Refer to the exhibit above and click on the resource tabs in the top left corner to view an IETF TANG MODEL and a Python file that changes the configuration via RESTCONF. Drag and drop the code snippets from the left onto the item numbers on the right that match the missing sections in the exhibit to complete the JSON file that changes configuration of interface GigabitEthernet1 to have an IPv4 configuration of
10.10.0.1/24. Not all options are used.

Drag and Drop Question
Drag and drop the steps from the left into the correct sequence on the right to describe how to use Git to maintain the current HEAD and revert back to a previous commit, while undoing all intermediate commits.

Refer to the exhibit.

A network engineer developed an Ansible playbook and committed it to GitLab. A GitLab CI pipeline is started but immediately fails. What is the issue?

{ ' lat ' : 37.4180951010362, ' lng ' : -122.098531723022, ' address ' : ' ' , ' serial ' : ' Q2HP-F5K5-F98Q ' ,
' mac ' : ' 88:15:44:ea:f5:bf ' , ' lanIp ' : ' 10.10.10.15 ' ,
' url ' : ' https://n149.meraki.com/DevNet-Sandbox/n/EFZDavc/manage/nodes/new_list/78214561218351
' ,
' model ' : ' MS220-8P ' , ' switchProfileId ' : None, ' firmware ' : ' switch-11-31 ' , ' floorPlanId ' : None}
Refer to the exhibit.
A developer needs to find the geographical coordinates of a device on the network L_397561557481105433 using a Python script to query the Meraki API.
After running response = requests.
get() against the Meraki API, the value of response.text is shown in the exhibit.
What Python code is needed to retrieve the longitude and latitude coordinates of the device?

A web application is susceptible to cross-site scripting. Which two methods allow this issue to be mitigated? (Choose two.)