Refer to the exhibit. An engineer must complete a Python script that creates a Cisco Meraki network containing cameras and switches. The script must apply appropriate tags and print out a response if

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Explanation

This question tests knowledge of the Cisco Meraki Dashboard API for programmatically creating a network with specific product types and tags using Python. It requires understanding the correct API endpoint, payload structure, HTTP method, and response handling.

Approach. The correct approach uses a POST request to the Meraki Dashboard API endpoint /organizations/{organizationId}/networks with the X-Cisco-Meraki-API-Key header for authentication. The JSON payload must include productTypes: ["camera", "switch"] (exact lowercase strings) and a tags list - mixing up these strings or using plurals like 'cameras'/'switches' will cause the call to fail. The script should then check for HTTP status code 201 (Created) to confirm the network was successfully provisioned before printing the response - using 200 would be incorrect, as Meraki returns 201 on resource creation. Any snippet that checks response.status_code == 201 and calls print(response.json()) inside that block correctly satisfies the 'print if allowed' requirement.

Concept tested. Cisco Meraki Dashboard API - creating a network via POST /organizations/{orgId}/networks, with correct productTypes payload values ('camera', 'switch'), API key header authentication (X-Cisco-Meraki-API-Key), and proper HTTP 201 status code handling for resource creation responses.

Reference. Cisco Meraki Dashboard API Reference - Create Network: https://developer.cisco.com/meraki/api-v1/create-organization-network/

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