def main():
class FakeDeviceInfo(object):
Manufacturer = 'manufacturer'
ManufacturerOUI = 'oui'
ProductClass = 'productclass'
SerialNumber = 'serialnumber'
root = core.Exporter()
root.Export(params=['Test', 'Test2'], lists=['Sub'])
root.Test = '5'
root.Test2 = 6
root.SubList = {}
root.Sub = core.Exporter
root.DeviceInfo = FakeDeviceInfo()
real_acs = api.ACS()
real_cpe = api.CPE(real_acs, root, None)
cpe = CPE(real_cpe)
acs = ACS(real_acs)
encode = Encode()
print cpe.Handle(encode.GetRPCMethods())
print cpe.Handle(encode.GetParameterNames('', False))
print cpe.Handle(encode.GetParameterValues(['Test']))
print cpe.Handle(encode.SetParameterValues([('Test', 6), ('Test2', 7)], 77))
print cpe.Handle(encode.GetParameterValues(['Test', 'Test2']))
print cpe.Handle(encode.AddObject('Sub.', 5))
print cpe.Handle(encode.DeleteObject('Sub.0', 5))
print acs.Handle(encode.Inform(root, [], 1, None, 1, []))
def testObject(self):
root = core.Exporter()
root.Export(objects=['Test'])
root.Test = TestObject()
root.ValidateExports()
cpe = api.CPE(root)
#pylint: disable-msg=W0612
(idx, status) = cpe.AddObject('Test.Thingy.', 0)
name = 'Test.Thingy.%d' % int(idx)
#pylint: disable-msg=E1103
cpe.SetParameterValues([('%s.word' % name, 'word1')], 0)
self.assertEqual(root.GetExport(name).word, 'word1')
self.assertRaises(KeyError, cpe._SetParameterValue,
'%s.not_exist' % name, 'word1')
result = cpe.GetParameterValues(['%s.word' % name])
self.assertEqual(result, [('%s.word' % name, 'word1')])
def main():
loop = mainloop.MainLoop()
class Sub(core.Exporter):
def __init__(self):
core.Exporter.__init__(self)
self.Export(params=['Value'])
self.Value = 0
root = core.Exporter()
root.Sub = Sub
root.SubList = {}
root.Test = 'this is a test string'
root.Export(params=['Test'], lists=['Sub'])
loop.ListenInet(('', 12999), MakeRemoteCommandStreamer(root))
loop.ListenUnix('/tmp/cwmpd.sock', MakeRemoteCommandStreamer(root))
loop.Start()
def testObject(self):
root = core.Exporter()
root.Export(objects=['Test'])
root.Test = TestObject()
h = handle.Handle(root)
h.ValidateExports()
cpe = api.CPE(h)
(idx, unused_status) = cpe.AddObject('Test.Thingy.', 0)
name = 'Test.Thingy.%d' % int(idx)
cpe.SetParameterValues([('%s.word' % name, 'word1')], 0)
self.assertEqual(h.GetExport(name).word, 'word1')
self.assertRaises(KeyError, cpe._SetParameterValue,
'%s.not_exist' % name, 'word1')
result = cpe.GetParameterValues(['%s.word' % name])
self.assertEqual(result, [('%s.word' % name, 'word1')])
self.assertEqual(changes, 1)
self.assertRaises(api.SetParameterErrors,
cpe.SetParameterValues,
[('%s.word' % name, 'snorkleberry'),
('nonexist', 'broken')], 0)
# word was not changed because nonexist didn't exist and we check for
# existence first.
self.assertEqual(result, [('%s.word' % name, 'word1')])
self.assertEqual(changes, 1)
# word changed, but then changed back, because readonlyword has no
# validator and it failed in the set phase.
self.assertRaises(api.SetParameterErrors,
cpe.SetParameterValues,
[('%s.word' % name, 'snorkleberry'),
('%s.readonlyword' % name, 'broken')], 0)
self.assertEqual(result, [('%s.word' % name, 'word1')])
self.assertEqual(changes, 3)
# word changed, but then changed back. Strictly speaking we could have
# aborted the set as soon as reasonlyword failed, but then the set of
# error messages wouldn't be as thorough as possible, so we deliberately
# choose to try all the sets if we get to the setting phase.
self.assertRaises(api.SetParameterErrors,
cpe.SetParameterValues,
[('%s.readonlyword' % name, 'broken'),
('%s.word' % name, 'snorkleberry')], 0)
self.assertEqual(result, [('%s.word' % name, 'word1')])
self.assertEqual(changes, 5)
self.assertRaises(api.SetParameterErrors,
cpe.SetParameterValues,
[('%s.word' % name, 'snorkleberry'),
('%s.validatedword' % name, 'broken')], 0)
self.assertEqual(result, [('%s.word' % name, 'word1')])
self.assertEqual(changes, 5)
(objidx_list, status) = cpe.X_CATAWAMPUS_ORG_AddObjects(
[('Test.Thingy.', 5), ('Test.Thingy.', 2)], 0)
self.assertEqual(status, 0)
self.assertEqual(len(objidx_list), 2)
idxlist = objidx_list[0][1] + objidx_list[1][1]
self.assertEqual(len(set(idxlist)), 7)
result = cpe.GetParameterValues([('Test.Thingy.%d' % int(idx))
for idx in idxlist])
self.assertEqual([i.word for idx, i in result],
[None] * 7)