def test_sock_plex_txbuf(self):
# windows sockets seem to allow *huge* buffers in non-blocking
# so triggering txbuf takes *way* too much ram to be a feasable test
if s_thishost.get('platform') == 'windows':
return
plex = s_socket.Plex()
s1,s2 = s_socket.socketpair()
plex.addPlexSock(s2)
s2.tx( tufo('hi',there='there') )
self.assertEqual( s1.recvobj()[0], 'hi' )
s2.tx( tufo('OMG', y='A'*409000) )
self.assertIsNotNone( s2.txbuf )
s2.tx( tufo('foo', bar='baz') )
self.assertEqual( len(s2.txque), 1 )
m1 = s1.recvobj()
m2 = s1.recvobj()
self.assertEqual( len(m1[1].get('y')), 409000 )
self.assertEqual( m2[0], 'foo' )
s1.fini()
s2.fini()
plex.fini()
def test_sock_plex(self):
def onmesg(event):
sock = event[1].get('sock')
mesg = event[1].get('mesg')
sock.tx(tufo('hi:got', mesg=mesg))
plex = s_socket.Plex()
s1, s2 = s_socket.socketpair()
s2.on('link:sock:mesg', onmesg)
waiter = self.getTestWait(s2, 1, 'link:sock:mesg')
plex.addPlexSock(s2)
s1.tx(tufo('hi:there', whee='whee'))
ret = s1.recvobj()
mesg = ret[1].get('mesg')
self.eq(ret[0], 'hi:got')
s1.fini()
plex.fini()
def test_sock_plex(self):
def onmesg(event):
sock = event[1].get('sock')
mesg = event[1].get('mesg')
sock.tx( tufo('hi:got', mesg=mesg) )
plex = s_socket.Plex()
s1,s2 = s_socket.socketpair()
s2.on('link:sock:mesg', onmesg)
waiter = self.getTestWait(s2, 1, 'link:sock:mesg')
plex.addPlexSock(s2)
s1.tx( tufo('hi:there', whee='whee') )
ret = s1.recvobj()
mesg = ret[1].get('mesg')
self.assertEqual( ret[0], 'hi:got' )
s1.fini()
plex.fini()
def test_sock_plex_txbuf(self):
# windows sockets seem to allow *huge* buffers in non-blocking
# so triggering txbuf takes *way* too much ram to be a feasable test
if s_thishost.get('platform') == 'windows':
return
plex = s_socket.Plex()
s1, s2 = s_socket.socketpair()
plex.addPlexSock(s2)
s2.tx(tufo('hi', there='there'))
self.assertEqual(s1.recvobj()[0], 'hi')
s2.tx(tufo('OMG', y='A' * 409000))
self.assertIsNotNone(s2.txbuf)
s2.tx(tufo('foo', bar='baz'))
self.assertEqual(len(s2.txque), 1)
m1 = s1.recvobj()
m2 = s1.recvobj()
self.assertEqual(len(m1[1].get('y')), 409000)
self.assertEqual(m2[0], 'foo')
s1.fini()
s2.fini()
plex.fini()
def test_sock_plex_txbuf(self):
# windows sockets seem to allow *huge* buffers in non-blocking
# so triggering txbuf takes *way* too much ram to be a feasable test
if s_thishost.get('platform') == 'windows':
return
plex = s_socket.Plex()
s1, s2 = s_socket.socketpair()
plex.addPlexSock(s2)
self.eq(len(plex.getPlexSocks()), 2)
# the rx socket is a blocking socket which cause calls to
# rx() to block on the recv() call in the main thread of
# the python program
t0 = tufo('hi', there='there')
t1 = tufo('OMG', y='A' * 409000)
t2 = tufo('foo', bar='baz')
s2.tx(t0)
m0 = s1.recvobj()
self.eq(m0[0], 'hi')
# So this is pushing a large message which is going to be
# transmitted in parts - hence the NEXT assertion statement
s2.tx(t1)
self.nn(s2.txbuf)
s2.tx(t2)
self.eq(len(s2.txque), 1)
m1 = s1.recvobj()
m2 = s1.recvobj()
self.eq(len(m1[1].get('y')), 409000)
self.eq(m2[0], 'foo')
s1.fini()
s2.fini()
plex.fini()
def test_sock_xform(self):
class Xor(s_socket.SockXform):
def txform(self, byts):
return xor(0x56, byts)
def rxform(self, byts):
return xor(0x56, byts)
sock1, sock2 = s_socket.socketpair()
sock1.sendall(b'woot')
self.assertEqual(sock2.recvall(4), b'woot')
xform = Xor()
sock1.addSockXform(xform)
sock2.addSockXform(xform)
sock1.sendall(b'woot')
self.assertEqual(sock2.recvall(4), b'woot')
def test_threads_cancelable(self):
sock1, sock2 = s_socket.socketpair()
data = []
def echoloop():
with s_threads.cancelable(sock1.fini):
byts = sock1.recv(1024)
data.append(byts)
sock1.sendall(byts)
thr = s_threads.worker(echoloop)
sock2.sendall(b'hi')
self.assertEqual( sock2.recv(1024), b'hi')
thr.fini()
thr.join()
sock1.fini()
sock2.fini()
def test_threads_cancelable(self):
sock1, sock2 = s_socket.socketpair()
data = []
def echoloop():
with s_threads.cancelable(sock1.fini):
byts = sock1.recv(1024)
data.append(byts)
sock1.sendall(byts)
thr = s_threads.worker(echoloop)
sock2.sendall(b'hi')
self.eq(sock2.recv(1024), b'hi')
thr.fini()
thr.join()
sock1.fini()
sock2.fini()
def test_sock_xform(self):
class Xor(s_socket.SockXform):
def txform(self, byts):
return xor(0x56,byts)
def rxform(self, byts):
return xor(0x56,byts)
sock1,sock2 = s_socket.socketpair()
sock1.sendall(b'woot')
self.assertEqual( sock2.recvall(4), b'woot' )
xform = Xor()
sock1.addSockXform(xform)
sock2.addSockXform(xform)
sock1.sendall(b'woot')
self.assertEqual( sock2.recvall(4), b'woot' )