def setUp(self):
def fakefromfd(fd, addressFamily, socketType):
return FakeSocket(self)
def fakerecvfd(fd):
return "not an fd", "not a description"
def fakeclose(fd):
""
def fakegetsockfam(fd):
return AF_INET
self.patch(sendfdport, 'recvfd', fakerecvfd)
self.patch(sendfdport, 'fromfd', fakefromfd)
self.patch(sendfdport, 'close', fakeclose)
self.patch(sendfdport, 'getsockfam', fakegetsockfam)
self.patch(metafd, 'InheritedPort', InheritedPortForTesting)
self.patch(metafd, 'Server', ServerTransportForTesting)
# This last stubbed out just to prevent dirty reactor warnings.
self.patch(HTTPChannel, "callLater", lambda *a, **k: None)
self.svc = ReportingHTTPService(None, None, None)
self.svc.startService()
class ReportingHTTPServiceTests(TestCase):
"""
Tests for L{ReportingHTTPService}
"""
peerNameSucceed = True
def setUp(self):
def fakefromfd(fd, addressFamily, socketType):
return FakeSocket(self)
def fakerecvfd(fd):
return "not an fd", "not a description"
def fakeclose(fd):
""
def fakegetsockfam(fd):
return AF_INET
self.patch(sendfdport, 'recvfd', fakerecvfd)
self.patch(sendfdport, 'fromfd', fakefromfd)
self.patch(sendfdport, 'close', fakeclose)
self.patch(sendfdport, 'getsockfam', fakegetsockfam)
self.patch(metafd, 'InheritedPort', InheritedPortForTesting)
self.patch(metafd, 'Server', ServerTransportForTesting)
# This last stubbed out just to prevent dirty reactor warnings.
self.patch(HTTPChannel, "callLater", lambda *a, **k: None)
self.svc = ReportingHTTPService(None, None, None)
self.svc.startService()
def test_quickClosedSocket(self):
"""
If a socket is closed very quickly after being {accept()}ed, requesting
its peer (or even host) address may fail with C{ENOTCONN}. If this
happens, its transport should be supplied with a dummy peer address.
"""
self.peerNameSucceed = False
self.svc.reportingFactory.inheritedPort.doRead()
channels = self.svc.reportingFactory.connectedChannels
self.assertEqual(len(channels), 1)
self.assertEqual(list(channels)[0].transport.getPeer().host, "0.0.0.0")
class ReportingHTTPServiceTests(TestCase):
"""
Tests for L{ReportingHTTPService}
"""
peerNameSucceed = True
def setUp(self):
def fakefromfd(fd, addressFamily, socketType):
return FakeSocket(self)
def fakerecvfd(fd):
return "not an fd", "not a description"
def fakeclose(fd):
""
def fakegetsockfam(fd):
return AF_INET
self.patch(sendfdport, 'recvfd', fakerecvfd)
self.patch(sendfdport, 'fromfd', fakefromfd)
self.patch(sendfdport, 'close', fakeclose)
self.patch(sendfdport, 'getsockfam', fakegetsockfam)
self.patch(metafd, 'InheritedPort', InheritedPortForTesting)
self.patch(metafd, 'Server', ServerTransportForTesting)
# This last stubbed out just to prevent dirty reactor warnings.
self.patch(HTTPChannel, "callLater", lambda *a, **k: None)
self.svc = ReportingHTTPService(None, None, None)
self.svc.startService()
def test_quickClosedSocket(self):
"""
If a socket is closed very quickly after being {accept()}ed, requesting
its peer (or even host) address may fail with C{ENOTCONN}. If this
happens, its transport should be supplied with a dummy peer address.
"""
self.peerNameSucceed = False
self.svc.reportingFactory.inheritedPort.doRead()
channels = self.svc.reportingFactory.connectedChannels
self.assertEqual(len(channels), 1)
self.assertEqual(list(channels)[0].transport.getPeer().host, "0.0.0.0")
def setUp(self):
def fakefromfd(fd, addressFamily, socketType):
return FakeSocket(self)
def fakerecvfd(fd):
return "not an fd", "not a description"
def fakeclose(fd):
""
def fakegetsockfam(fd):
return AF_INET
self.patch(sendfdport, 'recvfd', fakerecvfd)
self.patch(sendfdport, 'fromfd', fakefromfd)
self.patch(sendfdport, 'close', fakeclose)
self.patch(sendfdport, 'getsockfam', fakegetsockfam)
self.patch(metafd, 'InheritedPort', InheritedPortForTesting)
self.patch(metafd, 'Server', ServerTransportForTesting)
# This last stubbed out just to prevent dirty reactor warnings.
self.patch(HTTPChannel, "callLater", lambda *a, **k: None)
self.svc = ReportingHTTPService(None, None, None)
self.svc.startService()
