def test_isIPv6_randomIP6(self):
"""Test :func:`addr.isIPv6` with a random IPv6 address.
This test asserts that the returned IP address is a :obj:`bool`
(because the IP being tested is random, it *could* randomly be an
invalid IP address and thus :func:`~bridgdb.addr.isIPv6` would return
``False``).
"""
randomAddr = ipaddr.IPv6Address(random.getrandbits(128)).compressed
log.msg("Testing randomly generated IPv6 address: %s" % randomAddr)
result = addr.isIPv6(randomAddr)
self.assertTrue(isinstance(result, bool),
"addr.isIPv6() should be boolean: %r" % type(result))
def test_isIPv6_randomIP6(self):
"""Test :func:`addr.isIPv6` with a random IPv6 address.
This test asserts that the returned IP address is a :obj:`bool`
(because the IP being tested is random, it *could* randomly be an
invalid IP address and thus :func:`~bridgdb.addr.isIPv6` would return
``False``).
"""
randomAddr = ipaddr.IPv6Address(random.getrandbits(128)).compressed
log.msg("Testing randomly generated IPv6 address: %s" % randomAddr)
result = addr.isIPv6(randomAddr)
self.assertTrue(isinstance(result, bool),
"addr.isIPv6() should be boolean: %r" % type(result))
def runTestForIPv4(self, testAddress):
"""Test :func:`addr.isIPv6` with the specified IPv4 **testAddress**.
This test asserts that the returned value is ``False``.
:param str testAddress: A string which specifies the IPv4 address to
test, which should cause :func:`addr.isIPv6` to return ``False``.
"""
result = addr.isIPv6(testAddress)
log.msg("addr.isIPv6(%r) => %s" % (testAddress, result))
self.assertTrue(isinstance(result, bool),
"addr.isIPv6() should be boolean: %r" % type(result))
self.assertFalse(result,
"addr.isIPv6(%r) should be False!" % testAddress)
def runTestForIPv4(self, testAddress):
"""Test :func:`addr.isIPv6` with the specified IPv4 **testAddress**.
This test asserts that the returned value is ``False``.
:param str testAddress: A string which specifies the IPv4 address to
test, which should cause :func:`addr.isIPv6` to return ``False``.
"""
result = addr.isIPv6(testAddress)
log.msg("addr.isIPv6(%r) => %s" % (testAddress, result))
self.assertTrue(isinstance(result, bool),
"addr.isIPv6() should be boolean: %r" % type(result))
self.assertFalse(result,
"addr.isIPv6(%r) should be False!" % testAddress)
def runTestForIPv6(self, testAddress):
"""Test :func:`addr.isIPv6` with the specified IPv6 **testAddress**.
This test asserts that the returned value is ``True``.
Random addresses should *not* be tested with this function, because
:func:`~addr.isIPv6` uses :func:`~addr.isValidIP` internally, and will
return False if the IP is invalid.
:param str testAddress: A string which specifies the IPv6 address to
test, which should cause :func:`addr.isIPv6` to return ``True``.
"""
result = addr.isIPv6(testAddress)
log.msg("addr.isIPv6(%r) => %s" % (testAddress, result))
self.assertTrue(isinstance(result, bool),
"addr.isIPv6() should be boolean: %r" % type(result))
self.assertTrue(result,
"addr.isIPv6(%r) should be True!" % testAddress)
def runTestForIPv6(self, testAddress):
"""Test :func:`addr.isIPv6` with the specified IPv6 **testAddress**.
This test asserts that the returned value is ``True``.
Random addresses should *not* be tested with this function, because
:func:`~addr.isIPv6` uses :func:`~addr.isValidIP` internally, and will
return False if the IP is invalid.
:param str testAddress: A string which specifies the IPv6 address to
test, which should cause :func:`addr.isIPv6` to return ``True``.
"""
result = addr.isIPv6(testAddress)
log.msg("addr.isIPv6(%r) => %s" % (testAddress, result))
self.assertTrue(isinstance(result, bool),
"addr.isIPv6() should be boolean: %r" % type(result))
self.assertTrue(result,
"addr.isIPv6(%r) should be True!" % testAddress)
def doubleCheck(self, match):
"""Additional check to ensure that **match** is an IPv6 address."""
if addr.isIPv6(match):
return True
def doubleCheck(self, match):
"""Additional check to ensure that **match** is an IPv6 address."""
if addr.isIPv6(match):
return True
