def test_parsednet28(self):
net = "10.12.13."
firstip = 224
pline = list(parseline(net + str(firstip) + "/28"))
pline.sort()
for i, p in enumerate(pline):
with self.subTest(line=str(p)):
self.assertEqual(dectoIP(p), net + str(firstip + i))
def test_parsenetupto24(self):
net = "10.12.12."
firstip = 0
mask = 24
pline = list(parseline(net + str(firstip) + "/" + str(mask)))
pline.sort()
for i, p in enumerate(pline):
with self.subTest(line=str(p)):
self.assertEqual(dectoIP(p), net + str(firstip + i))
def test_parsedrange(self):
net = "10.15.20."
hostmin = 12
hostmax = 241
rangestr = "{0}{1}-{0}{2}".format(net, hostmin, hostmax)
pline = list(parseline(rangestr))
pline.sort()
for i, ip in enumerate(range(hostmin, hostmax + 1)):
with self.subTest(line=str(ip)):
self.assertEqual(dectoIP(pline[i]), net + str(ip))
def test_parsedhost(self):
host = "192.168.1.1"
pline = parseline(host)
self.assertEqual(dectoIP(list(pline)[0]), host)
def test_parsedcount(self):
for net, result in self.testlist1:
pline = parseline(net)
with self.subTest(line=result):
self.assertEqual(len(pline), result)