Free 350-901 Exam Braindumps
Developing Applications using Cisco Core Platforms and APIs (DEVCOR) Questions 100–104 (page: 22)

{'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?

  1. latitude = response.text['lat']
    longitude = response.text['lng']
  2. latitude = response.json()['lat']
    longitude = response.json()['lng']
  3. latitude = response.json()[0]
    longitude = response.json()[1]
  4. latitude = response.text[0]
    longitude = response.text[1]

Answer(s): B



A timeframe custom dashboard must be developed to present data collected from Cisco Meraki. The dashboard must include a wireless health alert count.

What needs to be built as a prerequisite?

  1. A publicly available HTTP server to receive Meraki Webhooks from the Meraki Scanning API.
  2. A publicly available HTTP server to receive Meraki Webhooks from the Meraki Dashboard API.
  3. A daemon to consume the Wireless Health endpoint of the Meraki Dashboard API.
  4. A daemon to consume the Wireless Health endpoint of the Meraki Scanning API.

Answer(s): B



A custom dashboard of the network health must be created by using Cisco DNA Center APIs. An existing dashboard is a RESTful API that receives data from Cisco DNA Center as a new metric every time the network health information is sent from the script to the dashboard.

Which set of requests creates the custom dashboard?

  1. POST request to Cisco DNA Center to obtain the network health information, and then a GET request to the dashboard to publish the new metric
  2. GET request to Cisco DNA Center to obtain the network health information, and then a PUT request to the dashboard to publish the new metric
  3. GET request to Cisco DNA Center to obtain the network health information, and then a POST request to the dashboard to publish the new metric
  4. PUT request to Cisco DNA Center to obtain the network health information, and then a POST request to the dashboard to publish the new metric

Answer(s): C



DRAG DROP (Drag and Drop is not supported)
Refer to the exhibit.

A developer is creating a Python script by using Cisco DNA Center APIs. Drag and drop the code from the bottom onto the box where the code is missing in the Python script to retrieve and display wireless health information for each site. Not all options are used.

Select and Place:

  1. See Explanation section for answer.

Answer(s): A

Explanation:



DRAG DROP (Drag and Drop is not supported)


Request Model


Refer to the exhibit above and click on the resource tabs in the top left corner to view resources to help with this question. The script uses the Cisco Intersight REST API. Drag and drop the code from the left onto the item numbers on the right to match the missing sections in the Python script to update the firmware on a specific Cisco Intersight managed UCS rack server, DMZ-R-L3-ADJM. Not all code snippets are used.

Select and Place:

  1. See Explanation section for answer.

Answer(s): A

Explanation:



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