def test_has_networking(self):
""" Test for the networking availability checker. """
global MOCK_sercmd_ret
c = Connection()
self.assertFalse(c.has_networking())
MOCK_sercmd_ret = "123.456.789.012"
self.assertTrue(c.has_networking())
def test_host(self):
""" Unittest for the host property. """
c = Connection()
# first, let the connection figure out the hot IP by itself
global MOCK_sercmd_ret
MOCK_sercmd_ret = "534.117.9.15"
self.assertEquals(c.host, MOCK_sercmd_ret)
# then, check whether we can set it
c.host = "www.heise.de"
self.assertEquals(c.host, "www.heise.de")
# finally: check the deleter and the getter's exception handling
del c.host
MOCK_sercmd_ret = "unparseable IP address"
self.assertRaises(Exception, lambda: c.host)
del c.host
def test_cmd(self):
""" Test for the command dispatcher. """
global MOCK_sercmd_ret, MOCK_sshcmd_ret, MOCK_sshcmd_raise
MOCK_sercmd_ret = "Serial command execution"
MOCK_sshcmd_ret = "SSH command execution"
c = Connection(network_setup = ("hurz", "bla-if0"))
MockSerialConn.called = deepcopy(MockSerialConn._MockSerialConn__called)
# check for ssh command execution
self.assertEquals(c.cmd("test-command"), (0, MOCK_sshcmd_ret))
self.assertEquals(len(MockSshConn.called["cmd"]), 1)
self.assertEquals(MockSshConn.called["cmd"][0], "test-command")
self.assertEquals(len(MockSerialConn.called["cmd"]), 0)
# generate an exception for ssh to check for serial execution
MOCK_sshcmd_raise = Exception()
self.assertEquals(c.cmd("test-2-command"), (0, MOCK_sercmd_ret))
self.assertEquals(MockSerialConn.called["cmd"][0], "test-2-command")
self.assertEquals(len(MockSerialConn.called["cmd"]), 1)
