\/]", " ", searchterm1).encode("utf-8")
searchterm1 = re.sub(r"\(.*?\)", "", searchterm1).encode("utf-8")
searchterm1 = re.sub(r"\s\s+", " ", searchterm1) # strip any double white space
searchlist.append(
{
"bookid": bookid,
"bookName": searchbook[2],
"authorName": searchbook[1],
"searchterm": searchterm1.strip(),
}
)
if not lazylibrarian.SAB_HOST and not lazylibrarian.BLACKHOLE:
logger.info("No download method is set, use SABnzbd or blackhole")
if not lazylibrarian.NEWZNAB and not lazylibrarian.NEWZNAB2:
logger.info("No providers are set. use NEWZNAB.")
counter = 0
for book in searchlist:
resultlist = []
if lazylibrarian.NEWZNAB:
logger.debug("Searching NZB's at provider %s ..." % lazylibrarian.NEWZNAB_HOST)
resultlist = providers.NewzNab(book, "1")
if lazylibrarian.NEWZNAB2:
logger.debug("Searching NZB's at provider %s ..." % lazylibrarian.NEWZNAB_HOST2)
resultlist += providers.NewzNab(book, "2")
if not resultlist:
logger.debug("Adding book %s to queue." % book["searchterm"])
else:
dictrepl = {
"...": "",
" & ": " ",
" = ": " ",
"?": "",
"$": "s",
" + ": " ",
'"': "",
",": "",
"*": "",
"(": "",
")": "",
"[": "",
"]": "",
"#": "",
"0": "",
"1": "",
"2": "",
"3": "",
"4": "",
"5": "",
"6": "",
"7": "",
"8": "",
"9": "",
"'": "",
":": "",
"!": "",
"-": "",
"\s\s": " ",
" the ": " ",
" a ": " ",
" and ": " ",
" to ": " ",
" of ": " ",
" for ": " ",
" my ": " ",
" in ": " ",
" at ": " ",
" with ": " ",
}
bookName = book["bookName"]
bookID = book["bookid"]
bookName = re.sub("[\.\-\/]", " ", bookName)
bookName = re.sub(r"\(.*?\)", "", bookName)
bookName = formatter.latinToAscii(formatter.replace_all(bookName.lower(), dictrepl)).strip()
logger.debug(u"bookName %s" % bookName)
addedCounter = 0
for nzb in resultlist:
nzbTitle = formatter.latinToAscii(formatter.replace_all(str(nzb["nzbtitle"]).lower(), dictrepl)).strip()
logger.debug(u"nzbName %s" % nzbTitle)
logger.debug("NZB Match %: " + str(fuzz.partial_ratio(bookName, nzbTitle)))
if fuzz.partial_ratio(bookName, nzbTitle) > 80:
logger.debug(u"FOUND %s" % nzbTitle.lower())
addedCounter = addedCounter + 1
bookid = nzb["bookid"]
nzbTitle = (book["authorName"] + " - " + book["bookName"] + " LL.(" + bookID + ")").strip()
nzburl = nzb["nzburl"]
nzbprov = nzb["nzbprov"]
controlValueDict = {"NZBurl": nzburl}
newValueDict = {
"NZBprov": nzbprov,
"BookID": bookid,
"NZBdate": formatter.today(),
"NZBtitle": nzbTitle,
"Status": "Skipped",
}
myDB.upsert("wanted", newValueDict, controlValueDict)
snatchedbooks = myDB.action(
'SELECT * from books WHERE BookID=? and Status="Snatched"', [bookid]
).fetchone()
if not snatchedbooks:
snatch = DownloadMethod(bookid, nzbprov, nzbTitle, nzburl)
break
if addedCounter == 0:
logger.info(
"No nzb's found for " + (book["authorName"] + " " + bookName).strip() + ". Adding book to queue."
)
counter = counter + 1
