This repository hold various automation scripts I've written over the years. My goal has been to use this as a repository for knowledge retention as well knowlege sharing. I plan to continue to grow this respository as long as I'm still doing stuff in the network automation space.
This has been a iterative learning process for me and I will be archiving or deleting scripts that no longer have value.
- Cisco IOS - GNS3 lab - nornir/using_netmiko_plugin
- Arista Ceos lab - nornir/using_napalm_plugin
- Testing newer version of Nornir, not backwards compatible with version 1.x
- Tested on Cisco DevNet Gear
- Still learning not much here
- netconf_ex1.py
- netconf_get_conf.py
- Found this api documentation to be lacking
- Script examples I found were rigid and not very flexible
- Created a script to allow user to enter any commands (config/show) w/o having to rewrite the script.
- nxapi_script_ex1.py
- Still learning this api
- restconf_ex1.py
- Cleaning up directory archived some scripts and created interactive script folder
- Posted configs and validation scripts for ceos demo
- Posted configs and validation from demo
- hidden host config file, needs to be located in ~/.eapi.conf
- created two sample scripts
- Created a script to go out and automatically determine the device_type for a host_list or seedfile.
- NetworkDiscovery/host_file_and_script/auto_detect_script.py
- sample script to connect to juniper device
- juniper_script1.py
- juniper_conf_from_file.py
- scp
- file transfers to veos devices hosted using vagrant
- file transfers to multiple devices using containerized eos or ceos
- Network-Automation-Scripts_Python3/netmiko/NetworkDiscovery/host_file_and_script/
- ios_discovery_script.py
- host_file.txt
- Added 3 examples of how to use jinja templates with netmiko
- conf_bgp_r4_r5_using_class_obj. - uses class object to populate template
- conf_bgp_r4_r5_using_dict.py - uses dictionaries to populate template
- conf_bgp_yaml_jinja2.py - uses yaml files to populate a jinja2 template
- Created new script that provide you a sandbox to say how many devices, what devices, and what to configure on each
- ssh_sandbox.py
- Created a very basic ssh script useful for discovery + updated with error handling
- Created script that can handle multiple device with multiple unique configuration files
- Added multiprocessing to speed up
- netmiko_multi_dev_cfg.py
- Added multiprocessing Pools to scripts to speed them up
- netmiko_script5.py
- netmiko_show_cmds.py
- netmiko speed comparison between serial and multi-processing pools
- netmiko_script#.py
- capture output of scripts
- /config_scripts/conf_merge
- /config_scripts
- Tested with ipython(python3.6) -> EOS_lab_Napalm_test_results
- napalm_eos_script1.py
- napalm discovery script and post script
- discovery_ios_svc_now.py
- post_svc_now_rest_api.py
- created a config_scripts directory added new script
- script_config_ios.py
- added new get_facts and get config script to directory
- Testing with python3 napalm_base and napalm_ios
- In my gns3 environment I'm using the following code
- C7200-ADVENTERPRISEK9-M, Version 15.2(4)S7
- IOS provides access to a subset of napalms features
- EOS has been a more feature rich testbed with napalm
- Use python3 telnetlib module
- capture output of scripts