def parseAttributesFromFieldValueString(self):
self._parameterNamesAndValueStrings = {}
self._sipURI = None
# noinspection PyBroadException
try:
match = self.__class__.regexForAngleBracketForm.match(self.fieldValueString)
if match:
# URI uses angle brackets
uriAndParametersString = match.group(2)
self._sipURI = SIPURI.newParsedFrom(uriAndParametersString)
# noinspection PyUnusedLocal
foo = self._sipURI.user # We do this to make sure the sipURI gets parsed within our exception handler.
headerFieldParametersString = match.group(3)
else:
# same logic as above, but work on sample, not uriAndParametersString. This will be factored in the real solution.
uriAndHeaderFieldParametersMatchGroups = self.__class__.regexForNonAngleBracketForm.match(self.fieldValueString).groups()
uriString = uriAndHeaderFieldParametersMatchGroups[0]
self._sipURI = SIPURI.newParsedFrom(uriString)
# noinspection PyUnusedLocal
foo = self._sipURI.user # We do this to make sure the sipURI gets parsed within our exception handler.
headerFieldParametersString = uriAndHeaderFieldParametersMatchGroups[1]
self._parameterNamesAndValueStrings = dict(self.__class__.regexForFindingParameterNamesAndValues.findall(headerFieldParametersString))
self._attributeHasBeenSet = True
except Exception:
self._isValid = False
else:
self._isValid = True
def test_parseSetValuesAndReParse(self):
uriString = 'sips:[email protected]:5061;user=phone'
uri = SIPURI.newParsedFrom(uriString)
self.assertEqual(uriString, uri.rawString)
self.assertEqual(uri.host, '192.168.0.99')
self.assertEqual(uri.port, 5061)
self.assertEqual(uri.scheme, 'sips')
self.assertEqual(uri.user, '8005551212')
self.assertEqual(uri.parameterNamesAndValueStrings, {'user': '******'})
self.assertEqual(uri.parameterNamed('user'), 'phone')
self.assertEqual(uri.parameterNamed('nonExistentKey'), None)
uri.parameterNamedPut('foo', 42)
self.assertEqual('sips:[email protected]:5061;foo=42;user=phone', uri.rawString)
uri.host = '192.168.0.100'
self.assertEqual('sips:[email protected]:5061;foo=42;user=phone', uri.rawString)
uri.port = 5062
self.assertEqual('sips:[email protected]:5062;foo=42;user=phone', uri.rawString)
uri.scheme = 'sip'
self.assertEqual('sip:[email protected]:5062;foo=42;user=phone', uri.rawString)
uri.user = '******'
self.assertEqual('sip:[email protected]:5062;foo=42;user=phone', uri.rawString)
uri.parameterNamesAndValueStrings = None
self.assertEqual('sip:[email protected]:5062', uri.rawString)
uri.parameterNamedPut('foo', 42)
self.assertEqual('sip:[email protected]:5062;foo=42', uri.rawString)
uri.rawString = uriString
self.assertEqual(uriString, uri.rawString)
self.assertEqual(uri.host, '192.168.0.99')
self.assertEqual(uri.port, 5061)
self.assertEqual(uri.scheme, 'sips')
self.assertEqual(uri.user, '8005551212')
self.assertEqual(uri.parameterNamesAndValueStrings, {'user': '******'})
self.assertEqual(uri.parameterNamed('user'), 'phone')
self.assertEqual(uri.parameterNamed('nonExistentKey'), None)
def test_parseValid007(self):
uriString = 'sips:192.168.0.99'
uri = SIPURI.newParsedFrom(uriString)
self.assertEqual(uriString, uri.rawString)
self.assertEqual(uri.host, '192.168.0.99')
self.assertEqual(uri.port, None)
self.assertEqual(uri.scheme, 'sips')
self.assertEqual(uri.user, None)
self.assertEqual(uri.parameterNamesAndValueStrings, {})
self.assertEqual(uri.parameterNamed('nonExistentKey'), None)
def test_parseValid002(self):
uriString = 'sips:[email protected]:5061;user=phone'
uri = SIPURI.newParsedFrom(uriString)
self.assertEqual(uriString, uri.rawString)
self.assertEqual(uri.host, '192.168.0.99')
self.assertEqual(uri.port, 5061)
self.assertEqual(uri.scheme, 'sips')
self.assertEqual(uri.user, '8005551212')
self.assertEqual(uri.parameterNamesAndValueStrings, {'user': '******'})
self.assertEqual(uri.parameterNamed('user'), 'phone')
self.assertEqual(uri.parameterNamed('nonExistentKey'), None)
def test_render007(self):
uriString = 'sips:192.168.0.99'
uri = SIPURI.newForAttributes(host='192.168.0.99',
port=None,
scheme='sips',
user=None,
)
self.assertEqual(uri.host, '192.168.0.99')
self.assertEqual(uri.port, None)
self.assertEqual(uri.scheme, 'sips')
self.assertEqual(uri.user, None)
self.assertEqual(uri.parameterNamesAndValueStrings, {})
self.assertEqual(uri.parameterNamed('nonExistentKey'), None)
self.assertEqual(uriString, uri.rawString)
def test_render003(self):
uriString = 'sips:[email protected]:5061'
uri = SIPURI.newForAttributes(host='192.168.0.99',
port=5061,
scheme='sips',
user='******'
)
self.assertEqual(uri.host, '192.168.0.99')
self.assertEqual(uri.port, 5061)
self.assertEqual(uri.scheme, 'sips')
self.assertEqual(uri.user, '8005551212')
self.assertEqual(uri.parameterNamesAndValueStrings, {})
self.assertEqual(uri.parameterNamed('nonExistentKey'), None)
self.assertEqual(uriString, uri.rawString)
def test_render004(self):
uriString = 'sips:[email protected];user=phone'
uri = SIPURI.newForAttributes(host='192.168.0.99',
port=None,
scheme='sips',
user='******',
parameterNamesAndValueStrings={'user': '******'})
self.assertEqual(uri.host, '192.168.0.99')
self.assertEqual(uri.port, None)
self.assertEqual(uri.scheme, 'sips')
self.assertEqual(uri.user, '8005551212')
self.assertEqual(uri.parameterNamesAndValueStrings, {'user': '******'})
self.assertEqual(uri.parameterNamed('user'), 'phone')
self.assertEqual(uri.parameterNamed('nonExistentKey'), None)
self.assertEqual(uriString, uri.rawString)
def asSIPURI(self):
# Via contains the host, port, and transport portions in SIP URI form. No user or scheme parts.
# return SIPURI.newForAttributes(host=self.host, port=self.port, transport=self.transport)
return SIPURI.newForAttributes(host=self.host, port=self.port)