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NXOS_merlin.py
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# ----------------
# Python
# ----------------
import os
import sys
import yaml
import time
import json
import shutil
import logging
import requests
from rich import print
from rich.panel import Panel
from rich.text import Text
from pyats import aetest
from pyats import topology
from pyats.log.utils import banner
from jinja2 import Environment, FileSystemLoader
from ascii_art import GREETING, LEARN, RUNNING, WRITING, FINISHED
from general_functionalities import ParseShowCommandFunction, ParseLearnFunction, ParseConfigFunction, ParseDictFunction
from tinydb import TinyDB, Query
# ----------------
# Get logger for script
# ----------------
log = logging.getLogger(__name__)
# ----------------
# Filetypes
# ----------------
filetype_loop = ["csv","md","html"]
# ----------------
# Template Directory
# ----------------
template_dir = 'templates/cisco/nxos'
env = Environment(loader=FileSystemLoader(template_dir))
# ----------------
# Create Database
# ----------------
if os.path.exists("Camelot/Cisco/NXOS/The_Grail/The_Grail_DB.json"):
os.remove("Camelot/Cisco/NXOS/The_Grail/The_Grail_DB.json")
db = TinyDB('Camelot/Cisco/NXOS/The_Grail/The_Grail_DB.json')
# ----------------
# AE Test Setup
# ----------------
class common_setup(aetest.CommonSetup):
"""Common Setup section"""
@aetest.subsection
def connect_to_devices(self, testbed):
"""Connect to all the devices"""
print(Panel.fit(Text.from_markup(GREETING)))
testbed.connect(learn_hostname=True)
# ----------------
# Test Case #1
# ----------------
class Collect_Information(aetest.Testcase):
"""Parse all the commands"""
@aetest.test
def parse(self, testbed, section, steps):
""" Testcase Setup section """
# ---------------------------------------
# Loop over devices
# ---------------------------------------
for device in testbed:
# ----------------
# Create a table in the database
# ----------------
table = db.table(device.alias)
# ---------------------------------------
# Genie learn().info for various functions
# ---------------------------------------
print(Panel.fit(Text.from_markup(LEARN)))
# ACLs
self.learned_acl = ParseLearnFunction.parse_learn(steps, device, "acl")
# ARP
self.learned_arp = ParseLearnFunction.parse_learn(steps, device, "arp")
# BGP
self.learned_bgp = ParseLearnFunction.parse_learn(steps, device, "bgp")
# Config
self.learned_config = ParseConfigFunction.parse_learn(steps, device, "config")
# HSRP
self.learned_hsrp = ParseLearnFunction.parse_learn(steps, device, "hsrp")
# Interface
self.learned_interface = ParseLearnFunction.parse_learn(steps, device, "interface")
# OSPF
self.learned_ospf = ParseLearnFunction.parse_learn(steps, device, "ospf")
# Platform
self.learned_platform = ParseDictFunction.parse_learn(steps, device, "platform")
# Routing
self.learned_routing = ParseLearnFunction.parse_learn(steps, device, "routing")
# VLAN
self.learned_vlan = ParseLearnFunction.parse_learn(steps, device, "vlan")
# VRF
self.learned_vrf = ParseLearnFunction.parse_learn(steps, device, "vrf")
# ---------------------------------------
# Execute parser for various show commands
# ---------------------------------------
print(Panel.fit(Text.from_markup(RUNNING)))
# Show Access-Lists
self.parsed_show_access_lists = ParseShowCommandFunction.parse_show_command(steps, device, "show access-lists")
# show BGP Process VRF All
self.parsed_show_bgp_process_vrf_all = ParseShowCommandFunction.parse_show_command(steps, device, "show bgp process vrf all")
# Show BGP Sessions
self.parsed_show_bgp_sessions = ParseShowCommandFunction.parse_show_command(steps, device, "show bgp sessions")
# Show CDP Neighbors
if device.platform == 'n9k':
self.parsed_show_cdp_neighbors = ParseShowCommandFunction.parse_show_command(steps, device, "show cdp neighbors")
# Show CDP Neighbors Detail
self.parsed_show_cdp_neighbors_detail = ParseShowCommandFunction.parse_show_command(steps, device, "show cdp neighbors detail")
# Show Enviroment
if device.platform != "n7k":
self.parsed_show_environment = ParseShowCommandFunction.parse_show_command(steps, device, "show environment")
# Show Interface
if device.platform != "n5k":
self.parsed_show_interface = ParseShowCommandFunction.parse_show_command(steps, device, "show interface")
# Show Interface Status
self.parsed_show_interface_status = ParseShowCommandFunction.parse_show_command(steps, device, "show interface status")
# Show Interface Transceiver
self.parsed_show_interface_transceiver = ParseShowCommandFunction.parse_show_command(steps, device, "show interface transceiver")
# Show Inventory
self.parsed_show_inventory = ParseShowCommandFunction.parse_show_command(steps, device, "show inventory")
# Show IP Interface Brief
self.parsed_show_ip_interface_brief = ParseShowCommandFunction.parse_show_command(steps, device, "show ip interface brief vrf all")
# Show IP OSPF
self.parsed_show_ip_ospf = ParseShowCommandFunction.parse_show_command(steps, device, "show ip ospf")
# Show IP OSPF Interface
self.parsed_show_ip_ospf_interface = ParseShowCommandFunction.parse_show_command(steps, device, "show ip ospf interface")
# Show IP OSPF Neighbor Detail
self.parsed_show_ip_ospf_neighbor_detail = ParseShowCommandFunction.parse_show_command(steps, device, "show ip ospf neighbors detail")
# Show IP Route
self.parsed_show_ip_route = ParseShowCommandFunction.parse_show_command(steps, device, "show ip route")
# Show MAC Address-Table
self.parsed_show_mac_address_table = ParseShowCommandFunction.parse_show_command(steps, device, "show mac address-table")
# Show Portchannel Summary
self.parsed_show_port_channel_summary = ParseShowCommandFunction.parse_show_command(steps, device, "show port-channel summary")
# Show Version
self.parsed_show_version = ParseShowCommandFunction.parse_show_command(steps, device, "show version")
# Show VLAN
self.parsed_show_vlan = ParseShowCommandFunction.parse_show_command(steps, device, "show vlan")
# Show VRF
self.parsed_show_vrf = ParseShowCommandFunction.parse_show_command(steps, device, "show vrf")
# Show VRF All detail
self.parsed_show_vrf_all_detail = ParseShowCommandFunction.parse_show_command(steps, device, "show vrf all detail")
# show vrf All interface
self.parsed_show_vrf_all_interface = ParseShowCommandFunction.parse_show_command(steps, device, "show vrf all interface")
# ---------------------------------------
# Create JSON, YAML, CSV, MD, HTML, HTML Mind Map files from the Parsed Data
# ---------------------------------------
with steps.start('Store data',continue_=True) as step:
print(Panel.fit(Text.from_markup(WRITING)))
###############################
# Genie learn().info section
###############################
# Learned ACL
if self.learned_acl is not None:
learned_acl_template = env.get_template('learned_acl.j2')
learned_acl_netjson_json_template = env.get_template('learned_acl_netjson_json.j2')
learned_acl_netjson_html_template = env.get_template('learned_acl_netjson_html.j2')
directory_names = "Learned_ACL"
file_names = "learned_acl"
self.save_to_json_file(device, directory_names, file_names, self.learned_acl)
self.save_to_yaml_file(device, directory_names, file_names, self.learned_acl)
for filetype in filetype_loop:
parsed_output_type = learned_acl_template.render(to_parse_access_list=self.learned_acl['acls'],filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Learned_ACL/%s_learned_acl.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Learned_ACL/%s_learned_acl.md --output Camelot/Cisco/NXOS/Learned_ACL/%s_learned_acl_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = learned_acl_netjson_json_template.render(to_parse_access_list=self.learned_acl['acls'],device_alias = device.alias)
parsed_output_netjson_html = learned_acl_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_ACL/%s_learned_acl_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Learned_ACL/%s_learned_acl_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
# ----------------
# Store ACLs in Device Table in Database
# ----------------
table.insert(self.learned_acl)
# Learned ARP
if self.learned_arp is not None:
learned_arp_template = env.get_template('learned_arp.j2')
learned_arp_statistics_template = env.get_template('learned_arp_statistics.j2')
learned_arp_netjson_json_template = env.get_template('learned_arp_netjson_json.j2')
learned_arp_netjson_html_template = env.get_template('learned_arp_netjson_html.j2')
learned_arp_statistics_netjson_json_template = env.get_template('learned_arp_statistics_netjson_json.j2')
learned_arp_statistics_netjson_html_template = env.get_template('learned_arp_statistics_netjson_html.j2')
directory_names = "Learned_ARP"
file_names = "learned_arp"
self.save_to_json_file(device, directory_names, file_names, self.learned_arp)
self.save_to_yaml_file(device, directory_names, file_names, self.learned_arp)
for filetype in filetype_loop:
parsed_output_type = learned_arp_template.render(to_parse_arp=self.learned_arp['interfaces'],filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
for filetype in filetype_loop:
parsed_output_type = learned_arp_statistics_template.render(to_parse_arp=self.learned_arp['statistics'],filetype_loop_jinja2=filetype)
with open("Camelot/Cisco/NXOS/Learned_ARP/%s_learned_arp_statistics.%s" % (device.alias,filetype), "w") as fh:
fh.write(parsed_output_type)
fh.close()
if os.path.exists("Camelot/Cisco/NXOS/Learned_ARP/%s_learned_arp.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Learned_ARP/%s_learned_arp.md --output Camelot/Cisco/NXOS/Learned_ARP/%s_learned_arp_mind_map.html" % (device.alias,device.alias))
if os.path.exists("Camelot/Cisco/NXOS/Learned_ARP/%s_learned_arp.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Learned_ARP/%s_learned_arp_statistics.md --output Camelot/Cisco/NXOS/Learned_ARP/%s_learned_arp_statistics_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = learned_arp_netjson_json_template.render(to_parse_arp=self.learned_arp['interfaces'],device_alias = device.alias)
parsed_output_netjson_html = learned_arp_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_ARP/%s_learned_arp_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Learned_ARP/%s_learned_arp_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
parsed_output_netjson_json = learned_arp_statistics_netjson_json_template.render(to_parse_arp=self.learned_arp['statistics'],device_alias = device.alias)
parsed_output_netjson_html = learned_arp_statistics_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_ARP/%s_learned_arp_statistics_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Learned_ARP/%s_learned_arp_statistics_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
# ----------------
# Store ARP in Device Table in Database
# ----------------
table.insert(self.learned_arp)
# Learned BGP
if 'instance' in self.learned_bgp:
learned_bgp_template = env.get_template('learned_bgp.j2')
learned_bgp_netjson_json_template = env.get_template('learned_bgp_netjson_json.j2')
learned_bgp_netjson_html_template = env.get_template('learned_bgp_netjson_html.j2')
directory_names = "Learned_BGP"
file_names = "learned_bgp"
self.save_to_json_file(device, directory_names, file_names, self.learned_bgp)
self.save_to_yaml_file(device, directory_names, file_names, self.learned_bgp)
for filetype in filetype_loop:
parsed_output_type = learned_bgp_template.render(to_parse_bgp=self.learned_bgp['instance'],filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Learned_BGP/%s_learned_bgp.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Learned_BGP/%s_learned_bgp.md --output Camelot/Cisco/NXOS/Learned_BGP/%s_learned_bgp_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = learned_bgp_netjson_json_template.render(to_parse_bgp=self.learned_bgp['instance'],device_alias = device.alias)
parsed_output_netjson_html = learned_bgp_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_BGP/%s_learned_bgp_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
with open("Camelot/Cisco/NXOS/Learned_BGP/%s_learned_bgp_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
# ----------------
# Store BGP in Device Table in Database
# ----------------
table.insert(self.learned_bgp)
# Learned Config
if self.learned_bgp is not None:
directory_names = "Learned_Config"
file_names = "learned_config"
self.save_to_json_file(device, directory_names, file_names, self.learned_config)
self.save_to_yaml_file(device, directory_names, file_names, self.learned_config)
# ----------------
# Store Config in Device Table in Database
# ----------------
table.insert(self.learned_config)
# Learned HSRP
if self.learned_hsrp is not None:
learned_hsrp_template = env.get_template('learned_hsrp.j2')
learned_hsrp_netjson_json_template = env.get_template('learned_hsrp_netjson_json.j2')
learned_hsrp_netjson_html_template = env.get_template('learned_hsrp_netjson_html.j2')
directory_names = "Learned_HSRP"
file_names = "learned_hsrp"
self.save_to_json_file(device, directory_names, file_names, self.learned_hsrp)
self.save_to_yaml_file(device, directory_names, file_names, self.learned_hsrp)
for filetype in filetype_loop:
parsed_output_type = learned_hsrp_template.render(to_parse_hsrp=self.learned_hsrp,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Learned_HSRP/%s_learned_hsrp.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Learned_HSRP/%s_learned_hsrp.md --output Camelot/Cisco/NXOS/Learned_HSRP/%s_learned_hsrp_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = learned_hsrp_netjson_json_template.render(to_parse_hsrp=self.learned_hsrp,device_alias = device.alias)
parsed_output_netjson_html = learned_hsrp_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_HSRP/%s_learned_hsrp_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
with open("Camelot/Cisco/NXOS/Learned_HSRP/%s_learned_hsrp_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
# ----------------
# Store HSRP in Device Table in Database
# ----------------
table.insert(self.learned_hsrp)
# Learned Interface
if device.platform != "n5k":
if self.learned_interface is not None:
learned_interface_template = env.get_template('learned_interface.j2')
learned_interface_netjson_json_template = env.get_template('learned_interface_netjson_json.j2')
learned_interface_netjson_html_template = env.get_template('learned_interface_netjson_html.j2')
learned_interface_enable_netjson_json_template = env.get_template('learned_interface_enabled_netjson_json.j2')
learned_interface_enable_netjson_html_template = env.get_template('learned_interface_enabled_netjson_html.j2')
directory_names = "Learned_Interface"
file_names = "learned_interface"
self.save_to_json_file(device, directory_names, file_names, self.learned_interface)
self.save_to_yaml_file(device, directory_names, file_names, self.learned_interface)
for filetype in filetype_loop:
parsed_output_type = learned_interface_template.render(to_parse_interface=self.learned_interface,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Learned_Interface/%s_learned_interface.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Learned_Interface/%s_learned_interface.md --output Camelot/Cisco/NXOS/Learned_Interface/%s_learned_interface_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = learned_interface_netjson_json_template.render(to_parse_interface=self.learned_interface,device_alias = device.alias)
parsed_output_netjson_html = learned_interface_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_Interface/%s_learned_interface_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Learned_Interface/%s_learned_interface_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
parsed_output_netjson_json = learned_interface_enable_netjson_json_template.render(to_parse_interface=self.learned_interface,device_alias = device.alias)
parsed_output_netjson_html = learned_interface_enable_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_Interface/%s_learned_interface_enabled_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Learned_Interface/%s_learned_interface_enabled_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
# ----------------
# Store Interface in Device Table in Database
# ----------------
table.insert(self.learned_interface)
else:
learned_interface_template = env.get_template('learned_interface_5k.j2')
learned_interface_netjson_json_template = env.get_template('learned_interface_5k_netjson_json.j2')
learned_interface_netjson_html_template = env.get_template('learned_interface_5k_netjson_html.j2')
directory_names = "Learned_Interface"
file_names = "learned_interface"
self.save_to_json_file(device, directory_names, file_names, self.learned_interface)
self.save_to_yaml_file(device, directory_names, file_names, self.learned_interface)
for filetype in filetype_loop:
parsed_output_type = learned_interface_template.render(to_parse_interface=self.learned_interface,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Learned_Interface/%s_learned_interface.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Learned_Interface/%s_learned_interface.md --output Camelot/Cisco/NXOS/Learned_Interface/%s_learned_interface_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = learned_interface_netjson_json_template.render(to_parse_interface=self.learned_interface,device_alias = device.alias)
parsed_output_netjson_html = learned_interface_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_Interface/%s_learned_interface_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Learned_Interface/%s_learned_interface_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
# ----------------
# Store Interface in Device Table in Database
# ----------------
table.insert(self.learned_interface)
# Learned OSPF
if self.learned_ospf['feature_ospf']:
learned_ospf_template = env.get_template('learned_ospf.j2')
learned_ospf_netjson_json_template = env.get_template('learned_ospf_netjson_json.j2')
learned_ospf_netjson_html_template = env.get_template('learned_ospf_netjson_html.j2')
directory_names = "Learned_OSPF"
file_names = "learned_ospf"
self.save_to_json_file(device, directory_names, file_names, self.learned_ospf)
self.save_to_yaml_file(device, directory_names, file_names, self.learned_ospf)
for filetype in filetype_loop:
parsed_output_type = learned_ospf_template.render(to_parse_ospf=self.learned_ospf,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Learned_OSPF/%s_learned_ospf.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Learned_OSPF/%s_learned_ospf.md --output Camelot/Cisco/NXOS/Learned_OSPF/%s_learned_ospf_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = learned_ospf_netjson_json_template.render(to_parse_ospf=self.learned_ospf,device_alias = device.alias)
parsed_output_netjson_html = learned_ospf_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_OSPF/%s_learned_ospf_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Learned_OSPF/%s_learned_ospf_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
# ----------------
# Store OSPF in Device Table in Database
# ----------------
table.insert(self.learned_ospf)
# Learned Platform
if self.learned_platform is not None:
learned_platform_template = env.get_template('learned_platform.j2')
learned_platform_netjson_json_template = env.get_template('learned_platform_netjson_json.j2')
learned_platform_netjson_html_template = env.get_template('learned_platform_netjson_html.j2')
directory_names = "Learned_Platform"
file_names = "learned_platform"
self.save_to_json_file(device, directory_names, file_names, self.learned_platform)
self.save_to_yaml_file(device, directory_names, file_names, self.learned_platform)
for filetype in filetype_loop:
parsed_output_type = learned_platform_template.render(to_parse_platform=self.learned_platform,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Learned_Platform/%s_learned_platform.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Learned_Platform/%s_learned_platform.md --output Camelot/Cisco/NXOS/Learned_Platform/%s_learned_platform_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = learned_platform_netjson_json_template.render(to_parse_platform=self.learned_platform,device_alias = device.alias)
parsed_output_netjson_html = learned_platform_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_Platform/%s_learned_platform_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
with open("Camelot/Cisco/NXOS/Learned_Platform/%s_learned_platform_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
# ----------------
# Store Platform in Device Table in Database
# ----------------
table.insert(self.learned_platform)
# Learned Routing
if self.learned_routing is not None:
learned_routing_template = env.get_template('learned_routing.j2')
learned_routing_netjson_json_template = env.get_template('learned_routing_netjson_json.j2')
learned_routing_netjson_html_template = env.get_template('learned_routing_netjson_html.j2')
directory_names = "Learned_Routing"
file_names = "learned_routing"
self.save_to_json_file(device, directory_names, file_names, self.learned_routing)
self.save_to_yaml_file(device, directory_names, file_names, self.learned_routing)
for filetype in filetype_loop:
parsed_output_type = learned_routing_template.render(to_parse_routing=self.learned_routing['vrf'],filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Learned_Routing/%s_learned_routing.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Learned_Routing/%s_learned_routing.md --output Camelot/Cisco/NXOS/Learned_Routing/%s_learned_routing_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = learned_routing_netjson_json_template.render(to_parse_routing=self.learned_routing['vrf'],device_alias = device.alias)
parsed_output_netjson_html = learned_routing_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_Routing/%s_learned_routing_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Learned_Routing/%s_learned_routing_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
# ----------------
# Store Routing in Device Table in Database
# ----------------
table.insert(self.learned_routing)
# Learned VLAN
if self.learned_vlan is not None:
learned_vlan_template = env.get_template('learned_vlan.j2')
learned_vlan_netjson_json_template = env.get_template('learned_vlan_netjson_json.j2')
learned_vlan_netjson_html_template = env.get_template('learned_vlan_netjson_html.j2')
directory_names = "Learned_VLAN"
file_names = "learned_vlan"
self.save_to_json_file(device, directory_names, file_names, self.learned_vlan)
self.save_to_yaml_file(device, directory_names, file_names, self.learned_vlan)
for filetype in filetype_loop:
parsed_output_type = learned_vlan_template.render(to_parse_vlan=self.learned_vlan['vlans'],filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Learned_VLAN/%s_learned_vlan.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Learned_VLAN/%s_learned_vlan.md --output Camelot/Cisco/NXOS/Learned_VLAN/%s_learned_vlan_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = learned_vlan_netjson_json_template.render(to_parse_vlan=self.learned_vlan['vlans'],device_alias = device.alias)
parsed_output_netjson_html = learned_vlan_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_VLAN/%s_learned_vlan_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Learned_VLAN/%s_learned_vlan_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
# ----------------
# Store VLAN in Device Table in Database
# ----------------
table.insert(self.learned_vlan)
# Learned VRF
if self.learned_vrf is not None:
learned_vrf_template = env.get_template('learned_vrf.j2')
learned_vrf_netjson_json_template = env.get_template('learned_vrf_netjson_json.j2')
learned_vrf_netjson_html_template = env.get_template('learned_vrf_netjson_html.j2')
directory_names = "Learned_VRF"
file_names = "learned_vrf"
self.save_to_json_file(device, directory_names, file_names, self.learned_vrf)
self.save_to_yaml_file(device, directory_names, file_names, self.learned_vrf)
for filetype in filetype_loop:
parsed_output_type = learned_vrf_template.render(to_parse_vrf=self.learned_vrf['vrfs'],filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Learned_VRF/%s_learned_vrf.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Learned_VRF/%s_learned_vrf.md --output Camelot/Cisco/NXOS/Learned_VRF/%s_learned_vrf_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = learned_vrf_netjson_json_template.render(to_parse_vrf=self.learned_vrf['vrfs'],device_alias = device.alias)
parsed_output_netjson_html = learned_vrf_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Learned_VRF/%s_learned_vrf_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
with open("Camelot/Cisco/NXOS/Learned_VRF/%s_learned_vrf_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
# ----------------
# Store VRF in Device Table in Database
# ----------------
table.insert(self.learned_vrf)
###############################
# Genie Show Command Section
###############################
# Show access-lists
if self.parsed_show_access_lists is not None:
sh_access_lists_template = env.get_template('show_access_lists.j2')
sh_access_lists_netjson_json_template = env.get_template('show_access_lists_netjson_json.j2')
sh_access_lists_netjson_html_template = env.get_template('show_access_lists_netjson_html.j2')
directory_names = "Show_Access_Lists"
file_names = "show_access_lists"
self.save_to_json_file(device, directory_names, file_names, self.parsed_show_access_lists)
self.save_to_yaml_file(device, directory_names, file_names, self.parsed_show_access_lists)
for filetype in filetype_loop:
parsed_output_type = sh_access_lists_template.render(to_parse_access_list=self.parsed_show_access_lists,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Show_Access_Lists/%s_show_access_lists.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Show_Access_Lists/%s_show_access_lists.md --output Camelot/Cisco/NXOS/Show_Access_Lists/%s_show_access_lists_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = sh_access_lists_netjson_json_template.render(to_parse_access_list=self.parsed_show_access_lists,device_alias = device.alias)
parsed_output_netjson_html = sh_access_lists_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Show_Access_Lists/%s_show_access_lists_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Show_Access_Lists/%s_show_access_lists_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
# ----------------
# Store ACLs in Device Table in Database
# ----------------
table.insert(self.parsed_show_access_lists)
# Show BGP process vrf all
if self.parsed_show_bgp_process_vrf_all is not None:
sh_bgp_process_vrf_all_template = env.get_template('show_bgp_process_vrf_all.j2')
sh_bgp_process_vrf_all_netjson_json_template = env.get_template('show_bgp_process_vrf_all_netjson_json.j2')
sh_bgp_process_vrf_all_netjson_html_template = env.get_template('show_bgp_process_vrf_all_netjson_html.j2')
directory_names = "Show_BGP_Process_VRF_All"
file_names = "show_bgp_process_vfr_all"
self.save_to_json_file(device, directory_names, file_names, self.parsed_show_bgp_process_vrf_all)
self.save_to_yaml_file(device, directory_names, file_names, self.parsed_show_bgp_process_vrf_all)
for filetype in filetype_loop:
parsed_output_type = sh_bgp_process_vrf_all_template.render(to_parse_bgp=self.parsed_show_bgp_process_vrf_all,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Show_BGP_Process_VRF_All/%s_show_bgp_process_vrf_all.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Show_BGP_Process_VRF_All/%s_show_bgp_process_vrf_all.md --output Camelot/Cisco/NXOS/Show_BGP_Process_VRF_All/%s_show_bgp_process_vrf_all_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = sh_bgp_process_vrf_all_netjson_json_template.render(to_parse_bgp=self.parsed_show_bgp_process_vrf_all,device_alias = device.alias)
parsed_output_netjson_html = sh_bgp_process_vrf_all_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Show_BGP_Process_VRF_All/%s_show_bgp_process_vrf_all_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
with open("Camelot/Cisco/NXOS/Show_BGP_Process_VRF_All/%s_show_bgp_process_vrf_all_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
# ----------------
# Store BGP Process VRF All in Device Table in Database
# ----------------
table.insert(self.parsed_show_bgp_process_vrf_all)
# Show BGP Sessions
if self.parsed_show_bgp_sessions is not None:
sh_bgp_sessions_template = env.get_template('show_bgp_sessions.j2')
sh_bgp_sessions_netjson_json_template = env.get_template('show_bgp_sessions_netjson_json.j2')
sh_bgp_sessions_netjson_html_template = env.get_template('show_bgp_sessions_netjson_html.j2')
directory_names = "Show_BGP_Sessions"
file_names = "show_bgp_sessions"
self.save_to_json_file(device, directory_names, file_names, self.parsed_show_bgp_sessions)
self.save_to_yaml_file(device, directory_names, file_names, self.parsed_show_bgp_sessions)
for filetype in filetype_loop:
parsed_output_type = sh_bgp_sessions_template.render(to_parse_bgp=self.parsed_show_bgp_sessions,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Show_BGP_Sessions/%s_show_bgp_sessions.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Show_BGP_Sessions/%s_show_bgp_sessions.md --output Camelot/Cisco/NXOS/Show_BGP_Sessions/%s_show_bgp_sessions_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = sh_bgp_sessions_netjson_json_template.render(to_parse_bgp=self.parsed_show_bgp_sessions,device_alias = device.alias)
parsed_output_netjson_html = sh_bgp_sessions_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Show_BGP_Sessions/%s_show_bgp_sessions_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
with open("Camelot/Cisco/NXOS/Show_BGP_Sessions/%s_show_bgp_sessions_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
# ----------------
# Store BGP Sessions in Device Table in Database
# ----------------
table.insert(self.parsed_show_bgp_sessions)
# Show CDP Neighbors
if device.platform == 'n9k':
if self.parsed_show_cdp_neighbors is not None:
sh_cdp_neighbors_template = env.get_template('show_cdp_neighbors.j2')
sh_cdp_neighbors_netjson_json_template = env.get_template('show_cdp_neighbor_netjson_json.j2')
sh_cdp_neighbors_netjson_html_template = env.get_template('show_cdp_neighbor_netjson_html.j2')
directory_names = "Show_CDP_Neighbors"
file_names = "show_cdp_neighbors"
self.save_to_json_file(device, directory_names, file_names, self.parsed_show_cdp_neighbors)
self.save_to_yaml_file(device, directory_names, file_names, self.parsed_show_cdp_neighbors)
for filetype in filetype_loop:
parsed_output_type = sh_cdp_neighbors_template.render(to_parse_cdp_neighbors=self.parsed_show_cdp_neighbors['cdp'],filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Show_CDP_Neighbors/%s_show_cdp_neighbors.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Show_CDP_Neighbors/%s_show_cdp_neighbors.md --output Camelot/Cisco/NXOS/Show_CDP_Neighbors/%s_show_cdp_neighbors_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = sh_cdp_neighbors_netjson_json_template.render(to_parse_cdp_neighbors=self.parsed_show_cdp_neighbors['cdp'],filetype_loop_jinja2=filetype,device_alias = device.alias)
parsed_output_netjson_html = sh_cdp_neighbors_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Show_CDP_Neighbors/%s_show_cdp_neighbors_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Show_CDP_Neighbors/%s_show_cdp_neighbors_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
# ----------------
# Store CDP Neighbors in Device Table in Database
# ----------------
table.insert(self.parsed_show_cdp_neighbors)
# Show CDP Neighbors Details
if self.parsed_show_cdp_neighbors_detail is not None:
sh_cdp_neighbors_detail_template = env.get_template('show_cdp_neighbors_details.j2')
sh_cdp_neighbors_detail_totals_template = env.get_template('show_cdp_neighbors_details_totals.j2')
sh_cdp_neighbors_detail_netjson_json_template = env.get_template('show_cdp_neighbor_details_netjson_json.j2')
sh_cdp_neighbors_detail_netjson_html_template = env.get_template('show_cdp_neighbor_details_netjson_html.j2')
directory_names = "Show_CDP_Neighbors_Details"
file_names = "show_cdp_neighbors_detail"
self.save_to_json_file(device, directory_names, file_names, self.parsed_show_cdp_neighbors_detail)
self.save_to_yaml_file(device, directory_names, file_names, self.parsed_show_cdp_neighbors_detail)
for filetype in filetype_loop:
parsed_output_type = sh_cdp_neighbors_detail_template.render(to_parse_cdp_neighbors=self.parsed_show_cdp_neighbors_detail['index'],filetype_loop_jinja2=filetype)
parsed_totals = sh_cdp_neighbors_detail_totals_template.render(to_parse_cdp_neighbors=self.parsed_show_cdp_neighbors_detail,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
with open("Camelot/Cisco/NXOS/Show_CDP_Neighbors_Details/%s_show_cdp_neighbors_detail_totals.%s" % (device.alias,filetype), "w") as fh:
fh.write(parsed_totals)
if os.path.exists("Camelot/Cisco/NXOS/Show_CDP_Neighbors_Details/%s_show_cdp_neighbors_detail.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Show_CDP_Neighbors_Details/%s_show_cdp_neighbors_detail.md --output Camelot/Cisco/NXOS/Show_CDP_Neighbors_Details/%s_show_cdp_neighbors_detail_mind_map.html" % (device.alias,device.alias))
if os.path.exists("Camelot/Cisco/NXOS/Show_CDP_Neighbors/%s_show_cdp_neighbors_detail_totals.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Show_CDP_Neighbors_Details/%s_show_cdp_neighbors_detail_totals.md --output Camelot/Cisco/NXOS/Show_CDP_Neighbors_Details/%s_show_cdp_neighbors_detail_totals_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = sh_cdp_neighbors_detail_netjson_json_template.render(to_parse_cdp_neighbors=self.parsed_show_cdp_neighbors_detail['index'],filetype_loop_jinja2=filetype,device_ip = device.connections.cli.ip)
parsed_output_netjson_html = sh_cdp_neighbors_detail_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Show_CDP_Neighbors_Details/%s_show_cdp_neighbors_detail_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Show_CDP_Neighbors_Details/%s_show_cdp_neighbors_detail_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
# ----------------
# Store CDP Neighbors Details in Device Table in Database
# ----------------
table.insert(self.parsed_show_cdp_neighbors_detail)
# Show Environment
if device.platform != "n7k":
if self.parsed_show_environment is not None:
sh_environment_template = env.get_template('show_environment_all.j2')
sh_environment_netjson_json_template = env.get_template('show_environment_all_netjson_json.j2')
sh_environment_netjson_html_template = env.get_template('show_environment_all_netjson_html.j2')
sh_environment_5k_template = env.get_template('show_environment_all_5k.j2')
sh_environment_5k_netjson_json_template = env.get_template('show_environment_all_5k_netjson_json.j2')
sh_environment_5k_netjson_html_template = env.get_template('show_environment_all_5k_netjson_html.j2')
directory_names = "Show_Environment"
file_names = "show_environment"
self.save_to_json_file(device, directory_names, file_names, self.parsed_show_environment)
self.save_to_yaml_file(device, directory_names, file_names, self.parsed_show_environment)
if device.platform == "n9k":
for filetype in filetype_loop:
parsed_output_type = sh_environment_template.render(to_parse_environment=self.parsed_show_environment,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Show_Environment/%s_show_environment.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Show_Environment/%s_show_environment.md --output Camelot/Cisco/NXOS/Show_Environment/%s_show_environment_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = sh_environment_netjson_json_template.render(to_parse_environment=self.parsed_show_environment,device_alias = device.alias)
parsed_output_netjson_html = sh_environment_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Show_Environment/%s_show_environment_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Show_Environment/%s_show_environment_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
if device.platform == "n5k":
for filetype in filetype_loop:
parsed_output_type = sh_environment_5k_template.render(to_parse_environment=self.parsed_show_environment,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Show_Environment/%s_show_environment.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Show_Environment/%s_show_environment.md --output Camelot/Cisco/NXOS/Show_Environment/%s_show_environment_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = sh_environment_5k_netjson_json_template.render(to_parse_environment=self.parsed_show_environment,device_alias = device.alias)
parsed_output_netjson_html = sh_environment_5k_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Show_Environment/%s_show_environment_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
fh.close()
with open("Camelot/Cisco/NXOS/Show_Environment/%s_show_environment_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
fh.close()
# ----------------
# Store Environment in Device Table in Database
# ----------------
table.insert(self.parsed_show_environment)
# Show Interface
if device.platform != "n5k":
if self.parsed_show_interface is not None:
show_interface_template = env.get_template('show_interface.j2')
show_interface_netjson_json_template = env.get_template('show_interface_connected_netjson_json.j2')
show_interface_netjson_html_template = env.get_template('show_interface_connected_netjson_html.j2')
directory_names = "Show_Interface"
file_names = "show_interface"
self.save_to_json_file(device, directory_names, file_names, self.parsed_show_interface)
self.save_to_yaml_file(device, directory_names, file_names, self.parsed_show_interface)
for filetype in filetype_loop:
parsed_output_type = show_interface_template.render(to_parse_interface=self.parsed_show_interface,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Show_Interface/%s_show_interface.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Show_Interface/%s_show_interface.md --output Camelot/Cisco/NXOS/Show_Interface/%s_show_interface_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = show_interface_netjson_json_template.render(to_parse_interface=self.parsed_show_interface,device_alias = device.alias)
parsed_output_netjson_html = show_interface_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Show_Interface/%s_show_interface_connected_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
with open("Camelot/Cisco/NXOS/Show_Interface/%s_show_interface_connected_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
# ----------------
# Store Interfaces in Device Table in Database
# ----------------
table.insert(self.parsed_show_interface)
# Show Interface Status
if self.parsed_show_interface_status is not None:
show_interface_status_template = env.get_template('show_interface_status.j2')
show_interface_status_netjson_json_template = env.get_template('show_interface_status_netjson_json.j2')
show_interface_status_netjson_html_template = env.get_template('show_interface_status_netjson_html.j2')
show_interface_status_connected_netjson_json_template = env.get_template('show_interface_status_connected_netjson_json.j2')
show_interface_status_connected_netjson_html_template = env.get_template('show_interface_status_connected_netjson_html.j2')
directory_names = "Show_Interface_Status"
file_names = "show_interface_status"
self.save_to_json_file(device, directory_names, file_names, self.parsed_show_interface_status)
self.save_to_yaml_file(device, directory_names, file_names, self.parsed_show_interface_status)
for filetype in filetype_loop:
parsed_output_type = show_interface_status_template.render(to_parse_interface=self.parsed_show_interface_status,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Show_Interface_Status/%s_show_interface_status.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Show_Interface_Status/%s_show_interface_status.md --output Camelot/Cisco/NXOS/Show_Interface_Status/%s_show_interface_status_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = show_interface_status_netjson_json_template.render(to_parse_interface=self.parsed_show_interface_status,device_alias = device.alias)
parsed_output_netjson_html = show_interface_status_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Show_Interface_Status/%s_show_interface_status_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
with open("Camelot/Cisco/NXOS/Show_Interface_Status/%s_show_interface_status_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
parsed_output_netjson_json = show_interface_status_connected_netjson_json_template.render(to_parse_interface=self.parsed_show_interface_status,device_alias = device.alias)
parsed_output_netjson_html = show_interface_status_connected_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Show_Interface_Status/%s_show_interface_status_connected_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
with open("Camelot/Cisco/NXOS/Show_Interface_Status/%s_show_interface_status_connected_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
# ----------------
# Store Interfaces in Device Table in Database
# ----------------
table.insert(self.parsed_show_interface_status)
# Show Interface Transceiver
if self.parsed_show_interface_transceiver is not None:
show_interface_transceiver_template = env.get_template('show_interface_transceiver.j2')
show_interface_transceiver_connected_netjson_json_template = env.get_template('show_interface_transceiver_connected_netjson_json.j2')
show_interface_transceiver_connected_netjson_html_template = env.get_template('show_interface_transceiver_connected_netjson_html.j2')
directory_names = "Show_Interface_Transceiver"
file_names = "show_interface_transceiver"
self.save_to_json_file(device, directory_names, file_names, self.parsed_show_interface_transceiver)
self.save_to_yaml_file(device, directory_names, file_names, self.parsed_show_interface_transceiver)
for filetype in filetype_loop:
parsed_output_type = show_interface_transceiver_template.render(to_parse_interface=self.parsed_show_interface_transceiver,filetype_loop_jinja2=filetype)
self.save_to_specified_file_type(device, directory_names, file_names, parsed_output_type, filetype)
if os.path.exists("Camelot/Cisco/NXOS/Show_Interface_Transceiver/%s_show_interface_transceiver.md" % device.alias):
os.system("markmap --no-open Camelot/Cisco/NXOS/Show_Interface_transceiver/%s_show_interface_transceiver.md --output Camelot/Cisco/NXOS/Show_Interface_Transceiver/%s_show_interface_transceiver_mind_map.html" % (device.alias,device.alias))
parsed_output_netjson_json = show_interface_transceiver_connected_netjson_json_template.render(to_parse_interface=self.parsed_show_interface_transceiver,device_alias = device.alias)
parsed_output_netjson_html = show_interface_transceiver_connected_netjson_html_template.render(device_alias = device.alias)
with open("Camelot/Cisco/NXOS/Show_Interface_Transceiver/%s_show_interface_transceiver_connected_netgraph.json" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_json)
with open("Camelot/Cisco/NXOS/Show_Interface_Transceiver/%s_show_interface_transceiver_connected_netgraph.html" % device.alias, "w") as fh:
fh.write(parsed_output_netjson_html)
# ----------------
# Store Interfaces in Device Table in Database
# ----------------
table.insert(self.parsed_show_interface_transceiver)