def _makeDataConnection(self):
# Establish a passive data connection (i.e. client connecting to
# server).
responseLines = wait(self.client.queueStringCommand("PASV"))
host, port = ftp.decodeHostPort(responseLines[-1][4:])
downloader = wait(protocol.ClientCreator(reactor, _BufferingProtocol).connectTCP("127.0.0.1", port))
return downloader
def _makeDataConnection(self):
responseLines = wait(self.client.queueStringCommand('PASV'))
host, port = ftp.decodeHostPort(responseLines[-1][4:])
downloader = wait(
protocol.ClientCreator(reactor,
_BufferingProtocol).connectTCP('127.0.0.1',
port)
)
return downloader
def _makeDataConnection(self):
# Establish a passive data connection (i.e. client connecting to
# server).
responseLines = wait(self.client.queueStringCommand('PASV'))
host, port = ftp.decodeHostPort(responseLines[-1][4:])
downloader = wait(
protocol.ClientCreator(reactor, _BufferingProtocol).connectTCP(
'127.0.0.1', port))
return downloader
def testDecodeHostPort(self):
self.assertEquals(ftp.decodeHostPort('25,234,129,22,100,23'),
('25.234.129.22', 25623))
nums = range(6)
for i in range(6):
badValue = list(nums)
badValue[i] = 256
s = ','.join(map(str, badValue))
self.assertRaises(ValueError, ftp.decodeHostPort, s)
def testDecodeHostPort(self):
self.assertEquals(ftp.decodeHostPort('25,234,129,22,100,23'),
('25.234.129.22', 25623))
nums = range(6)
for i in range(6):
badValue = list(nums)
badValue[i] = 256
s = ','.join(map(str, badValue))
self.assertRaises(ValueError, ftp.decodeHostPort, s)
def testPASV(self):
# Login
self._anonymousLogin()
# Issue a PASV command, and extract the host and port from the response
responseLines = wait(self.client.queueStringCommand('PASV'))
host, port = ftp.decodeHostPort(responseLines[-1][4:])
# Make sure the server is listening on the port it claims to be
self.assertEqual(port, self.serverProtocol.dtpPort.getHost().port)
# Semi-reasonable way to force cleanup
self.serverProtocol.connectionLost(error.ConnectionDone())
def testPASV(self):
# Login
self._anonymousLogin()
# Issue a PASV command, and extract the host and port from the response
responseLines = wait(self.client.queueStringCommand('PASV'))
host, port = ftp.decodeHostPort(responseLines[-1][4:])
# Make sure the server is listening on the port it claims to be
self.assertEqual(port, self.serverProtocol.dtpPort.getHost().port)
# Semi-reasonable way to force cleanup
self.serverProtocol.connectionLost(error.ConnectionDone())
def testPASV(self):
# Login
self._anonymousLogin()
# Issue a PASV command, and extract the host and port from the response
responseLines = wait(self.client.queueStringCommand('PASV'))
host, port = ftp.decodeHostPort(responseLines[-1][4:])
# Make sure the server is listening on the port it claims to be
self.assertEqual(port, self.serverProtocol.dtpPort.getHost().port)
# Hack: clean up the DTP port directly
d = self.serverProtocol.dtpPort.stopListening()
if d is not None:
wait(d)
self.serverProtocol.dtpFactory = None
def testPASV(self):
self._anonymousLogin()
responseLines = wait(self.client.queueStringCommand('PASV'))
host, port = ftp.decodeHostPort(responseLines[-1][4:])
self.assertEqual(port, self.serverProtocol.dtpPort.getHost().port)
self.serverProtocol.connectionLost(error.ConnectionDone())
def testDecodeHostPort(self):
self.assertEquals(ftp.decodeHostPort('25,234,129,22,100,23'),
('25.234.129.22', 25623))
def testDecodeHostPort(self):
self.assertEquals(ftp.decodeHostPort('25,234,129,22,100,23'),
('25.234.129.22', 25623))
def testDecodeHostPort(self):
data = "999 The magic address is (123,234,56,78,11,22)"
host, port = ftp.decodeHostPort(data)
self.failUnlessEqual(host, '123.234.56.78')
self.failUnlessEqual(port, (11*256) + 22)
def gotPASV(responseLines):
host, port = ftp.decodeHostPort(responseLines[-1][4:])
cc = protocol.ClientCreator(reactor, _BufferingProtocol)
return cc.connectTCP('127.0.0.1', port)
def gotPASV(responseLines):
host, port = ftp.decodeHostPort(responseLines[-1][4:])
cc = protocol.ClientCreator(reactor, _BufferingProtocol)
return cc.connectTCP('127.0.0.1', port)