def test_GetSubnet(self):
print("test get_subnet_stats")
self.assertEqual(
ip_calculator.get_subnet_stats("192.168.10.0", "255.255.255.192"),
"""Address: 192.168.10.0/26\nSubnets: 4\nAddressable hosts per subnet: 62\nValid subnets: ['192.168.10.0', '192.168.10.64', '192.168.10.128', '192.168.10.192']\nBroadcast addresses: ['192.168.10.63', '192.168.10.127', '192.168.10.191', '192.168.10.255']\nFirst addresses: ['192.168.10.1', '192.168.10.65', '192.168.10.129', '192.168.10.193']\nLast addresses: ['192.168.10.62', '192.168.10.126', '192.168.10.190', '192.168.10.254']"""
)
self.assertEqual(
ip_calculator.get_subnet_stats("172.16.0.0", "255.255.192.0"),
"""Address: 172.16.0.0/18\nSubnets: 4\nAddressable hosts per subnet: 16382\nValid subnets: ['172.16.0.0', '172.16.64.0', '172.16.128.0', '172.16.192.0']\nBroadcast addresses: ['172.16.63.255', '172.16.127.255', '172.16.191.255', '172.16.255.255']\nFirst addresses: ['172.16.0.1', '172.16.64.1', '172.16.128.1', '172.16.192.1']\nLast addresses: ['172.16.63.254', '172.16.127.254', '172.16.191.254', '172.16.255.254']"""
)
self.assertNotEqual(
ip_calculator.get_subnet_stats("172.16.0.0", "255.255.192.0"), "")
self.assertNotEqual(
ip_calculator.get_subnet_stats("192.168.0.0", "255.255.255.0"),
"""Address: 192.168.0.0/26\nSubnets: 0\nAddressable hosts per subnet: 0\nValid subnets: []\nBroadcast addresses: []\nFirst addresses: []\nLast addresses: []"""
)
def process_input():
label = Label(outputs, text='Your Output Will appear here')
label.grid(row=0, column=0)
widgets.append(label)
if r.get() == 1:
for l in widgets:
l.destroy()
ip = e1.get()
class_type, networks, hosts, firstAddress, lastAddress = ipc.get_class_stat(
ip)
label = Label(
outputs,
justify='left',
text=
'class: {}\nnetworks: {}\nhosts: {}\nfirst address: {}\nlast address: {}'
.format(class_type, networks, hosts, firstAddress,
lastAddress))
label.grid(row=0, column=0)
widgets.append(label)
if r.get() == 2:
for l in widgets:
l.destroy()
ip = e1.get()
subnet = e2.get()
address, nets, v_host, valid_subs, b_addrs, f_addr, l_addr = ipc.get_subnet_stats(
ip, subnet)
label = Label(
outputs,
justify='left',
text=
"Address: {}\nSubnets: {}\nAddressable Hosts per subnet: {}\nValid Subnets: {}\nBroadcast Addresses: {}\nFirst Addresses: {}\nLast Addresses: {}"
.format(address, nets, v_host, valid_subs, b_addrs, f_addr,
l_addr))
label.grid(row=0, column=0)
widgets.append(label)
if r.get() == 3:
for l in widgets:
l.destroy()
supernet_list = e3.get().split(",")
print(supernet_list)
supernet, netmask = ipc.get_supernet_stats(supernet_list)
print(supernet, netmask)
label = Label(outputs,
justify='left',
text="Address: {}\nNetwork Mask: {}".format(
supernet, netmask))
label.grid(row=0, column=0)
widgets.append(label)
def test_class_B_network(self):
self.assertEqual(
ip_calculator.get_subnet_stats("172.16.0.0", "255.255.192.0"), [
'172.16.0.0/18', 4, 16382,
['172.16.0.0', '172.16.64.0', '172.16.128.0', '172.16.192.0'],
[
'172.16.63.255', '172.16.127.255', '172.16.191.255',
'172.16.255.255'
],
['172.16.0.1', '172.16.64.1', '172.16.128.1', '172.16.192.1'],
[
'172.16.63.254', '172.16.127.254', '172.16.191.254',
'172.16.255.254'
]
])
def test_class_C_network(self):
self.assertEqual(
ip_calculator.get_subnet_stats("192.168.10.0", "255.255.255.192"),
[
'192.168.10.0/26', 4, 62,
[
'192.168.10.0', '192.168.10.64', '192.168.10.128',
'192.168.10.192'
],
[
'192.168.10.63', '192.168.10.127', '192.168.10.191',
'192.168.10.255'
],
[
'192.168.10.1', '192.168.10.65', '192.168.10.129',
'192.168.10.193'
],
[
'192.168.10.62', '192.168.10.126', '192.168.10.190',
'192.168.10.254'
]
])
def callback_subnet_info():
user_input = (subnet_entry_box.get())
ip_addr, subnet_mask = user_input.split(",")
output = ipc.get_subnet_stats(ip_addr, subnet_mask)
subnet_stats_output.delete("1.0", "end")
subnet_stats_output.insert(tk.END, print_subnet_info(output))