def test_createResponse(self):
aq = self.assertEqual
at = self.assertTrue
req = Request('NOTIFY', 'sip:[email protected]')
req.headers['f'] = AddressHeader.parse(
'Carol <sip:[email protected]> ;tag=abvgde123')
req.headers['t'] = AddressHeader.parse("Echo <sip:[email protected]>")
req.headers['via'] = ViaHeader.parse(
"SIP/2.0/TCP 193.168.0.1:5061; received=10.10.10.10")
req.headers['call-id'] = '1234@localhost'
req.headers['cseq'] = CSeqHeader.parse('1 NOTIFY')
r = req.createResponse('180', 'Ringing')
aq(str(r.headers['from']),
'Carol <sip:[email protected]> ;tag=abvgde123')
aq(str(r.headers['To'].uri), 'sip:[email protected]')
aq(r.headers['To'].display_name, 'Echo')
aq(str(r.headers['Via']),
'SIP/2.0/TCP 193.168.0.1:5061 ;received=10.10.10.10')
aq(r.headers['Call-Id'], '1234@localhost')
aq(r.headers['CSeq'].number, 1)
aq(r.headers['CSeq'].method, 'NOTIFY')
at('tag' in r.headers['To'].params)
t1 = r.headers['to'].params['tag']
at(isinstance(t1, basestring))
r = req.createResponse('200', 'OK')
t2 = r.headers['t'].params['tag']
aq(t1, t2)
def test_isValid(self):
at = self.assertTrue
af = self.assertFalse
r = Request('NOTIFY', 'sip:[email protected]')
h = r.headers
af(r.isValid())
h['f'] = AddressHeader.parse('sip:[email protected]')
af(r.isValid())
h['To'] = 'sip:[email protected]'
af(r.isValid())
h['v'] = 'via'
af(r.isValid())
h['call-id'] = 'abracadabra'
af(r.isValid())
h['CSEQ'] = '1'
af(r.isValid())
h['Max-Forwards'] = '30'
af(r.isValid())
r.headers['from'].params['tag'] = 'cadabra'
at(r.isValid())
def test_isValid(self):
at = self.assertTrue
af = self.assertFalse
r = Request('NOTIFY', 'sip:[email protected]')
h = r.headers
af(r.isValid())
h['f'] = AddressHeader.parse('sip:[email protected]')
af(r.isValid())
h['To'] = 'sip:[email protected]'
af(r.isValid())
h['v'] = 'via'
af(r.isValid())
h['call-id'] = 'abracadabra'
af(r.isValid())
h['CSEQ'] = '1'
af(r.isValid())
h['Max-Forwards'] = '30'
af(r.isValid())
r.headers['from'].params['tag'] = 'cadabra'
at(r.isValid())
def test_createResponse(self):
aq = self.assertEqual
at = self.assertTrue
req = Request('NOTIFY', 'sip:[email protected]')
req.headers['f'] = AddressHeader.parse('Carol <sip:[email protected]> ;tag=abvgde123')
req.headers['t'] = AddressHeader.parse("Echo <sip:[email protected]>")
req.headers['via'] = ViaHeader.parse("SIP/2.0/TCP 193.168.0.1:5061; received=10.10.10.10")
req.headers['call-id'] = '1234@localhost'
req.headers['cseq'] = CSeqHeader.parse('1 NOTIFY')
r = req.createResponse('180', 'Ringing')
aq(str(r.headers['from']), 'Carol <sip:[email protected]> ;tag=abvgde123')
aq(str(r.headers['To'].uri), 'sip:[email protected]')
aq(r.headers['To'].display_name, 'Echo')
aq(str(r.headers['Via']), 'SIP/2.0/TCP 193.168.0.1:5061 ;received=10.10.10.10')
aq(r.headers['Call-Id'], '1234@localhost')
aq(r.headers['CSeq'].number, 1)
aq(r.headers['CSeq'].method, 'NOTIFY')
at('tag' in r.headers['To'].params)
t1 = r.headers['to'].params['tag']
at(isinstance(t1, basestring))
r = req.createResponse('200', 'OK')
t2 = r.headers['t'].params['tag']
aq(t1, t2)
def test_constructRequest(self):
aq = self.assertEqual
r = Request('NOTIFY', 'sip:[email protected]')
s = str(r).split('\r\n')
aq(s[0], 'NOTIFY sip:[email protected] SIP/2.0')