def test_ulozto(self):
url='http://www.ulozto.cz/xEtqWa87/jachyme-hod-ho-do-stroje-1974-mp4'
cls=find_matching_plugin(url)
try:
import adecaptcha
self.assertTrue(cls)
loader=HTTPLoader(url, 0, cls)
loader.init()
except ImportError:
print >>sys.stderr, 'WARNIG - adecaptcha not install ulozto plugin will not be available'
def test_ulozto(self):
url = 'http://www.ulozto.cz/xEtqWa87/jachyme-hod-ho-do-stroje-1974-mp4'
cls = find_matching_plugin(url)
try:
import adecaptcha
self.assertTrue(cls)
loader = HTTPLoader(url, 0, cls)
loader.init()
except ImportError:
print >> sys.stderr, 'WARNIG - adecaptcha not install ulozto plugin will not be available'
def test(self):
f=DummyFile(fname)
piece_size=1024
c=HTTPLoader(URL, 0)
c.init()
first=c.load_piece(0, piece_size)
self.assertEqual(len(first.data), piece_size)
self.assertEqual(first.piece,0)
self.assertEqual(first.type,'video/x-msvideo')
self.assertEqual(first.total_size, f.size)
piece_size=2048*1024
last_piece=f.size // piece_size
buf=StringIO()
tmp_file=tempfile.mktemp()
base,tmp_file=os.path.split(tmp_file)
htfile=HTFile(tmp_file, base, f.size, piece_size, lambda a,b: self.fail('Should not need prioritize'))
for piece in xrange(last_piece+1):
print "Piece %d"%piece
p=c.load_piece(piece, piece_size)
self.assertTrue(p.data)
if piece!=last_piece:
self.assertEqual(len(p.data), piece_size)
if piece==last_piece:
self.assertEqual(len(p.data), f.size % piece_size)
buf.write(p.data)
htfile.update_piece(piece, p.data)
data=buf.getvalue()
with f.create_cursor() as reader:
ref=reader.read()
self.assertEqual(data, ref, "Diffrent")
buf=StringIO()
with htfile.create_cursor() as reader:
while True:
d=reader.read()
if not d:
break
buf.write(d)
data2=buf.getvalue()
self.assertEqual(len(data2),len(ref))
self.assertEqual(data2, ref, "Different")
def test(self):
f = DummyFile(fname)
piece_size = 1024
c = HTTPLoader(URL, 0)
c.init()
first = c.load_piece(0, piece_size)
self.assertEqual(len(first.data), piece_size)
self.assertEqual(first.piece, 0)
self.assertEqual(first.type, 'video/x-msvideo')
self.assertEqual(first.total_size, f.size)
piece_size = 2048 * 1024 / 2
last_piece = f.size // piece_size
tmp_file = tempfile.mktemp()
base, tmp_file = os.path.split(tmp_file)
htfile = HTFile(tmp_file, base, f.size, piece_size,
lambda a, b: self.fail('Should not need prioritize'))
pool = Pool(piece_size, [c],
htfile.update_piece,
speed_limit=MyResolver.SPEED_LIMIT)
def gen_loader(url, i):
return HTTPLoader(url, i)
for i in xrange(1, 3):
pool.add_worker_async(i, gen_loader, (URL, i))
for i in xrange(last_piece + 1):
pool.add_piece(i, 10 - i)
while not htfile.is_complete:
time.sleep(1)
print htfile.pieces
with f.create_cursor() as reader:
ref = reader.read()
buf = StringIO()
with htfile.create_cursor() as reader:
while True:
d = reader.read()
if not d:
break
buf.write(d)
data2 = buf.getvalue()
self.assertEqual(len(data2), len(ref))
self.assertEqual(data2, ref, "Different")
def test(self):
f=DummyFile(fname)
piece_size=1024
c=HTTPLoader(URL, 0)
first=c.load_piece(0, piece_size)
self.assertEqual(len(first.data), piece_size)
self.assertEqual(first.piece,0)
self.assertEqual(first.type,'video/x-msvideo')
self.assertEqual(first.total_size, f.size)
piece_size=2048*1024/2
last_piece=f.size // piece_size
tmp_file=tempfile.mktemp()
base,tmp_file=os.path.split(tmp_file)
htfile=HTFile(tmp_file, base, f.size, piece_size, lambda a,b: self.fail('Should not need prioritize'))
pool=Pool(piece_size, [c], htfile.update_piece, speed_limit=MyResolver.SPEED_LIMIT)
def gen_loader(url,i):
return HTTPLoader(url, i)
for i in xrange(1,3):
pool.add_worker_async(i, gen_loader, (URL,i))
for i in xrange(last_piece+1):
pool.add_piece(i, 10-i)
while not htfile.is_complete:
time.sleep(1)
print htfile.pieces
with f.create_cursor() as reader:
ref=reader.read()
buf=StringIO()
with htfile.create_cursor() as reader:
while True:
d=reader.read()
if not d:
break
buf.write(d)
data2=buf.getvalue()
self.assertEqual(len(data2),len(ref))
self.assertEqual(data2, ref, "Different")
def test(self):
f = DummyFile(fname)
piece_size = 1024
c = HTTPLoader(URL, 0)
c.init()
first = c.load_piece(0, piece_size)
self.assertEqual(len(first.data), piece_size)
self.assertEqual(first.piece, 0)
self.assertEqual(first.type, 'video/x-msvideo')
self.assertEqual(first.total_size, f.size)
piece_size = 2048 * 1024
last_piece = f.size // piece_size
buf = StringIO()
tmp_file = tempfile.mktemp()
base, tmp_file = os.path.split(tmp_file)
htfile = HTFile(tmp_file, base, f.size, piece_size,
lambda a, b: self.fail('Should not need prioritize'))
for piece in xrange(last_piece + 1):
print "Piece %d" % piece
p = c.load_piece(piece, piece_size)
self.assertTrue(p.data)
if piece != last_piece:
self.assertEqual(len(p.data), piece_size)
if piece == last_piece:
self.assertEqual(len(p.data), f.size % piece_size)
buf.write(p.data)
htfile.update_piece(piece, p.data)
data = buf.getvalue()
with f.create_cursor() as reader:
ref = reader.read()
self.assertEqual(data, ref, "Diffrent")
buf = StringIO()
with htfile.create_cursor() as reader:
while True:
d = reader.read()
if not d:
break
buf.write(d)
data2 = buf.getvalue()
self.assertEqual(len(data2), len(ref))
self.assertEqual(data2, ref, "Different")
def gen_loader(url, i):
return HTTPLoader(url, i)
