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Demonstrate a network backup configuration job template with Automation controller. This job template will save the running configuration from all four routers and store them under /backup on the control node with a timestamp.
To run an Ansible Playbook in Automation controller we need to create a Job Template. A Job Template requires:
Open the web UI and click on the
Templates link on the left menu.
Click on the blue Add button to create a new job template
Make sure to select
job templateand not
Fill out the job template parameters as follows:
|Name||Backup network configurations|
|Execution Environment||network workshop execution environment|
Screenshot of the job template parameters filled out:
Add a second credential to the Job Template.
The Controller Credential also must be added to this particular Job Template. This is so Automation controller can update the pool of backups the Network-Restore Job Template will use. Automation controller can be programmatically updated with Job Templates to add or update configurations dynamically. Select the 2nd credential by using the drop down box to select the Red Hat Ansible Automation Platform credential type:
When you have both credential successfully added to the Job Template it will look like the following picture:
Scroll down and click the blue
Navigate back to the
Templates window, where all Job Templates are listed.
Backup network configurations Job Template by clicking the Rocket button.
When the rocket button is clicked this will launch the job. The job will open in a new window called the Job Details View. More info about Automation controller jobs can be found in the documentation.
After executing the Job Template it will automatically open the Standard Out pane
Examine the Standard Out pane
The Standard Out pane will display the output from the Ansible Playbook. Every task output will match exactly what would be seen on the command line.
Click on a task in the Standard Out pane to open up structured output from that particular task.
Click on any line where there is a changed or ok
Click on the Details tab to open the Details pane
The Details pane will information such as the timestamp for when the job started and finished, the job type (Check or Run), the user that launched the job, which Project and Ansible Playbook were used and more.
If the Job has not finished yet, the Details Pane will have a Cancel Job button that can be used to stop the Job.
Any Job Template that has been run or is currently running will show up under the Jobs window.
Click the Jobs button the left menu.
The Jobs link displays a list of jobs and their status–shown as completed successfully or failed, or as an active (running) job. Actions you can take from this screen include viewing the details and standard output of a particular job, relaunch jobs, or remove jobs.
Click on the Backup network configurations Job
The Backup network configurations job was the most recent (unless you have been launching more jobs). Click on this job to return to the Standard Out pane. Automation controller will save the history of every job launched.
On the Ansible control node command line
ls /backup to view the time stamped folder (or folders if you created multiple backups)
[student@ansible-1 ~]$ ls /backup 2021-08-31-12-58 2021-08-31-13-04 2021-08-31-13-11
ls is a command to list computer files in Linux operating systems
/backup with Visual Studio Code or use the
cat command to view the contents of one of the time stamped network devices
[student@ansible-1 ~]$ cat /backup/2021-08-31-1 2021-08-31-12-58/ 2021-08-31-13-04/ 2021-08-31-13-11/ [student@ansible-1 ~]$ cat /backup/2021-08-31-12-58/rtr1.txt Building configuration... Current configuration : 5072 bytes ! ! Last configuration change at 12:53:30 UTC Tue Aug 31 2021 by ec2-user ! version 16.9 service timestamps debug datetime msec service timestamps log datetime msec platform qfp utilization monitor load 80 no platform punt-keepalive disable-kernel-core platform console virtual ! hostname rtr1
Examine the remaining routers. Your instructor may have setup multiple vendors for this exercise including Juniper and Arista. Ansible Playbooks can be written to be vendor agnostic, in this case we provided the Ansible Playbook via the Github repo: https://github.com/network-automation/toolkit
You have successfully demonstrated
You have completed lab exercise 6
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