def testInvalidSegmentRangeIpAddress2():
ipAddress = "192.168.11.-1"
actualResult = question._isIp(ipAddress)
expectMessage = (
"Ip segment is out of range 0-255: '-1' in ip string: '192.168.11.-1'")
assert not actualResult[0]
assert expectMessage == actualResult[1]
def testInvalidSegmentsIpAddress():
ipAddress = "192.168.11.s"
actualResult = question._isIp(ipAddress)
expectMessage = "Ip segment is not a number: 's' in ip string: '192.168.11.s'"
assert not actualResult[0]
assert expectMessage == actualResult[1]
def testValidIpAddressWithIndicator():
ip = "INVALID_IP(100l)"
actualResult = question._isIp(ip)
assert actualResult[0]
assert actualResult[1] is None
def testInvalidIpAddressWithIndicator():
ip = "INVALID_IP(100)"
actualResult = question._isIp(ip)
expectMessage = "Invalid ip string: '{}'".format(ip)
assert not actualResult[0]
assert expectMessage == actualResult[1]
def testInvalidIp():
ip = "192.168.11"
actualResult = question._isIp(ip)
expectMessage = "Invalid ip string: '{}'".format(ip)
assert not actualResult[0]
assert expectMessage == actualResult[1]
def testValidIpAddress():
ipAddress = "192.168.1.1"
actualResult = question._isIp(ipAddress)
assert actualResult[0]
assert actualResult[1] is None
def testInvalidSegmentRangeIpAddress():
ipAddress = '192.168.11.256'
actualResult = question._isIp(ipAddress)
expectMessage = "Ip segment is out of range 0-255: '256' in ip string: '192.168.11.256'"
assert not actualResult[0]
assert expectMessage == actualResult[1]
