def test_print_color(self):
printer = Printer(False)
with patch('pirate.print.builtins.print') as mock_print:
printer.print('abc', color='zebra_1')
mock_print.assert_called_once_with('abc')
printer = Printer(True)
with patch('pirate.print.builtins.print') as mock_print:
printer.print('abc', color='zebra_1')
mock_print.assert_called_once_with('\x1b[34mabc', '\x1b[0m')
def test_print_descriptions(self):
printer = Printer(False)
printer.print = MagicMock()
class MockRequest():
add_header = MagicMock()
request_obj = MockRequest()
class MockResponse():
read = MagicMock(
return_value=
'<html><div class="nfo"><pre>stuff <a href="href">link</a></pre></div></html>'
.encode('utf8'))
info = MagicMock()
response_obj = MockResponse()
with patch('urllib.request.Request',
return_value=request_obj) as request:
with patch('urllib.request.urlopen',
return_value=response_obj) as urlopen:
printer.descriptions([0], [{
'id': '1',
'magnet': 'dn=name'
}], 'example.com')
printer.print.assert_has_calls([
call('Description for "name":', color='zebra_1'),
call('stuff [link](href)', color='zebra_0')
])
def test_print_results_local2(self):
class MockTable:
add_row = MagicMock()
align = {}
mock = MockTable()
printer = Printer(True)
printer.print = MagicMock()
with patch('veryprettytable.VeryPrettyTable',
return_value=mock) as prettytable:
results = [{
'magnet': 'dn=name',
'date': '1',
'size': '1',
}, {
'magnet': 'dn=name2',
'date': '2',
'size': '2',
}]
printer.search_results(results, local=True)
prettytable.assert_called_once_with(
['LINK', 'DATE', 'SIZE', 'NAME'])
mock.add_row.assert_has_calls([
call([0, '1', '1', 'name']),
call([1, '2', '2', 'name2'], fore_color='blue')
])
def test_print_file_lists(self):
printer = Printer(False)
printer.print = MagicMock()
class MockRequest():
add_header = MagicMock()
request_obj = MockRequest()
class MockResponse():
read = MagicMock(
return_value=
'<html><tr><td align="left">1.</td><td align="right">filename</tr></html>'
.encode('utf8'))
info = MagicMock()
response_obj = MockResponse()
with patch('urllib.request.Request',
return_value=request_obj) as request:
with patch('urllib.request.urlopen',
return_value=response_obj) as urlopen:
printer.file_lists([0], [{
'id': '1',
'magnet': 'dn=name'
}], 'example.com')
printer.print.assert_has_calls([
call('Files in "name":', color='zebra_1'),
call(' 1. filename', color='zebra_0')
])
def test_print_descriptions(self):
printer = Printer(False)
printer.print = MagicMock()
class MockRequest():
add_header = MagicMock()
request_obj = MockRequest()
class MockResponse():
read = MagicMock(
return_value=json.dumps({
'name': 'cool torrent',
'descr': 'A fake torrent.\n'
}))
info = MagicMock()
response_obj = MockResponse()
with patch('urllib.request.Request', return_value=request_obj):
with patch('urllib.request.urlopen', return_value=response_obj):
printer.descriptions([0], [{
'id': '1',
'name': 'name'
}], 'example.com', 9)
printer.print.assert_has_calls([
call('Description for "name":', color='zebra_1'),
call('A fake torrent.\n', color='zebra_0')
])
def test_print_file_lists(self):
printer = Printer(False)
printer.print = MagicMock()
class MockRequest():
add_header = MagicMock()
request_obj = MockRequest()
class MockResponse():
read = MagicMock(return_value='<html><tr><td align="left">1.</td><td align="right">filename</tr></html>'.encode('utf8'))
info = MagicMock()
response_obj = MockResponse()
with patch('urllib.request.Request', return_value=request_obj) as request:
with patch('urllib.request.urlopen', return_value=response_obj) as urlopen:
printer.file_lists([0], [{'id': '1', 'magnet': 'dn=name'}], 'example.com')
printer.print.assert_has_calls([call('Files in "name":', color='zebra_1'),call(' 1. filename', color='zebra_0')])
def test_print_descriptions(self):
printer = Printer(False)
printer.print = MagicMock()
class MockRequest():
add_header = MagicMock()
request_obj = MockRequest()
class MockResponse():
read = MagicMock(return_value='<html><div class="nfo"><pre>stuff <a href="href">link</a></pre></div></html>'.encode('utf8'))
info = MagicMock()
response_obj = MockResponse()
with patch('urllib.request.Request', return_value=request_obj) as request:
with patch('urllib.request.urlopen', return_value=response_obj) as urlopen:
printer.descriptions([0], [{'id': '1', 'magnet': 'dn=name'}], 'example.com')
printer.print.assert_has_calls([call('Description for "name":', color='zebra_1'),call('stuff [link](href)', color='zebra_0')])
def test_print_results_remote(self):
class MockTable:
add_row = MagicMock()
align = {}
mock = MockTable()
printer = Printer(False)
printer.print = MagicMock()
with patch('veryprettytable.VeryPrettyTable', return_value=mock) as prettytable:
results = [{
'magnet': 'dn=name',
'seeds': 1,
'leechers': 2,
'size': ['3','MiB'],
'uploaded': 'never'
}]
printer.search_results(results)
prettytable.assert_called_once_with(['LINK', 'SEED', 'LEECH', 'RATIO', 'SIZE', '', 'UPLOAD', 'NAME'])
mock.add_row.assert_has_calls([call([0, 1, 2, '0.5', '3.0', 'MiB', 'never', 'name'])])
def test_print_results_local(self):
class MockTable:
add_row = MagicMock()
align = {}
mock = MockTable()
printer = Printer(True)
printer.print = MagicMock()
with patch('veryprettytable.VeryPrettyTable', return_value=mock) as prettytable:
results = [{
'magnet': 'dn=name',
'Name': 'name',
},{
'magnet': 'dn=name2',
'Name': 'name2',
}]
printer.search_results(results, local=True)
prettytable.assert_called_once_with(['LINK', 'NAME'])
mock.add_row.assert_has_calls([call([0, 'name']), call([1, 'name2'], fore_color='blue')])
def test_print_file_lists(self):
printer = Printer(False)
printer.print = MagicMock()
class MockRequest():
add_header = MagicMock()
info = MagicMock()
request_obj = MockRequest()
class MockResponse():
read = MagicMock(return_value=json.dumps([{
'name': ['readme.txt'],
'size': [16]
}, {
'name': ['a.mkv'],
'size': [677739464]
}, {
'name': ['b.nfo'],
'size': [61]
}]))
info = MagicMock()
response_obj = MockResponse()
with patch('urllib.request.Request', return_value=request_obj):
with patch('urllib.request.urlopen', return_value=response_obj):
printer.file_lists([0], [{
'id': '1',
'name': 'name'
}], 'example.com', 9)
printer.print.assert_has_calls([
call('Files in name:', color='zebra_1'),
call(' 16 B readme.txt', color='zebra_0'),
call(' 646.3 MiB a.mkv', color='zebra_1'),
call(' 61 B b.nfo', color='zebra_0')
])
def pirate_main(args):
printer = Printer(args.color)
# print version
if args.version:
printer.print('pirate-get, version {}'.format(pirate.data.version))
sys.exit(0)
# check it transmission is running
if args.transmission:
ret = subprocess.call(args.transmission_command + ['-l'],
stdout=subprocess.DEVNULL,
stderr=subprocess.DEVNULL)
if ret != 0:
printer.print('Transmission is not running.')
sys.exit(1)
# non-torrent fetching actions
if args.action == 'list_categories':
cur_color = 'zebra_0'
for key, value in sorted(pirate.data.categories.items()):
cur_color = 'zebra_0' if cur_color == 'zebra_1' else 'zebra_1'
printer.print(str(value), '\t', key, sep='', color=cur_color)
return
if args.action == 'list_sorts':
cur_color = 'zebra_0'
for key, value in sorted(pirate.data.sorts.items()):
cur_color = 'zebra_0' if cur_color == 'zebra_1' else 'zebra_1'
printer.print(str(value), '\t', key, sep='', color=cur_color)
return
# fetch torrents
if args.source == 'local_tpb':
if os.path.isfile(args.database):
results = pirate.local.search(args.database, args.search)
else:
printer.print("Local pirate bay database doesn't exist.",
'(%s)' % args.database,
color='ERROR')
sys.exit(1)
elif args.source == 'tpb':
try:
results, site = search_mirrors(printer, args)
except IOError as e:
printer.print(e.args[0] + ' :( ', color='ERROR')
if len(e.args) > 1:
printer.print(e.args[1])
sys.exit(1)
if len(results) == 0:
printer.print('No results')
return
printer.search_results(results, local=args.source == 'local_tpb')
# number of results to pick
if args.first:
printer.print('Choosing first result')
choices = [0]
elif args.download_all:
printer.print('Downloading all results')
choices = range(len(results))
else:
# interactive loop for per-torrent actions
while True:
printer.print(
"\nSelect links (Type 'h' for more options"
", 'q' to quit)",
end='\b',
color='alt')
try:
l = builtins.input(': ')
except (KeyboardInterrupt, EOFError):
printer.print('\nCancelled.')
return
try:
code, choices = parse_torrent_command(l)
# Act on option, if supplied
printer.print('')
if code == 'h':
printer.print('Options:',
'<links>: Download selected torrents',
'[m<links>]: Save magnets as files',
'[t<links>]: Save .torrent files',
'[d<links>]: Get descriptions',
'[f<links>]: Get files',
'[p] Print search results',
'[q] Quit',
sep='\n')
elif code == 'q':
printer.print('Bye.', color='alt')
return
elif code == 'd':
printer.descriptions(choices, results, site)
elif code == 'f':
printer.file_lists(choices, results, site)
elif code == 'p':
printer.search_results(results)
elif code == 'm':
pirate.torrent.save_magnets(printer, choices, results,
args.save_directory)
elif code == 't':
pirate.torrent.save_torrents(printer, choices, results,
args.save_directory)
elif not l:
printer.print('No links entered!', color='WARN')
else:
break
except Exception as e:
printer.print('Exception:', e, color='ERROR')
return
# output
if args.output == 'save_magnet_files':
printer.print('Saving selected magnets...')
pirate.torrent.save_magnets(printer, choices, results,
args.save_directory)
return
if args.output == 'save_torrent_files':
printer.print('Saving selected torrents...')
pirate.torrent.save_torrents(printer, choices, results,
args.save_directory)
return
for choice in choices:
url = results[choice]['magnet']
if args.output == 'transmission':
subprocess.call(args.transmission_command + ['--add', url])
elif args.output == 'open_command':
cmd = parse_cmd(args.open_command, url)
printer.print(" ".join(cmd))
subprocess.call(cmd)
elif args.output == 'browser_open':
webbrowser.open(url)
if args.output == 'transmission':
subprocess.call(args.transmission_command + ['-l'])
def pirate_main(args):
printer = Printer(args.color)
# check it transmission is running
if args.transmission:
ret = subprocess.call(args.transmission_command + ["-l"], stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL)
if ret != 0:
printer.print("Transmission is not running.")
sys.exit(1)
# non-torrent fetching actions
if args.action == "list_categories":
cur_color = "zebra_0"
for key, value in sorted(pirate.data.categories.items()):
cur_color = "zebra_0" if cur_color == "zebra_1" else "zebra_1"
printer.print(str(value), "\t", key, sep="", color=cur_color)
return
if args.action == "list_sorts":
cur_color = "zebra_0"
for key, value in sorted(pirate.data.sorts.items()):
cur_color = "zebra_0" if cur_color == "zebra_1" else "zebra_1"
printer.print(str(value), "\t", key, sep="", color=cur_color)
return
# fetch torrents
if args.source == "local_tpb":
results = pirate.local.search(args.database, args.search)
elif args.source == "tpb":
results, site = search_mirrors(printer, args.pages, args.category, args.sort, args.action, args.search)
if len(results) == 0:
printer.print("No results")
return
printer.search_results(results, local=args.source == "local_tpb")
# number of results to pick
if args.first:
printer.print("Choosing first result")
choices = [0]
elif args.download_all:
printer.print("Downloading all results")
choices = range(len(results))
else:
# interactive loop for per-torrent actions
while True:
printer.print("\nSelect links (Type 'h' for more options" ", 'q' to quit)", end="\b", color="alt")
try:
l = builtins.input(": ")
except (KeyboardInterrupt, EOFError):
printer.print("\nCancelled.")
return
try:
code, choices = parse_torrent_command(l)
# Act on option, if supplied
printer.print("")
if code == "h":
printer.print(
"Options:",
"<links>: Download selected torrents",
"[m<links>]: Save magnets as files",
"[t<links>]: Save .torrent files",
"[d<links>]: Get descriptions",
"[f<links>]: Get files",
"[p] Print search results",
"[q] Quit",
sep="\n",
)
elif code == "q":
printer.print("Bye.", color="alt")
return
elif code == "d":
printer.descriptions(choices, results, site)
elif code == "f":
printer.file_lists(choices, results, site)
elif code == "p":
printer.search_results(results)
elif code == "m":
pirate.torrent.save_magnets(printer, choices, results, args.save_directory)
elif code == "t":
pirate.torrent.save_torrents(printer, choices, results, args.save_directory)
elif not l:
printer.print("No links entered!", color="WARN")
else:
break
except Exception as e:
printer.print("Exception:", e, color="ERROR")
return
# output
if args.output == "save_magnet_files":
printer.print("Saving selected magnets...")
pirate.torrent.save_magnets(choices, results, args.save_directory)
return
if args.output == "save_torrent_files":
printer.print("Saving selected torrents...")
pirate.torrent.save_torrents(choices, results, args.save_directory)
return
for choice in choices:
url = results[choice]["magnet"]
if args.output == "transmission":
subprocess.call(args.transmission_command + ["--add", url])
elif args.output == "open_command":
cmd = parse_cmd(args.open_command, url)
printer.print(" ".join(cmd))
subprocess.call(cmd)
elif args.output == "browser_open":
webbrowser.open(url)
if args.output == "transmission":
subprocess.call(args.transmission_command + ["-l"])
def pirate_main(args):
printer = Printer(args.color)
# check it transmission is running
if args.transmission:
ret = subprocess.call(args.transmission_command + ['-l'],
stdout=subprocess.DEVNULL,
stderr=subprocess.DEVNULL)
if ret != 0:
printer.print('Transmission is not running.')
sys.exit(1)
# non-torrent fetching actions
if args.action == 'list_categories':
cur_color = 'zebra_0'
for key, value in sorted(pirate.data.categories.items()):
cur_color = 'zebra_0' if cur_color == 'zebra_1' else 'zebra_1'
printer.print(str(value), '\t', key, sep='', color=cur_color)
return
if args.action == 'list_sorts':
cur_color = 'zebra_0'
for key, value in sorted(pirate.data.sorts.items()):
cur_color = 'zebra_0' if cur_color == 'zebra_1' else 'zebra_1'
printer.print(str(value), '\t', key, sep='', color=cur_color)
return
# fetch torrents
if args.source == 'local_tpb':
results = pirate.local.search(args.database, args.search)
elif args.source == 'tpb':
results, site = search_mirrors(printer, args.pages, args.category,
args.sort, args.action, args.search)
if len(results) == 0:
printer.print('No results')
return
printer.search_results(results, local=args.source == 'local_tpb')
# number of results to pick
if args.first:
printer.print('Choosing first result')
choices = [0]
elif args.download_all:
printer.print('Downloading all results')
choices = range(len(results))
else:
# interactive loop for per-torrent actions
while True:
printer.print("\nSelect links (Type 'h' for more options"
", 'q' to quit)", end='\b', color='alt')
try:
l = builtins.input(': ')
except (KeyboardInterrupt, EOFError):
printer.print('\nCancelled.')
return
try:
code, choices = parse_torrent_command(l)
# Act on option, if supplied
printer.print('')
if code == 'h':
printer.print('Options:',
'<links>: Download selected torrents',
'[m<links>]: Save magnets as files',
'[t<links>]: Save .torrent files',
'[d<links>]: Get descriptions',
'[f<links>]: Get files',
'[p] Print search results',
'[q] Quit', sep='\n')
elif code == 'q':
printer.print('Bye.', color='alt')
return
elif code == 'd':
printer.descriptions(choices, results, site)
elif code == 'f':
printer.file_lists(choices, results, site)
elif code == 'p':
printer.search_results(results)
elif code == 'm':
pirate.torrent.save_magnets(printer, choices, results,
args.save_directory)
elif code == 't':
pirate.torrent.save_torrents(printer, choices, results,
args.save_directory)
elif not l:
printer.print('No links entered!', color='WARN')
else:
break
except Exception as e:
printer.print('Exception:', e, color='ERROR')
return
# output
if args.output == 'save_magnet_files':
printer.print('Saving selected magnets...')
pirate.torrent.save_magnets(choices, results, args.save_directory)
return
if args.output == 'save_torrent_files':
printer.print('Saving selected torrents...')
pirate.torrent.save_torrents(choices, results, args.save_directory)
return
for choice in choices:
url = results[choice]['magnet']
if args.output == 'transmission':
subprocess.call(args.transmission_command + ['--add', url])
elif args.output == 'open_command':
cmd = parse_cmd(args.open_command, url)
printer.print(" ".join(cmd))
subprocess.call(cmd)
elif args.output == 'browser_open':
webbrowser.open(url)
if args.output == 'transmission':
subprocess.call(args.transmission_command + ['-l'])