def test_function_return_value_different_args():
"""
Проверка работы функции с другими аргументами
"""
correct_return_value = [
["network", "mask", "distance", "metric", "nexthop"],
["10.0.24.0", "24", "110", "20", ["10.0.12.2"]],
["10.0.34.0", "24", "110", "20", ["10.0.13.3"]],
["10.2.2.2", "32", "110", "11", ["10.0.12.2"]],
["10.3.3.3", "32", "110", "11", ["10.0.13.3"]],
["10.4.4.4", "32", "110", "21", ["10.0.13.3", "10.0.12.2", "10.0.14.4"]],
["10.5.35.0", "24", "110", "20", ["10.0.13.3"]],
]
with open("output/sh_ip_route_ospf.txt") as f:
sh_ip_int_br = f.read()
template = "templates/sh_ip_route_ospf.template"
return_value = task_21_1.parse_command_output(template, sh_ip_int_br)
assert return_value != None, "Функция ничего не возвращает"
assert (
type(return_value) == list
), f"По заданию функция должна возвращать список, а возвращает {type(return_value).__name__}"
assert (
correct_return_value == return_value
), "Функция возвращает неправильное значение"
def test_function_return_value_different_args():
"""
Checking the function with different arguments
"""
correct_return_value = [
["network", "mask", "distance", "metric", "nexthop"],
["10.0.24.0", "24", "110", "20", ["10.0.12.2"]],
["10.0.34.0", "24", "110", "20", ["10.0.13.3"]],
["10.2.2.2", "32", "110", "11", ["10.0.12.2"]],
["10.3.3.3", "32", "110", "11", ["10.0.13.3"]],
[
"10.4.4.4", "32", "110", "21",
["10.0.13.3", "10.0.12.2", "10.0.14.4"]
],
["10.5.35.0", "24", "110", "20", ["10.0.13.3"]],
]
with open("output/sh_ip_route_ospf.txt") as f:
sh_ip_int_br = f.read()
template = "templates/sh_ip_route_ospf.template"
return_value = task_21_1.parse_command_output(template, sh_ip_int_br)
assert return_value != None, "The function returns None"
assert (
type(return_value) == list
), f"The function should return a list, instead it returns a {type(return_value).__name__}"
assert (
return_value == correct_return_value), "Function returns wrong value"
def test_function_return_value():
"""
Проверка работы функции
"""
correct_return_value = [
["intf", "address", "status", "protocol"],
["FastEthernet0/0", "15.0.15.1", "up", "up"],
["FastEthernet0/1", "10.0.12.1", "up", "up"],
["FastEthernet0/2", "10.0.13.1", "up", "up"],
["FastEthernet0/3", "unassigned", "up", "up"],
["Loopback0", "10.1.1.1", "up", "up"],
["Loopback100", "100.0.0.1", "up", "up"],
]
with open("output/sh_ip_int_br.txt") as f:
sh_ip_int_br = f.read()
template = "templates/sh_ip_int_br.template"
return_value = task_21_1.parse_command_output(template, sh_ip_int_br)
assert return_value != None, "Функция ничего не возвращает"
assert (
type(return_value) == list
), f"По заданию функция должна возвращать список, а возвращает {type(return_value).__name__}"
assert (
correct_return_value == return_value
), "Функция возвращает неправильное значение"
def parse_output_to_dict(template, command_output):
dict_list = []
b = parse_command_output(template, command_output)
keys, values = b[0], b[1:]
for each in values:
dict1 = dict(zip(keys, each))
dict_list.append(dict1)
return dict_list
def test_template():
correct_return_value = [
["mac", "ip", "vlan", "intf"],
["00:09:BB:3D:D6:58", "10.1.10.2", "10", "FastEthernet0/1"],
["00:04:A3:3E:5B:69", "10.1.5.2", "5", "FastEthernet0/10"],
["00:05:B3:7E:9B:60", "10.1.5.4", "5", "FastEthernet0/9"],
["00:09:BC:3F:A6:50", "10.1.10.6", "10", "FastEthernet0/3"],
]
with open("output/sh_ip_dhcp_snooping.txt") as show:
sh_ip_dhcp_snoop = show.read()
template = "templates/sh_ip_dhcp_snooping.template"
return_value = task_21_1.parse_command_output(template, sh_ip_dhcp_snoop)
assert (
return_value == correct_return_value
), "Template templates/sh_ip_dhcp_snooping.template does not parse data correctly"
def test_template():
"""
Проверка работы шаблона
"""
correct_return_value = [
["mac", "ip", "vlan", "intf"],
["00:09:BB:3D:D6:58", "10.1.10.2", "10", "FastEthernet0/1"],
["00:04:A3:3E:5B:69", "10.1.5.2", "5", "FastEthernet0/10"],
["00:05:B3:7E:9B:60", "10.1.5.4", "5", "FastEthernet0/9"],
["00:09:BC:3F:A6:50", "10.1.10.6", "10", "FastEthernet0/3"],
]
with open("output/sh_ip_dhcp_snooping.txt") as show:
sh_ip_dhcp_snoop = show.read()
template = "templates/sh_ip_dhcp_snooping.template"
return_value = task_21_1.parse_command_output(template, sh_ip_dhcp_snoop)
assert (
return_value == correct_return_value
), "Шаблон templates/sh_ip_dhcp_snooping.template неправильно парсит данные"
def test_function_return_value():
"""
Function check
"""
correct_return_value = [
["intf", "address", "status", "protocol"],
["FastEthernet0/0", "15.0.15.1", "up", "up"],
["FastEthernet0/1", "10.0.12.1", "up", "up"],
["FastEthernet0/2", "10.0.13.1", "up", "up"],
["FastEthernet0/3", "unassigned", "up", "up"],
["Loopback0", "10.1.1.1", "up", "up"],
["Loopback100", "100.0.0.1", "up", "up"],
]
with open("output/sh_ip_int_br.txt") as f:
sh_ip_int_br = f.read()
template = "templates/sh_ip_int_br.template"
return_value = task_21_1.parse_command_output(template, sh_ip_int_br)
assert return_value != None, "The function returns None"
assert (
type(return_value) == list
), f"The function should return a list, instead it returns a {type(return_value).__name__}"
assert correct_return_value == return_value, "Function returns wrong value"
# -*- coding: utf-8 -*-
"""
Задание 21.2
Сделать шаблон TextFSM для обработки вывода sh ip dhcp snooping binding
и записать его в файл templates/sh_ip_dhcp_snooping.template
Вывод команды находится в файле output/sh_ip_dhcp_snooping.txt.
Шаблон должен обрабатывать и возвращать значения таких столбцов:
* mac - такого вида 00:04:A3:3E:5B:69
* ip - такого вида 10.1.10.6
* vlan - 10
* intf - FastEthernet0/10
Проверить работу шаблона с помощью функции parse_command_output из задания 21.1.
"""
from task_21_1 import parse_command_output
with open('output/sh_ip_dhcp_snooping.txt') as f:
print(parse_command_output('templates/sh_ip_dhcp_snooping.template',
f.read())
)
# -*- coding: utf-8 -*-
"""
Задание 21.2
Сделать шаблон TextFSM для обработки вывода sh ip dhcp snooping binding
и записать его в файл templates/sh_ip_dhcp_snooping.template
Вывод команды находится в файле output/sh_ip_dhcp_snooping.txt.
Шаблон должен обрабатывать и возвращать значения таких столбцов:
* mac - такого вида 00:04:A3:3E:5B:69
* ip - такого вида 10.1.10.6
* vlan - 10
* intf - FastEthernet0/10
Проверить работу шаблона с помощью функции parse_command_output из задания 21.1.
"""
from task_21_1 import parse_command_output
from pprint import pprint
if __name__ == "__main__":
output = open('output/sh_ip_dhcp_snooping.txt').read()
template = 'templates/sh_ip_dhcp_snooping.template'
pprint(parse_command_output(template, output))
Вывод команды находится в файле output/sh_ip_dhcp_snooping.txt.
Шаблон должен обрабатывать и возвращать значения таких столбцов:
* mac - такого вида 00:04:A3:3E:5B:69
* ip - такого вида 10.1.10.6
* vlan - 10
* intf - FastEthernet0/10
Проверить работу шаблона с помощью функции parse_command_output из задания 21.1.
"""
from tabulate import tabulate
from task_21_1 import parse_command_output
import re
if __name__ == "__main__":
regex = r'(\S+) +(\S+) +\S+ +\S+ +(\d+) +(\S+)'
regex1 = r'(\S+) +(\S+) +\S+ +\S+ +(\d+) +(\S+)'
output = "output/sh_ip_dhcp_snooping.txt"
template = "templates/sh_ip_dhcp_snooping.template"
with open(output) as f, open(template) as t:
#match = re.finditer(regex1, f.read())
#list1 = [m.groups() for m in match]
#print(list1)
#print(f.read())
result = parse_command_output("templates/sh_ip_dhcp_snooping.template",
f.read())
print(result)
print(tabulate(result))