def fetch_tpb_details(self, link, index):
"""
Fetch TPB torrent details and save it in custom HTML file.
The file is stored in hard-drive with link printed and copied to clipboard
automatically.
"""
import torrench.modules.tpb_details as tpb_details
self.logger.debug("fetching torrent details...")
file_url = tpb_details.get_details(link, str(index))
self.logger.debug("details fetched. saved in %s" % (file_url))
return file_url
def get_torrent(url):
index = 999
while (index != 0):
try:
index = int(input("\n(0=exit)\nindex > "))
if index == 0:
print("\nBye!")
sys.exit(2)
selected_torrent, req_magnetic_link, torrent_link = mapper[index]
except ValueError:
print("\nBad Input!")
continue
except IndexError:
print("\nBad Input!")
continue
print("Selected index [%d] - %s\n" % (index, selected_torrent))
option2 = input(
"1. Print magnetic link [m]\n2. Get torrent details [g]\n\nOption [m/g]: "
)
if option2 == 'm' or option2 == 'g':
if option2 == 'm':
print("\nMagnetic link - %s" %
(RED + req_magnetic_link + RESET))
uip = input("\nLoad to torrent client? [y/n]: ")
if uip == 'y' or uip == 'Y':
try:
webbrowser.open_new_tab(req_magnetic_link)
except Exception as e:
print(e)
continue
elif option2 == 'g' or option2 == 'G':
print("Fetching details for torrent index [%d] : %s" %
(index, selected_torrent))
file_url = get_details(torrent_link, str(index))
file_url = YELLOW + file_url + RESET
print("File URL: " + file_url + "\n")
def select_torrent(self):
"""
To select required torrent.
Torrent is selected through index value.
Two options are present:
1. To print magnetic link and upstream link to console.
Further, torrent can be added directly to client (Note: May not work everytime.)
2. To fetch torrent details (saved in dynamically generated .html file)
"""
self.logger.debug("Selecting torrent...")
temp = 9999
while (temp != 0):
try:
temp = int(input("\n(0=exit)\nindex > "))
self.logger.debug("selected index %d" % (temp))
if temp == 0:
print("\nBye!")
self.logger.debug("Torrench quit!")
break
elif temp < 0:
print("\nBad Input!")
continue
else:
selected_torrent, req_magnetic_link, torrent_link = self.mapper[
temp - 1]
print("Selected index [%d] - %s\n" %
(temp, selected_torrent))
self.logger.debug("selected torrent: %s ; index: %d" %
(self.non_color_name, temp))
temp2 = input(
"1. Print magnetic link [p]\n2. Load magnetic link to client [l]\n3. Get torrent details [g]\n\nOption [p/l/g]: "
)
temp2 = temp2.lower()
self.logger.debug("selected option: [%c]" % (temp2))
if temp2 == 'p':
self.logger.debug(
"printing magnetic link and upstream link")
print("\nMagnetic link - %s" %
(self.colorify("red", req_magnetic_link)))
self.copy_magnet(req_magnetic_link)
print("\n\nUpstream link - %s\n" %
(self.colorify("yellow", torrent_link)))
elif temp2 == 'l':
try:
self.logger.debug(
"Loading magnetic link to client")
self.load_torrent(req_magnetic_link)
except Exception as e:
self.logger.exception(e)
continue
elif temp2 == 'g':
print("Fetching details for torrent index [%d] : %s" %
(temp, selected_torrent))
self.logger.debug("fetching torrent details...")
file_url = tpb_details.get_details(
torrent_link, str(temp))
self.logger.debug("details fetched. saved in %s" %
(file_url))
file_url = self.colorify("yellow", file_url)
print("File URL: %s \n" % (file_url))
else:
self.logger.debug(
"Inappropriate input! Should be [p/l/g] only!")
print("Bad input!")
continue
except (ValueError, IndexError, TypeError) as e:
print("\nBad Input!")
self.logger.exception(e)
continue